{"text_format":"1","workbook":"xlsx","n_sheets":11,"sheets":["Guide","Control","WebOutputs","Results","EnergyBalance","Model","FullTimeSeries","Method","NameConv","OnePager","SourceLog"],"not_rendered":{"charts":9,"images":0,"macros":1,"external_links":0,"defined_names":18785,"comments":6,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Guide","index":0,"n_rows":190,"n_cols":10,"rows_kept":190,"cut":false,"hidden":false,"merged":[]}
["Guide"]
[]
["Contents"]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", A15), A15)","v":"User Guide"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", B17), B17)","v":"Overview"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", B27), B27)","v":"Sheet descriptions"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", B43), B43)","v":"Sheet structure diagram"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", B66), B66)","v":"User Summary"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", B83), B83)","v":"Navigation tips"}]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", A106), A106)","v":"Developer Guide"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", B108), B108)","v":"VBA description"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", B115), B115)","v":"Formatting and colour coding"}]
[]
[]
["User Guide"]
[]
[null,"Overview"]
[]
[null,null,null,"Name","The MacKay Carbon Calculator"]
[null,null,null,"Purpose","To provide a model of the UK energy system that allows you to explore pathways to decarbonisation, including net zero by 2050 and on to 2100."]
[null,null,null,"Owner / Contact","BEIS Central Modelling Team"]
[null,null,null,"Version number",198]
[null,null,null,"Link to model's QA log","Internal document"]
[null,null,null,"Link to model's assumptions log","Assumptions Log Contained within model"]
[]
[]
[null,"Sheet descriptions"]
[null,null,null,"Updated","V198.0"]
[]
[null,null,null,"Sheet","Category","Description"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Guide!$A$1), Guide!$A$1)","v":"Guide"},"Documentation","User and developer guidance"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Control!$A$1), Control!$A$1)","v":"Control"},"User Control","User lever and unit selections. Basic chart outputs."]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", OnePager!$A$1), OnePager!$A$1)","v":"OnePager"},"Documentation","This sheet contains equivalent graphs, tables and priority flow diagrams to those presented in the model one pagers."]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", WebOutputs!$A$1), WebOutputs!$A$1)","v":"Web Outputs"},"Outputs","Outputs to populate the graphs displayed on the webtool."]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1), Results!$A$1)","v":"Results"},"Outputs","Model output extraction, processing and visualisation."]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", EnergyBalance!$A$1), EnergyBalance!$A$1)","v":"EnergyBalance"},"Outputs","Full energy and emissions balance for a single year"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$A$1), Model!$A$1)","v":"Model"},"Transformations & Assumptions","Model inputs and transformations including full assumptions log"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$A$1), FullTimeSeries!$A$1)","v":"FullTimeSeries"},"Transformations & Assumptions","Capacity and cost calculations performed at single year time intervals"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$A$1), Method!$A$1)","v":"Method"},"Documentation","Model documentation"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", NameConv!$A$1), NameConv!$A$1)","v":"NameConv"},"Documentation","Model naming convention"]
[null,null,null,"SourceLog","Documentation","Log of Primary Input Sources for the UK Energy Pathways Calculator"]
[]
[null,"Sheet structure diagram"]
[null,null,null,"Diagram of how model sheets interact."]
[null,null,null,"All boxes are hyperlinks to navigate to the sheet described."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"User Summary"]
[null,null,"Model User"]
[null,null,null,"Relevant sheets"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Control!$A$1), Control!$A$1)","v":"Control"},"Set up your pathway and select the units you wish results to be presented in.  "]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1), Results!$A$1)","v":"Results"},"View detailed results from your pathway"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", EnergyBalance!$A$1), EnergyBalance!$A$1)","v":"EnergyBalance"},"Detailed energy and emissions balance for a single year selected by the user."]
[null,null,null,null,null,"Columns represent different energy vectors or pollutants"]
[null,null,null,null,null,"Rows represent different technologies or processes."]
[]
[null,null,"Model Reviewer"]
[null,null,null,"Relevant sheets"]
[null,null,null,null,"All sheets listed relevant for a model user"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$A$1), Method!$A$1)","v":"Method"},"Review the methodology used to represent the energy system in each area"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$A$1), Model!$A$1)","v":"Model"},"Review the implementation of the methodology and the assumptions used. Assumptions are referenced to the right of the model equations (link below)."]
[null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$AH$1), Model!$AH$1)","v":"Assumptions log"}]
[]
[]
[null,"Navigation tips"]
[null,null,"The model is designed for ease of navigation when using keyboard shortcuts."]
[null,null,"Useful shortcuts"]
[null,null,null,"Trace precedents - Ctrl + ["]
[null,null,null,null,"Selects all precedents of  a formula"]
[null,null,null,null,"These can by cycled through using the enter key."]
[null,null,null,null,"Make sure the clipboard is empty (using the 'Esc' key) before performing this operation to avoid pasting the contents of the clipboard when the enter key is used."]
[null,null,null,"Go to - Ctrl + g"]
[null,null,null,null,"List of cells to navigate to"]
[null,null,null,null,"The cell automatically selected is usually the last cell navigated away from using trace precedents (Ctrl + [) so pressing the enter key returns to this cell."]
[]
[null,null,null,"Jump to the next populated cell in the column (Ctrl + down arrow) or in the row (Ctrl + right arrow)"]
[null,null,null,null,"Useful for navigating indented heading lists."]
[null,null,"Other Tips"]
[null,null,null,"Filtering of tables"]
[null,null,null,null,"Large tables such as the model sheet have been present with filters."]
[null,null,null,null,"Use the downward arrow in the heading column to filter each column"]
[null,null,null,null,"This is particularly useful to identify"]
[null,null,null,null,null,"All information (assumptions, transformations and results) for a specific technology or process. Filter on 'Process' column"]
[null,null,null,null,null,"All information on a particular fuel vector or pollutant. Filter on 'Vector' or 'Pollutant' column."]
[null,null,null,null,null,"All assumptions of a particular type (e.g. all efficiencies). Filter on 'Attribute' column."]
[null,null,null,null,null,"etc…"]
[]
["Developer Guide"]
[]
[null,"VBA description"]
[null,null,null,"Macro","Description"]
[null,null,null,"CreateAndReplaceNR()","Macro to automate assigning or overwriting named ranges to single or ranges of cells. "]
[null,null,null,"DeleteNamedRange()","Delete a single named range by specifying its name."]
[null,null,null,"NamedRangeListNewSheet()","Report a complete list of named ranges with live cell references to a new sheet."]
[]
[]
[null,"Formatting and colour coding"]
[null,null,"Blank cell indicator"]
[null,null,null,"A blank cell indicator is used to show where cells have deliberately been left blank."]
[null,null,null,"Blank = ","…"]
[]
[null,null,"Cell Styles"]
[null,null,null,"Cell styles do not overwrite number formats"]
[]
[]
[]
[null,null,null,null,null,"*Set named cell styles to use font \"Terminal\" (monospaced font meaning all characters are the same width)"]
[null,null,null,null,null,"*Set named cell styles to use font \"Terminal\" (monospaced font meaning all characters are the same width)"]
[null,null,null,null,null,"*Set named cell styles to use font \"Terminal\" (monospaced font meaning all characters are the same width)"]
[null,null,null,null,"Tmpl_UserInput"]
[]
[]
[null,null,"Filter Categories"]
[null,null,null,"Type of data"]
[null,null,null,null,"OptionList_Type_of_data"]
[null,null,null,null,"Model Input","Data/assumptions that are required for model calculations. These will always be in the correct form and user preference units."]
[null,null,null,null,"Transformation","Model equations to transform Model Inputs into Outputs or intermediate steps."]
[null,null,null,null,"Backing Data","Data/assumptions that are required to derive Model Inputs. Backing Data is not used directly in model calculations and by definition is redundant if source data is in the exact form required by the model (only possible for attributes without units)."]
[null,null,null,null,"Output","Useful model outputs. (Unlikely to be required if Assumptions Log sheet does not contain the model methodology)"]
[null,null,null,null,"Check","Some checks to identify calculation errors. These should be designed to equal zero if there are no errors."]
[null,null,null,null,"Redundant","Sources, assumptions and transformations on which model calculations have no dependence. By definition this information is redundant to the operation of the model and could be removed. This information is present in the model for information/context and if no longer useful should be deleted."]
[]
[null,null,null,"Assumption Category"]
[null,null,null,null,"OptionList_Assumption_Category"]
[null,null,null,null,"Source","Data/assumptions from a primary (external source). Always constants."]
[null,null,null,null,"Unit Transformation","Conversion of a source to user preference units. Always formulae."]
[null,null,null,null,"Transformation","Transformation of data. Basic mathematical or physical transformation which is deemed not to require documentation. Always formulae."]
[null,null,null,null,"Assumption","Transformation of data (formula). Transformation where an assumption is being made that requires documentation. E.g. setting the property of one technology equal to another, grouping technologies into categories, etc. Always formulae."]
[null,null,null,null,"Lookup","Data/Assumptions linked directly to other cells without being transformed. Always formulae."]
[]
[null,null,null,"Source Units or Preference Units"]
[null,null,null,null,"OptionList_Source_Units_or_Preference_Units"]
[null,null,null,null,"su","Source Units - fixed units matching that of the original data source. Test - Units column fixed value."]
[null,null,null,null,"pu","Preference Units – flexible units corresponding to the user selected preference units. Test - Units column formula."]
[null,null,null,null,"nu","No Units, e.g. Efficiency defining the energy output per unit energy input (energy unit / energy unit = no unit). Test - Units column blank cell indicator or clearly unit-less commodity."]
[]
[]
[null,null,null,"Method ID (Data Type)"]
[null,null,null,null,"OptionList_Method_ID"]
[null,null,null,null,"Fact","Indisputably and objectively true, e.g. February has 28.25 days."]
[null,null,null,null,"Measured","Actual experimental measurements, e.g. Energy Savings Trust boiler efficiencies measured from a set of instrumented houses over several winters."]
[null,null,null,null,"Survey","Results from a consultant’s telephone survey or otherwise asking people what they remembered about something, e.g. the Sweett survey of boiler costs."]
[null,null,null,null,"Modelling decision","These are things like scrappage decisions which are modelling decisions in the Calculator and not derived from public data."]
[null,null,null,null,"Opinion","this is where the value is set by the data-sourcer based on their expert judgement or when the data-sourcer is prepared to accept a source from another model which has little documentation. The Notes column should be used to justify your reason for this opinion and the Quality column should reflect your confidence in the data quality (qual desc can say why)."]
[null,null,null,null,"PLACEHOLDER","where still just the placeholder value"]
[null,null,null,null,"DEFER","For cost and air quality assumptions. We are deferring them until after the workshops. (the published model should have no defers)"]
[]
[]
[null,null,null,"Quality Rating"]
[null,null,null,null,"The ‘quality’ of an assumption measures both how certain and robust an assumption is and how appropriate it is for its intended use."]
[null,null,null,null,"We would consider a published data source like DUKES or ONS data as very robust, but if it needs to be transformed significantly to fit the model, the quality rating would be downgraded."]
[null,null,null,null,"You may want to lower the quality rating if it is not possible to get technical sign-off for the assumptions (e.g. lack of technical knowledge)."]
[null,null,null,null,"You will also want to lower the quality if the confidence interval is likely to be wide (i.e. you wouldn't be surprised if the value was 50% different) - in this case, you should rank it as amber/red."]
[null,null,null,null,"OptionList_Quality_Rating"]
[null,null,null,null,"Green","Based on validated ‘actual’ data. Methodology is robust. There are no or few transformations, or transformation methodology is also fully verified and robust. Data is current, and signed off by experts. Small confidence interval."]
[null,null,null,null,"Amber","Assumptions are amber if:\n-the methodology  is robust but based on limited data;\n-Data required significant transformation to fit the model;\n-Your confidence interval is quite wide;\n-Data has not been reviewed recently (e.g. older than around 2012)"]
[null,null,null,null,"Red","Unclear/unreliable data source or no data source provided. Based on limited data and methodology not robust. Data is not current (e.g. older than 2009). Confidence interval wide/unknown."]
[]
[]
[null,null,"Number Formats"]
[null,null,null,null,null,"Positive","Negative","Zero","Large","Custom Number format"]
[null,null,null,null,"General",12345.678910000001,{"$f":"-12345.67891","v":-12345.678910000001},0,-100000000000000,"General;[Red]-General;\"-\""]
[null,null,null,null,"0dp",12345.678910000001,{"$f":"-12345.67891","v":-12345.678910000001},0,-100000000000000,"#,##0;[Red]-#,##0;\"-\""]
[null,null,null,null,"2dp",12345.678910000001,{"$f":"-12345.67891","v":-12345.678910000001},0,-100000000000000,"#,##0.??;[Red]-#,##0.??;\"-\""]
[null,null,null,null,"%0dp",1E-3,-0.2,0,null,"#0%;[Red]-0%;\"-\"\\%"]
[null,null,null,null,"%1dp",1E-3,-0.2,0,null,"#0.0%;[Red]-0.0%;\"-\"\\%"]
[null,null,null,null,"Scientific 1dp",546165,{"$f":"-12345.67","v":-12345.67},0,-100000000000000,"0.?E+??;[Red]-0.?E+??;\"-\""]
[null,null,null,null,"Scientific 2dp",12345.678910000001,{"$f":"-12345.67","v":-12345.67},0,-100000000000000,"0.??E+??;[Red]-0.??E+??;\"-\""]
[]
[null,null,null,"References "]
[null,null,null,null,"http://www.exceltactics.com/definitive-guide-custom-number-formats-excel/#Understanding-the-Number-Format-Codes"]
[null,null,null,null,"https://www.ablebits.com/office-addins-blog/2016/07/07/custom-excel-number-format/#zeros-as-dashes"]

{"sheet":"Control","index":1,"n_rows":444,"n_cols":198,"rows_kept":444,"cut":false,"hidden":false,"merged":[]}
["Control",null,"Web tool","Selected Lever Level",null,null,null,null,null,"Description of Levers",null,null,null,null,null,"Example Pathways",null,null,null,null,null,null,null,null,null,null,"Alignment of Lever Levels"]
[null,null,null,{"$f":"IF(Results!$F$2026 = 1, \"!Amb!\", \"\")","v":""},{"$f":"IF(Results!$F$2027 = 1, \"!Fast!\", \"\")","v":""},{"$f":"IF(Results!$F$2028 = 1, \"!Bio!\", \"\")","v":""},{"$f":"IF(Results!$F$2029 = 1, \"!Land!\", \"\")","v":""}]
["Guidance"]
[null,"Instructions on how to control the model"]
[null,null,null,"1)",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Control.Method.Selected), \"Select the lever set used to control the model.\")","v":"Select the lever set used to control the model."}]
[null,null,null,null,null,"Lever selection options"]
[null,null,null,null,null,null,"Control.Method.Web.Tool","Web tool",{"$f":"COUNT(input.lever.ambition) &\" levers matching those used in the web tool.\"","v":"45 levers matching those used in the web tool."}]
[null,null,null,null,null,null,"Control.Method.My2050","My2050",{"$f":"COUNT($D$135:$D$149) &\" levers matching those used in the My2050 tool.\"","v":"15 levers matching those used in the My2050 tool."}]
[null,null,null,null,null,null,"Control.Method.Manual","Manual",{"$f":"COUNT($D$166:$D$327) &\" levers reflecting the complete list of points of influence that can be applied. Each Web tool and My2050 lever is set up to control one or many manual levers.\"","v":"162 levers reflecting the complete list of points of influence that can be applied. Each Web tool and My2050 lever is set up to control one or many manual levers."}]
[null,null,null,"2)",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", PrefUnit.Energy.), \"Select the units you wish results and calculations to be presented in.\")","v":"Select the units you wish results and calculations to be presented in."}]
[null,null,null,"3)","Select lever level settings"]
[null,null,null,null,null,"Link to levers"]
[null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", input.lever.ambition), \"Webtool Levers\")","v":"Webtool Levers"}]
[null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", input.simple.lever.ambition), \"My2050 Levers\")","v":"My2050 Levers"}]
[null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $D$166:$D$327), \"Manual Levers\")","v":"Manual Levers"}]
[null,null,null,null,null,"Enter any value between 1 and 4."]
[null,null,null,null,null,null,"1 - The least effort possible"]
[null,null,null,null,null,null,"2 - Ambitious but reasonable"]
[null,null,null,null,null,null,"3 - Very ambitious needing technical breakthrough"]
[null,null,null,null,null,null,"4 - The upper limit of what is considered plausible"]
[null,null,null,null,null,"Use the lever descriptions to the right of the settings to inform your choices."]
[null,null,null,"4)","Select level ambition timing."]
[null,null,null,null,null,"Start: Set the year in which you feel action should begin. This is the year that deployment, behaviour, demand, etc… begins to deviate from the baseline scenario towards the level of ambition set."]
[null,null,null,null,null,null,"The start year should always be after the model base year of 2015"]
[null,null,null,null,null,"Speed: Set how long it will take to reach the specified level of ambition."]
[null,null,null,null,null,"End: Set the year in which the ambition level specified for the lever is achieved."]
[null,null,null,null,null,null,"The end year must always be set later than the start year"]
[null,null,null,null,null,"Default lever timings based on the earliest point experts believed level 4 ambition could be achieved can be found to the right for guidance."]
[null,null,null,null,null,"*note: Web tool levers have been set up to receive start and end years to replicate the selection options in the web tool. Manual levers have been set up to receive arguments of start year and speed."]
[null,null,null,null,null,"*note: this feature is not available for My2050 Levers"]
[null,null,null,"5)",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $C$2:$G$2), \"Check warning icons and make sure you are comfortable with your decisions.\")","v":"Check warning icons and make sure you are comfortable with your decisions."}]
[null,null,null,"6)","View results of your pathway"]
[null,null,null,null,null,"Headline results charts can be seen to the right of the webtool lever settings"]
[null,null,null,null,null,"Navigate to the results sheet to see more detailed outputs and the figures behind the charts."]
[null,null,null,null,null,"Return to step 3 modifying ambition levels and repeat until you achieve a pathway you are happy with."]
[null,null,null,null,"Additional options"]
[null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $D$62), \"Export your web tool lever pathway to the online web tool.\")","v":"Export your web tool lever pathway to the online web tool."}]
[null,null,null,null,null,null,"Click on or copy the URL below (linked) to export the closest representation possible of your scenario to the online webtool."]
[null,null,null,null,null,null,"Ambition levels will be rounded to 1 decimal place and start/end years will be rounded to the nearest 5. e.g. an ambition level of 1.811 will be rounded to 1.8 and a start year of 2022 will be rounded to 2020."]
[null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $D$63), \"Import a web tool lever pathway from the online web tool.\")","v":"Import a web tool lever pathway from the online web tool."}]
[null,null,null,null,null,null,"Copy a the URL from a web tool pathway to the cell linked here."]
[null,null,null,null,null,null,"follow the 'Decoded Copied URL Settings' link to the section of the sheet that converts the URL into lever settings."]
[null,null,null,null,null,null,"Copy values of the Ambition, Start and End into the lever settings."]
[]
[null,null,null,null,null,"Create web tool lever settings equivalent to My2050 lever settings"]
[null,null,null,null,null,"Create manual lever settings equivalent to web tool lever settings"]
[]
[]
["Unit Selection"]
[null,null,"PrefUnit.","Units","Equivalent to"]
[null,"Energy",{"$f":"$C$50&B51&\".\"","v":"PrefUnit.Energy."},"TWh.",{"$f":" 1 / uc_J.","v":3599999999999999.5},"Joules"]
[null,"Power","PrefUnit.Power.","GW.",{"$f":" 1 / uc_W.","v":999999999.99999988},"Watts"]
[null,"Distance","PrefUnit.Distance.","km.",{"$f":" 1 / uc_m.","v":1000},"meters"]
[null,"Area","PrefUnit.Area.","sqkm.",{"$f":" 1 / uc_sqm.","v":1000000},"square meters"]
[null,"Mass.GHG","PrefUnit.Mass.GHG.","Mt.",{"$f":" 1 / uc_GHG.g.","v":1000000000000},"grams"]
[null,"Mass.AQ","PrefUnit.Mass.AQ.","kt.",{"$f":" 1 / uc_AQ.g.","v":999999999.99999988},"grams"]
[null,"Cost","PrefUnit.Cost.","GBP.2016.",{"$f":" 1 / uc_GBP.2016.","v":1},"2016£"]
[]
[]
["Levers Webtool"]
[]
[null,null,"URL of current web tool lever settings",{"$f":"HYPERLINK(J65 &GK115 &GL115 &GM115 &N65, J65 &GK115 &GL115 &GM115 &N65)","v":"https://mackaycarboncalculator.beis.gov.uk/overview/emissions-and-primary-energy-consumption/?levers=111111111111111111111111111111111111111111111aaabaaabaaabaaaaaaaaaaaabbabbbcbbaabcaabbaaaagggggggggggggeggggggggggiggiiiqgdgggggggggkgg"}]
[null,null,"Copied URL","https://mackaycarboncalculator.beis.gov.uk/overview/emissions-and-primary-energy-consumption/?levers=111111111111111111111111111111111111111111111aaabaaabaaabaaaaaaaaaaaabbabbbcbbaabcaabbaaaagggggggggggggeggggggggggiggiiiqgdgggggggggkgg"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $GN$68), $GN$68)","v":"Decoded Copied URL Settings"},null,null,null,null,"String length",{"$f":"LEN(J65)","v":101},45,45,45,{"$f":"LEN(N65)","v":0}]
[null,null,null,"https://mackaycarboncalculator.beis.gov.uk/overview/emissions-and-primary-energy-consumption/?levers=111111111111111111111111111111111111111111111aaabaaabaaabaaaaaaaaaaaabbabbbcbbaabcaabbaaaagggggggggggggeggggggggggiggiiiqgdgggggggggkgg",null,null,null,null,"String","https://mackaycarboncalculator.beis.gov.uk/overview/emissions-and-primary-energy-consumption/?levers=",{"$f":"LEFT(RIGHT($D$63,K64 +L64 +M64 +N64), K64)","v":"111111111111111111111111111111111111111111111"},{"$f":"LEFT(RIGHT($D$63,L64 +M64 +N64), L64)","v":"aaabaaabaaabaaaaaaaaaaaabbabbbcbbaabcaabbaaaa"},{"$f":"LEFT(RIGHT($D$63,M64 +N64), M64)","v":"gggggggggggggeggggggggggiggiiiqgdgggggggggkgg"}]
[null,null,null,null,"  "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Example Pathways",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default Timings"]
[null,null,"output.lever.names","input.lever.ambition","input.lever.start",null,"input.lever.end",null,null,null,"output.lever.descriptions",null,null,null,null,null,"output.lever.example.ambition",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"output.lever.default.start","output.lever.default.end",null,null,null,"Webtool ambition corresponding to My2050 ambition",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Create web tool URL",null,null,"Decoded Copied URL Settings"]
[null,null,"Lever Name","Ambition","Start","Speed","End","Ambition","Timing","Description Comments/Assumptions","Lever description","Level 1","Level 2","Level 3","Level 4",null,"ESC Illustrative Net Zero","All Level 2","All Level 3","Example 4","Example 5","Example 6","Example 7","Example 8","Example 9","Example 10","Example 11","Example 12","Example 13","Example 14","Example 15",null,"Default Start","Default End","Default Speed","My2050 Ambition (raw)","My2050 Lever",1,2,3,4,"My2050 Ambition Applied",null,"Levers Exceeding the deployment rate of level 4 (for webtool warnings)","List levers Exceeding the deployment rate of level 4 (for webtool warnings)","Speed warning","Levers Controlled",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Possition","Ambition","Start","End","Ambition","Start","End"]
[null,"Transport","UK Transport Demand",1,2020,{"$f":" +G70 -E70","v":30},2050,null,null,null,"How far and by what methods passengers travel in the UK",{"$f":"\"By \"&$G$70&\" the average annual distance travelled per person is \"&IF(ROUND(ABS((L166-$BD$166)*100/$BD$166),0)=0,\"the same as\",ROUND(ABS((L166-$BD$166)*100/$BD$166),0)&\"% \"&IF(L166-$BD$166>0, \"further than\", \"less than\"))&\" in 2015. \"&L169*100 &\"% of this is done by car.\"","v":"By 2050 the average annual distance travelled per person is 10% further than in 2015. 81% of this is done by car."},{"$f":"\"By \"&$G$70&\" the average annual distance travelled per person is \"&IF(ROUND(ABS((M166-$BD$166)*100/$BD$166),0)=0,\"the same as\",ROUND(ABS((M166-$BD$166)*100/$BD$166),0)&\"% \"&IF(M166-$BD$166>0, \"further than\", \"less than\"))&\" in 2015. \"&M169*100 &\"% of this is done by car.\"","v":"By 2050 the average annual distance travelled per person is 2% less than in 2015. 72.5% of this is done by car."},{"$f":"\"By \"&$G$70&\" the average annual distance travelled per person is \"&IF(ROUND(ABS((N166-$BD$166)*100/$BD$166),0)=0,\"the same as\",ROUND(ABS((N166-$BD$166)*100/$BD$166),0)&\"% \"&IF(N166-$BD$166>0, \"further than\", \"less than\"))&\" in 2015. \"&N169*100 &\"% of this is done by car.\"","v":"By 2050 the average annual distance travelled per person is 9% less than in 2015. 63% of this is done by car."},{"$f":"\"By \"&$G$70&\" the average annual distance travelled per person is \"&IF(ROUND(ABS((O166-$BD$166)*100/$BD$166),0)=0,\"the same as\",ROUND(ABS((O166-$BD$166)*100/$BD$166),0)&\"% \"&IF(O166-$BD$166>0, \"further than\", \"less than\"))&\" in 2015. \"&O169*100 &\"% of this is done by car.\"","v":"By 2050 the average annual distance travelled per person is 24% less than in 2015. 48.5% of this is done by car."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,{"$f":"+AH70 -AG70","v":30},{"$f":"Simplified.lever.value.01","v":1},{"$f":"Simplified.lever.01","v":"Transport Behaviour"},1,2,3,4,{"$f":"IF(MOD(AJ70, 1) = 0, (INDEX($AL70:$AO70, ,MATCH(+AJ70 -MOD(AJ70, 1), $AL$69:$AO$69, 0))),\n+(INDEX($AL70:$AO70, ,MATCH(+AJ70 -MOD(AJ70, 1), $AL$69:$AO$69, 0))) * (1 -MOD(AJ70, 1))\n+(INDEX($AL70:$AO70, ,MATCH(+AJ70 -MOD(AJ70, 1) +1, $AL$69:$AO$69, 0))) * MOD(AJ70, 1))","v":1},null,{"$f":"IF(SUMIFS($BC$166:$BC$327, $AB$166:$AB$327, $C70) = 0, \"\", $C70)","v":""},{"$f":"IF(AR70=\"\",\"\",\", \"&AR70)","v":""},{"$f":"IF(SUMIFS($BC$166:$BC$327, $AB$166:$AB$327, $C70) = 0, 0, 1)","v":0},{"$f":"COUNTIFS($AB$166:$AB$327, $C70)","v":9},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,{"$f":"INDEX($E$333:$E$380, MATCH(ROUND(D70, 1), $D$333:$D$380, 0), )","v":1},{"$f":"INDEX($E$333:$E$444, MATCH(E70, $D$333:$D$444, 0), )","v":"a"},{"$f":"INDEX($E$333:$E$444, MATCH(G70, $D$333:$D$444, 0), )","v":"g"},{"$f":"INDEX($D$333:$D$363, MATCH( VALUE(MID($K$65, $GJ70, 1)), $E$333:$E$363, 0), )","v":1},{"$f":"INDEX($D$364:$D$444,\nIF(MATCH( MID($L$65, $GJ70, 1), $E$364:$E$444, 0)>3,MATCH( MID($L$65, $GJ70, 1), $E$364:$E$444, 0)+2, MATCH( MID($L$65, $GJ70, 1), $E$364:$E$444, 0)), )","v":2020},{"$f":"INDEX($D$364:$D$444,\nIF(MATCH( MID($M$65, $GJ70, 1), $E$364:$E$444, 0)>3,MATCH( MID($M$65, $GJ70, 1), $E$364:$E$444, 0)+2, MATCH( MID($M$65, $GJ70, 1), $E$364:$E$444, 0)), )","v":2050}]
[null,null,"International Aviation",1,2020,{"$f":" +G71 -E71","v":30},2050,null,null,"","Distance flown abroad by passengers from the UK",{"$f":"\"By \"&$G$71&\" the average annual distance travelled per person internationally is \"&IF(ROUND(((L173-$BD$173)*100/$BD$173),0)=0,\"the same as\",ROUND(ABS((L173-$BD$173)*100/$BD$173),0)&\"% \"&IF(L173-$BD$173>0, \"further than\", \"less than\"))&\" in 2015.\"","v":"By 2050 the average annual distance travelled per person internationally is 41% further than in 2015."},{"$f":"\"By \"&$G$71&\" the average annual distance travelled per person internationally is \"&IF(ROUND(((M173-$BD$173)*100/$BD$173),0)=0,\"the same as\",ROUND(ABS((M173-$BD$173)*100/$BD$173),0)&\"% \"&IF(M173-$BD$173>0, \"further than\", \"less than\"))&\" in 2015.\"","v":"By 2050 the average annual distance travelled per person internationally is 27% further than in 2015."},{"$f":"\"By \"&$G$71&\" the average annual distance travelled per person internationally is \"&IF(ROUND(((N173-$BD$173)*100/$BD$173),0)=0,\"the same as\",ROUND(ABS((N173-$BD$173)*100/$BD$173),0)&\"% \"&IF(N173-$BD$173>0, \"further than\", \"less than\"))&\" in 2015.\"","v":"By 2050 the average annual distance travelled per person internationally is 12% further than in 2015."},{"$f":"\"By \"&$G$71&\" the average annual distance travelled per person internationally is \"&IF(ROUND(((O173-$BD$173)*100/$BD$173),0)=0,\"the same as\",ROUND(ABS((O173-$BD$173)*100/$BD$173),0)&\"% \"&IF(O173-$BD$173>0, \"further than\", \"less than\"))&\" in 2015.\"","v":"By 2050 the average annual distance travelled per person internationally is 3% less than in 2015."},null,3.7,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,{"$f":"+AH71 -AG71","v":30},{"$f":"Simplified.lever.value.01","v":1},{"$f":"Simplified.lever.01","v":"Transport Behaviour"},1,2,3,4,1,null,{"$f":"IF(SUMIFS($BC$166:$BC$327, $AB$166:$AB$327, $C71) = 0, \"\", $C71)","v":""},{"$f":"AS70&IF(AR71=\"\",\"\",\", \"&AR71)","v":""},{"$f":"IF(SUMIFS($BC$166:$BC$327, $AB$166:$AB$327, $C71) = 0, 0, 1)","v":0},{"$f":"COUNTIFS($AB$166:$AB$327, $C71)","v":1},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,1,{"$f":"INDEX($E$333:$E$444, MATCH(E71, $D$333:$D$444, 0), )","v":"a"},{"$f":"INDEX($E$333:$E$444, MATCH(G71, $D$333:$D$444, 0), )","v":"g"},{"$f":"INDEX($D$333:$D$363, MATCH( VALUE(MID($K$65, $GJ71, 1)), $E$333:$E$363, 0), )","v":1},{"$f":"INDEX($D$364:$D$444,\nIF(MATCH( MID($L$65, $GJ71, 1), $E$364:$E$444, 0)>3,MATCH( MID($L$65, $GJ71, 1), $E$364:$E$444, 0)+2, MATCH( MID($L$65, $GJ71, 1), $E$364:$E$444, 0)), )","v":2020},{"$f":"INDEX($D$364:$D$444,\nIF(MATCH( MID($M$65, $GJ71, 1), $E$364:$E$444, 0)>3,MATCH( MID($M$65, $GJ71, 1), $E$364:$E$444, 0)+2, MATCH( MID($M$65, $GJ71, 1), $E$364:$E$444, 0)), )","v":2050}]
[null,null,"Light Vehicles - Electric",1,2020,30,2050,null,null,"","Share of cars, vans and small trucks that are battery electric vehicles",{"$f":"ROUND(L176 *100, 0) &\"% of cars are electric by \"&$G$72&\" (\"& ROUND(L179 *100, 0) &\"% of vans and \"&ROUND(L182 *100, 0) &\"% of small trucks).\"","v":"0% of cars are electric by 2050 (0% of vans and 0% of small trucks)."},{"$f":"ROUND(M176 *100, 0) &\"% of cars are electric by \"&$G$72&\" (\"& ROUND(M179 *100, 0) &\"% of vans and \"&ROUND(M182 *100, 0) &\"% of small trucks).\"","v":"50% of cars are electric by 2050 (50% of vans and 20% of small trucks)."},{"$f":"ROUND(N176 *100, 0) &\"% of cars are electric by \"&$G$72&\" (\"& ROUND(N179 *100, 0) &\"% of vans and \"&ROUND(N182 *100, 0) &\"% of small trucks).\"","v":"95% of cars are electric by 2050 (95% of vans and 50% of small trucks)."},{"$f":"ROUND(O176 *100, 0) &\"% of cars are electric by \"&$G$72&\" (\"& ROUND(O179 *100, 0) &\"% of vans and \"&ROUND(O182 *100, 0) &\"% of small trucks).\"","v":"100% of cars are electric by 2050 (100% of vans and 100% of small trucks)."},null,3.7,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.02","v":1},{"$f":"Simplified.lever.02","v":"Light Vehicle Technology"},1,2,3,4,1,null,"",{"$f":"AS71&IF(AR72=\"\",\"\",\", \"&AR72)","v":""},0,3,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,1,{"$f":"INDEX($E$333:$E$444, MATCH(E72, $D$333:$D$444, 0), )","v":"a"},{"$f":"INDEX($E$333:$E$444, MATCH(G72, $D$333:$D$444, 0), )","v":"g"},1,2020,2050]
[null,null,"Light Vehicles - Hydrogen",1,2025,25,2050,null,null,"","Share of cars, vans and small trucks that are hydrogen-fuelled",{"$f":"ROUND(L177 *100, 0) &\"% of cars are hydrogen-fuelled by \"&$G$73&\" (\"& ROUND(L180 *100, 0) &\"% of vans and \"&ROUND(L183 *100, 0) &\"% of small trucks).\"","v":"0% of cars are hydrogen-fuelled by 2050 (0% of vans and 0% of small trucks)."},{"$f":"ROUND(M177 *100, 0) &\"% of cars are hydrogen-fuelled by \"&$G$73&\" (\"& ROUND(M180 *100, 0) &\"% of vans and \"&ROUND(M183 *100, 0) &\"% of small trucks).\"","v":"33% of cars are hydrogen-fuelled by 2050 (33% of vans and 5% of small trucks)."},{"$f":"ROUND(N177 *100, 0) &\"% of cars are hydrogen-fuelled by \"&$G$73&\" (\"& ROUND(N180 *100, 0) &\"% of vans and \"&ROUND(N183 *100, 0) &\"% of small trucks).\"","v":"67% of cars are hydrogen-fuelled by 2050 (67% of vans and 50% of small trucks)."},{"$f":"ROUND(O177 *100, 0) &\"% of cars are hydrogen-fuelled by \"&$G$73&\" (\"& ROUND(O180 *100, 0) &\"% of vans and \"&ROUND(O183 *100, 0) &\"% of small trucks).\"","v":"100% of cars are hydrogen-fuelled by 2050 (100% of vans and 100% of small trucks)."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2050,25,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,3,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4,1,"b","g",1,2025,2050]
[null,null,"Light Vehicles - Hybrid",1,2020,30,2050,null,null,"","Share of cars, vans and small trucks that are plug-in hybrid vehicles",{"$f":"ROUND(L178 *100, 0) &\"% of cars are hybrids by \"&$G$74&\" (\"& ROUND(L181 *100, 0) &\"% of vans and \"&ROUND(L184 *100, 0) &\"% of small trucks).\"","v":"0% of cars are hybrids by 2050 (0% of vans and 0% of small trucks)."},{"$f":"ROUND(M178 *100, 0) &\"% of cars are hybrids by \"&$G$74&\" (\"& ROUND(M181 *100, 0) &\"% of vans and \"&ROUND(M184 *100, 0) &\"% of small trucks).\"","v":"33% of cars are hybrids by 2050 (33% of vans and 20% of small trucks)."},{"$f":"ROUND(N178 *100, 0) &\"% of cars are hybrids by \"&$G$74&\" (\"& ROUND(N181 *100, 0) &\"% of vans and \"&ROUND(N184 *100, 0) &\"% of small trucks).\"","v":"67% of cars are hybrids by 2050 (67% of vans and 50% of small trucks)."},{"$f":"ROUND(O178 *100, 0) &\"% of cars are hybrids by \"&$G$74&\" (\"& ROUND(O181 *100, 0) &\"% of vans and \"&ROUND(O184 *100, 0) &\"% of small trucks).\"","v":"100% of cars are hybrids by 2050 (100% of vans and 100% of small trucks)."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,3,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5,1,"a","g",1,2020,2050]
[null,null,"Light Vehicles - Biofuel",1,2020,30,2050,null,null,"","Share of fuel in conventional cars, vans and small trucks that is biofuel",{"$f":"ROUND(L193*100, 0) &\"% of fuel used in conventional cars is biofuel by \"&$G$75&\" (\"& ROUND(L194*100, 0) &\"% of vans and \"&ROUND(L195 *100, 0) &\"% of small trucks).\"","v":"3% of fuel used in conventional cars is biofuel by 2050 (3% of vans and 2% of small trucks)."},{"$f":"ROUND(M193*100, 0) &\"% of fuel used in conventional cars is biofuel by \"&$G$75&\" (\"& ROUND(M194*100, 0) &\"% of vans and \"&ROUND(M195 *100, 0) &\"% of small trucks).\"","v":"25% of fuel used in conventional cars is biofuel by 2050 (25% of vans and 25% of small trucks)."},{"$f":"ROUND(N193*100, 0) &\"% of fuel used in conventional cars is biofuel by \"&$G$75&\" (\"& ROUND(N194*100, 0) &\"% of vans and \"&ROUND(N195 *100, 0) &\"% of small trucks).\"","v":"50% of fuel used in conventional cars is biofuel by 2050 (50% of vans and 50% of small trucks)."},{"$f":"ROUND(O193*100, 0) &\"% of fuel used in conventional cars is biofuel by \"&$G$75&\" (\"& ROUND(O194*100, 0) &\"% of vans and \"&ROUND(O195 *100, 0) &\"% of small trucks).\"","v":"100% of fuel used in conventional cars is biofuel by 2050 (100% of vans and 100% of small trucks)."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,{"$f":"IF(MOD(AJ75, 1) = 0, (INDEX($AL75:$AO75, ,MATCH(+AJ75 -MOD(AJ75, 1), $AL$69:$AO$69, 0))),\n+(INDEX($AL75:$AO75, ,MATCH(+AJ75 -MOD(AJ75, 1), $AL$69:$AO$69, 0))) * (1 -MOD(AJ75, 1))\n+(INDEX($AL75:$AO75, ,MATCH(+AJ75 -MOD(AJ75, 1) +1, $AL$69:$AO$69, 0))) * MOD(AJ75, 1))","v":1},null,"","",0,3,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,1,"a","g",1,2020,2050]
[null,null,"Heavy Vehicles - Electric",1,2020,30,2050,null,null,null,"Share of large trucks, buses and trains that are battery electric vehicles",{"$f":"ROUND(L185*100,0)&\"% of large trucks, \"&ROUND(L188*100,0)&\"% of buses and \"&ROUND(L191*100,0)&\"% of passenger trains are electric by \"&$G$76&\".\"","v":"0% of large trucks, 0% of buses and 65% of passenger trains are electric by 2050."},{"$f":"ROUND(M185*100,0)&\"% of large trucks, \"&ROUND(M188*100,0)&\"% of buses and \"&ROUND(M191*100,0)&\"% of passenger trains are electric by \"&$G$76&\".\"","v":"2% of large trucks, 40% of buses and 80% of passenger trains are electric by 2050."},{"$f":"ROUND(N185*100,0)&\"% of large trucks, \"&ROUND(N188*100,0)&\"% of buses and \"&ROUND(N191*100,0)&\"% of passenger trains are electric by \"&$G$76&\".\"","v":"15% of large trucks, 60% of buses and 90% of passenger trains are electric by 2050."},{"$f":"ROUND(O185*100,0)&\"% of large trucks, \"&ROUND(O188*100,0)&\"% of buses and \"&ROUND(O191*100,0)&\"% of passenger trains are electric by \"&$G$76&\".\"","v":"100% of large trucks, 100% of buses and 100% of passenger trains are electric by 2050."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.03","v":1},{"$f":"Simplified.lever.03","v":"Heavy Vehicle Technology"},1,2,3,4,1,null,"","",0,4,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,1,"a","g",1,2020,2050]
[null,null,"Heavy Vehicles - Hydrogen",1,2025,25,2050,null,null,null,"Share of large trucks and buses that are hydrogen-fuelled",{"$f":"ROUND(L186*100,0)&\"% of large trucks and \"&ROUND(L189*100,0)&\"% of buses are hydrogen-fuelled by \"&$G$77&\".\"","v":"0% of large trucks and 0% of buses are hydrogen-fuelled by 2050."},{"$f":"ROUND(M186*100,0)&\"% of large trucks and \"&ROUND(M189*100,0)&\"% of buses are hydrogen-fuelled by \"&$G$77&\".\"","v":"50% of large trucks and 40% of buses are hydrogen-fuelled by 2050."},{"$f":"ROUND(N186*100,0)&\"% of large trucks and \"&ROUND(N189*100,0)&\"% of buses are hydrogen-fuelled by \"&$G$77&\".\"","v":"80% of large trucks and 60% of buses are hydrogen-fuelled by 2050."},{"$f":"ROUND(O186*100,0)&\"% of large trucks and \"&ROUND(O189*100,0)&\"% of buses are hydrogen-fuelled by \"&$G$77&\".\"","v":"100% of large trucks and 100% of buses are hydrogen-fuelled by 2050."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2050,25,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,1,"b","g",1,2025,2050]
[null,null,"Heavy Vehicles - Hybrid",1,2020,30,2050,null,null,null,"Share of large trucks and buses that are plug-in hybrid vehicles",{"$f":"ROUND(L187*100,0)&\"% of large trucks and \"&ROUND(L190*100,0)&\"% of buses are hybrids by \"&$G$78&\".\"","v":"0% of large trucks and 0% of buses are hybrids by 2050."},{"$f":"ROUND(M187*100,0)&\"% of large trucks and \"&ROUND(M190*100,0)&\"% of buses are hybrids by \"&$G$78&\".\"","v":"25% of large trucks and 40% of buses are hybrids by 2050."},{"$f":"ROUND(N187*100,0)&\"% of large trucks and \"&ROUND(N190*100,0)&\"% of buses are hybrids by \"&$G$78&\".\"","v":"60% of large trucks and 60% of buses are hybrids by 2050."},{"$f":"ROUND(O187*100,0)&\"% of large trucks and \"&ROUND(O190*100,0)&\"% of buses are hybrids by \"&$G$78&\".\"","v":"100% of large trucks and 100% of buses are hybrids by 2050."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,9,1,"a","g",1,2020,2050]
[null,null,"Heavy Vehicles - Biofuel",1,2020,30,2050,null,null,null,"Share of fuel in conventional large trucks, buses, trains and ships that is biofuel",{"$f":"ROUND(L196*100,0)&\"% of fuel used in convensional large trucks is biofuel, \"&ROUND(L197*100,0)&\"% in buses, \"&ROUND(L198*100,0)&\"% in trains by \"&$G$79&\".\"","v":"2% of fuel used in convensional large trucks is biofuel, 2% in buses, 2% in trains by 2050."},{"$f":"ROUND(M197*100,0)&\"% of buses, \"&ROUND(M198*100,0)&\"% of passenger trains and \"&ROUND(M196*100,0)&\"% of large trucks use biofuel by \"&$G$79&\".\"","v":"25% of buses, 25% of passenger trains and 25% of large trucks use biofuel by 2050."},{"$f":"ROUND(N197*100,0)&\"% of buses, \"&ROUND(N198*100,0)&\"% of passenger trains and \"&ROUND(N196*100,0)&\"% of large trucks use biofuel by \"&$G$79&\".\"","v":"50% of buses, 50% of passenger trains and 50% of large trucks use biofuel by 2050."},{"$f":"ROUND(O197*100,0)&\"% of buses, \"&ROUND(O198*100,0)&\"% of passenger trains and \"&ROUND(O196*100,0)&\"% of large trucks use biofuel by \"&$G$79&\".\"","v":"100% of buses, 100% of passenger trains and 100% of large trucks use biofuel by 2050."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,7,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,10,1,"a","g",1,2020,2050]
[null,null,"Aviation Efficiency",1,2020,30,2050,null,null,null,"Energy intensity of aircraft travel and the share of aircrafts that are hybrid electric",{"$f":"\"Aircrafts are \"&ROUND(((1 / L204) -1)*100,0)&\"% more efficient than in 2015 and \"&ROUND(L206*100,0)&\"% are plug-in hybrid electric vehicles, by \"&$G$80&\".\"","v":"Aircrafts are 18% more efficient than in 2015 and 0% are plug-in hybrid electric vehicles, by 2050."},{"$f":"\"Aircrafts are \"&ROUND(((1 / M204) -1)*100,0)&\"% more efficient than in 2015 and \"&ROUND(M206*100,0)&\"% are plug-in hybrid electric vehicles, by \"&$G$80&\".\"","v":"Aircrafts are 43% more efficient than in 2015 and 0% are plug-in hybrid electric vehicles, by 2050."},{"$f":"\"Aircrafts are \"&ROUND(((1 / N204) -1)*100,0)&\"% more efficient than in 2015 and \"&ROUND(N206*100,0)&\"% are plug-in hybrid electric vehicles, by \"&$G$80&\".\"","v":"Aircrafts are 54% more efficient than in 2015 and 50% are plug-in hybrid electric vehicles, by 2050."},{"$f":"\"Aircrafts are \"&ROUND(((1 / O204) -1)*100,0)&\"% more efficient than in 2015 and \"&ROUND(O206*100,0)&\"% are plug-in hybrid electric vehicles, by \"&$G$80&\".\"","v":"Aircrafts are 67% more efficient than in 2015 and 100% are plug-in hybrid electric vehicles, by 2050."},null,3.1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.03","v":1},{"$f":"Simplified.lever.03","v":"Heavy Vehicle Technology"},1,2,3,4,1,null,"","",0,4,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,11,1,"a","g",1,2020,2050]
[null,null,"Aviation Biofuel",1,2025,25,2050,null,null,null,"Share of fuel used in conventional aircrafts that is biofuel.",{"$f":"ROUND(L208*100,0)&\"% of liquid fuel used in aircraft is biofuel by \"&$G$81&\".\"","v":"0% of liquid fuel used in aircraft is biofuel by 2050."},{"$f":"ROUND(M208*100,0)&\"% of liquid fuel used in aircraft is biofuel by \"&$G$81&\".\"","v":"10% of liquid fuel used in aircraft is biofuel by 2050."},{"$f":"ROUND(N208*100,0)&\"% of liquid fuel used in aircraft is biofuel by \"&$G$81&\".\"","v":"30% of liquid fuel used in aircraft is biofuel by 2050."},{"$f":"ROUND(O208*100,0)&\"% of liquid fuel used in aircraft is biofuel by \"&$G$81&\".\"","v":"100% of liquid fuel used in aircraft is biofuel by 2050."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2050,25,{"$f":"MIN(Simplified.lever.value.15,5-Simplified.lever.value.08)","v":1},{"$f":"\"MIN(\"&Simplified.lever.15&\",5-\"&Simplified.lever.08&\")\"","v":"MIN(Bioenergy,5-Carbon Capture )"},1,1.25,2.2999999999999998,3.3,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,12,1,"b","g",1,2025,2050]
[null,"Buildings","Buildings Temperature",1,2020,{"$f":" +G82 -E82","v":30},2050,null,null,null,"Average temperature of homes, demand for hot water and penetration of air conditioning (AC)",{"$f":"\"By \"&$G$82&\", the average house temperature is \"&L209&$K$209&\", \"&ROUND(L226*100,0)&\"% of homes have AC and domestic hot water demand is \"&IF(ROUND(ABS((L212-$BD$212)*100),0)=0,\"the same as in\",IF(L212-$BD$212>0,ROUND(ABS((L212-$BD$212)*100),0)&\"% more than\",ROUND(ABS((L212-$BD$212)*100),0)&\"% less than\"))&\" in 2015.\"","v":"By 2050, the average house temperature is 20°C, 50% of homes have AC and domestic hot water demand is 43% more than in 2015."},{"$f":"\"By \"&$G$82&\", the average house temperature is \"&M209&$K$209&\", \"&ROUND(M226*100,0)&\"% of homes have AC and domestic hot water demand is \"&IF(ROUND(ABS((M212-$BD$212)*100),0)=0,\"the same as in\",IF(M212-$BD$212>0,ROUND(ABS((M212-$BD$212)*100),0)&\"% more than\",ROUND(ABS((M212-$BD$212)*100),0)&\"% less than\"))&\" in 2015.\"","v":"By 2050, the average house temperature is 18°C, 33% of homes have AC and domestic hot water demand is 3% more than in 2015."},{"$f":"\"By \"&$G$82&\", the average house temperature is \"&N209&$K$209&\", \"&ROUND(N226*100,0)&\"% of homes have AC and domestic hot water demand is \"&IF(ROUND(ABS((N212-$BD$212)*100),0)=0,\"the same as in\",IF(N212-$BD$212>0,ROUND(ABS((N212-$BD$212)*100),0)&\"% more than\",ROUND(ABS((N212-$BD$212)*100),0)&\"% less than\"))&\" in 2015.\"","v":"By 2050, the average house temperature is 17°C, 17% of homes have AC and domestic hot water demand is 23% less than in 2015."},{"$f":"\"By \"&$G$82&\", the average house temperature is \"&O209&$K$209&\", \"&ROUND(O226*100,0)&\"% of homes have AC and domestic hot water demand is \"&IF(ROUND(ABS((O212-$BD$212)*100),0)=0,\"the same as in\",IF(O212-$BD$212>0,ROUND(ABS((O212-$BD$212)*100),0)&\"% more than\",ROUND(ABS((O212-$BD$212)*100),0)&\"% less than\"))&\" in 2015.\"","v":"By 2050, the average house temperature is 16°C, 0% of homes have AC and domestic hot water demand is 49% less than in 2015."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.04","v":1},{"$f":"Simplified.lever.04","v":"Buildings Behaviour"},1,2,3,4,1,null,"","",0,6,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,13,1,"a","g",1,2020,2050]
[null,null,"Buildings Insulation",1,2020,20,2040,null,null,null,"Retrofit insulation deployment and new build thermal performance standards. ",{"$f":"\"By \"&$G$83&\", insulation measures have been added to \"\n&ROUND(L210*100/INDEX(Cap.dDwlBYS.,MATCH($G$83,Prd.,0)),0)&\"% of existing homes and heat losses from new builds are \"\n&IF(ROUND(ABS((L211-$BD$211)*100/$BD$211),0)=0, \"the same as\",ROUND(ABS((L211-$BD$211)*100/$BD$211),0)& \"% \"&IF(L211-$BD$211<0,\"less than\",\"more than\"))&\" in 2015.\"","v":"By 2040, insulation measures have been added to 9% of existing homes and heat losses from new builds are the same as in 2015."},{"$f":"\"By \"&$G$83&\", insulation measures have been added to \"\n&ROUND(M210*100/INDEX(Cap.dDwlBYS.,MATCH($G$83,Prd.,0)),0)&\"% of existing homes and heat losses from new builds are \"\n&IF(ROUND(ABS((M211-$BD$211)*100/$BD$211),0)=0, \"the same as\",ROUND(ABS((M211-$BD$211)*100/$BD$211),0)& \"% \"&IF(M211-$BD$211<0,\"less than\",\"more than\"))&\" in 2015.\"","v":"By 2040, insulation measures have been added to 34% of existing homes and heat losses from new builds are 33% less than in 2015."},{"$f":"\"By \"&$G$83&\", insulation measures have been added to \"\n&ROUND(N210*100/INDEX(Cap.dDwlBYS.,MATCH($G$83,Prd.,0)),0)&\"% of existing homes and heat losses from new builds are \"\n&IF(ROUND(ABS((N211-$BD$211)*100/$BD$211),0)=0, \"the same as\",ROUND(ABS((N211-$BD$211)*100/$BD$211),0)& \"% \"&IF(N211-$BD$211<0,\"less than\",\"more than\"))&\" in 2015.\"","v":"By 2040, insulation measures have been added to 58% of existing homes and heat losses from new builds are 58% less than in 2015."},{"$f":"\"By \"&$G$83&\", insulation measures have been added to \"\n&ROUND(O210*100/INDEX(Cap.dDwlBYS.,MATCH($G$83,Prd.,0)),0)&\"% of existing homes and heat losses from new builds are \"\n&IF(ROUND(ABS((O211-$BD$211)*100/$BD$211),0)=0, \"the same as\",ROUND(ABS((O211-$BD$211)*100/$BD$211),0)& \"% \"&IF(O211-$BD$211<0,\"less than\",\"more than\"))&\" in 2015.\"","v":"By 2040, insulation measures have been added to 83% of existing homes and heat losses from new builds are 83% less than in 2015."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2040,20,{"$f":"Simplified.lever.value.05","v":1},{"$f":"Simplified.lever.05","v":"Insulation & Efficiency"},1,2,3,4,1,null,"","",0,4,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,14,1,"a","e",1,2020,2040]
[null,null,"District Heat Share",1,2020,30,2050,null,null,null,"Share of heat supplied by district heating",{"$f":"ROUND(L217*100,0)&\"% of homes are heated by district heat by \"&$G$84&\" (\"&IF(ROUND(L217*100,0)-ROUND($BD$217*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$217*100,0)&\"%\")&\" in 2015).\"","v":"4% of homes are heated by district heat by 2050 (the same as in 2015)."},{"$f":"ROUND(M217*100,0)&\"% of homes are heated by district heat by \"&$G$84&\" (\"&IF(ROUND(M217*100,0)-ROUND($BD$217*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$217*100,0)&\"%\")&\" in 2015).\"","v":"20% of homes are heated by district heat by 2050 (compared to 4% in 2015)."},{"$f":"ROUND(N217*100,0)&\"% of homes are heated by district heat by \"&$G$84&\" (\"&IF(ROUND(N217*100,0)-ROUND($BD$217*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$217*100,0)&\"%\")&\" in 2015).\"","v":"40% of homes are heated by district heat by 2050 (compared to 4% in 2015)."},{"$f":"ROUND(O217*100,0)&\"% of homes are heated by district heat by \"&$G$84&\" (\"&IF(ROUND(O217*100,0)-ROUND($BD$217*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$217*100,0)&\"%\")&\" in 2015).\"","v":"60% of homes are heated by district heat by 2050 (compared to 4% in 2015)."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,15,1,"a","g",1,2020,2050]
[null,null,"Heat Pump Share",1,2020,30,2050,null,null,null,"Share of heat supplied by heat pumps",{"$f":"ROUND(L218*100,0)&\"% of homes are heated by heat pumps by \"&$G$85&\" (\"&IF(ROUND(L218*100,0)-ROUND($BD$218*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$218*100,0)&\"%\")&\" in 2015).\"","v":"0% of homes are heated by heat pumps by 2050 (the same as in 2015)."},{"$f":"ROUND(M218*100,0)&\"% of homes are heated by heat pumps by \"&$G$85&\" (\"&IF(ROUND(M218*100,0)-ROUND($BD$218*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$218*100,0)&\"%\")&\" in 2015).\"","v":"20% of homes are heated by heat pumps by 2050 (compared to 0% in 2015)."},{"$f":"ROUND(N218*100,0)&\"% of homes are heated by heat pumps by \"&$G$85&\" (\"&IF(ROUND(N218*100,0)-ROUND($BD$218*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$218*100,0)&\"%\")&\" in 2015).\"","v":"40% of homes are heated by heat pumps by 2050 (compared to 0% in 2015)."},{"$f":"ROUND(O218*100,0)&\"% of homes are heated by heat pumps by \"&$G$85&\" (\"&IF(ROUND(O218*100,0)-ROUND($BD$218*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$218*100,0)&\"%\")&\" in 2015).\"","v":"90% of homes are heated by heat pumps by 2050 (compared to 0% in 2015)."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.06","v":1},{"$f":"Simplified.lever.06","v":"Heat Technology"},1,2,3,4,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,16,1,"a","g",1,2020,2050]
[null,null,"Hybrid Heat Share",1,2020,30,2050,null,null,null,"Share of heat supply from hybrid heat pump / gas boilers",{"$f":"ROUND(L219*100,0)&\"% of homes are heated by hybrid heat pumps by \"&$G$86&\" (\"&IF(ROUND(L219*100,0)-ROUND($BD$219*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$219*100,0)&\"%\")&\" in 2015).\"","v":"0% of homes are heated by hybrid heat pumps by 2050 (the same as in 2015)."},{"$f":"ROUND(M219*100,0)&\"% of homes are heated by hybrid heat pumps by \"&$G$86&\" (\"&IF(ROUND(M219*100,0)-ROUND($BD$219*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$219*100,0)&\"%\")&\" in 2015).\"","v":"25% of homes are heated by hybrid heat pumps by 2050 (compared to 0% in 2015)."},{"$f":"ROUND(N219*100,0)&\"% of homes are heated by hybrid heat pumps by \"&$G$86&\" (\"&IF(ROUND(N219*100,0)-ROUND($BD$219*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$219*100,0)&\"%\")&\" in 2015).\"","v":"50% of homes are heated by hybrid heat pumps by 2050 (compared to 0% in 2015)."},{"$f":"ROUND(O219*100,0)&\"% of homes are heated by hybrid heat pumps by \"&$G$86&\" (\"&IF(ROUND(O219*100,0)-ROUND($BD$219*100,0)=0,\"the same as\",\"compared to \"&ROUND($BD$219*100,0)&\"%\")&\" in 2015).\"","v":"90% of homes are heated by hybrid heat pumps by 2050 (compared to 0% in 2015)."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,17,1,"a","g",1,2020,2050]
[null,null,"Network - Heat Pump",1,2020,30,2050,null,null,null,"District/Network heat supplied by water-source (WS) and ground-source (GS) heat pumps",{"$f":"IF(AND(L223=0,L224=0),\"Heat Pumps do not contribute to heat networks\",\n+L223 +L224 &\" \"&LEFT($K$223,LEN($K$223)-1)&\" from large scale heat pumps, \"& L223&\" \"&LEFT($K$223,LEN($K$223)-1)&\" from WS and \"& L224&\" \"&LEFT($K$223,LEN($K$223)-1)&\" from GS\")\n&\" by \"&$G$87\n&\" (in 2015 \"&IF(AND($BD$223=0,$BD$224=0),\"neither are used).\",$BD$223&\" \"&LEFT($K$223,LEN($K$223)-1)&\" and \"&$BD$224&\" \"&LEFT($K$224,LEN($K$224)-1)&\").\")","v":"Heat Pumps do not contribute to heat networks by 2050 (in 2015 neither are used)."},{"$f":"IF(AND(M223=0,M224=0),\"Heat Pumps do not contribute to heat networks\",\n+M223 +M224 &\" \"&LEFT($K$223,LEN($K$223)-1)&\" from large scale heat pumps, \"& M223&\" \"&LEFT($K$223,LEN($K$223)-1)&\" from WS and \"& M224&\" \"&LEFT($K$223,LEN($K$223)-1)&\" from GS\")\n&\" by \"&$G$87\n&\" (in 2015 \"&IF(AND($BD$223=0,$BD$224=0),\"neither are used).\",$BD$223&\" \"&LEFT($K$223,LEN($K$223)-1)&\" and \"&$BD$224&\" \"&LEFT($K$224,LEN($K$224)-1)&\").\")","v":"70 TWh from large scale heat pumps, 20 TWh from WS and 50 TWh from GS by 2050 (in 2015 neither are used)."},{"$f":"IF(AND(N223=0,N224=0),\"Heat Pumps do not contribute to heat networks\",\n+N223 +N224 &\" \"&LEFT($K$223,LEN($K$223)-1)&\" from large scale heat pumps, \"& N223&\" \"&LEFT($K$223,LEN($K$223)-1)&\" from WS and \"& N224&\" \"&LEFT($K$223,LEN($K$223)-1)&\" from GS\")\n&\" by \"&$G$87\n&\" (in 2015 \"&IF(AND($BD$223=0,$BD$224=0),\"neither are used).\",$BD$223&\" \"&LEFT($K$223,LEN($K$223)-1)&\" and \"&$BD$224&\" \"&LEFT($K$224,LEN($K$224)-1)&\").\")","v":"140 TWh from large scale heat pumps, 40 TWh from WS and 100 TWh from GS by 2050 (in 2015 neither are used)."},{"$f":"IF(AND(O223=0,O224=0),\"Heat Pumps do not contribute to heat networks\",\n+O223 +O224 &\" \"&LEFT($K$223,LEN($K$223)-1)&\" from large scale heat pumps, \"& O223&\" \"&LEFT($K$223,LEN($K$223)-1)&\" from WS and \"& O224&\" \"&LEFT($K$223,LEN($K$223)-1)&\" from GS\")\n&\" by \"&$G$87\n&\" (in 2015 \"&IF(AND($BD$223=0,$BD$224=0),\"neither are used).\",$BD$223&\" \"&LEFT($K$223,LEN($K$223)-1)&\" and \"&$BD$224&\" \"&LEFT($K$224,LEN($K$224)-1)&\").\")","v":"305 TWh from large scale heat pumps, 80 TWh from WS and 225 TWh from GS by 2050 (in 2015 neither are used)."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.06","v":1},{"$f":"Simplified.lever.06","v":"Heat Technology"},1,2,3,4,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,18,1,"a","g",1,2020,2050]
[null,null,"Heat Network - Biomass",1,2020,30,2050,null,null,null,"District/Network heat supply from biomass CHP",{"$f":"IF(L225=0,\"Biomass CHP does not contribute to heat networks\",\nL225&\" \"&LEFT($K$225,LEN($K$225)-1) &\" heat supplied to heat networks from biomass CHP\")\n&\" by \"&$G$88","v":"Biomass CHP does not contribute to heat networks by 2050"},{"$f":"IF(M225=0,\"Biomass CHP does not contribute to heat networks\",\nM225&\" \"&LEFT($K$225,LEN($K$225)-1) &\" heat supplied to heat networks from biomass CHP\")\n&\" by \"&$G$88","v":"25 TWh heat supplied to heat networks from biomass CHP by 2050"},{"$f":"IF(N225=0,\"Biomass CHP does not contribute to heat networks\",\nN225&\" \"&LEFT($K$225,LEN($K$225)-1) &\" heat supplied to heat networks from biomass CHP\")\n&\" by \"&$G$88","v":"50 TWh heat supplied to heat networks from biomass CHP by 2050"},{"$f":"IF(O225=0,\"Biomass CHP does not contribute to heat networks\",\nO225&\" \"&LEFT($K$225,LEN($K$225)-1) &\" heat supplied to heat networks from biomass CHP\")\n&\" by \"&$G$88","v":"100 TWh heat supplied to heat networks from biomass CHP by 2050"},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,19,1,"a","g",1,2020,2050]
[null,null,"Lighting and Appliances",1,2020,30,2050,null,null,null,"Energy intensity of and demand for lighting and appliances",{"$f":"\"By \"&$G$89& \", compared to 2015, domestic lighting demand per person is \"\n&IF(ROUND(L228, 2) = 100%,\"the same\", IF(L228 > 100%, ROUND((L228 -1)*100, 0)&\"% higher\", ROUND((1 -L228 )*100, 0)&\"% lower\"))&\" and \"\n&IF(ROUND(L232, 2) = 100%,\"the same efficiency\", IF(L232 > 100%, ROUND((L232 -1)*100, 0)&\"% less efficient\", ROUND((1 -L232 )*100, 0)&\"% more efficient\"))\n&\", appliance demand is \"\n&IF(ROUND(L230, 2)=100,\"the same\", IF(L230 > 100%, ROUND((L230 -1)*100,0)&\"% higher\", ROUND((1 -L230 )*100, 0)&\"% lower\"))&\" and \"\n&IF(ROUND(L234, 2) = 100%,\"the same efficiency\", IF(L234 > 100%, ROUND((L234 -1)*100, 0)&\"% less efficient\", ROUND((1 -L234 )*100, 0)&\"% more efficient.\"))","v":"By 2050, compared to 2015, domestic lighting demand per person is 50% higher and 22% more efficient, appliance demand is 50% higher and 10% more efficient."},{"$f":"\"By \"&$G$89& \", compared to 2015, domestic lighting demand per person is \"\n&IF(ROUND(M228, 2) = 100%,\"the same\", IF(M228 > 100%, ROUND((M228 -1)*100, 0)&\"% higher\", ROUND((1 -M228 )*100, 0)&\"% lower\"))&\" and \"\n&IF(ROUND(M232, 2) = 100%,\"the same efficiency\", IF(M232 > 100%, ROUND((M232 -1)*100, 0)&\"% less efficient\", ROUND((1 -M232 )*100, 0)&\"% more efficient\"))\n&\", appliance demand is \"\n&IF(ROUND(M230, 2)=100,\"the same\", IF(M230 > 100%, ROUND((M230 -1)*100,0)&\"% higher\", ROUND((1 -M230 )*100, 0)&\"% lower\"))&\" and \"\n&IF(ROUND(M234, 2) = 100%,\"the same efficiency\", IF(M234 > 100%, ROUND((M234 -1)*100, 0)&\"% less efficient\", ROUND((1 -M234 )*100, 0)&\"% more efficient.\"))","v":"By 2050, compared to 2015, domestic lighting demand per person is the same and 67% more efficient, appliance demand is 0% lower and 23% more efficient."},{"$f":"\"By \"&$G$89& \", compared to 2015, domestic lighting demand per person is \"\n&IF(ROUND(N228, 2) = 100%,\"the same\", IF(N228 > 100%, ROUND((N228 -1)*100, 0)&\"% higher\", ROUND((1 -N228 )*100, 0)&\"% lower\"))&\" and \"\n&IF(ROUND(N232, 2) = 100%,\"the same efficiency\", IF(N232 > 100%, ROUND((N232 -1)*100, 0)&\"% less efficient\", ROUND((1 -N232 )*100, 0)&\"% more efficient\"))\n&\", appliance demand is \"\n&IF(ROUND(N230, 2)=100,\"the same\", IF(N230 > 100%, ROUND((N230 -1)*100,0)&\"% higher\", ROUND((1 -N230 )*100, 0)&\"% lower\"))&\" and \"\n&IF(ROUND(N234, 2) = 100%,\"the same efficiency\", IF(N234 > 100%, ROUND((N234 -1)*100, 0)&\"% less efficient\", ROUND((1 -N234 )*100, 0)&\"% more efficient.\"))","v":"By 2050, compared to 2015, domestic lighting demand per person is 15% lower and 67% more efficient, appliance demand is 25% lower and 37% more efficient."},{"$f":"\"By \"&$G$89& \", compared to 2015, domestic lighting demand per person is \"\n&IF(ROUND(O228, 2) = 100%,\"the same\", IF(O228 > 100%, ROUND((O228 -1)*100, 0)&\"% higher\", ROUND((1 -O228 )*100, 0)&\"% lower\"))&\" and \"\n&IF(ROUND(O232, 2) = 100%,\"the same efficiency\", IF(O232 > 100%, ROUND((O232 -1)*100, 0)&\"% less efficient\", ROUND((1 -O232 )*100, 0)&\"% more efficient\"))\n&\", appliance demand is \"\n&IF(ROUND(O230, 2)=100,\"the same\", IF(O230 > 100%, ROUND((O230 -1)*100,0)&\"% higher\", ROUND((1 -O230 )*100, 0)&\"% lower\"))&\" and \"\n&IF(ROUND(O234, 2) = 100%,\"the same efficiency\", IF(O234 > 100%, ROUND((O234 -1)*100, 0)&\"% less efficient\", ROUND((1 -O234 )*100, 0)&\"% more efficient.\"))","v":"By 2050, compared to 2015, domestic lighting demand per person is 30% lower and 75% more efficient, appliance demand is 50% lower and 50% more efficient."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.05","v":1},{"$f":"Simplified.lever.05","v":"Insulation & Efficiency"},1,2,3,4,1,null,"","",0,10,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,20,1,"a","g",1,2020,2050]
[null,"Industry","Industrial Efficiency",1,2020,{"$f":" +G90 -E90","v":30},2050,null,null,null,"Energy and emissions intensity of industrial processes",{"$f":"IF(MAX(L238:L242) = 100%, \"No change\",\nIF(MAX(L238:L242) > 100%, ROUND(ABS((MAX(L238:L242) -100%) * 100), 0)&\"% increase\",\nROUND(ABS((MAX(L238:L242) -100%) * 100), 0)&\"% decrease\"))\n&\" to \"\n&IF(MIN(L238:L242) = 100%, \"No change\",\nIF(MIN(L238:L242) > 100%, ROUND(ABS((MIN(L238:L242) -100%) * 100), 0)&\"% increase\",\nROUND(ABS((MIN(L238:L242) -100%) * 100), 0)&\"% decrease\"))\n&\" in energy consumption and \"\n&IF(L329 = 100%, \"no change\",\nIF(L329 > 100%, ROUND(ABS((L329 -100%) * 100), 0)&\"% increase\",\nROUND(ABS((L329 -100%) * 100), 0)&\"% decrease\"))\n&\" in process emissions, per unit of output by \"&$G$90","v":"No change to 13% decrease in energy consumption and no change in process emissions, per unit of output by 2050"},{"$f":"IF(MAX(M238:M242) = 100%, \"No change\",\nIF(MAX(M238:M242) > 100%, ROUND(ABS((MAX(M238:M242) -100%) * 100), 0)&\"% increase\",\nROUND(ABS((MAX(M238:M242) -100%) * 100), 0)&\"% decrease\"))\n&\" to \"\n&IF(MIN(M238:M242) = 100%, \"No change\",\nIF(MIN(M238:M242) > 100%, ROUND(ABS((MIN(M238:M242) -100%) * 100), 0)&\"% increase\",\nROUND(ABS((MIN(M238:M242) -100%) * 100), 0)&\"% decrease\"))\n&\" in energy consumption and \"\n&IF(M329 = 100%, \"no change\",\nIF(M329 > 100%, ROUND(ABS((M329 -100%) * 100), 0)&\"% increase\",\nROUND(ABS((M329 -100%) * 100), 0)&\"% decrease\"))\n&\" in process emissions, per unit of output by \"&$G$90","v":"No change to 28% decrease in energy consumption and 13% decrease in process emissions, per unit of output by 2050"},{"$f":"IF(MAX(N238:N242) = 100%, \"No change\",\nIF(MAX(N238:N242) > 100%, ROUND(ABS((MAX(N238:N242) -100%) * 100), 0)&\"% increase\",\nROUND(ABS((MAX(N238:N242) -100%) * 100), 0)&\"% decrease\"))\n&\" to \"\n&IF(MIN(N238:N242) = 100%, \"No change\",\nIF(MIN(N238:N242) > 100%, ROUND(ABS((MIN(N238:N242) -100%) * 100), 0)&\"% increase\",\nROUND(ABS((MIN(N238:N242) -100%) * 100), 0)&\"% decrease\"))\n&\" in energy consumption and \"\n&IF(N329 = 100%, \"no change\",\nIF(N329 > 100%, ROUND(ABS((N329 -100%) * 100), 0)&\"% increase\",\nROUND(ABS((N329 -100%) * 100), 0)&\"% decrease\"))\n&\" in process emissions, per unit of output by \"&$G$90","v":"10% decrease to 49% decrease in energy consumption and 27% decrease in process emissions, per unit of output by 2050"},{"$f":"IF(MAX(O238:O242) = 100%, \"No change\",\nIF(MAX(O238:O242) > 100%, ROUND(ABS((MAX(O238:O242) -100%) * 100), 0)&\"% increase\",\nROUND(ABS((MAX(O238:O242) -100%) * 100), 0)&\"% decrease\"))\n&\" to \"\n&IF(MIN(O238:O242) = 100%, \"No change\",\nIF(MIN(O238:O242) > 100%, ROUND(ABS((MIN(O238:O242) -100%) * 100), 0)&\"% increase\",\nROUND(ABS((MIN(O238:O242) -100%) * 100), 0)&\"% decrease\"))\n&\" in energy consumption and \"\n&IF(O329 = 100%, \"no change\",\nIF(O329 > 100%, ROUND(ABS((O329 -100%) * 100), 0)&\"% increase\",\nROUND(ABS((O329 -100%) * 100), 0)&\"% decrease\"))\n&\" in process emissions, per unit of output by \"&$G$90","v":"25% decrease to 60% decrease in energy consumption and 40% decrease in process emissions, per unit of output by 2050"},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.07","v":1},{"$f":"Simplified.lever.07","v":"Carbon Intensity"},1,2,3,4,1,null,"","",0,10,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,1,"a","g",1,2020,2050]
[null,null,"Industry Electrification",1,2020,{"$f":" +G91 -E91","v":30},2050,null,null,null,"Share of industrial heat produced from electricity",{"$f":" ROUND(MIN(L248,L251,L254,L257,L260) * 100, 0)&\"% to \"&ROUND(MAX(L248,L251,L254,L257,L260) * 100, 0)&\"% of heat generated from electricity in industry sub-sectors by \"&$G91&\" (compared to \"\n&ROUND(MIN($BD248,$BD251,$BD254,$BD257,$BD260) * 100, 0)&\"% to \"&ROUND(MAX($BD248,$BD251,$BD254,$BD257,$BD260) * 100, 0)&\"% in 2015).\"","v":"3% to 20% of heat generated from electricity in industry sub-sectors by 2050 (compared to 3% to 20% in 2015)."},{"$f":" ROUND(MIN(M248,M251,M254,M257,M260) * 100, 0)&\"% to \"&ROUND(MAX(M248,M251,M254,M257,M260) * 100, 0)&\"% of heat generated from electricity in industry sub-sectors by \"&$G91&\" (compared to \"\n&ROUND(MIN($BD248,$BD251,$BD254,$BD257,$BD260) * 100, 0)&\"% to \"&ROUND(MAX($BD248,$BD251,$BD254,$BD257,$BD260) * 100, 0)&\"% in 2015).\"","v":"21% to 43% of heat generated from electricity in industry sub-sectors by 2050 (compared to 3% to 20% in 2015)."},{"$f":" ROUND(MIN(N248,N251,N254,N257,N260) * 100, 0)&\"% to \"&ROUND(MAX(N248,N251,N254,N257,N260) * 100, 0)&\"% of heat generated from electricity in industry sub-sectors by \"&$G91&\" (compared to \"\n&ROUND(MIN($BD248,$BD251,$BD254,$BD257,$BD260) * 100, 0)&\"% to \"&ROUND(MAX($BD248,$BD251,$BD254,$BD257,$BD260) * 100, 0)&\"% in 2015).\"","v":"44% to 50% of heat generated from electricity in industry sub-sectors by 2050 (compared to 3% to 20% in 2015)."},{"$f":" ROUND(MIN(O248,O251,O254,O257,O260) * 100, 0)&\"% to \"&ROUND(MAX(O248,O251,O254,O257,O260) * 100, 0)&\"% of heat generated from electricity in industry sub-sectors by \"&$G91&\" (compared to \"\n&ROUND(MIN($BD248,$BD251,$BD254,$BD257,$BD260) * 100, 0)&\"% to \"&ROUND(MAX($BD248,$BD251,$BD254,$BD257,$BD260) * 100, 0)&\"% in 2015).\"","v":"85% to 90% of heat generated from electricity in industry sub-sectors by 2050 (compared to 3% to 20% in 2015)."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.07","v":1},{"$f":"Simplified.lever.07","v":"Carbon Intensity"},1,2,3,4,1,null,"","",0,5,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,22,1,"a","g",1,2020,2050]
[null,null,"Industry Shift to Biomass",1,2020,{"$f":" +G92 -E92","v":30},2050,null,null,null,"Share of industrial heat produced from biomass",{"$f":" ROUND(MIN(L249,L252,L255,L258,L261) * 100, 0)&\"% to \"&ROUND(MAX(L249,L252,L255,L258,L261) * 100, 0)&\"% of heat generated from biomass in industry sub-sectors by \"&$G92&\" (compared to \"\n&ROUND(MIN($BD249,$BD252,$BD255,$BD258,$BD261) * 100, 0)&\"% to \"&ROUND(MAX($BD249,$BD252,$BD255,$BD258,$BD261) * 100, 0)&\"% in 2015).\"","v":"0% to 8% of heat generated from biomass in industry sub-sectors by 2050 (compared to 0% to 8% in 2015)."},{"$f":" ROUND(MIN(M249,M252,M255,M258,M261) * 100, 0)&\"% to \"&ROUND(MAX(M249,M252,M255,M258,M261) * 100, 0)&\"% of heat generated from biomass in industry sub-sectors by \"&$G92&\" (compared to \"\n&ROUND(MIN($BD249,$BD252,$BD255,$BD258,$BD261) * 100, 0)&\"% to \"&ROUND(MAX($BD249,$BD252,$BD255,$BD258,$BD261) * 100, 0)&\"% in 2015).\"","v":"23% to 31% of heat generated from biomass in industry sub-sectors by 2050 (compared to 0% to 8% in 2015)."},{"$f":" ROUND(MIN(N249,N252,N255,N258,N261) * 100, 0)&\"% to \"&ROUND(MAX(N249,N252,N255,N258,N261) * 100, 0)&\"% of heat generated from biomass in industry sub-sectors by \"&$G92&\" (compared to \"\n&ROUND(MIN($BD249,$BD252,$BD255,$BD258,$BD261) * 100, 0)&\"% to \"&ROUND(MAX($BD249,$BD252,$BD255,$BD258,$BD261) * 100, 0)&\"% in 2015).\"","v":"47% to 60% of heat generated from biomass in industry sub-sectors by 2050 (compared to 0% to 8% in 2015)."},{"$f":" ROUND(MIN(O249,O252,O255,O258,O261) * 100, 0)&\"% to \"&ROUND(MAX(O249,O252,O255,O258,O261) * 100, 0)&\"% of heat generated from biomass in industry sub-sectors by \"&$G92&\" (compared to \"\n&ROUND(MIN($BD249,$BD252,$BD255,$BD258,$BD261) * 100, 0)&\"% to \"&ROUND(MAX($BD249,$BD252,$BD255,$BD258,$BD261) * 100, 0)&\"% in 2015).\"","v":"70% to 90% of heat generated from biomass in industry sub-sectors by 2050 (compared to 0% to 8% in 2015)."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,5,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,23,1,"a","g",1,2020,2050]
[null,null,"Industry Shift to Gas",1,2020,{"$f":" +G93 -E93","v":30},2050,null,null,null,"Share of industrial heat produced from gas (natural gas, biomethane or hydrogen)",{"$f":" ROUND(MIN(L250,L253,L256,L259,L262) * 100, 0)&\"% to \"&ROUND(MAX(L250,L253,L256,L259,L262) * 100, 0)&\"% of heat generated from gas in industry sub-sectors by \"&$G93&\" (compared to \"\n&ROUND(MIN($BD250,$BD253,$BD256,$BD259,$BD262) * 100, 0)&\"% to \"&ROUND(MAX($BD250,$BD253,$BD256,$BD259,$BD262) * 100, 0)&\"% in 2015).\"","v":"3% to 74% of heat generated from gas in industry sub-sectors by 2050 (compared to 3% to 74% in 2015)."},{"$f":" ROUND(MIN(M250,M253,M256,M259,M262) * 100, 0)&\"% to \"&ROUND(MAX(M250,M253,M256,M259,M262) * 100, 0)&\"% of heat generated from gas in industry sub-sectors by \"&$G93&\" (compared to \"\n&ROUND(MIN($BD250,$BD253,$BD256,$BD259,$BD262) * 100, 0)&\"% to \"&ROUND(MAX($BD250,$BD253,$BD256,$BD259,$BD262) * 100, 0)&\"% in 2015).\"","v":"32% to 78% of heat generated from gas in industry sub-sectors by 2050 (compared to 3% to 74% in 2015)."},{"$f":" ROUND(MIN(N250,N253,N256,N259,N262) * 100, 0)&\"% to \"&ROUND(MAX(N250,N253,N256,N259,N262) * 100, 0)&\"% of heat generated from gas in industry sub-sectors by \"&$G93&\" (compared to \"\n&ROUND(MIN($BD250,$BD253,$BD256,$BD259,$BD262) * 100, 0)&\"% to \"&ROUND(MAX($BD250,$BD253,$BD256,$BD259,$BD262) * 100, 0)&\"% in 2015).\"","v":"52% to 83% of heat generated from gas in industry sub-sectors by 2050 (compared to 3% to 74% in 2015)."},{"$f":" ROUND(MIN(O250,O253,O256,O259,O262) * 100, 0)&\"% to \"&ROUND(MAX(O250,O253,O256,O259,O262) * 100, 0)&\"% of heat generated from gas in industry sub-sectors by \"&$G93&\" (compared to \"\n&ROUND(MIN($BD250,$BD253,$BD256,$BD259,$BD262) * 100, 0)&\"% to \"&ROUND(MAX($BD250,$BD253,$BD256,$BD259,$BD262) * 100, 0)&\"% in 2015).\"","v":"70% to 90% of heat generated from gas in industry sub-sectors by 2050 (compared to 3% to 74% in 2015)."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.09","v":1},{"$f":"Simplified.lever.09","v":"Hydrogen"},1,2,3,4,1,null,"","",0,5,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,24,1,"a","g",1,2020,2050]
[null,null,"Industry CCS",1,2025,{"$f":" +G94 -E94","v":35},2060,null,null,"","Share of polluting industrial combustion processes with Carbon Capture and Storage (CCS) applied",{"$f":"IF(ROUND(MIN(L243,L244,L245,L246,L247)*100,0) = ROUND(MAX(L243,L244,L245,L246,L247)*100,0), ROUND(MIN(L243,L244,L245,L246,L247)*100,0)&\"%\",\nROUND(MIN(L243,L244,L245,L246,L247)*100,0)&\"% to \"&ROUND(MAX(L243,L244,L245,L246,L247)*100,0)&\"%\")&\" of processes have CCS applied across industrial sub-sectors by \"&$G$94&\" (compared to \"\n&ROUND(MAX($BD$243,$BD$244,$BD$245,$BD$246,$BD$247)*100,0)&\"% in 2015).\"","v":"0% of processes have CCS applied across industrial sub-sectors by 2060 (compared to 0% in 2015)."},{"$f":"IF(ROUND(MIN(M243,M244,M245,M246,M247)*100,0) = ROUND(MAX(M243,M244,M245,M246,M247)*100,0), ROUND(MIN(M243,M244,M245,M246,M247)*100,0)&\"%\",\nROUND(MIN(M243,M244,M245,M246,M247)*100,0)&\"% to \"&ROUND(MAX(M243,M244,M245,M246,M247)*100,0)&\"%\")&\" of processes have CCS applied across industrial sub-sectors by \"&$G$94&\" (compared to \"\n&ROUND(MAX($BD$243,$BD$244,$BD$245,$BD$246,$BD$247)*100,0)&\"% in 2015).\"","v":"23% to 30% of processes have CCS applied across industrial sub-sectors by 2060 (compared to 0% in 2015)."},{"$f":"IF(ROUND(MIN(N243,N244,N245,N246,N247)*100,0) = ROUND(MAX(N243,N244,N245,N246,N247)*100,0), ROUND(MIN(N243,N244,N245,N246,N247)*100,0)&\"%\",\nROUND(MIN(N243,N244,N245,N246,N247)*100,0)&\"% to \"&ROUND(MAX(N243,N244,N245,N246,N247)*100,0)&\"%\")&\" of processes have CCS applied across industrial sub-sectors by \"&$G$94&\" (compared to \"\n&ROUND(MAX($BD$243,$BD$244,$BD$245,$BD$246,$BD$247)*100,0)&\"% in 2015).\"","v":"51% to 60% of processes have CCS applied across industrial sub-sectors by 2060 (compared to 0% in 2015)."},{"$f":"IF(ROUND(MIN(O243,O244,O245,O246,O247)*100,0) = ROUND(MAX(O243,O244,O245,O246,O247)*100,0), ROUND(MIN(O243,O244,O245,O246,O247)*100,0)&\"%\",\nROUND(MIN(O243,O244,O245,O246,O247)*100,0)&\"% to \"&ROUND(MAX(O243,O244,O245,O246,O247)*100,0)&\"%\")&\" of processes have CCS applied across industrial sub-sectors by \"&$G$94&\" (compared to \"\n&ROUND(MAX($BD$243,$BD$244,$BD$245,$BD$246,$BD$247)*100,0)&\"% in 2015).\"","v":"98% to 100% of processes have CCS applied across industrial sub-sectors by 2060 (compared to 0% in 2015)."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2060,35,{"$f":"Simplified.lever.value.08","v":1},{"$f":"Simplified.lever.08","v":"Carbon Capture "},1,2,3,4,1,null,"","",0,5,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,25,1,"b","i",1,2025,2060]
[null,"CO2 Removal & Gases","Hydrogen Gas Grid Share",1,2025,{"$f":" +G95 -E95","v":25},2050,null,null,"","Share of the gas grid converted to Hydrogen",{"$f":"ROUND(ABS(L268*100),1)&\"% of the gas grid converted to hydrogen by \"&$G$95&\" (\"\n&IF(ROUND(L268*100,1)-ROUND($BD$268*100,1)=0,\"the same as\",\"compared to \"&ROUND($BD$268*100,1)&\"%\")&\" in 2015).\"","v":"0% of the gas grid converted to hydrogen by 2050 (the same as in 2015)."},{"$f":"ROUND(ABS(M268*100),1)&\"% of the gas grid converted to hydrogen by \"&$G$95&\" (\"\n&IF(ROUND(M268*100,1)-ROUND($BD$268*100,1)=0,\"the same as\",\"compared to \"&ROUND($BD$268*100,1)&\"%\")&\" in 2015).\"","v":"33% of the gas grid converted to hydrogen by 2050 (compared to 0% in 2015)."},{"$f":"ROUND(ABS(N268*100),1)&\"% of the gas grid converted to hydrogen by \"&$G$95&\" (\"\n&IF(ROUND(N268*100,1)-ROUND($BD$268*100,1)=0,\"the same as\",\"compared to \"&ROUND($BD$268*100,1)&\"%\")&\" in 2015).\"","v":"67% of the gas grid converted to hydrogen by 2050 (compared to 0% in 2015)."},{"$f":"ROUND(ABS(O268*100),1)&\"% of the gas grid converted to hydrogen by \"&$G$95&\" (\"\n&IF(ROUND(O268*100,1)-ROUND($BD$268*100,1)=0,\"the same as\",\"compared to \"&ROUND($BD$268*100,1)&\"%\")&\" in 2015).\"","v":"100% of the gas grid converted to hydrogen by 2050 (compared to 0% in 2015)."},null,3.7,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2050,25,{"$f":"Simplified.lever.value.09","v":1},{"$f":"Simplified.lever.09","v":"Hydrogen"},1,2,3,4,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,26,1,"b","g",1,2025,2050]
[null,null,"Biomethane Gas Grid Share",1,2020,30,2050,null,null,null,"Share of gas grid demand supplied by biomethane (substituted into grid)",{"$f":"ROUND(ABS(L269*100),1)&\"% of the gas in the grid is biomethane by \"&$G$96&\" (\"\n&IF(ROUND(L269*100,1)-ROUND($BD$269*100,1)=0,\"the same as\",\"compared to \"&ROUND($BD$269*100,1)&\"%\")&\" in 2015).\"","v":"0.5% of the gas in the grid is biomethane by 2050 (compared to 0.2% in 2015)."},{"$f":"ROUND(ABS(M269*100),1)&\"% of the gas in the grid is biomethane by \"&$G$96&\" (\"\n&IF(ROUND(M269*100,1)-ROUND($BD$269*100,1)=0,\"the same as\",\"compared to \"&ROUND($BD$269*100,1)&\"%\")&\" in 2015).\"","v":"5% of the gas in the grid is biomethane by 2050 (compared to 0.2% in 2015)."},{"$f":"ROUND(ABS(N269*100),1)&\"% of the gas in the grid is biomethane by \"&$G$96&\" (\"\n&IF(ROUND(N269*100,1)-ROUND($BD$269*100,1)=0,\"the same as\",\"compared to \"&ROUND($BD$269*100,1)&\"%\")&\" in 2015).\"","v":"25% of the gas in the grid is biomethane by 2050 (compared to 0.2% in 2015)."},{"$f":"ROUND(ABS(O269*100),1)&\"% of the gas in the grid is biomethane by \"&$G$96&\" (\"\n&IF(ROUND(O269*100,1)-ROUND($BD$269*100,1)=0,\"the same as\",\"compared to \"&ROUND($BD$269*100,1)&\"%\")&\" in 2015).\"","v":"100% of the gas in the grid is biomethane by 2050 (compared to 0.2% in 2015)."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,27,1,"a","g",1,2020,2050]
[null,null,"Hydrogen - Biomass CCS",1,2025,35,2060,null,null,null,"Hydrogen produced using the gasification of biomass with CCS",{"$f":"IF(L270=0,\"No\",L270&\" \"&LEFT($K270,LEN($K270)-1)&\" of\")&  \" hydrogen is produced using biomass gasification with CCS by \"&$G97&\" (compared to \"\n&$BD270&\" \"&LEFT($K270,LEN($K270)-1)&\" in 2015).\"","v":"No hydrogen is produced using biomass gasification with CCS by 2060 (compared to 0 TWh in 2015)."},{"$f":"IF(M270=0,\"No\",M270&\" \"&LEFT($K270,LEN($K270)-1)&\" of\")&  \" hydrogen is produced using biomass gasification with CCS by \"&$G97&\" (compared to \"\n&$BD270&\" \"&LEFT($K270,LEN($K270)-1)&\" in 2015).\"","v":"50 TWh of hydrogen is produced using biomass gasification with CCS by 2060 (compared to 0 TWh in 2015)."},{"$f":"IF(N270=0,\"No\",N270&\" \"&LEFT($K270,LEN($K270)-1)&\" of\")&  \" hydrogen is produced using biomass gasification with CCS by \"&$G97&\" (compared to \"\n&$BD270&\" \"&LEFT($K270,LEN($K270)-1)&\" in 2015).\"","v":"100 TWh of hydrogen is produced using biomass gasification with CCS by 2060 (compared to 0 TWh in 2015)."},{"$f":"IF(O270=0,\"No\",O270&\" \"&LEFT($K270,LEN($K270)-1)&\" of\")&  \" hydrogen is produced using biomass gasification with CCS by \"&$G97&\" (compared to \"\n&$BD270&\" \"&LEFT($K270,LEN($K270)-1)&\" in 2015).\"","v":"200 TWh of hydrogen is produced using biomass gasification with CCS by 2060 (compared to 0 TWh in 2015)."},null,3.2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2060,35,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,28,1,"b","i",1,2025,2060]
[null,null,"Hydrogen - Methane CCS",1,2025,35,2060,null,null,null,"Hydrogen produced using Steam Methane Reformation (SMR) with CCS",{"$f":"IF(L271=0,\"No\",L271&\" \"&LEFT($K271,LEN($K271)-1)&\" of\")&  \" hydrogen is produced using SMR with CCS by \"&$G98&\" (compared to \"\n&$BD271&\" \"&LEFT($K271,LEN($K271)-1)&\" in 2015).\"","v":"No hydrogen is produced using SMR with CCS by 2060 (compared to 0 TWh in 2015)."},{"$f":"IF(M271=0,\"No\",M271&\" \"&LEFT($K271,LEN($K271)-1)&\" of\")&  \" hydrogen is produced using SMR with CCS by \"&$G98&\" (compared to \"\n&$BD271&\" \"&LEFT($K271,LEN($K271)-1)&\" in 2015).\"","v":"188 TWh of hydrogen is produced using SMR with CCS by 2060 (compared to 0 TWh in 2015)."},{"$f":"IF(N271=0,\"No\",N271&\" \"&LEFT($K271,LEN($K271)-1)&\" of\")&  \" hydrogen is produced using SMR with CCS by \"&$G98&\" (compared to \"\n&$BD271&\" \"&LEFT($K271,LEN($K271)-1)&\" in 2015).\"","v":"375 TWh of hydrogen is produced using SMR with CCS by 2060 (compared to 0 TWh in 2015)."},{"$f":"IF(O271=0,\"No\",O271&\" \"&LEFT($K271,LEN($K271)-1)&\" of\")&  \" hydrogen is produced using SMR with CCS by \"&$G98&\" (compared to \"\n&$BD271&\" \"&LEFT($K271,LEN($K271)-1)&\" in 2015).\"","v":"750 TWh of hydrogen is produced using SMR with CCS by 2060 (compared to 0 TWh in 2015)."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2060,35,{"$f":"Simplified.lever.value.08","v":1},{"$f":"Simplified.lever.08","v":"Carbon Capture "},1,1.6,2.2000000000000002,2.8,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,29,1,"b","i",1,2025,2060]
[null,null,"Hydrogen - Imports",1,2025,35,2060,null,null,null,"Amount of zero-carbon hydrogen imports",{"$f":"IF(L272 = 0,\"No hydrogen imported\",L272&\" \"&LEFT($K$272, LEN($K$272) -1) &\" of zero-carbon hydrogen is imported by \"&$G$99&\".\")","v":"No hydrogen imported"},{"$f":"IF(M272 = 0,\"No hydrogen imported\",M272&\" \"&LEFT($K$272, LEN($K$272) -1) &\" of zero-carbon hydrogen is imported by \"&$G$99&\".\")","v":"138 TWh of zero-carbon hydrogen is imported by 2060."},{"$f":"IF(N272 = 0,\"No hydrogen imported\",N272&\" \"&LEFT($K$272, LEN($K$272) -1) &\" of zero-carbon hydrogen is imported by \"&$G$99&\".\")","v":"275 TWh of zero-carbon hydrogen is imported by 2060."},{"$f":"IF(O272 = 0,\"No hydrogen imported\",O272&\" \"&LEFT($K$272, LEN($K$272) -1) &\" of zero-carbon hydrogen is imported by \"&$G$99&\".\")","v":"600 TWh of zero-carbon hydrogen is imported by 2060."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2060,35,{"$f":"Simplified.lever.value.16","v":1},{"$f":"Simplified.lever.16","v":"No Control Lv1"},1,1,1,1,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,30,1,"b","i",1,2025,2060]
[null,null,"Greenhouse Gas Removal",1,2030,70,2100,null,null,null,"Carbon dioxide captured with Direct Air Capture (DAC) and Enhanced Weathering (EW)",{"$f":"IF(AND(L288=0,L289=0),\"No emissions captured\",L288+L289&\" \"&$K$288&\" of CO2 captured by \"&$G$100&\" (\"&L288&\" from DAC and \"&L289&\" from EW)\")","v":"No emissions captured"},{"$f":"IF(AND(M288=0,M289=0),\"No emissions captured\",M288+M289&\" \"&$K$288&\" of CO2 captured by \"&$G$100&\" (\"&M288&\" from DAC and \"&M289&\" from EW)\")","v":"No emissions captured"},{"$f":"IF(AND(N288=0,N289=0),\"No emissions captured\",N288+N289&\" \"&$K$288&\" of CO2 captured by \"&$G$100&\" (\"&N288&\" from DAC and \"&N289&\" from EW)\")","v":"20 Mt.CO2e of CO2 captured by 2100 (15 from DAC and 5 from EW)"},{"$f":"IF(AND(O288=0,O289=0),\"No emissions captured\",O288+O289&\" \"&$K$288&\" of CO2 captured by \"&$G$100&\" (\"&O288&\" from DAC and \"&O289&\" from EW)\")","v":"90 Mt.CO2e of CO2 captured by 2100 (75 from DAC and 15 from EW)"},null,3.7,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2030,2100,70,{"$f":"Simplified.lever.value.08","v":1},{"$f":"Simplified.lever.08","v":"Carbon Capture "},1,2,3.4,4,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,31,1,"c","q",1,2030,2100]
[null,null,"Bio-Conversion with CCS",1,2025,25,2050,null,null,null,"Share of bioenergy conversion processes with CCS applied",{"$f":"IF(MIN(L273,L274,L275) = MAX(L273,L274,L275),\nROUND(ABS(L273*100),0),\nMIN(L273,L274,L275) &\"-\"& MAX(L273,L274,L275))\n&\"% of bio-conversion processes have CCS applied by \"&$G$101","v":"0% of bio-conversion processes have CCS applied by 2050"},{"$f":"IF(MIN(M273,M274,M275) = MAX(M273,M274,M275),\nROUND(ABS(M273*100),0),\nMIN(M273,M274,M275) &\"-\"& MAX(M273,M274,M275))\n&\"% of bio-conversion processes have CCS applied by \"&$G$101","v":"33% of bio-conversion processes have CCS applied by 2050"},{"$f":"IF(MIN(N273,N274,N275) = MAX(N273,N274,N275),\nROUND(ABS(N273*100),0),\nMIN(N273,N274,N275) &\"-\"& MAX(N273,N274,N275))\n&\"% of bio-conversion processes have CCS applied by \"&$G$101","v":"67% of bio-conversion processes have CCS applied by 2050"},{"$f":"IF(MIN(O273,O274,O275) = MAX(O273,O274,O275),\nROUND(ABS(O273*100),0),\nMIN(O273,O274,O275) &\"-\"& MAX(O273,O274,O275))\n&\"% of bio-conversion processes have CCS applied by \"&$G$101","v":"100% of bio-conversion processes have CCS applied by 2050"},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2050,25,{"$f":"Simplified.lever.value.08","v":1},{"$f":"Simplified.lever.08","v":"Carbon Capture "},1,2,3,4,1,null,"","",0,3,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,32,1,"b","g",1,2025,2050]
[null,null,"CCS Capture Rate",1,2025,10,2035,null,null,null,"The share of carbon captured in CCS for industrial processes, bio-conversion, electricity and hydrogen production.",{"$f":"IF(ROUND(MIN(L276:L287)*100,0)=ROUND(MAX(L276:L287)*100,0),\n ROUND(MIN(L276:L287)*100,0) &\"% capture rate \",\n ROUND(MIN(L276:L287)*100,0)&\"% to \"&ROUND(MAX(L276:L287)*100,0)&\"% capture rate range \")\n &\"for CCS processes by \"&$G$102&\".\"","v":"65% to 85% capture rate range for CCS processes by 2035."},{"$f":"IF(ROUND(MIN(M276:M287)*100,0)=ROUND(MAX(M276:M287)*100,0),\n ROUND(MIN(M276:M287)*100,0) &\"% capture rate \",\n ROUND(MIN(M276:M287)*100,0)&\"% to \"&ROUND(MAX(M276:M287)*100,0)&\"% capture rate range \")\n &\"for CCS processes by \"&$G$102&\".\"","v":"77% to 90% capture rate range for CCS processes by 2035."},{"$f":"IF(ROUND(MIN(N276:N287)*100,0)=ROUND(MAX(N276:N287)*100,0),\n ROUND(MIN(N276:N287)*100,0) &\"% capture rate \",\n ROUND(MIN(N276:N287)*100,0)&\"% to \"&ROUND(MAX(N276:N287)*100,0)&\"% capture rate range \")\n &\"for CCS processes by \"&$G$102&\".\"","v":"88% to 95% capture rate range for CCS processes by 2035."},{"$f":"IF(ROUND(MIN(O276:O287)*100,0)=ROUND(MAX(O276:O287)*100,0),\n ROUND(MIN(O276:O287)*100,0) &\"% capture rate \",\n ROUND(MIN(O276:O287)*100,0)&\"% to \"&ROUND(MAX(O276:O287)*100,0)&\"% capture rate range \")\n &\"for CCS processes by \"&$G$102&\".\"","v":"100% capture rate for CCS processes by 2035."},null,3.1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2035,10,{"$f":"Simplified.lever.value.19","v":4},{"$f":"Simplified.lever.19","v":"No Control Lv4"},4,4,4,4,4,null,"","",0,12,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,33,1,"b","d",1,2025,2035]
[null,"Electricity","Seasonal Storage",1,2020,{"$f":" +G103 -E103","v":30},2050,null,null,null,"Electricity stored between seasons to better balance supply and demand",{"$f":"IF(L290 = 0, \"No electricity stored between seasons\",\nL290 &\" \"&LEFT($K$290,LEN($K$290)-1) &\" of electricity stored each year by \"&$G$103)\n&IF($BD$290 = 0, \" (none stored in 2015).\",\n \" \" &$BD$290 &\" \"&LEFT($K$290,LEN($K$290)-1) &\" stored in 2015).\")","v":"No electricity stored between seasons (none stored in 2015)."},{"$f":"IF(M290 = 0, \"No electricity stored between seasons\",\nM290 &\" \"&LEFT($K$290,LEN($K$290)-1) &\" of electricity stored each year by \"&$G$103)\n&IF($BD$290 = 0, \" (none stored in 2015).\",\n \" \" &$BD$290 &\" \"&LEFT($K$290,LEN($K$290)-1) &\" stored in 2015).\")","v":"15 TWh of electricity stored each year by 2050 (none stored in 2015)."},{"$f":"IF(N290 = 0, \"No electricity stored between seasons\",\nN290 &\" \"&LEFT($K$290,LEN($K$290)-1) &\" of electricity stored each year by \"&$G$103)\n&IF($BD$290 = 0, \" (none stored in 2015).\",\n \" \" &$BD$290 &\" \"&LEFT($K$290,LEN($K$290)-1) &\" stored in 2015).\")","v":"30 TWh of electricity stored each year by 2050 (none stored in 2015)."},{"$f":"IF(O290 = 0, \"No electricity stored between seasons\",\nO290 &\" \"&LEFT($K$290,LEN($K$290)-1) &\" of electricity stored each year by \"&$G$103)\n&IF($BD$290 = 0, \" (none stored in 2015).\",\n \" \" &$BD$290 &\" \"&LEFT($K$290,LEN($K$290)-1) &\" stored in 2015).\")","v":"60 TWh of electricity stored each year by 2050 (none stored in 2015)."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.11","v":1},{"$f":"Simplified.lever.11","v":"Wind"},1,2,3,4,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,34,1,"a","g",1,2020,2050]
[null,null,"Short Term Balancing",1,2020,30,2050,null,null,null,"Short term demand shifting potential through interconnection, demand side response (DSR), vehicle-to-grid (V2G) charging and batteries",{"$f":"L292&\" \"&LEFT($K$292,LEN($K$292)-1)&\" of interconnectors and \"\n&L291&\" \"&LEFT($K$291,LEN($K$292)-1)&\" of demand shifting capacity by \"&$G$104\n&\" (\"&$BD$292&\" \"&LEFT($K$292,LEN($K$292)-1)&\" and \"&$BD$291&\" \"&LEFT($K$291,LEN($K$292)-1)&\" in 2015).\"","v":"6.5 GW of interconnectors and 5 GW of demand shifting capacity by 2050 (4.1 GW and 2.828 GW in 2015)."},{"$f":"M292&\" \"&LEFT($K$292,LEN($K$292)-1)&\" of interconnectors and \"\n&M291&\" \"&LEFT($K$291,LEN($K$292)-1)&\" of demand shifting capacity by \"&$G$104\n&\" (\"&$BD$292&\" \"&LEFT($K$292,LEN($K$292)-1)&\" and \"&$BD$291&\" \"&LEFT($K$291,LEN($K$292)-1)&\" in 2015).\"","v":"9 GW of interconnectors and 25 GW of demand shifting capacity by 2050 (4.1 GW and 2.828 GW in 2015)."},{"$f":"N292&\" \"&LEFT($K$292,LEN($K$292)-1)&\" of interconnectors and \"\n&N291&\" \"&LEFT($K$291,LEN($K$292)-1)&\" of demand shifting capacity by \"&$G$104\n&\" (\"&$BD$292&\" \"&LEFT($K$292,LEN($K$292)-1)&\" and \"&$BD$291&\" \"&LEFT($K$291,LEN($K$292)-1)&\" in 2015).\"","v":"14.5 GW of interconnectors and 50 GW of demand shifting capacity by 2050 (4.1 GW and 2.828 GW in 2015)."},{"$f":"O292&\" \"&LEFT($K$292,LEN($K$292)-1)&\" of interconnectors and \"\n&O291&\" \"&LEFT($K$291,LEN($K$292)-1)&\" of demand shifting capacity by \"&$G$104\n&\" (\"&$BD$292&\" \"&LEFT($K$292,LEN($K$292)-1)&\" and \"&$BD$291&\" \"&LEFT($K$291,LEN($K$292)-1)&\" in 2015).\"","v":"20 GW of interconnectors and 100 GW of demand shifting capacity by 2050 (4.1 GW and 2.828 GW in 2015)."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.11","v":1},{"$f":"Simplified.lever.11","v":"Wind"},1,2,3,4,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,35,1,"a","g",1,2020,2050]
[null,null,"Biomass with CCS",1,2025,25,2050,null,null,null,"Electricity generation from the combustion of biomass with CCS (generating negative emissions credits under accounting rules)",{"$f":"L293&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G105\n&\" (\"&IF(ROUND(L293*100,1)-ROUND($BD293*100,1)=0,\"the same as 2015).\",\"\"&$BD293&\" \"&LEFT($K293,LEN($K293)-1)&\" in 2015) capable of generating up to \"\n&ROUND(BM293,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"0 GW capacity by 2050 (the same as 2015)."},{"$f":"M293&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G105\n&\" (\"&IF(ROUND(M293*100,1)-ROUND($BD293*100,1)=0,\"the same as 2015).\",\"\"&$BD293&\" \"&LEFT($K293,LEN($K293)-1)&\" in 2015) capable of generating up to \"\n&ROUND(BN293,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"5 GW capacity by 2050 (0 GW in 2015) capable of generating up to 37 TWh per year."},{"$f":"N293&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G105\n&\" (\"&IF(ROUND(N293*100,1)-ROUND($BD293*100,1)=0,\"the same as 2015).\",\"\"&$BD293&\" \"&LEFT($K293,LEN($K293)-1)&\" in 2015) capable of generating up to \"\n&ROUND(BO293,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"10 GW capacity by 2050 (0 GW in 2015) capable of generating up to 74 TWh per year."},{"$f":"O293&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G105\n&\" (\"&IF(ROUND(O293*100,1)-ROUND($BD293*100,1)=0,\"the same as 2015).\",\"\"&$BD293&\" \"&LEFT($K293,LEN($K293)-1)&\" in 2015) capable of generating up to \"\n&ROUND(BP293,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"15 GW capacity by 2050 (0 GW in 2015) capable of generating up to 110 TWh per year."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2050,25,{"$f":"MIN(Simplified.lever.value.08, Simplified.lever.value.15)","v":1},{"$f":"\"MIN(\"&Simplified.lever.08&\",\"& Simplified.lever.15&\")\"","v":"MIN(Carbon Capture ,Bioenergy)"},1,1.5,2,2.35,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,36,1,"b","g",1,2025,2050]
[null,null,"Nuclear",1,2030,20,2050,null,null,"","Electricity generation using nuclear power",{"$f":"L294&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G106\n&IF(ROUND(L294*100,1)-ROUND($BD294*100,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND(L294/$BD294,1)&\"x the \"&ROUND($BD294, 1)&\" \"&LEFT($K294,LEN($K294)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BM294,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")\n&\" Equivalent to \"&ROUND(BT294, 1)&\" \"&$BR294&\" \"&$BS294&\".\"","v":"4.5 GW capacity by 2050 (0.5x the 9.6 GW capacity in 2015) capable of generating up to 35 TWh per year. Equivalent to 1.5 3 GW plants.."},{"$f":"M294&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G106\n&IF(ROUND(M294*100,1)-ROUND($BD294*100,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND(M294/$BD294,1)&\"x the \"&ROUND($BD294, 1)&\" \"&LEFT($K294,LEN($K294)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BN294,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")\n&\" Equivalent to \"&ROUND(BU294, 1)&\" \"&$BR294&\" \"&$BS294&\".\"","v":"15 GW capacity by 2050 (1.6x the 9.6 GW capacity in 2015) capable of generating up to 117 TWh per year. Equivalent to 5 3 GW plants.."},{"$f":"N294&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G106\n&IF(ROUND(N294*100,1)-ROUND($BD294*100,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND(N294/$BD294,1)&\"x the \"&ROUND($BD294, 1)&\" \"&LEFT($K294,LEN($K294)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BO294,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")\n&\" Equivalent to \"&ROUND(BV294, 1)&\" \"&$BR294&\" \"&$BS294&\".\"","v":"30 GW capacity by 2050 (3.1x the 9.6 GW capacity in 2015) capable of generating up to 234 TWh per year. Equivalent to 10 3 GW plants.."},{"$f":"O294&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G106\n&IF(ROUND(O294*100,1)-ROUND($BD294*100,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND(O294/$BD294,1)&\"x the \"&ROUND($BD294, 1)&\" \"&LEFT($K294,LEN($K294)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BP294,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")\n&\" Equivalent to \"&ROUND(BW294, 1)&\" \"&$BR294&\" \"&$BS294&\".\"","v":"62 GW capacity by 2050 (6.5x the 9.6 GW capacity in 2015) capable of generating up to 484 TWh per year. Equivalent to 20.7 3 GW plants.."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2030,2050,20,{"$f":"Simplified.lever.value.10","v":1},{"$f":"Simplified.lever.10","v":"Nuclear"},1,2,3,4,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,37,1,"c","g",1,2030,2050]
[null,null,"Offshore & Onshore Wind",1,2020,30,2050,null,null,null,"Electricity generation using onshore and offshore wind",{"$f":"ROUND(L295 +L296, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G107 &\", \"&ROUND(L295, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" onshore and \"&ROUND(L296, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" offshore\"\n&IF(ROUND(L295 +L296,1)-ROUND($BD295 +$BD296,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND((L295 +L296)/($BD295 +$BD296),1)&\"x the \"&ROUND($BD295 +$BD296, 1)&\" \"&LEFT($K295,LEN($K295)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BM295 +BM296,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"0 GW capacity by 2050, 0 GW onshore and 0 GW offshore (0x the 14.3 GW capacity in 2015) capable of generating up to 0 TWh per year."},{"$f":"ROUND(M295 +M296, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G107 &\", \"&ROUND(M295, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" onshore and \"&ROUND(M296, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" offshore\"\n&IF(ROUND(M295 +M296,1)-ROUND($BD295 +$BD296,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND((M295 +M296)/($BD295 +$BD296),1)&\"x the \"&ROUND($BD295 +$BD296, 1)&\" \"&LEFT($K295,LEN($K295)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BN295 +BN296,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"77 GW capacity by 2050, 22 GW onshore and 55 GW offshore (5.4x the 14.3 GW capacity in 2015) capable of generating up to 296 TWh per year."},{"$f":"ROUND(N295 +N296, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G107 &\", \"&ROUND(N295, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" onshore and \"&ROUND(N296, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" offshore\"\n&IF(ROUND(N295 +N296,1)-ROUND($BD295 +$BD296,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND((N295 +N296)/($BD295 +$BD296),1)&\"x the \"&ROUND($BD295 +$BD296, 1)&\" \"&LEFT($K295,LEN($K295)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BO295 +BO296,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"155 GW capacity by 2050, 35 GW onshore and 120 GW offshore (10.8x the 14.3 GW capacity in 2015) capable of generating up to 611 TWh per year."},{"$f":"ROUND(O295 +O296, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G107 &\", \"&ROUND(O295, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" onshore and \"&ROUND(O296, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" offshore\"\n&IF(ROUND(O295 +O296,1)-ROUND($BD295 +$BD296,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND((O295 +O296)/($BD295 +$BD296),1)&\"x the \"&ROUND($BD295 +$BD296, 1)&\" \"&LEFT($K295,LEN($K295)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BP295 +BP296,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"280 GW capacity by 2050, 80 GW onshore and 200 GW offshore (19.6x the 14.3 GW capacity in 2015) capable of generating up to 1076 TWh per year."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.11","v":1},{"$f":"Simplified.lever.11","v":"Wind"},1,2,3,4,1,null,"","",0,2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,38,1,"a","g",1,2020,2050]
[null,null,"Solar",1,2020,30,2050,null,null,"","Electricity generation using solar power",{"$f":"L297&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G108\n&IF(ROUND(L297*100,1)-ROUND($BD297*100,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND(L297/$BD297,1)&\"x the \"&ROUND($BD297, 1)&\" \"&LEFT($K297,LEN($K297)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BM297,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"0 GW capacity by 2050 (0x the 9.5 GW capacity in 2015) capable of generating up to 0 TWh per year."},{"$f":"M297&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G108\n&IF(ROUND(M297*100,1)-ROUND($BD297*100,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND(M297/$BD297,1)&\"x the \"&ROUND($BD297, 1)&\" \"&LEFT($K297,LEN($K297)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BN297,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"70 GW capacity by 2050 (7.3x the 9.5 GW capacity in 2015) capable of generating up to 67 TWh per year."},{"$f":"N297&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G108\n&IF(ROUND(N297*100,1)-ROUND($BD297*100,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND(N297/$BD297,1)&\"x the \"&ROUND($BD297, 1)&\" \"&LEFT($K297,LEN($K297)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BO297,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"165 GW capacity by 2050 (17.3x the 9.5 GW capacity in 2015) capable of generating up to 159 TWh per year."},{"$f":"O297&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G108\n&IF(ROUND(O297*100,1)-ROUND($BD297*100,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND(O297/$BD297,1)&\"x the \"&ROUND($BD297, 1)&\" \"&LEFT($K297,LEN($K297)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BP297,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"300 GW capacity by 2050 (31.5x the 9.5 GW capacity in 2015) capable of generating up to 289 TWh per year."},null,1,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.12","v":1},{"$f":"Simplified.lever.12","v":"Solar"},1,2,3,4,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,39,1,"a","g",1,2020,2050]
[null,null,"Wave & Tidal",1,2025,25,2050,null,null,"","Electricity generation using wave and tidal power",{"$f":"ROUND(L298 +L299 +L300, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G109 &\", \"&ROUND(L298, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" tidal stream, \"&ROUND(L299, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" tidal range and \"&ROUND(L300, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" wave\"\n&IF(ROUND(L298 +L299 +L300,1)-ROUND($BD298 +$BD299 +$BD300,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND($BD298 +$BD299 +$BD300, 1)&\" \"&LEFT($K298,LEN($K298)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BM298 +BM299 +BM300,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"0 GW capacity by 2050, 0 GW tidal stream, 0 GW tidal range and 0 GW wave (the same as 2015)."},{"$f":"ROUND(M298 +M299 +M300, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G109 &\", \"&ROUND(M298, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" tidal stream, \"&ROUND(M299, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" tidal range and \"&ROUND(M300, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" wave\"\n&IF(ROUND(M298 +M299 +M300,1)-ROUND($BD298 +$BD299 +$BD300,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND($BD298 +$BD299 +$BD300, 1)&\" \"&LEFT($K298,LEN($K298)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BN298 +BN299 +BN300,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"9.7 GW capacity by 2050, 8 GW tidal stream, 0.2 GW tidal range and 1.5 GW wave (0 GW capacity in 2015) capable of generating up to 26 TWh per year."},{"$f":"ROUND(N298 +N299 +N300, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G109 &\", \"&ROUND(N298, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" tidal stream, \"&ROUND(N299, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" tidal range and \"&ROUND(N300, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" wave\"\n&IF(ROUND(N298 +N299 +N300,1)-ROUND($BD298 +$BD299 +$BD300,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND($BD298 +$BD299 +$BD300, 1)&\" \"&LEFT($K298,LEN($K298)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BO298 +BO299 +BO300,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"34 GW capacity by 2050, 16 GW tidal stream, 15 GW tidal range and 3 GW wave (0 GW capacity in 2015) capable of generating up to 78 TWh per year."},{"$f":"ROUND(O298 +O299 +O300, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G109 &\", \"&ROUND(O298, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" tidal stream, \"&ROUND(O299, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" tidal range and \"&ROUND(O300, 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" wave\"\n&IF(ROUND(O298 +O299 +O300,1)-ROUND($BD298 +$BD299 +$BD300,1)=0,\" (the same as 2015).\",\n\" (\"&ROUND($BD298 +$BD299 +$BD300, 1)&\" \"&LEFT($K298,LEN($K298)-1)&\" capacity in 2015) capable of generating up to \"\n&ROUND(BP298 +BP299 +BP300,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"68 GW capacity by 2050, 22 GW tidal stream, 33 GW tidal range and 13 GW wave (0 GW capacity in 2015) capable of generating up to 152 TWh per year."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2050,25,{"$f":"Simplified.lever.value.13","v":1},{"$f":"Simplified.lever.13","v":"Wave & Tidal"},1,2,3,4,1,null,"","",0,3,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,40,1,"b","g",1,2025,2050]
[null,null,"Gas with CCS",1,2025,25,2050,null,null,null,"Electricity generation from the combustion of gas with CCS",{"$f":"L301&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G110\n&\" (\"&IF(ROUND(L301*100,1)-ROUND($BD301*100,1)=0,\"the same as 2015).\",\"\"&$BD301&\" \"&LEFT($K301,LEN($K301)-1)&\" in 2015) capable of generating up to \"\n&ROUND(BM301,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"0 GW capacity by 2050 (the same as 2015)."},{"$f":"M301&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G110\n&\" (\"&IF(ROUND(M301*100,1)-ROUND($BD301*100,1)=0,\"the same as 2015).\",\"\"&$BD301&\" \"&LEFT($K301,LEN($K301)-1)&\" in 2015) capable of generating up to \"\n&ROUND(BN301,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"10 GW capacity by 2050 (0 GW in 2015) capable of generating up to 77 TWh per year."},{"$f":"N301&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G110\n&\" (\"&IF(ROUND(N301*100,1)-ROUND($BD301*100,1)=0,\"the same as 2015).\",\"\"&$BD301&\" \"&LEFT($K301,LEN($K301)-1)&\" in 2015) capable of generating up to \"\n&ROUND(BO301,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"30 GW capacity by 2050 (0 GW in 2015) capable of generating up to 231 TWh per year."},{"$f":"O301&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity by \"&$G110\n&\" (\"&IF(ROUND(O301*100,1)-ROUND($BD301*100,1)=0,\"the same as 2015).\",\"\"&$BD301&\" \"&LEFT($K301,LEN($K301)-1)&\" in 2015) capable of generating up to \"\n&ROUND(BP301,0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\")","v":"60 GW capacity by 2050 (0 GW in 2015) capable of generating up to 463 TWh per year."},null,3,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2025,2050,25,{"$f":"Simplified.lever.value.08","v":1},{"$f":"Simplified.lever.08","v":"Carbon Capture "},1,1.5,2,2.5,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,41,1,"b","g",1,2025,2050]
[null,"Land, Bioenergy & Waste","Farming Yield & Efficiency",1,2020,{"$f":" +G111 -E111","v":30},2050,null,null,"","Reductions in the number of livestock, crop yield improvements and the emissions intensity of agricultural processes",{"$f":"\"In \"&$G$111\n&\", emissions intensity is \"\n&IF(MIN(L313,L314,L315,L316)=MAX(L313,L314,L315,L316),\nIF(MIN(L313,L314,L315,L316)=1,\"unchanged\",\nABS(ROUND((MIN(L313,L314,L315,L316)-1)*100,0)) &\"% lower\"),\nABS(ROUND((MAX(L313,L314,L315,L316)-1)*100,0))&\"-\"&ABS(ROUND((MIN(L313,L314,L315,L316)-1)*100,0)) &\"% lower\")\n&\", land yield is \"\n&IF(MIN(L305,L306,L307)=MAX(L305,L306,L307),\nIF(MIN(L305,L306,L307)=1,\"unchanged\",\nABS(ROUND((MIN(L305,L306,L307)-1)*100,0)) &\"% lower\"),\nABS(ROUND((MIN(L305,L306,L307)-1)*100,0))&\"-\"&ABS(ROUND((MAX(L305,L306,L307)-1)*100,0)) &\"% higher\")\n&\", there are \"\n&ABS(ROUND((L303 / $BD$303 *100)-100, 0))&\"% \"&IF(ROUND((L303 / $BD$303 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" cattle, \"\n&ABS(ROUND((L302 / $BD$302 *100)-100, 0))&\"% \"&IF(ROUND((L302 / $BD$302 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" poultry and \"\n&ABS(ROUND((L304 / $BD$304 *100)-100, 0))&\"% \"&IF(ROUND((L304 / $BD$304 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" other livestock\"\n&\" compared to 2015.\"","v":"In 2050, emissions intensity is unchanged, land yield is 0-25% higher, there are 0% more cattle, 0% more poultry and 0% more other livestock compared to 2015."},{"$f":"\"In \"&$G$111\n&\", emissions intensity is \"\n&IF(MIN(M313,M314,M315,M316)=MAX(M313,M314,M315,M316),\nIF(MIN(M313,M314,M315,M316)=1,\"unchanged\",\nABS(ROUND((MIN(M313,M314,M315,M316)-1)*100,0)) &\"% lower\"),\nABS(ROUND((MAX(M313,M314,M315,M316)-1)*100,0))&\"-\"&ABS(ROUND((MIN(M313,M314,M315,M316)-1)*100,0)) &\"% lower\")\n&\", land yield is \"\n&IF(MIN(M305,M306,M307)=MAX(M305,M306,M307),\nIF(MIN(M305,M306,M307)=1,\"unchanged\",\nABS(ROUND((MIN(M305,M306,M307)-1)*100,0)) &\"% lower\"),\nABS(ROUND((MIN(M305,M306,M307)-1)*100,0))&\"-\"&ABS(ROUND((MAX(M305,M306,M307)-1)*100,0)) &\"% higher\")\n&\", there are \"\n&ABS(ROUND((M303 / $BD$303 *100)-100, 0))&\"% \"&IF(ROUND((M303 / $BD$303 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" cattle, \"\n&ABS(ROUND((M302 / $BD$302 *100)-100, 0))&\"% \"&IF(ROUND((M302 / $BD$302 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" poultry and \"\n&ABS(ROUND((M304 / $BD$304 *100)-100, 0))&\"% \"&IF(ROUND((M304 / $BD$304 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" other livestock\"\n&\" compared to 2015.\"","v":"In 2050, emissions intensity is 4-8% lower, land yield is 10-37% higher, there are 16% fewer cattle, 10% more poultry and 11% fewer other livestock compared to 2015."},{"$f":"\"In \"&$G$111\n&\", emissions intensity is \"\n&IF(MIN(N313,N314,N315,N316)=MAX(N313,N314,N315,N316),\nIF(MIN(N313,N314,N315,N316)=1,\"unchanged\",\nABS(ROUND((MIN(N313,N314,N315,N316)-1)*100,0)) &\"% lower\"),\nABS(ROUND((MAX(N313,N314,N315,N316)-1)*100,0))&\"-\"&ABS(ROUND((MIN(N313,N314,N315,N316)-1)*100,0)) &\"% lower\")\n&\", land yield is \"\n&IF(MIN(N305,N306,N307)=MAX(N305,N306,N307),\nIF(MIN(N305,N306,N307)=1,\"unchanged\",\nABS(ROUND((MIN(N305,N306,N307)-1)*100,0)) &\"% lower\"),\nABS(ROUND((MIN(N305,N306,N307)-1)*100,0))&\"-\"&ABS(ROUND((MAX(N305,N306,N307)-1)*100,0)) &\"% higher\")\n&\", there are \"\n&ABS(ROUND((N303 / $BD$303 *100)-100, 0))&\"% \"&IF(ROUND((N303 / $BD$303 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" cattle, \"\n&ABS(ROUND((N302 / $BD$302 *100)-100, 0))&\"% \"&IF(ROUND((N302 / $BD$302 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" poultry and \"\n&ABS(ROUND((N304 / $BD$304 *100)-100, 0))&\"% \"&IF(ROUND((N304 / $BD$304 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" other livestock\"\n&\" compared to 2015.\"","v":"In 2050, emissions intensity is 9-15% lower, land yield is 20-48% higher, there are 32% fewer cattle, 21% more poultry and 23% fewer other livestock compared to 2015."},{"$f":"\"In \"&$G$111\n&\", emissions intensity is \"\n&IF(MIN(O313,O314,O315,O316)=MAX(O313,O314,O315,O316),\nIF(MIN(O313,O314,O315,O316)=1,\"unchanged\",\nABS(ROUND((MIN(O313,O314,O315,O316)-1)*100,0)) &\"% lower\"),\nABS(ROUND((MAX(O313,O314,O315,O316)-1)*100,0))&\"-\"&ABS(ROUND((MIN(O313,O314,O315,O316)-1)*100,0)) &\"% lower\")\n&\", land yield is \"\n&IF(MIN(O305,O306,O307)=MAX(O305,O306,O307),\nIF(MIN(O305,O306,O307)=1,\"unchanged\",\nABS(ROUND((MIN(O305,O306,O307)-1)*100,0)) &\"% lower\"),\nABS(ROUND((MIN(O305,O306,O307)-1)*100,0))&\"-\"&ABS(ROUND((MAX(O305,O306,O307)-1)*100,0)) &\"% higher\")\n&\", there are \"\n&ABS(ROUND((O303 / $BD$303 *100)-100, 0))&\"% \"&IF(ROUND((O303 / $BD$303 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" cattle, \"\n&ABS(ROUND((O302 / $BD$302 *100)-100, 0))&\"% \"&IF(ROUND((O302 / $BD$302 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" poultry and \"\n&ABS(ROUND((O304 / $BD$304 *100)-100, 0))&\"% \"&IF(ROUND((O304 / $BD$304 *100)-100, 0) >= 0, \"more\", \"fewer\") &\" other livestock\"\n&\" compared to 2015.\"","v":"In 2050, emissions intensity is 13-23% lower, land yield is 30-72% higher, there are 49% fewer cattle, 31% more poultry and 34% fewer other livestock compared to 2015."},null,3.7,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"MAX(Simplified.lever.value.14, Simplified.lever.value.15)","v":1},{"$f":"\"MAX(\"&Simplified.lever.14&\",\"& Simplified.lever.15&\")\"","v":"MAX(Forestry,Bioenergy)"},1,2,3,4,1,null,"","",0,11,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,42,1,"a","g",1,2020,2050]
[null,null,"Forestry",1,2020,{"$f":" +G112 -E112","v":50},2070,null,null,null,"Land dedicated to planting forest (requires land to be freed up using the Farming Yield & Efficiency lever)",{"$f":"ROUND(L308 / LBBY.LndTot. *100, 0) &\"% of UK land area covered by forest by \"&$G$112\n&\" (compared to \"&ROUND($BD$308 / LBBY.LndTot. *100, 0)&\"% in 2015).\"","v":"14% of UK land area covered by forest by 2070 (compared to 14% in 2015)."},{"$f":"ROUND(M308 / LBBY.LndTot. *100, 0) &\"% of UK land area covered by forest by \"&$G$112\n&\" (compared to \"&ROUND($BD$308 / LBBY.LndTot. *100, 0)&\"% in 2015).\"","v":"20% of UK land area covered by forest by 2070 (compared to 14% in 2015)."},{"$f":"ROUND(N308 / LBBY.LndTot. *100, 0) &\"% of UK land area covered by forest by \"&$G$112\n&\" (compared to \"&ROUND($BD$308 / LBBY.LndTot. *100, 0)&\"% in 2015).\"","v":"23% of UK land area covered by forest by 2070 (compared to 14% in 2015)."},{"$f":"ROUND(O308 / LBBY.LndTot. *100, 0) &\"% of UK land area covered by forest by \"&$G$112\n&\" (compared to \"&ROUND($BD$308 / LBBY.LndTot. *100, 0)&\"% in 2015).\"","v":"29% of UK land area covered by forest by 2070 (compared to 14% in 2015)."},null,3.7,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2070,50,{"$f":"Simplified.lever.value.14","v":1},{"$f":"Simplified.lever.14","v":"Forestry"},1,2,3,4,1,null,"","",0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,43,1,"a","k",1,2020,2070]
[null,null,"Land for Bioenergy",1,2020,{"$f":" +G113 -E113","v":30},2050,null,null,null,"Land dedicated to growing bio-crops (requires land to be freed up using the Farming Yield & Efficiency lever)",{"$f":"ROUND(L309 / LBBY.LndTot. *100, 1)&\"% of UK land area covered by biocrops by \"&$G113\n&\" (compared to \"&ROUND($BD309 / LBBY.LndTot. *100, 1)&\"% in 2015)\"\n&\" and \"&ROUND(MIN(L312,L311,L310)*100,0)&\"-\" &ROUND(MAX(L312,L311,L310)*100,0)&\"% of agricultural wastes are collected for energy.\"","v":"0.4% of UK land area covered by biocrops by 2050 (compared to 0.4% in 2015) and 10-19% of agricultural wastes are collected for energy."},{"$f":"ROUND(M309 / LBBY.LndTot. *100, 1)&\"% of UK land area covered by biocrops by \"&$G113\n&\" (compared to \"&ROUND($BD309 / LBBY.LndTot. *100, 1)&\"% in 2015)\"\n&\" and \"&ROUND(MIN(M312,M311,M310)*100,0)&\"-\" &ROUND(MAX(M312,M311,M310)*100,0)&\"% of agricultural wastes are collected for energy.\"","v":"2.9% of UK land area covered by biocrops by 2050 (compared to 0.4% in 2015) and 13-38% of agricultural wastes are collected for energy."},{"$f":"ROUND(N309 / LBBY.LndTot. *100, 1)&\"% of UK land area covered by biocrops by \"&$G113\n&\" (compared to \"&ROUND($BD309 / LBBY.LndTot. *100, 1)&\"% in 2015)\"\n&\" and \"&ROUND(MIN(N312,N311,N310)*100,0)&\"-\" &ROUND(MAX(N312,N311,N310)*100,0)&\"% of agricultural wastes are collected for energy.\"","v":"5.7% of UK land area covered by biocrops by 2050 (compared to 0.4% in 2015) and 17-69% of agricultural wastes are collected for energy."},{"$f":"ROUND(O309 / LBBY.LndTot. *100, 1)&\"% of UK land area covered by biocrops by \"&$G113\n&\" (compared to \"&ROUND($BD309 / LBBY.LndTot. *100, 1)&\"% in 2015)\"\n&\" and \"&ROUND(MIN(O312,O311,O310)*100,0)&\"-\" &ROUND(MAX(O312,O311,O310)*100,0)&\"% of agricultural wastes are collected for energy.\"","v":"8.2% of UK land area covered by biocrops by 2050 (compared to 0.4% in 2015) and 18-100% of agricultural wastes are collected for energy."},null,3.6,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.15","v":1},{"$f":"Simplified.lever.15","v":"Bioenergy"},1,2,3,4,1,null,"","",0,4,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,1,"a","g",1,2020,2050]
[null,null,"Waste Reduction",1,2020,{"$f":" +G114 -E114","v":30},2050,null,null,null,"Amount of waste produced, recycled and diverted to energy processes",{"$f":"\"By \"&$G$114&\", \"\n&IF(L325 = 1, \"No change\",\nABS(ROUND((L325 -1) *100, 0)) & IF(L325 > 1, \"% increase\", \"% decrease\") ) & \" in dry waste (\"\n&ROUND(L318*100, 0)& \"% recycled, \"&ROUND(L321*100, 0)& \"% used for energy)\"\n&\", \"\n&IF(L326 = 1, \"No change\",\nABS(ROUND((L326 -1) *100, 0)) & IF(L326 > 1, \"% increase\", \"% decrease\") ) & \" in wet waste (\"\n&ROUND(L319*100, 0)& \"% recycled, \"&ROUND(L322*100, 0)& \"% used for energy).\"","v":"By 2050, 25% increase in dry waste (50% recycled, 3% used for energy), 20% increase in wet waste (85% recycled, 4% used for energy)."},{"$f":"\"By \"&$G$114&\", \"\n&IF(M325 = 1, \"No change\",\nABS(ROUND((M325 -1) *100, 0)) & IF(M325 > 1, \"% increase\", \"% decrease\") ) & \" in dry waste (\"\n&ROUND(M318*100, 0)& \"% recycled, \"&ROUND(M321*100, 0)& \"% used for energy)\"\n&\", \"\n&IF(M326 = 1, \"No change\",\nABS(ROUND((M326 -1) *100, 0)) & IF(M326 > 1, \"% increase\", \"% decrease\") ) & \" in wet waste (\"\n&ROUND(M319*100, 0)& \"% recycled, \"&ROUND(M322*100, 0)& \"% used for energy).\"","v":"By 2050, No change in dry waste (65% recycled, 10% used for energy), 20% increase in wet waste (85% recycled, 8% used for energy)."},{"$f":"\"By \"&$G$114&\", \"\n&IF(N325 = 1, \"No change\",\nABS(ROUND((N325 -1) *100, 0)) & IF(N325 > 1, \"% increase\", \"% decrease\") ) & \" in dry waste (\"\n&ROUND(N318*100, 0)& \"% recycled, \"&ROUND(N321*100, 0)& \"% used for energy)\"\n&\", \"\n&IF(N326 = 1, \"No change\",\nABS(ROUND((N326 -1) *100, 0)) & IF(N326 > 1, \"% increase\", \"% decrease\") ) & \" in wet waste (\"\n&ROUND(N319*100, 0)& \"% recycled, \"&ROUND(N322*100, 0)& \"% used for energy).\"","v":"By 2050, 15% decrease in dry waste (80% recycled, 20% used for energy), 20% increase in wet waste (85% recycled, 12% used for energy)."},{"$f":"\"By \"&$G$114&\", \"\n&IF(O325 = 1, \"No change\",\nABS(ROUND((O325 -1) *100, 0)) & IF(O325 > 1, \"% increase\", \"% decrease\") ) & \" in dry waste (\"\n&ROUND(O318*100, 0)& \"% recycled, \"&ROUND(O321*100, 0)& \"% used for energy)\"\n&\", \"\n&IF(O326 = 1, \"No change\",\nABS(ROUND((O326 -1) *100, 0)) & IF(O326 > 1, \"% increase\", \"% decrease\") ) & \" in wet waste (\"\n&ROUND(O319*100, 0)& \"% recycled, \"&ROUND(O322*100, 0)& \"% used for energy).\"","v":"By 2050, 35% decrease in dry waste (90% recycled, 10% used for energy), 20% increase in wet waste (85% recycled, 15% used for energy)."},null,2,2,3,1,1,1,1,1,1,1,1,1,1,1,1,null,2020,2050,30,{"$f":"Simplified.lever.value.15","v":1},{"$f":"Simplified.lever.15","v":"Bioenergy"},1,2,3,4,1,null,{"$f":"IF(SUMIFS($BC$166:$BC$327, $AB$166:$AB$327, $C114) = 0, \"\", $C114)","v":""},"",0,10,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,1,"a","g",1,2020,2050]
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[]
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["Levers 'My 2050'"]
[null,null,null,null,null,null,null,null,null,null,"Note: ambition Level description formula only work if integer My2050 lever settings correspond to integer webtool lever settings."]
[null,null,null,null,null,null,null,null,null,null,"Note: description are of the world in the year 2050 not of the final level of ambition which may differ."]
[null,null,"output.simple.lever.names","input.simple.lever.ambition",null,null,null,null,null,null,"output.simple.lever.descriptions"]
[null,null,"Lever","Ambition","Lever Named range","Lever Value Named range",null,"Ambition",null,null,"Lever description","Level 1","Level 2","Level 3","Level 4"]
[null,"Transport","Transport Behaviour",1,"Simplified.lever.01","Simplified.lever.value.01",null,null,null,null,"How far and by what methods passengers travel",{"$f":"\"In 2050, average annual distance travelled per person domestically is \"\n&IF(ROUND(ABS((INDEX($L$166:$O$166, 0, AL$70)-$BD$166) * 100 / $BD$166), 0) = 0, \"the same as\",\nROUND(ABS((INDEX($L$166:$O$166, 0, AL$70)-$BD$166) * 100 / $BD$166), 0) & \"% \"&IF(INDEX($L$166:$O$166, 0, AL$70) -$BD$166 > 0, \"further than\", \"less than\"))&\" in 2015. \"\n&ROUND(INDEX($L$169:$O$169, 0, AL$70) *100, 0) &\"% of this is done by car.\"\n&\" International travel is \"\n&IF(ROUND(((INDEX($L$173:$O$173, 0, AL$71) -$BD$173) * 100 / $BD$173), 0) = 0,\"the same as\",\nROUND(ABS((INDEX($L$173:$O$173, 0, AL$71) -$BD$173) * 100 / $BD$173), 0) & \"% \"& IF(INDEX($L$173:$O$173, 0, AL$71) > $BD$173, \"higher than\", \"lower than\"))&\" in 2015.\"","v":"In 2050, average annual distance travelled per person domestically is 10% further than in 2015. 81% of this is done by car. International travel is 41% higher than in 2015."},{"$f":"\"In 2050, average annual distance travelled per person domestically is \"\n&IF(ROUND(ABS((INDEX($L$166:$O$166, 0, AM$70)-$BD$166) * 100 / $BD$166), 0) = 0, \"the same as\",\nROUND(ABS((INDEX($L$166:$O$166, 0, AM$70)-$BD$166) * 100 / $BD$166), 0) & \"% \"&IF(INDEX($L$166:$O$166, 0, AM$70) -$BD$166 > 0, \"further than\", \"less than\"))&\" in 2015. \"\n&ROUND(INDEX($L$169:$O$169, 0, AM$70) *100, 0) &\"% of this is done by car.\"\n&\" International travel is \"\n&IF(ROUND(((INDEX($L$173:$O$173, 0, AM$71) -$BD$173) * 100 / $BD$173), 0) = 0,\"the same as\",\nROUND(ABS((INDEX($L$173:$O$173, 0, AM$71) -$BD$173) * 100 / $BD$173), 0) & \"% \"& IF(INDEX($L$173:$O$173, 0, AM$71) > $BD$173, \"higher than\", \"lower than\"))&\" in 2015.\"","v":"In 2050, average annual distance travelled per person domestically is 2% less than in 2015. 73% of this is done by car. International travel is 27% higher than in 2015."},{"$f":"\"In 2050, average annual distance travelled per person domestically is \"\n&IF(ROUND(ABS((INDEX($L$166:$O$166, 0, AN$70)-$BD$166) * 100 / $BD$166), 0) = 0, \"the same as\",\nROUND(ABS((INDEX($L$166:$O$166, 0, AN$70)-$BD$166) * 100 / $BD$166), 0) & \"% \"&IF(INDEX($L$166:$O$166, 0, AN$70) -$BD$166 > 0, \"further than\", \"less than\"))&\" in 2015. \"\n&ROUND(INDEX($L$169:$O$169, 0, AN$70) *100, 0) &\"% of this is done by car.\"\n&\" International travel is \"\n&IF(ROUND(((INDEX($L$173:$O$173, 0, AN$71) -$BD$173) * 100 / $BD$173), 0) = 0,\"the same as\",\nROUND(ABS((INDEX($L$173:$O$173, 0, AN$71) -$BD$173) * 100 / $BD$173), 0) & \"% \"& IF(INDEX($L$173:$O$173, 0, AN$71) > $BD$173, \"higher than\", \"lower than\"))&\" in 2015.\"","v":"In 2050, average annual distance travelled per person domestically is 9% less than in 2015. 63% of this is done by car. International travel is 12% higher than in 2015."},{"$f":"\"In 2050, average annual distance travelled per person domestically is \"\n&IF(ROUND(ABS((INDEX($L$166:$O$166, 0, AO$70)-$BD$166) * 100 / $BD$166), 0) = 0, \"the same as\",\nROUND(ABS((INDEX($L$166:$O$166, 0, AO$70)-$BD$166) * 100 / $BD$166), 0) & \"% \"&IF(INDEX($L$166:$O$166, 0, AO$70) -$BD$166 > 0, \"further than\", \"less than\"))&\" in 2015. \"\n&ROUND(INDEX($L$169:$O$169, 0, AO$70) *100, 0) &\"% of this is done by car.\"\n&\" International travel is \"\n&IF(ROUND(((INDEX($L$173:$O$173, 0, AO$71) -$BD$173) * 100 / $BD$173), 0) = 0,\"the same as\",\nROUND(ABS((INDEX($L$173:$O$173, 0, AO$71) -$BD$173) * 100 / $BD$173), 0) & \"% \"& IF(INDEX($L$173:$O$173, 0, AO$71) > $BD$173, \"higher than\", \"lower than\"))&\" in 2015.\"","v":"In 2050, average annual distance travelled per person domestically is 24% less than in 2015. 49% of this is done by car. International travel is 3% lower than in 2015."}]
[null,null,"Light Vehicle Technology",1,"Simplified.lever.02","Simplified.lever.value.02",null,null,null,null,"Share of cars, vans and small trucks powered by electricity",{"$f":"\"By 2050, \"&ROUND(INDEX($L$176:$O$176, 0, AL$72) *100, 0) &\"% of cars, \"\n& ROUND(INDEX($L$179:$O$179, 0, AL$72) *100, 0) &\"% of vans and \"\n&ROUND(INDEX($L$182:$O$182, 0, AL$72) *100, 0) &\"% of small trucks are electric.\"","v":"By 2050, 0% of cars, 0% of vans and 0% of small trucks are electric."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$176:$O$176, 0, AM$72) *100, 0) &\"% of cars, \"\n& ROUND(INDEX($L$179:$O$179, 0, AM$72) *100, 0) &\"% of vans and \"\n&ROUND(INDEX($L$182:$O$182, 0, AM$72) *100, 0) &\"% of small trucks are electric.\"","v":"By 2050, 50% of cars, 50% of vans and 20% of small trucks are electric."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$176:$O$176, 0, AN$72) *100, 0) &\"% of cars, \"\n& ROUND(INDEX($L$179:$O$179, 0, AN$72) *100, 0) &\"% of vans and \"\n&ROUND(INDEX($L$182:$O$182, 0, AN$72) *100, 0) &\"% of small trucks are electric.\"","v":"By 2050, 95% of cars, 95% of vans and 50% of small trucks are electric."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$176:$O$176, 0, AO$72) *100, 0) &\"% of cars, \"\n& ROUND(INDEX($L$179:$O$179, 0, AO$72) *100, 0) &\"% of vans and \"\n&ROUND(INDEX($L$182:$O$182, 0, AO$72) *100, 0) &\"% of small trucks are electric.\"","v":"By 2050, 100% of cars, 100% of vans and 100% of small trucks are electric."}]
[null,null,"Heavy Vehicle Technology",1,"Simplified.lever.03","Simplified.lever.value.03",null,null,null,null,"Share of large trucks, buses and trains powered by electricity",{"$f":"\"By 2050, \"&ROUND(MIN(100%, +INDEX($L$185:$O$185, 0, AL$76) +INDEX($L$186:$O$186, 0, AL$77)) * 100, 0)&\"% of large trucks, \"&\nROUND(MIN(100%, +INDEX($L$188:$O$188, 0, AL$76) +INDEX($L$189:$O$189, 0, AL$77)) * 100, 0)&\"% of buses, \"&\nROUND(MIN(100%, +INDEX($L$191:$O$191, 0, AL$76)) * 100, 0)&\"% of passenger trains are electric.\"","v":"By 2050, 0% of large trucks, 0% of buses, 65% of passenger trains are electric."},{"$f":"\"By 2050, \"&ROUND(MIN(100%, +INDEX($L$185:$O$185, 0, AM$76) +INDEX($L$186:$O$186, 0, AM$77)) * 100, 0)&\"% of large trucks, \"&\nROUND(MIN(100%, +INDEX($L$188:$O$188, 0, AM$76) +INDEX($L$189:$O$189, 0, AM$77)) * 100, 0)&\"% of buses, \"&\nROUND(MIN(100%, +INDEX($L$191:$O$191, 0, AM$76)) * 100, 0)&\"% of passenger trains are electric.\"","v":"By 2050, 2% of large trucks, 40% of buses, 80% of passenger trains are electric."},{"$f":"\"By 2050, \"&ROUND(MIN(100%, +INDEX($L$185:$O$185, 0, AN$76) +INDEX($L$186:$O$186, 0, AN$77)) * 100, 0)&\"% of large trucks, \"&\nROUND(MIN(100%, +INDEX($L$188:$O$188, 0, AN$76) +INDEX($L$189:$O$189, 0, AN$77)) * 100, 0)&\"% of buses, \"&\nROUND(MIN(100%, +INDEX($L$191:$O$191, 0, AN$76)) * 100, 0)&\"% of passenger trains are electric.\"","v":"By 2050, 15% of large trucks, 60% of buses, 90% of passenger trains are electric."},{"$f":"\"By 2050, \"&ROUND(MIN(100%, +INDEX($L$185:$O$185, 0, AO$76) +INDEX($L$186:$O$186, 0, AO$77)) * 100, 0)&\"% of large trucks, \"&\nROUND(MIN(100%, +INDEX($L$188:$O$188, 0, AO$76) +INDEX($L$189:$O$189, 0, AO$77)) * 100, 0)&\"% of buses, \"&\nROUND(MIN(100%, +INDEX($L$191:$O$191, 0, AO$76)) * 100, 0)&\"% of passenger trains are electric.\"","v":"By 2050, 100% of large trucks, 100% of buses, 100% of passenger trains are electric."}]
[null,"Buildings","Buildings Behaviour",1,"Simplified.lever.04","Simplified.lever.value.04",null,null,null,null,"Average temperature of homes, demand for hot water and air conditioning (AC)",{"$f":"\"In 2050, average household temperature is \"&INDEX($L$209:$O$209, 0, AL$82) & $K$209 &\" and \"\n&ROUND(INDEX($L$226:$O$226, 0, AL$82) * 100, 0)& \"% of homes have AC.\"","v":"In 2050, average household temperature is 20°C and 50% of homes have AC."},{"$f":"\"In 2050, average household temperature is \"&INDEX($L$209:$O$209, 0, AM$82) & $K$209 &\" and \"\n&ROUND(INDEX($L$226:$O$226, 0, AM$82) * 100, 0)& \"% of homes have AC.\"","v":"In 2050, average household temperature is 18°C and 33% of homes have AC."},{"$f":"\"In 2050, average household temperature is \"&INDEX($L$209:$O$209, 0, AN$82) & $K$209 &\" and \"\n&ROUND(INDEX($L$226:$O$226, 0, AN$82) * 100, 0)& \"% of homes have AC.\"","v":"In 2050, average household temperature is 17°C and 17% of homes have AC."},{"$f":"\"In 2050, average household temperature is \"&INDEX($L$209:$O$209, 0, AO$82) & $K$209 &\" and \"\n&ROUND(INDEX($L$226:$O$226, 0, AO$82) * 100, 0)& \"% of homes have AC.\"","v":"In 2050, average household temperature is 16°C and 0% of homes have AC."}]
[null,null,"Insulation & Efficiency",1,"Simplified.lever.05","Simplified.lever.value.05",null,null,null,null,"Insulation levels in buildings and the use and efficiency of appliances",{"$f":"\"By 2050, \"\n&ROUND(INDEX($L$210:$O$210, 0, AL$83) * 100 / INDEX(Cap.dDwlBYS., MATCH($AH$83,Prd.,0)), 0) & \"% of existing homes have maximum insulation, heat losses from new builds are \"\n&IF(ROUND(ABS((INDEX($L$211:$O$211, 0, AL$83) -$BD$211)*100/$BD$211),0)=0, \"the same as\",\nROUND(ABS((INDEX($L$211:$O$211, 0, AL$83) -$BD$211)*100/$BD$211),0)& \"% \"\n&IF(INDEX($L$211:$O$211, 0, AL$83)-$BD$211<0,\"less than\",\"more than\"))&\" in 2015.\"\n&\" Appliances use \"&ABS(ROUND((INDEX($L$230:$O$230, 0, AL$89) -100%) * 100, 0)) &\"% \"&IF(INDEX($L$230:$O$230, 0, AL$89) < 100%, \"less\", \"more\") &\" energy.\"","v":"By 2050, 9% of existing homes have maximum insulation, heat losses from new builds are the same as in 2015. Appliances use 50% more energy."},{"$f":"\"By 2050, \"\n&ROUND(INDEX($L$210:$O$210, 0, AM$83) * 100 / INDEX(Cap.dDwlBYS., MATCH($AH$83,Prd.,0)), 0) & \"% of existing homes have maximum insulation, heat losses from new builds are \"\n&IF(ROUND(ABS((INDEX($L$211:$O$211, 0, AM$83) -$BD$211)*100/$BD$211),0)=0, \"the same as\",\nROUND(ABS((INDEX($L$211:$O$211, 0, AM$83) -$BD$211)*100/$BD$211),0)& \"% \"\n&IF(INDEX($L$211:$O$211, 0, AM$83)-$BD$211<0,\"less than\",\"more than\"))&\" in 2015.\"\n&\" Appliances use \"&ABS(ROUND((INDEX($L$230:$O$230, 0, AM$89) -100%) * 100, 0)) &\"% \"&IF(INDEX($L$230:$O$230, 0, AM$89) < 100%, \"less\", \"more\") &\" energy.\"","v":"By 2050, 34% of existing homes have maximum insulation, heat losses from new builds are 33% less than in 2015. Appliances use 0% more energy."},{"$f":"\"By 2050, \"\n&ROUND(INDEX($L$210:$O$210, 0, AN$83) * 100 / INDEX(Cap.dDwlBYS., MATCH($AH$83,Prd.,0)), 0) & \"% of existing homes have maximum insulation, heat losses from new builds are \"\n&IF(ROUND(ABS((INDEX($L$211:$O$211, 0, AN$83) -$BD$211)*100/$BD$211),0)=0, \"the same as\",\nROUND(ABS((INDEX($L$211:$O$211, 0, AN$83) -$BD$211)*100/$BD$211),0)& \"% \"\n&IF(INDEX($L$211:$O$211, 0, AN$83)-$BD$211<0,\"less than\",\"more than\"))&\" in 2015.\"\n&\" Appliances use \"&ABS(ROUND((INDEX($L$230:$O$230, 0, AN$89) -100%) * 100, 0)) &\"% \"&IF(INDEX($L$230:$O$230, 0, AN$89) < 100%, \"less\", \"more\") &\" energy.\"","v":"By 2050, 58% of existing homes have maximum insulation, heat losses from new builds are 58% less than in 2015. Appliances use 25% less energy."},{"$f":"\"By 2050, \"\n&ROUND(INDEX($L$210:$O$210, 0, AO$83) * 100 / INDEX(Cap.dDwlBYS., MATCH($AH$83,Prd.,0)), 0) & \"% of existing homes have maximum insulation, heat losses from new builds are \"\n&IF(ROUND(ABS((INDEX($L$211:$O$211, 0, AO$83) -$BD$211)*100/$BD$211),0)=0, \"the same as\",\nROUND(ABS((INDEX($L$211:$O$211, 0, AO$83) -$BD$211)*100/$BD$211),0)& \"% \"\n&IF(INDEX($L$211:$O$211, 0, AO$83)-$BD$211<0,\"less than\",\"more than\"))&\" in 2015.\"\n&\" Appliances use \"&ABS(ROUND((INDEX($L$230:$O$230, 0, AO$89) -100%) * 100, 0)) &\"% \"&IF(INDEX($L$230:$O$230, 0, AO$89) < 100%, \"less\", \"more\") &\" energy.\"","v":"By 2050, 83% of existing homes have maximum insulation, heat losses from new builds are 83% less than in 2015. Appliances use 50% less energy."}]
[null,null,"Heat Technology",1,"Simplified.lever.06","Simplified.lever.value.06",null,null,"*may need to control more than just HP as this leaves a lot of gas still on the system at level 4",null,"Amount of heating for buildings supplied by electric heat pumps",{"$f":"\"By 2050, \"&ROUND(INDEX($L$218:$O$218, 0, AL$85) *100, 0) &\"% of residential heat is supplied by electric heat pumps.\"","v":"By 2050, 0% of residential heat is supplied by electric heat pumps."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$218:$O$218, 0, AM$85) *100, 0) &\"% of residential heat is supplied by electric heat pumps.\"","v":"By 2050, 20% of residential heat is supplied by electric heat pumps."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$218:$O$218, 0, AN$85) *100, 0) &\"% of residential heat is supplied by electric heat pumps.\"","v":"By 2050, 40% of residential heat is supplied by electric heat pumps."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$218:$O$218, 0, AO$85) *100, 0) &\"% of residential heat is supplied by electric heat pumps.\"","v":"By 2050, 90% of residential heat is supplied by electric heat pumps."}]
[null,"Industry","Carbon Intensity",1,"Simplified.lever.07","Simplified.lever.value.07",null,null,null,null,"Efficiency improvements and electrification of industrial processes",{"$f":"\"By 2050, \"&ROUND(INDEX($BN$254:$BQ$254, 0, AL$91) * 100, 0)\n&\"% of heat generated in industry is from electricity (compared to \"\n&ROUND(INDEX($BN$254:$BQ$254, 0, $AL$91) * 100, 0)&\"% in 2015). Industry energy efficiency improves by \"&ROUND(100-INDEX($BW$254:$BZ$254, 0, AL$91) * 100, 0)& \"% relative to 2015.\"","v":"By 2050, 15% of heat generated in industry is from electricity (compared to 15% in 2015). Industry energy efficiency improves by 9% relative to 2015."},{"$f":"\"By 2050, \"&ROUND(INDEX($BN$254:$BQ$254, 0, AM$91) * 100, 0)\n&\"% of heat generated in industry is from electricity (compared to \"\n&ROUND(INDEX($BN$254:$BQ$254, 0, $AL$91) * 100, 0)&\"% in 2015). Industry energy efficiency improves by \"&ROUND(100-INDEX($BW$254:$BZ$254, 0, AM$91) * 100, 0)& \"% relative to 2015.\"","v":"By 2050, 32% of heat generated in industry is from electricity (compared to 15% in 2015). Industry energy efficiency improves by 20% relative to 2015."},{"$f":"\"By 2050, \"&ROUND(INDEX($BN$254:$BQ$254, 0, AN$91) * 100, 0)\n&\"% of heat generated in industry is from electricity (compared to \"\n&ROUND(INDEX($BN$254:$BQ$254, 0, $AL$91) * 100, 0)&\"% in 2015). Industry energy efficiency improves by \"&ROUND(100-INDEX($BW$254:$BZ$254, 0, AN$91) * 100, 0)& \"% relative to 2015.\"","v":"By 2050, 48% of heat generated in industry is from electricity (compared to 15% in 2015). Industry energy efficiency improves by 38% relative to 2015."},{"$f":"\"By 2050, \"&ROUND(INDEX($BN$254:$BQ$254, 0, AO$91) * 100, 0)\n&\"% of heat generated in industry is from electricity (compared to \"\n&ROUND(INDEX($BN$254:$BQ$254, 0, $AL$91) * 100, 0)&\"% in 2015). Industry energy efficiency improves by \"&ROUND(100-INDEX($BW$254:$BZ$254, 0, AO$91) * 100, 0)& \"% relative to 2015.\"","v":"By 2050, 88% of heat generated in industry is from electricity (compared to 15% in 2015). Industry energy efficiency improves by 50% relative to 2015."}]
[null,"CO2 Reduction","Carbon Capture ",1,"Simplified.lever.08","Simplified.lever.value.08",null,null,null,null,"Carbon capture and storage of CO2 from combustion of carbon-based fuels by industry and electricity generation, or low-carbon hydrogen production",{"$f":"\"By 2050, \"\n&ROUND(INDEX($BM$301:$BP$301, 0, AL$110) * MIN(100%, (2050 -$AD$301) / $AE$301), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" of electricity and \"\n&ROUND(INDEX($L$271:$O$271, 0, AL$110) * MIN(100%, (2050 -$AD$271) / $AE$271), 0) &\" \"& LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" of\"&  \" hydrogen is produced from gas with CCS. \"\n&ROUND(INDEX($BS$254:$BV$254, 0, AL$94) * MIN(100%, (2050 -$AG$94) / $AI$94) * 100,0)&\"%\"\n&\" of industrial processes have CCS.\"","v":"By 2050, 0 TWh of electricity and 0 TWh of hydrogen is produced from gas with CCS. 0% of industrial processes have CCS."},{"$f":"\"By 2050, \"\n&ROUND(INDEX($BM$301:$BP$301, 0, AM$110) * MIN(100%, (2050 -$AD$301) / $AE$301), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" of electricity and \"\n&ROUND(INDEX($L$271:$O$271, 0, AM$110) * MIN(100%, (2050 -$AD$271) / $AE$271), 0) &\" \"& LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" of\"&  \" hydrogen is produced from gas with CCS. \"\n&ROUND(INDEX($BS$254:$BV$254, 0, AM$94) * MIN(100%, (2050 -$AG$94) / $AI$94) * 100,0)&\"%\"\n&\" of industrial processes have CCS.\"","v":"By 2050, 0 TWh of electricity and 0 TWh of hydrogen is produced from gas with CCS. 17% of industrial processes have CCS."},{"$f":"\"By 2050, \"\n&ROUND(INDEX($BM$301:$BP$301, 0, AN$110) * MIN(100%, (2050 -$AD$301) / $AE$301), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" of electricity and \"\n&ROUND(INDEX($L$271:$O$271, 0, AN$110) * MIN(100%, (2050 -$AD$271) / $AE$271), 0) &\" \"& LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" of\"&  \" hydrogen is produced from gas with CCS. \"\n&ROUND(INDEX($BS$254:$BV$254, 0, AN$94) * MIN(100%, (2050 -$AG$94) / $AI$94) * 100,0)&\"%\"\n&\" of industrial processes have CCS.\"","v":"By 2050, 77 TWh of electricity and 134 TWh of hydrogen is produced from gas with CCS. 37% of industrial processes have CCS."},{"$f":"\"By 2050, \"\n&ROUND(INDEX($BM$301:$BP$301, 0, AO$110) * MIN(100%, (2050 -$AD$301) / $AE$301), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" of electricity and \"\n&ROUND(INDEX($L$271:$O$271, 0, AO$110) * MIN(100%, (2050 -$AD$271) / $AE$271), 0) &\" \"& LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" of\"&  \" hydrogen is produced from gas with CCS. \"\n&ROUND(INDEX($BS$254:$BV$254, 0, AO$94) * MIN(100%, (2050 -$AG$94) / $AI$94) * 100,0)&\"%\"\n&\" of industrial processes have CCS.\"","v":"By 2050, 77 TWh of electricity and 134 TWh of hydrogen is produced from gas with CCS. 71% of industrial processes have CCS."}]
[null,null,"Hydrogen",1,"Simplified.lever.09","Simplified.lever.value.09",null,null,null,null,"How much of the gas grid supplying homes, businesses and industry is converted from fossil fuels to hydrogen",{"$f":"\"By 2050, \"&ROUND(INDEX($L$268:$O$268, 0, AL$95) * 100 * MIN(100%, (2050 -$AD$268) / $AE$268), 0) &\"% of the gas grid converted to hydrogen\"\n& IF(INDEX($L$268:$O$268, 0, AL$95) = 1, \" on route to full conversion by \"& +$AD$268 +$AE$268, \"\") &\".\"","v":"By 2050, 0% of the gas grid converted to hydrogen."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$268:$O$268, 0, AM$95) * 100,0) &\"% of the gas grid is converted to hydrogen.\"","v":"By 2050, 33% of the gas grid is converted to hydrogen."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$268:$O$268, 0, AN$95) * 100,0) &\"% of the gas grid is converted to hydrogen.\"","v":"By 2050, 67% of the gas grid is converted to hydrogen."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$268:$O$268, 0, AO$95) * 100,0) &\"% of the gas grid is converted to hydrogen.\"","v":"By 2050, 100% of the gas grid is converted to hydrogen."}]
[null,"Electricity","Nuclear",1,"Simplified.lever.10","Simplified.lever.value.10",null,null,null,null,"Nuclear Power for Electricity Generation",{"$f":"\"By 2050, \"&INDEX($L$294:$O$294, 0, AL$106)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" nuclear capacity \"\n&\" (\"&ROUND(INDEX($L$294:$O$294, 0, AL$106) / $BD294, 1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$294:$BP$294, 0, AL$106), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.) -1)&\" per year.\"\n&\" Equivalent to roughly \"&ROUND(INDEX($BT$294:$BW$294, 0, AL$106), 1)&\" Hinkley Point C s.\"","v":"By 2050, 4.5 GW nuclear capacity  (0.5x the capacity in 2015) capable of generating up to 35 TWh per year. Equivalent to roughly 1.5 Hinkley Point C s."},{"$f":"\"By 2050, \"&INDEX($L$294:$O$294, 0, AM$106)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" nuclear capacity \"\n&\" (\"&ROUND(INDEX($L$294:$O$294, 0, AM$106) / $BD294, 1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$294:$BP$294, 0, AM$106), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.) -1)&\" per year.\"\n&\" Equivalent to roughly \"&ROUND(INDEX($BT$294:$BW$294, 0, AM$106), 0)&\" Hinkley Point C s.\"","v":"By 2050, 15 GW nuclear capacity  (1.6x the capacity in 2015) capable of generating up to 117 TWh per year. Equivalent to roughly 5 Hinkley Point C s."},{"$f":"\"By 2050, \"&INDEX($L$294:$O$294, 0, AN$106)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" nuclear capacity \"\n&\" (\"&ROUND(INDEX($L$294:$O$294, 0, AN$106) / $BD294, 1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$294:$BP$294, 0, AN$106), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.) -1)&\" per year.\"\n&\" Equivalent to roughly \"&ROUND(INDEX($BT$294:$BW$294, 0, AN$106), 0)&\" Hinkley Point C s.\"","v":"By 2050, 30 GW nuclear capacity  (3.1x the capacity in 2015) capable of generating up to 234 TWh per year. Equivalent to roughly 10 Hinkley Point C s."},{"$f":"\"By 2050, \"&INDEX($L$294:$O$294, 0, AO$106)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" nuclear capacity \"\n&\" (\"&ROUND(INDEX($L$294:$O$294, 0, AO$106) / $BD294, 1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$294:$BP$294, 0, AO$106), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.) -1)&\" per year.\"\n&\" Equivalent to roughly \"&ROUND(INDEX($BT$294:$BW$294, 0, AO$106), -1)&\" Hinkley Point C s.\"","v":"By 2050, 62 GW nuclear capacity  (6.5x the capacity in 2015) capable of generating up to 484 TWh per year. Equivalent to roughly 20 Hinkley Point C s."}]
[null,null,"Wind",1,"Simplified.lever.11","Simplified.lever.value.11",null,null,null,null,"Wind Power for Electricity Generation",{"$f":"\"By 2050, \"&ROUND(INDEX($L$295:$O$295, 0, AL$107) +INDEX($L$296:$O$296, 0, AL$107), 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" wind capacity, (\"\n&ROUND((INDEX($L$295:$O$295, 0, AL$107) +INDEX($L$296:$O$296, 0, AL$107)) / ($BD295 +$BD296), 1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$295:$BP$295, 0, AL$107) +INDEX($BM$296:$BP$296, 0, AL$107), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"\n&\" Equivalent to \"&ROUND(INDEX($BT$295:$BW$295, 0, AL$107)+INDEX($BT$296:$BW$296, 0, AL$107), -2)&\" \"&$BS295&\".\"","v":"By 2050, 0 GW wind capacity, (0x the capacity in 2015) capable of generating up to 0 TWh per year. Equivalent to 0 sqkm."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$295:$O$295, 0, AM$107) +INDEX($L$296:$O$296, 0, AM$107), 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" wind capacity, (\"\n&ROUND((INDEX($L$295:$O$295, 0, AM$107) +INDEX($L$296:$O$296, 0, AM$107)) / ($BD295 +$BD296), 1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$295:$BP$295, 0, AM$107) +INDEX($BM$296:$BP$296, 0, AM$107), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"\n&\" Equivalent to \"&ROUND(INDEX($BT$295:$BW$295, 0, AM$107)+INDEX($BT$296:$BW$296, 0, AM$107), -2)&\" \"&$BS295&\".\"","v":"By 2050, 77 GW wind capacity, (5.4x the capacity in 2015) capable of generating up to 296 TWh per year. Equivalent to 13500 sqkm."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$295:$O$295, 0, AN$107) +INDEX($L$296:$O$296, 0, AN$107), 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" wind capacity, (\"\n&ROUND((INDEX($L$295:$O$295, 0, AN$107) +INDEX($L$296:$O$296, 0, AN$107)) / ($BD295 +$BD296), 1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$295:$BP$295, 0, AN$107) +INDEX($BM$296:$BP$296, 0, AN$107), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"\n&\" Equivalent to \"&ROUND(INDEX($BT$295:$BW$295, 0, AN$107)+INDEX($BT$296:$BW$296, 0, AN$107), -2)&\" \"&$BS295&\".\"","v":"By 2050, 155 GW wind capacity, (10.8x the capacity in 2015) capable of generating up to 611 TWh per year. Equivalent to 27900 sqkm."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$295:$O$295, 0, AO$107) +INDEX($L$296:$O$296, 0, AO$107), 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" wind capacity, (\"\n&ROUND((INDEX($L$295:$O$295, 0, AO$107) +INDEX($L$296:$O$296, 0, AO$107)) / ($BD295 +$BD296), 1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$295:$BP$295, 0, AO$107) +INDEX($BM$296:$BP$296, 0, AO$107), 0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"\n&\" Equivalent to \"&ROUND(INDEX($BT$295:$BW$295, 0, AO$107)+INDEX($BT$296:$BW$296, 0, AO$107), -2)&\" \"&$BS295&\".\"","v":"By 2050, 280 GW wind capacity, (19.6x the capacity in 2015) capable of generating up to 1076 TWh per year. Equivalent to 49100 sqkm."}]
[null,null,"Solar",1,"Simplified.lever.12","Simplified.lever.value.12",null,null,null,null,"Solar Photovoltaics for Electricity Generation",{"$f":"\"By 2050, \"&INDEX($L$297:$O$297, 0, AL$108)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" solar capacity (\"\n&ROUND(INDEX($L$297:$O$297, 0, AL$108) / $BD297,1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$297:$BP$297, 0, AL$108),0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"&\" Equivalent to \"&ROUND(INDEX($BT$297:$BW$297, 0, AL$108)+INDEX($BT$297:$BW$297, 0, AL$108), 0)&\" \"&$BS297&\".\"","v":"By 2050, 0 GW solar capacity (0x the capacity in 2015) capable of generating up to 0 TWh per year. Equivalent to 0 sqkm."},{"$f":"\"By 2050, \"&INDEX($L$297:$O$297, 0, AM$108)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" solar capacity (\"\n&ROUND(INDEX($L$297:$O$297, 0, AM$108) / $BD297,1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$297:$BP$297, 0, AM$108),0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"&\" Equivalent to \"&ROUND(INDEX($BT$297:$BW$297, 0, AM$108)+INDEX($BT$297:$BW$297, 0, AM$108), 0)&\" \"&$BS297&\".\"","v":"By 2050, 70 GW solar capacity (7.3x the capacity in 2015) capable of generating up to 67 TWh per year. Equivalent to 700 sqkm."},{"$f":"\"By 2050, \"&INDEX($L$297:$O$297, 0, AN$108)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" solar capacity (\"\n&ROUND(INDEX($L$297:$O$297, 0, AN$108) / $BD297,1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$297:$BP$297, 0, AN$108),0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"&\" Equivalent to \"&ROUND(INDEX($BT$297:$BW$297, 0, AN$108)+INDEX($BT$297:$BW$297, 0, AN$108), 0)&\" \"&$BS297&\".\"","v":"By 2050, 165 GW solar capacity (17.3x the capacity in 2015) capable of generating up to 159 TWh per year. Equivalent to 1650 sqkm."},{"$f":"\"By 2050, \"&INDEX($L$297:$O$297, 0, AO$108)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" solar capacity (\"\n&ROUND(INDEX($L$297:$O$297, 0, AO$108) / $BD297,1)&\"x the capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$297:$BP$297, 0, AO$108),0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"&\" Equivalent to \"&ROUND(INDEX($BT$297:$BW$297, 0, AO$108)+INDEX($BT$297:$BW$297, 0, AO$108), 0)&\" \"&$BS297&\".\"","v":"By 2050, 300 GW solar capacity (31.5x the capacity in 2015) capable of generating up to 289 TWh per year. Equivalent to 3000 sqkm."}]
[null,null,"Wave & Tidal",1,"Simplified.lever.13","Simplified.lever.value.13",null,null,null,null,"Wave and Tidal Power for Electricity Generation",{"$f":"\"By 2050, \"&ROUND(INDEX($L$298:$O$298, 0, AL$109) +INDEX($L$299:$O$299, 0, AL$109) +INDEX($L$300:$O$300, 0, AL$109), 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity of tidal stream, tidal range and wave power (\"\n&ROUND($BD298 +$BD299 +$BD300, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)& \" capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$298:$BP$298, 0, AL$109) +INDEX($BM$299:$BP$299, 0, AL$109) +INDEX($BM$300:$BP$300, 0, AL$109),0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"","v":"By 2050, 0 GW capacity of tidal stream, tidal range and wave power (0 GW capacity in 2015) capable of generating up to 0 TWh per year."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$298:$O$298, 0, AM$109) +INDEX($L$299:$O$299, 0, AM$109) +INDEX($L$300:$O$300, 0, AM$109), 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity of tidal stream, tidal range and wave power (\"\n&ROUND($BD298 +$BD299 +$BD300, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)& \" capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$298:$BP$298, 0, AM$109) +INDEX($BM$299:$BP$299, 0, AM$109) +INDEX($BM$300:$BP$300, 0, AM$109),0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"","v":"By 2050, 9.7 GW capacity of tidal stream, tidal range and wave power (0 GW capacity in 2015) capable of generating up to 26 TWh per year."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$298:$O$298, 0, AN$109) +INDEX($L$299:$O$299, 0, AN$109) +INDEX($L$300:$O$300, 0, AN$109), 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity of tidal stream, tidal range and wave power (\"\n&ROUND($BD298 +$BD299 +$BD300, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)& \" capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$298:$BP$298, 0, AN$109) +INDEX($BM$299:$BP$299, 0, AN$109) +INDEX($BM$300:$BP$300, 0, AN$109),0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"","v":"By 2050, 34 GW capacity of tidal stream, tidal range and wave power (0 GW capacity in 2015) capable of generating up to 78 TWh per year."},{"$f":"\"By 2050, \"&ROUND(INDEX($L$298:$O$298, 0, AO$109) +INDEX($L$299:$O$299, 0, AO$109) +INDEX($L$300:$O$300, 0, AO$109), 1)&\" \"& LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" capacity of tidal stream, tidal range and wave power (\"\n&ROUND($BD298 +$BD299 +$BD300, 1)&\" \"&LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)& \" capacity in 2015) capable of generating up to \"\n&ROUND(INDEX($BM$298:$BP$298, 0, AO$109) +INDEX($BM$299:$BP$299, 0, AO$109) +INDEX($BM$300:$BP$300, 0, AO$109),0)&\" \"&LEFT(PrefUnit.Energy.,LEN(PrefUnit.Energy.)-1)&\" per year.\"","v":"By 2050, 68 GW capacity of tidal stream, tidal range and wave power (0 GW capacity in 2015) capable of generating up to 152 TWh per year."}]
[null,"Land, Bioenergy & Waste","Forestry",1,"Simplified.lever.14","Simplified.lever.value.14",null,null,null,null,"Land area used for forestry, freed from other uses due to farming efficiency",{"$f":"\"By 2050, \"&ROUND(($BD$308 +((INDEX($L$308:$O$308, 0, AL$112) -$BD$308) * MIN(100%, (2050 -$AD$308) / $AE$308))) / LBBY.LndTot. *100, 0) &\"% of UK land area is covered by forest\"\n&\" (compared to \"&ROUND($BD$308 / LBBY.LndTot. *100, 0)&\"% in 2015).\"\n&IF(AL$111 > 1, \" Farming efficiency improves and livestock is reduced.\", \"\")","v":"By 2050, 14% of UK land area is covered by forest (compared to 14% in 2015)."},{"$f":"\"By 2050, \"&ROUND(($BD$308 +((INDEX($L$308:$O$308, 0, AM$112) -$BD$308) * MIN(100%, (2050 -$AD$308) / $AE$308))) / LBBY.LndTot. *100, 0) &\"% of UK land area is covered by forest\"\n&\" (compared to \"&ROUND($BD$308 / LBBY.LndTot. *100, 0)&\"% in 2015).\"\n&IF(AM$111 > 1, \" Farming efficiency improves and livestock is reduced.\", \"\")","v":"By 2050, 18% of UK land area is covered by forest (compared to 14% in 2015). Farming efficiency improves and livestock is reduced."},{"$f":"\"By 2050, \"&ROUND(($BD$308 +((INDEX($L$308:$O$308, 0, AN$112) -$BD$308) * MIN(100%, (2050 -$AD$308) / $AE$308))) / LBBY.LndTot. *100, 0) &\"% of UK land area is covered by forest\"\n&\" (compared to \"&ROUND($BD$308 / LBBY.LndTot. *100, 0)&\"% in 2015).\"\n&IF(AN$111 > 1, \" Farming efficiency improves and livestock is reduced.\", \"\")","v":"By 2050, 19% of UK land area is covered by forest (compared to 14% in 2015). Farming efficiency improves and livestock is reduced."},{"$f":"\"By 2050, \"&ROUND(($BD$308 +((INDEX($L$308:$O$308, 0, AO$112) -$BD$308) * MIN(100%, (2050 -$AD$308) / $AE$308))) / LBBY.LndTot. *100, 0) &\"% of UK land area is covered by forest\"\n&\" (compared to \"&ROUND($BD$308 / LBBY.LndTot. *100, 0)&\"% in 2015).\"\n&IF(AO$111 > 1, \" Farming efficiency improves and livestock is reduced.\", \"\")","v":"By 2050, 23% of UK land area is covered by forest (compared to 14% in 2015). Farming efficiency improves and livestock is reduced."}]
[null,null,"Bioenergy",1,"Simplified.lever.15","Simplified.lever.value.15",null,null,null,null,"Growth of UK bioenergy production and use as an energy source, on land freed from other uses due to farming efficiency",{"$f":"\"By 2050, \"&ROUND(($BD$309 +((INDEX($L$309:$O$309, 0, AL$113) -$BD$309) * (2050 -$AD$309) / $AE$309)) / LBBY.LndTot. *100, 1) &\"% of UK land is used for bioenergy crops \"\n&\"(compared to \"&ROUND($BD$309 / LBBY.LndTot. *100, 1)&\"% in 2015).\"\n&IF(AL$111 > 1, \" Farming efficiency improves and livestock is reduced.\", \"\")","v":"By 2050, 0.4% of UK land is used for bioenergy crops (compared to 0.4% in 2015)."},{"$f":"\"By 2050, \"&ROUND(($BD$309 +((INDEX($L$309:$O$309, 0, AM$113) -$BD$309) * (2050 -$AD$309) / $AE$309)) / LBBY.LndTot. *100, 1) &\"% of UK land is used for bioenergy crops \"\n&\"(compared to \"&ROUND($BD$309 / LBBY.LndTot. *100, 1)&\"% in 2015).\"\n&IF(AM$111 > 1, \" Farming efficiency improves and livestock is reduced.\", \"\")","v":"By 2050, 2.9% of UK land is used for bioenergy crops (compared to 0.4% in 2015). Farming efficiency improves and livestock is reduced."},{"$f":"\"By 2050, \"&ROUND(($BD$309 +((INDEX($L$309:$O$309, 0, AN$113) -$BD$309) * (2050 -$AD$309) / $AE$309)) / LBBY.LndTot. *100, 1) &\"% of UK land is used for bioenergy crops \"\n&\"(compared to \"&ROUND($BD$309 / LBBY.LndTot. *100, 1)&\"% in 2015).\"\n&IF(AN$111 > 1, \" Farming efficiency improves and livestock is reduced.\", \"\")","v":"By 2050, 5.7% of UK land is used for bioenergy crops (compared to 0.4% in 2015). Farming efficiency improves and livestock is reduced."},{"$f":"\"By 2050, \"&ROUND(($BD$309 +((INDEX($L$309:$O$309, 0, AO$113) -$BD$309) * (2050 -$AD$309) / $AE$309)) / LBBY.LndTot. *100, 1) &\"% of UK land is used for bioenergy crops \"\n&\"(compared to \"&ROUND($BD$309 / LBBY.LndTot. *100, 1)&\"% in 2015).\"\n&IF(AO$111 > 1, \" Farming efficiency improves and livestock is reduced.\", \"\")","v":"By 2050, 8.2% of UK land is used for bioenergy crops (compared to 0.4% in 2015). Farming efficiency improves and livestock is reduced."}]
[null,null,"No Control Lv1",1,"Simplified.lever.16","Simplified.lever.value.16"]
[null,null,"No Control Lv2",2,"Simplified.lever.17","Simplified.lever.value.17"]
[null,null,"No Control Lv3",3,"Simplified.lever.18","Simplified.lever.value.18"]
[null,null,"No Control Lv4",4,"Simplified.lever.19","Simplified.lever.value.19"]
[null,null,null,null,null,null,null,null,null,null,null,"*some descriptions have been adjusted to reflect that the full level of ambition is not reached by 2050."]
[]
[]
[]
[]
[]
["Manual Lever Selection and Model Lever Values Applied"]
[]
[]
[null,null,null,{"$f":"Control.Method.Manual&\"_\"&D165","v":"Manual_Share/Penetration"},{"$f":"Control.Method.Manual&\"_\"&E165","v":"Manual_Start"},{"$f":"Control.Method.Manual&\"_\"&F165","v":"Manual_Speed"},{"$f":"Control.Method.Manual&\"_\"&G165","v":"Manual_End"},null,null,null,{"$f":"\"=OFFSET(\"&$L$165&$B163&\",0,-1)\"","v":"=OFFSET(lv1.,0,-1)"},{"$f":"\"=\"&L$165&$B163","v":"=lv1."},{"$f":"\"=\"&M$165&$B163","v":"=lv2."},{"$f":"\"=\"&N$165&$B163","v":"=lv3."},{"$f":"\"=\"&O$165&$B163","v":"=lv4."},{"$f":"\"=\"&SUBSTITUTE(B163,\"Amb\",\"lvr\")","v":"="},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control.Method.Web.Tool&\"_\"&AB165","v":"Web tool_Lever"},{"$f":"Control.Method.Web.Tool&\"_\"&AC165","v":"Web tool_Share/Penetration"},{"$f":"Control.Method.Web.Tool&\"_\"&AD165","v":"Web tool_Start"},{"$f":"Control.Method.Web.Tool&\"_\"&AE165","v":"Web tool_Speed"},{"$f":"Control.Method.My2050&\"_\"&AF165","v":"My2050_Lever"},{"$f":"Control.Method.My2050&\"_\"&AG165","v":"My2050_Share/Penetration"},{"$f":"Control.Method.My2050&\"_\"&AH165","v":"My2050_Start"},{"$f":"Control.Method.My2050&\"_\"&AI165","v":"My2050_Speed"},null,null,null,null,null,null,null,{"$f":"Control.Method.Selected&\"_\"&AQ165","v":"Web tool_Share/Penetration"},{"$f":"Control.Method.Selected&\"_\"&AR165","v":"Web tool_Start"},{"$f":"Control.Method.Selected&\"_\"&AS165","v":"Web tool_Speed"},null,null,null,null,null,null,null,null,null,"Speed Test- show 1 if action takes place faster than level 4 under default timing.","BaU",null,null,null,"BaU Values for Indices"]
[null,null,null,"Manual Choices",null,null,null,null,null,null,null,"Ambition level options",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Web Tool",null,null,null,"My2050",null,null,null,null,null,null,null,null,null,null,"Lever levels applied",null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(BC166:BC327)","v":0}]
[null,null,null,"Share/Penetration","Start","Speed","End","Ambition","Timing",null,"Units","lv1.","lv2.","lv3.","lv4.","Selected",null,null,null,null,null,null,null,null,null,null,null,"Lever","Share/Penetration","Start","Speed","Lever","Share/Penetration","Start","Speed",null,null,null,null,null,null,null,"Share/Penetration","Start","Speed",null,null,null,null,null,null,null,null,null,"Speed Test- show 1 if action takes place faster than level 4 under default timing. If the levels of ambition are not a contiuously increasing or continuously decreasing series show zero (pass) as the speed test is not valid. The test shows 1 if the magnitude of the difference between the ambition level applied and level 1 divided by the speed of action is greater than the absolute difference between level 4 and level 1 divided by the default speed of action. A factor of 10^-12 is subtracted as a threshold to avoid false possitives due to Excel rounding errors where ambition levels are the same or very similar.",{"$f":"BY.","v":2015},"Units","Start","End","Value","Unit","Note"]
[null,{"$f":"Model!$G$5483","v":"AmbDemUnit.dDPs."},{"$f":"AW166&AX166","v":"Domestic passenger travel demand"},1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnit.dDPs.,0,-1)","v":"Psg km. / person"},{"$f":"lv1.AmbDemUnit.dDPs.","v":12000},{"$f":"lv2.AmbDemUnit.dDPs.","v":10714},{"$f":"lv3.AmbDemUnit.dDPs.","v":9950},{"$f":"lv4.AmbDemUnit.dDPs.","v":8292},{"$f":"LvrDemUnit.dDPs.","v":12000},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,{"$f":"INDEX($D166:$AI166, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2020,30,null,null,null,null,"Domestic passenger travel demand",null,null,null,null,{"$f":"IF( OR(AND(L166 <= M166, M166 <= N166, N166 <=O166), AND(L166 >= M166, M166 >= N166, N166 >=O166)),\n IF( (ABS(P166 -L166) / AS166) -10^-12 > (ABS(O166 -L166) / AI166), 1, 0),\n 0)","v":0},{"$f":"+SUMIFS(DemUnitBaU.dDPs.,Prd.,BY.)","v":10915.112928226921},{"$f":"OFFSET(lv1.AmbDemUnit.dDPs.,0,-1)","v":"Psg km. / person"},{"$f":"+SUMIFS(DemUnitBaU.dDPs.,Prd.,AQ166)","v":0},{"$f":"+SUMIFS(DemUnitBaU.dDPs.,Prd.,2050)","v":11594.841147516447},"…","…","…","TS"]
[null,{"$f":"Model!$G$5507","v":"AmbShrPen.Wlk.dDPs."},"Walking share of passenger travel demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.Wlk.dDPs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.Wlk.dDPs.","v":2.5000000000000001E-2},{"$f":"lv2.AmbShrPen.Wlk.dDPs.","v":0.03},{"$f":"lv3.AmbShrPen.Wlk.dDPs.","v":3.5000000000000003E-2},{"$f":"lv4.AmbShrPen.Wlk.dDPs.","v":5.5E-2},{"$f":"LvrShrPen.Wlk.dDPs.","v":2.5000000000000001E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,"Walking share of passenger travel demand",null,null,null,null,{"$f":"IF( OR(AND(L167 <= M167, M167 <= N167, N167 <=O167), AND(L167 >= M167, M167 >= N167, N167 >=O167)),\n IF( (ABS(P167 -L167) / AS167) -10^-12 > (ABS(O167 -L167) / AI167), 1, 0),\n 0)","v":0},{"$f":"+SUMIFS(ShrBaU.Wlk.dDPs.,Prd.,BY.)","v":2.8346762422078651E-2},{"$f":"OFFSET(lv1.AmbShrPen.Wlk.dDPs.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.Wlk.dDPs.,Prd.,AQ167)","v":0},{"$f":"+SUMIFS(ShrBaU.Wlk.dDPs.,Prd.,2050)","v":2.6684980764301487E-2},"…","…","…","TS"]
[null,{"$f":"Model!$G$5508","v":"AmbShrPen.Cyc.dDPs."},"Cycling share of passenger travel demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.Cyc.dDPs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.Cyc.dDPs.","v":5.0000000000000001E-3},{"$f":"lv2.AmbShrPen.Cyc.dDPs.","v":0.04},{"$f":"lv3.AmbShrPen.Cyc.dDPs.","v":0.09},{"$f":"lv4.AmbShrPen.Cyc.dDPs.","v":0.15},{"$f":"LvrShrPen.Cyc.dDPs.","v":5.0000000000000001E-3},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,"Cycling share of passenger travel demand",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.Cyc.dDPs.,Prd.,BY.)","v":7.8091747315816185E-3},{"$f":"OFFSET(lv1.AmbShrPen.Cyc.dDPs.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.Cyc.dDPs.,Prd.,AQ168)","v":0},{"$f":"+SUMIFS(ShrBaU.Cyc.dDPs.,Prd.,2050)","v":1.6404544243891147E-2},"…","…","…","TS"]
[null,{"$f":"Model!$G$5509","v":"AmbShrPen.carALL.dDPs."},"Car share of passenger travel demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.carALL.dDPs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.carALL.dDPs.","v":0.81},{"$f":"lv2.AmbShrPen.carALL.dDPs.","v":0.72499999999999998},{"$f":"lv3.AmbShrPen.carALL.dDPs.","v":0.63},{"$f":"lv4.AmbShrPen.carALL.dDPs.","v":0.48499999999999999},{"$f":"LvrShrPen.carALL.dDPs.","v":0.81},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,"Car share of passenger travel demand",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.carALL.dDPs.,Prd.,BY.)","v":0.7731441695707949},{"$f":"OFFSET(lv1.AmbShrPen.carALL.dDPs.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.carALL.dDPs.,Prd.,AQ169)","v":0},{"$f":"+SUMIFS(ShrBaU.carALL.dDPs.,Prd.,2050)","v":0.7827715009821834},"…","…","…","TS"]
[null,{"$f":"Model!$G$5510","v":"AmbShrPen.busALL.dDPs."},"Bus share of passenger travel demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.busALL.dDPs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.busALL.dDPs.","v":4.4999999999999998E-2},{"$f":"lv2.AmbShrPen.busALL.dDPs.","v":0.05},{"$f":"lv3.AmbShrPen.busALL.dDPs.","v":7.4999999999999997E-2},{"$f":"lv4.AmbShrPen.busALL.dDPs.","v":0.115},{"$f":"LvrShrPen.busALL.dDPs.","v":4.4999999999999998E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,{"$f":"INDEX($D170:$AI170, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2020,30,null,null,null,null,"Bus share of passenger travel demand",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.busALL.dDPs.,Prd.,BY.)","v":6.3690889247791524E-2},{"$f":"OFFSET(lv1.AmbShrPen.busALL.dDPs.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.busALL.dDPs.,Prd.,AQ170)","v":0},{"$f":"+SUMIFS(ShrBaU.busALL.dDPs.,Prd.,2050)","v":5.0235768341914837E-2},"…","…","…","TS"]
[null,{"$f":"Model!$G$5511","v":"AmbShrPen.trnPALL.dDPs."},"Rail share of passenger travel demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.trnPALL.dDPs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.trnPALL.dDPs.","v":9.5000000000000001E-2},{"$f":"lv2.AmbShrPen.trnPALL.dDPs.","v":0.13500000000000001},{"$f":"lv3.AmbShrPen.trnPALL.dDPs.","v":0.15},{"$f":"lv4.AmbShrPen.trnPALL.dDPs.","v":0.18},{"$f":"LvrShrPen.trnPALL.dDPs.","v":9.5000000000000001E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,"Rail share of passenger travel demand",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.trnPALL.dDPs.,Prd.,BY.)","v":0.10335873065448963},{"$f":"OFFSET(lv1.AmbShrPen.trnPALL.dDPs.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.trnPALL.dDPs.,Prd.,AQ171)","v":0},{"$f":"+SUMIFS(ShrBaU.trnPALL.dDPs.,Prd.,2050)","v":9.7299497497090978E-2},"…","…","…","TS"]
[null,{"$f":"Model!$G$5512","v":"AmbShrPen.aviD.dDPs."},"Aviation share of passenger travel demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.aviD.dDPs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.aviD.dDPs.","v":0.02},{"$f":"lv2.AmbShrPen.aviD.dDPs.","v":0.02},{"$f":"lv3.AmbShrPen.aviD.dDPs.","v":0.02},{"$f":"lv4.AmbShrPen.aviD.dDPs.","v":1.4999999999999999E-2},{"$f":"LvrShrPen.aviD.dDPs.","v":0.02},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,"Aviation share of passenger travel demand",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.aviD.dDPs.,Prd.,BY.)","v":2.365027337326369E-2},{"$f":"OFFSET(lv1.AmbShrPen.aviD.dDPs.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.aviD.dDPs.,Prd.,AQ172)","v":0},{"$f":"+SUMIFS(ShrBaU.aviD.dDPs.,Prd.,2050)","v":2.6603708170617944E-2},"…","…","…","TS"]
[null,{"$f":"Model!$G$5590","v":"AmbDemUnit.aviI.dDPs."},"International passenger travel demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnit.aviI.dDPs.,0,-1)","v":"Psg km. / person"},{"$f":"lv1.AmbDemUnit.aviI.dDPs.","v":7457.5},{"$f":"lv2.AmbDemUnit.aviI.dDPs.","v":6682.333333333333},{"$f":"lv3.AmbDemUnit.aviI.dDPs.","v":5907.166666666667},{"$f":"lv4.AmbDemUnit.aviI.dDPs.","v":5132},{"$f":"LvrDemUnit.aviI.dDPs.","v":7457.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$71","v":"International Aviation"},{"$f":"Control!$D$71","v":1},{"$f":"Control!$E$71","v":2020},{"$f":"Control!$F$71","v":30},{"$f":"Control!$AK$71","v":"Transport Behaviour"},{"$f":"Control!$AP$71","v":1},{"$f":"Control!$AG$71","v":2020},{"$f":"Control!$AI$71","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,"International passenger travel demand",null,null,null,null,0,{"$f":"+SUMIFS(DemUnitBaU.aviI.dDPs.,Prd.,BY.)","v":5271.2285933993035},{"$f":"OFFSET(lv1.AmbDemUnit.aviI.dDPs.,0,-1)","v":"Psg km. / person"},{"$f":"+SUMIFS(DemUnitBaU.aviI.dDPs.,Prd.,AQ173)","v":0},{"$f":"+SUMIFS(DemUnitBaU.aviI.dDPs.,Prd.,2050)","v":7457.4801589492818},"…","…","…","TS"]
[null,{"$f":"Model!$G$5647","v":"AmbOcc.carALL."},"Car Occupancy/sharing rates",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbOcc.carALL.,0,-1)","v":"Psg / Vehicle"},{"$f":"lv1.AmbOcc.carALL.","v":1.45},{"$f":"lv2.AmbOcc.carALL.","v":1.55},{"$f":"lv3.AmbOcc.carALL.","v":1.6},{"$f":"lv4.AmbOcc.carALL.","v":1.8},{"$f":"LvrOcc.carALL.","v":1.45},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,"Car Occupancy/sharing rates",null,null,null,null,0,{"$f":"+SUMIFS(OccBaU.carALL.,Prd.,BY.)","v":1.531135531135531},{"$f":"OFFSET(lv1.AmbOcc.carALL.,0,-1)","v":"Psg / Vehicle"},{"$f":"+SUMIFS(OccBaU.carALL.,Prd.,AQ174)","v":0},{"$f":"+SUMIFS(OccBaU.carALL.,Prd.,2050)","v":1.4451219512195121},"…","…","…","TS"]
[null,{"$f":"Model!$G$7256","v":"AmbRng.carALL."},"Car own or hire (average vehicle mileage)",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbRng.carALL.,0,-1)","v":"km. / Vehicle"},{"$f":"lv1.AmbRng.carALL.","v":13700},{"$f":"lv2.AmbRng.carALL.","v":18233.333333333332},{"$f":"lv3.AmbRng.carALL.","v":22766.666666666664},{"$f":"lv4.AmbRng.carALL.","v":27300},{"$f":"LvrRng.carALL.","v":13700},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$70","v":"UK Transport Demand"},{"$f":"Control!$D$70","v":1},{"$f":"Control!$E$70","v":2020},{"$f":"Control!$F$70","v":30},{"$f":"Control!$AK$70","v":"Transport Behaviour"},{"$f":"Control!$AP$70","v":1},{"$f":"Control!$AG$70","v":2020},{"$f":"Control!$AI$70","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,"Car own or hire (average vehicle mileage)",null,null,null,null,0,{"$f":"RngBY.carALL.","v":11065.551097967917},{"$f":"OFFSET(lv1.AmbRng.carALL.,0,-1)","v":"km. / Vehicle"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5817","v":"AmbShrPen.carE."},"Car - Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.carE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.carE.","v":0},{"$f":"lv2.AmbShrPen.carE.","v":0.5},{"$f":"lv3.AmbShrPen.carE.","v":0.95},{"$f":"lv4.AmbShrPen.carE.","v":1},{"$f":"LvrShrPen.carE.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$72","v":"Light Vehicles - Electric"},{"$f":"Control!$D$72","v":1},{"$f":"Control!$E$72","v":2020},{"$f":"Control!$F$72","v":30},{"$f":"Control!$AK$72","v":"Light Vehicle Technology"},{"$f":"Control!$AP$72","v":1},{"$f":"Control!$AG$72","v":2020},{"$f":"Control!$AI$72","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Car - ","Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.carE.","v":8.0000000000000004E-4},{"$f":"OFFSET(lv1.AmbShrPen.carE.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5818","v":"AmbShrPen.carH2."},"Car - Hydrogen vehicle distance share",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.carH2.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.carH2.","v":0},{"$f":"lv2.AmbShrPen.carH2.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.carH2.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.carH2.","v":1},{"$f":"LvrShrPen.carH2.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$73","v":"Light Vehicles - Hydrogen"},{"$f":"Control!$D$73","v":1},{"$f":"Control!$E$73","v":2025},{"$f":"Control!$F$73","v":25},{"$f":"Control!$AK$73","v":"No Control Lv1"},{"$f":"Control!$AP$73","v":1},{"$f":"Control!$AG$73","v":2025},{"$f":"Control!$AI$73","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Car - ","Hydrogen vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.carH2.","v":2.5987192348005282E-6},{"$f":"OFFSET(lv1.AmbShrPen.carH2.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5819","v":"AmbShrPen.carPHEV."},"Car - Plug-in Hybrid Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.carPHEV.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.carPHEV.","v":0},{"$f":"lv2.AmbShrPen.carPHEV.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.carPHEV.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.carPHEV.","v":1},{"$f":"LvrShrPen.carPHEV.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$74","v":"Light Vehicles - Hybrid"},{"$f":"Control!$D$74","v":1},{"$f":"Control!$E$74","v":2020},{"$f":"Control!$F$74","v":30},{"$f":"Control!$AK$74","v":"No Control Lv1"},{"$f":"Control!$AP$74","v":1},{"$f":"Control!$AG$74","v":2020},{"$f":"Control!$AI$74","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Car - ","Plug-in Hybrid Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.carPHEV.","v":2.2737653120746648E-3},{"$f":"OFFSET(lv1.AmbShrPen.carPHEV.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5820","v":"AmbShrPen.lgvE."},"LGV - Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.lgvE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.lgvE.","v":0},{"$f":"lv2.AmbShrPen.lgvE.","v":0.5},{"$f":"lv3.AmbShrPen.lgvE.","v":0.95},{"$f":"lv4.AmbShrPen.lgvE.","v":1},{"$f":"LvrShrPen.lgvE.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$72","v":"Light Vehicles - Electric"},{"$f":"Control!$D$72","v":1},{"$f":"Control!$E$72","v":2020},{"$f":"Control!$F$72","v":30},{"$f":"Control!$AK$72","v":"Light Vehicle Technology"},{"$f":"Control!$AP$72","v":1},{"$f":"Control!$AG$72","v":2020},{"$f":"Control!$AI$72","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"LGV - ","Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.lgvE.","v":1.22991320212118E-3},{"$f":"OFFSET(lv1.AmbShrPen.lgvE.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5821","v":"AmbShrPen.lgvH2."},"LGV - Hydrogen vehicle distance share",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.lgvH2.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.lgvH2.","v":0},{"$f":"lv2.AmbShrPen.lgvH2.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.lgvH2.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.lgvH2.","v":1},{"$f":"LvrShrPen.lgvH2.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$73","v":"Light Vehicles - Hydrogen"},{"$f":"Control!$D$73","v":1},{"$f":"Control!$E$73","v":2025},{"$f":"Control!$F$73","v":25},{"$f":"Control!$AK$73","v":"No Control Lv1"},{"$f":"Control!$AP$73","v":1},{"$f":"Control!$AG$73","v":2025},{"$f":"Control!$AI$73","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"LGV - ","Hydrogen vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.lgvH2.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.lgvH2.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5822","v":"AmbShrPen.lgvPHEV."},"LGV - Plug-in Hybrid Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.lgvPHEV.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.lgvPHEV.","v":0},{"$f":"lv2.AmbShrPen.lgvPHEV.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.lgvPHEV.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.lgvPHEV.","v":1},{"$f":"LvrShrPen.lgvPHEV.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$74","v":"Light Vehicles - Hybrid"},{"$f":"Control!$D$74","v":1},{"$f":"Control!$E$74","v":2020},{"$f":"Control!$F$74","v":30},{"$f":"Control!$AK$74","v":"No Control Lv1"},{"$f":"Control!$AP$74","v":1},{"$f":"Control!$AG$74","v":2020},{"$f":"Control!$AI$74","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"LGV - ","Plug-in Hybrid Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.lgvPHEV.","v":1.8629370809060701E-4},{"$f":"OFFSET(lv1.AmbShrPen.lgvPHEV.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5823","v":"AmbShrPen.hgvRE."},"HGV Rigid - Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hgvRE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.hgvRE.","v":0},{"$f":"lv2.AmbShrPen.hgvRE.","v":0.2},{"$f":"lv3.AmbShrPen.hgvRE.","v":0.5},{"$f":"lv4.AmbShrPen.hgvRE.","v":1},{"$f":"LvrShrPen.hgvRE.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$72","v":"Light Vehicles - Electric"},{"$f":"Control!$D$72","v":1},{"$f":"Control!$E$72","v":2020},{"$f":"Control!$F$72","v":30},{"$f":"Control!$AK$72","v":"Light Vehicle Technology"},{"$f":"Control!$AP$72","v":1},{"$f":"Control!$AG$72","v":2020},{"$f":"Control!$AI$72","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"HGV Rigid - ","Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.hgvRE.","v":8.3561992923899327E-4},{"$f":"OFFSET(lv1.AmbShrPen.hgvRE.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5824","v":"AmbShrPen.hgvRH2."},"HGV Rigid - Hydrogen vehicle distance share",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hgvRH2.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.hgvRH2.","v":0},{"$f":"lv2.AmbShrPen.hgvRH2.","v":0.05},{"$f":"lv3.AmbShrPen.hgvRH2.","v":0.5},{"$f":"lv4.AmbShrPen.hgvRH2.","v":1},{"$f":"LvrShrPen.hgvRH2.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$73","v":"Light Vehicles - Hydrogen"},{"$f":"Control!$D$73","v":1},{"$f":"Control!$E$73","v":2025},{"$f":"Control!$F$73","v":25},{"$f":"Control!$AK$73","v":"No Control Lv1"},{"$f":"Control!$AP$73","v":1},{"$f":"Control!$AG$73","v":2025},{"$f":"Control!$AI$73","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"HGV Rigid - ","Hydrogen vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.hgvRH2.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.hgvRH2.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5825","v":"AmbShrPen.hgvRPHEV."},"HGV Rigid - Plug-in Hybrid Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hgvRPHEV.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.hgvRPHEV.","v":0},{"$f":"lv2.AmbShrPen.hgvRPHEV.","v":0.2},{"$f":"lv3.AmbShrPen.hgvRPHEV.","v":0.5},{"$f":"lv4.AmbShrPen.hgvRPHEV.","v":1},{"$f":"LvrShrPen.hgvRPHEV.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$74","v":"Light Vehicles - Hybrid"},{"$f":"Control!$D$74","v":1},{"$f":"Control!$E$74","v":2020},{"$f":"Control!$F$74","v":30},{"$f":"Control!$AK$74","v":"No Control Lv1"},{"$f":"Control!$AP$74","v":1},{"$f":"Control!$AG$74","v":2020},{"$f":"Control!$AI$74","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"HGV Rigid - ","Plug-in Hybrid Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.hgvRPHEV.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.hgvRPHEV.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5826","v":"AmbShrPen.hgvAE."},"HGV Articulated - Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hgvAE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.hgvAE.","v":0},{"$f":"lv2.AmbShrPen.hgvAE.","v":0.02},{"$f":"lv3.AmbShrPen.hgvAE.","v":0.15},{"$f":"lv4.AmbShrPen.hgvAE.","v":1},{"$f":"LvrShrPen.hgvAE.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$76","v":"Heavy Vehicles - Electric"},{"$f":"Control!$D$76","v":1},{"$f":"Control!$E$76","v":2020},{"$f":"Control!$F$76","v":30},{"$f":"Control!$AK$76","v":"Heavy Vehicle Technology"},{"$f":"Control!$AP$76","v":1},{"$f":"Control!$AG$76","v":2020},{"$f":"Control!$AI$76","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"HGV Articulated - ","Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.hgvAE.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.hgvAE.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5827","v":"AmbShrPen.hgvAH2."},"HGV Articulated - Hydrogen vehicle distance share",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hgvAH2.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.hgvAH2.","v":0},{"$f":"lv2.AmbShrPen.hgvAH2.","v":0.5},{"$f":"lv3.AmbShrPen.hgvAH2.","v":0.8},{"$f":"lv4.AmbShrPen.hgvAH2.","v":1},{"$f":"LvrShrPen.hgvAH2.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$77","v":"Heavy Vehicles - Hydrogen"},{"$f":"Control!$D$77","v":1},{"$f":"Control!$E$77","v":2025},{"$f":"Control!$F$77","v":25},{"$f":"Control!$AK$77","v":"No Control Lv1"},{"$f":"Control!$AP$77","v":1},{"$f":"Control!$AG$77","v":2025},{"$f":"Control!$AI$77","v":25},null,null,null,null,null,null,null,{"$f":"INDEX($D186:$AI186, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2025,25,null,null,null,"HGV Articulated - ","Hydrogen vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.hgvAH2.","v":8.3561992923899327E-4},{"$f":"OFFSET(lv1.AmbShrPen.hgvAH2.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5828","v":"AmbShrPen.hgvAPHEV."},"HGV Articulated - Plug-in Hybrid Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hgvAPHEV.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.hgvAPHEV.","v":0},{"$f":"lv2.AmbShrPen.hgvAPHEV.","v":0.25},{"$f":"lv3.AmbShrPen.hgvAPHEV.","v":0.6},{"$f":"lv4.AmbShrPen.hgvAPHEV.","v":1},{"$f":"LvrShrPen.hgvAPHEV.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$78","v":"Heavy Vehicles - Hybrid"},{"$f":"Control!$D$78","v":1},{"$f":"Control!$E$78","v":2020},{"$f":"Control!$F$78","v":30},{"$f":"Control!$AK$78","v":"No Control Lv1"},{"$f":"Control!$AP$78","v":1},{"$f":"Control!$AG$78","v":2020},{"$f":"Control!$AI$78","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"HGV Articulated - ","Plug-in Hybrid Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.hgvAPHEV.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.hgvAPHEV.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5829","v":"AmbShrPen.busE."},"Bus - Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.busE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.busE.","v":0},{"$f":"lv2.AmbShrPen.busE.","v":0.4},{"$f":"lv3.AmbShrPen.busE.","v":0.6},{"$f":"lv4.AmbShrPen.busE.","v":1},{"$f":"LvrShrPen.busE.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$76","v":"Heavy Vehicles - Electric"},{"$f":"Control!$D$76","v":1},{"$f":"Control!$E$76","v":2020},{"$f":"Control!$F$76","v":30},{"$f":"Control!$AK$76","v":"Heavy Vehicle Technology"},{"$f":"Control!$AP$76","v":1},{"$f":"Control!$AG$76","v":2020},{"$f":"Control!$AI$76","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Bus - ","Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.busE.","v":1.1532516942099631E-3},{"$f":"OFFSET(lv1.AmbShrPen.busE.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5830","v":"AmbShrPen.busH2."},"Bus - Hydrogen vehicle distance share",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.busH2.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.busH2.","v":0},{"$f":"lv2.AmbShrPen.busH2.","v":0.4},{"$f":"lv3.AmbShrPen.busH2.","v":0.6},{"$f":"lv4.AmbShrPen.busH2.","v":1},{"$f":"LvrShrPen.busH2.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$77","v":"Heavy Vehicles - Hydrogen"},{"$f":"Control!$D$77","v":1},{"$f":"Control!$E$77","v":2025},{"$f":"Control!$F$77","v":25},{"$f":"Control!$AK$77","v":"No Control Lv1"},{"$f":"Control!$AP$77","v":1},{"$f":"Control!$AG$77","v":2025},{"$f":"Control!$AI$77","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Bus - ","Hydrogen vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.busH2.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.busH2.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5831","v":"AmbShrPen.busPHEV."},"Bus - Plug-in Hybrid Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.busPHEV.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.busPHEV.","v":0},{"$f":"lv2.AmbShrPen.busPHEV.","v":0.4},{"$f":"lv3.AmbShrPen.busPHEV.","v":0.6},{"$f":"lv4.AmbShrPen.busPHEV.","v":1},{"$f":"LvrShrPen.busPHEV.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$78","v":"Heavy Vehicles - Hybrid"},{"$f":"Control!$D$78","v":1},{"$f":"Control!$E$78","v":2020},{"$f":"Control!$F$78","v":30},{"$f":"Control!$AK$78","v":"No Control Lv1"},{"$f":"Control!$AP$78","v":1},{"$f":"Control!$AG$78","v":2020},{"$f":"Control!$AI$78","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Bus - ","Plug-in Hybrid Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.busPHEV.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.busPHEV.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5832","v":"AmbShrPen.trnPE."},"Rail Passenger - Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.trnPE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.trnPE.","v":0.65},{"$f":"lv2.AmbShrPen.trnPE.","v":0.8},{"$f":"lv3.AmbShrPen.trnPE.","v":0.9},{"$f":"lv4.AmbShrPen.trnPE.","v":1},{"$f":"LvrShrPen.trnPE.","v":0.65},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$76","v":"Heavy Vehicles - Electric"},{"$f":"Control!$D$76","v":1},{"$f":"Control!$E$76","v":2020},{"$f":"Control!$F$76","v":30},{"$f":"Control!$AK$76","v":"Heavy Vehicle Technology"},{"$f":"Control!$AP$76","v":1},{"$f":"Control!$AG$76","v":2020},{"$f":"Control!$AI$76","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Rail Passenger - ","Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.trnPE.","v":0.64682055475175915},{"$f":"OFFSET(lv1.AmbShrPen.trnPE.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$5833","v":"AmbShrPen.trnFE."},"Rail Freight - Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.trnFE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.trnFE.","v":0.08},{"$f":"lv2.AmbShrPen.trnFE.","v":0.4},{"$f":"lv3.AmbShrPen.trnFE.","v":0.75},{"$f":"lv4.AmbShrPen.trnFE.","v":1},{"$f":"LvrShrPen.trnFE.","v":0.08},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$76","v":"Heavy Vehicles - Electric"},{"$f":"Control!$D$76","v":1},{"$f":"Control!$E$76","v":2020},{"$f":"Control!$F$76","v":30},{"$f":"Control!$AK$76","v":"Heavy Vehicle Technology"},{"$f":"Control!$AP$76","v":1},{"$f":"Control!$AG$76","v":2020},{"$f":"Control!$AI$76","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Rail Freight - ","Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.trnFE.","v":7.7512243022257066E-2},{"$f":"OFFSET(lv1.AmbShrPen.trnFE.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6066","v":"AmbShrPen.carALL.fBiL."},"Car - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.carALL.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.carALL.fBiL.","v":2.8999999999999998E-2},{"$f":"lv2.AmbShrPen.carALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.carALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.carALL.fBiL.","v":1},{"$f":"LvrShrPen.carALL.fBiL.","v":2.8999999999999998E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$75","v":"Light Vehicles - Biofuel"},{"$f":"Control!$D$75","v":1},{"$f":"Control!$E$75","v":2020},{"$f":"Control!$F$75","v":30},{"$f":"Control!$AK$75","v":"No Control Lv1"},{"$f":"Control!$AP$75","v":1},{"$f":"Control!$AG$75","v":2020},{"$f":"Control!$AI$75","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Car - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.carALL.fBiL.","v":2.9090457817033274E-2},{"$f":"OFFSET(lv1.AmbShrPen.carALL.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6067","v":"AmbShrPen.lgvALL.fBiL."},"LGV - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.lgvALL.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.lgvALL.fBiL.","v":2.8999999999999998E-2},{"$f":"lv2.AmbShrPen.lgvALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.lgvALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.lgvALL.fBiL.","v":1},{"$f":"LvrShrPen.lgvALL.fBiL.","v":2.8999999999999998E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$75","v":"Light Vehicles - Biofuel"},{"$f":"Control!$D$75","v":1},{"$f":"Control!$E$75","v":2020},{"$f":"Control!$F$75","v":30},{"$f":"Control!$AK$75","v":"No Control Lv1"},{"$f":"Control!$AP$75","v":1},{"$f":"Control!$AG$75","v":2020},{"$f":"Control!$AI$75","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"LGV - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.lgvALL.fBiL.","v":2.2848644269701419E-2},{"$f":"OFFSET(lv1.AmbShrPen.lgvALL.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6068","v":"AmbShrPen.hgvRALL.fBiL."},"HGV Rigid - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hgvRALL.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.hgvRALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.hgvRALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.hgvRALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.hgvRALL.fBiL.","v":1},{"$f":"LvrShrPen.hgvRALL.fBiL.","v":2.2000000000000002E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$75","v":"Light Vehicles - Biofuel"},{"$f":"Control!$D$75","v":1},{"$f":"Control!$E$75","v":2020},{"$f":"Control!$F$75","v":30},{"$f":"Control!$AK$75","v":"No Control Lv1"},{"$f":"Control!$AP$75","v":1},{"$f":"Control!$AG$75","v":2020},{"$f":"Control!$AI$75","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"HGV Rigid - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.hgvRALL.fBiL.","v":2.2344359200719029E-2},{"$f":"OFFSET(lv1.AmbShrPen.hgvRALL.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6069","v":"AmbShrPen.hgvAALL.fBiL."},"HGV Articulated - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hgvAALL.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.hgvAALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.hgvAALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.hgvAALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.hgvAALL.fBiL.","v":1},{"$f":"LvrShrPen.hgvAALL.fBiL.","v":2.2000000000000002E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$79","v":"Heavy Vehicles - Biofuel"},{"$f":"Control!$D$79","v":1},{"$f":"Control!$E$79","v":2020},{"$f":"Control!$F$79","v":30},{"$f":"Control!$AK$79","v":"No Control Lv1"},{"$f":"Control!$AP$79","v":1},{"$f":"Control!$AG$79","v":2020},{"$f":"Control!$AI$79","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"HGV Articulated - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.hgvAALL.fBiL.","v":2.2344359200719029E-2},{"$f":"OFFSET(lv1.AmbShrPen.hgvAALL.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6070","v":"AmbShrPen.busALL.fBiL."},"Bus - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.busALL.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.busALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.busALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.busALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.busALL.fBiL.","v":1},{"$f":"LvrShrPen.busALL.fBiL.","v":2.2000000000000002E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$79","v":"Heavy Vehicles - Biofuel"},{"$f":"Control!$D$79","v":1},{"$f":"Control!$E$79","v":2020},{"$f":"Control!$F$79","v":30},{"$f":"Control!$AK$79","v":"No Control Lv1"},{"$f":"Control!$AP$79","v":1},{"$f":"Control!$AG$79","v":2020},{"$f":"Control!$AI$79","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Bus - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.busALL.fBiL.","v":2.2344359200719029E-2},{"$f":"OFFSET(lv1.AmbShrPen.busALL.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6071","v":"AmbShrPen.trnPALL.fBiL."},"Rail Passenger - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.trnPALL.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.trnPALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.trnPALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.trnPALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.trnPALL.fBiL.","v":1},{"$f":"LvrShrPen.trnPALL.fBiL.","v":2.2000000000000002E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$79","v":"Heavy Vehicles - Biofuel"},{"$f":"Control!$D$79","v":1},{"$f":"Control!$E$79","v":2020},{"$f":"Control!$F$79","v":30},{"$f":"Control!$AK$79","v":"No Control Lv1"},{"$f":"Control!$AP$79","v":1},{"$f":"Control!$AG$79","v":2020},{"$f":"Control!$AI$79","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Rail Passenger - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.trnPALL.fBiL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.trnPALL.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6072","v":"AmbShrPen.trnFALL.fBiL."},"Rail Freight - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.trnFALL.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.trnFALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.trnFALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.trnFALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.trnFALL.fBiL.","v":1},{"$f":"LvrShrPen.trnFALL.fBiL.","v":2.2000000000000002E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$79","v":"Heavy Vehicles - Biofuel"},{"$f":"Control!$D$79","v":1},{"$f":"Control!$E$79","v":2020},{"$f":"Control!$F$79","v":30},{"$f":"Control!$AK$79","v":"No Control Lv1"},{"$f":"Control!$AP$79","v":1},{"$f":"Control!$AG$79","v":2020},{"$f":"Control!$AI$79","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Rail Freight - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.trnFALL.fBiL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.trnFALL.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6073","v":"AmbShrPen.nrm.fBiL."},"Non Road Mobile Machinery - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.nrm.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.nrm.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.nrm.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.nrm.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.nrm.fBiL.","v":1},{"$f":"LvrShrPen.nrm.fBiL.","v":2.2000000000000002E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$79","v":"Heavy Vehicles - Biofuel"},{"$f":"Control!$D$79","v":1},{"$f":"Control!$E$79","v":2020},{"$f":"Control!$F$79","v":30},{"$f":"Control!$AK$79","v":"No Control Lv1"},{"$f":"Control!$AP$79","v":1},{"$f":"Control!$AG$79","v":2020},{"$f":"Control!$AI$79","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Non Road Mobile Machinery - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.nrm.fBiL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.nrm.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6074","v":"AmbShrPen.shpD.fBiL."},"Shipping Domestic - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.shpD.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.shpD.fBiL.","v":0},{"$f":"lv2.AmbShrPen.shpD.fBiL.","v":0.1},{"$f":"lv3.AmbShrPen.shpD.fBiL.","v":0.3},{"$f":"lv4.AmbShrPen.shpD.fBiL.","v":1},{"$f":"LvrShrPen.shpD.fBiL.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$79","v":"Heavy Vehicles - Biofuel"},{"$f":"Control!$D$79","v":1},{"$f":"Control!$E$79","v":2020},{"$f":"Control!$F$79","v":30},{"$f":"Control!$AK$79","v":"No Control Lv1"},{"$f":"Control!$AP$79","v":1},{"$f":"Control!$AG$79","v":2020},{"$f":"Control!$AI$79","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Shipping Domestic - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.shpD.fBiL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.shpD.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$6075","v":"AmbShrPen.shpI.fBiL."},"Shipping International - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.shpI.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.shpI.fBiL.","v":0},{"$f":"lv2.AmbShrPen.shpI.fBiL.","v":0.1},{"$f":"lv3.AmbShrPen.shpI.fBiL.","v":0.3},{"$f":"lv4.AmbShrPen.shpI.fBiL.","v":1},{"$f":"LvrShrPen.shpI.fBiL.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$79","v":"Heavy Vehicles - Biofuel"},{"$f":"Control!$D$79","v":1},{"$f":"Control!$E$79","v":2020},{"$f":"Control!$F$79","v":30},{"$f":"Control!$AK$79","v":"No Control Lv1"},{"$f":"Control!$AP$79","v":1},{"$f":"Control!$AG$79","v":2020},{"$f":"Control!$AI$79","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Shipping International - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.shpI.fBiL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.shpI.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$8434","v":"AmbEInIndx.aviD."},"Aviation Domestic - Energy Intensity Improvement",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.aviD.,0,-1)","v":"…"},{"$f":"lv1.AmbEInIndx.aviD.","v":0.85},{"$f":"lv2.AmbEInIndx.aviD.","v":0.7},{"$f":"lv3.AmbEInIndx.aviD.","v":0.65},{"$f":"lv4.AmbEInIndx.aviD.","v":0.6},{"$f":"LvrEInIndx.aviD.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$80","v":"Aviation Efficiency"},{"$f":"Control!$D$80","v":1},{"$f":"Control!$E$80","v":2020},{"$f":"Control!$F$80","v":30},{"$f":"Control!$AK$80","v":"Heavy Vehicle Technology"},{"$f":"Control!$AP$80","v":1},{"$f":"Control!$AG$80","v":2020},{"$f":"Control!$AI$80","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Aviation Domestic - ","Energy Intensity Improvement",null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.aviD.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.aviD.,0,-1)","v":"…"},{"$f":"+SUMIFS(EInIndxBaU.aviD.,Prd.,AR203)","v":0.99500999000499901},{"$f":"+SUMIFS(EInIndxBaU.aviD.,Prd.,2050)","v":1.4369134876814402},{"$f":"+SUMIFS(EIn.aviDCon.fFsL.,Prd.,2015)","v":5.3691955366701385E-8},{"$f":"OFFSET(INDEX(EIn.aviDCon.fFsL.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / km."},"FFL only","TS"]
[null,{"$f":"Model!$G$8435","v":"AmbEInIndx.aviI."},"Aviation International - Energy Intensity Improvement",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.aviI.,0,-1)","v":"…"},{"$f":"lv1.AmbEInIndx.aviI.","v":0.85},{"$f":"lv2.AmbEInIndx.aviI.","v":0.7},{"$f":"lv3.AmbEInIndx.aviI.","v":0.65},{"$f":"lv4.AmbEInIndx.aviI.","v":0.6},{"$f":"LvrEInIndx.aviI.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$80","v":"Aviation Efficiency"},{"$f":"Control!$D$80","v":1},{"$f":"Control!$E$80","v":2020},{"$f":"Control!$F$80","v":30},{"$f":"Control!$AK$80","v":"Heavy Vehicle Technology"},{"$f":"Control!$AP$80","v":1},{"$f":"Control!$AG$80","v":2020},{"$f":"Control!$AI$80","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Aviation International - ","Energy Intensity Improvement",null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.aviI.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.aviI.,0,-1)","v":"…"},{"$f":"+SUMIFS(EInIndxBaU.aviI.,Prd.,AR204)","v":0.99500999000499901},{"$f":"+SUMIFS(EInIndxBaU.aviI.,Prd.,2050)","v":1.4369134876814402},{"$f":"+SUMIFS(EIn.aviICon.fFsL.,Prd.,2015)","v":3.9227701382564237E-8},{"$f":"OFFSET(INDEX(EIn.aviICon.fFsL.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / km."},"FFL only","TS"]
[null,{"$f":"Model!$G$8465","v":"AmbShrPen.aviDPHEV."},"Aviation Domestic - Plug-in Hybrid Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.aviDPHEV.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.aviDPHEV.","v":0},{"$f":"lv2.AmbShrPen.aviDPHEV.","v":0},{"$f":"lv3.AmbShrPen.aviDPHEV.","v":0.5},{"$f":"lv4.AmbShrPen.aviDPHEV.","v":1},{"$f":"LvrShrPen.aviDPHEV.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$80","v":"Aviation Efficiency"},{"$f":"Control!$D$80","v":1},{"$f":"Control!$E$80","v":2020},{"$f":"Control!$F$80","v":30},{"$f":"Control!$AK$80","v":"Heavy Vehicle Technology"},{"$f":"Control!$AP$80","v":1},{"$f":"Control!$AG$80","v":2020},{"$f":"Control!$AI$80","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Aviation Domestic - ","Plug-in Hybrid Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.aviDPHEV.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.aviDPHEV.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$8466","v":"AmbShrPen.aviIPHEV."},"Aviation International - Plug-in Hybrid Electric vehicle distance share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.aviIPHEV.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.aviIPHEV.","v":0},{"$f":"lv2.AmbShrPen.aviIPHEV.","v":0},{"$f":"lv3.AmbShrPen.aviIPHEV.","v":0.5},{"$f":"lv4.AmbShrPen.aviIPHEV.","v":1},{"$f":"LvrShrPen.aviIPHEV.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$80","v":"Aviation Efficiency"},{"$f":"Control!$D$80","v":1},{"$f":"Control!$E$80","v":2020},{"$f":"Control!$F$80","v":30},{"$f":"Control!$AK$80","v":"Heavy Vehicle Technology"},{"$f":"Control!$AP$80","v":1},{"$f":"Control!$AG$80","v":2020},{"$f":"Control!$AI$80","v":30},null,null,null,null,null,null,null,{"$f":"INDEX($D206:$AI206, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2020,30,null,null,null,"Aviation International - ","Plug-in Hybrid Electric vehicle distance share",null,null,null,null,0,{"$f":"ShrBY.aviIPHEV.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.aviIPHEV.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$8501","v":"AmbShrPen.aviD.fBiL."},"Aviation Domestic - Biofuel share of liquid fuel",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.aviD.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.aviD.fBiL.","v":0},{"$f":"lv2.AmbShrPen.aviD.fBiL.","v":0.1},{"$f":"lv3.AmbShrPen.aviD.fBiL.","v":0.3},{"$f":"lv4.AmbShrPen.aviD.fBiL.","v":1},{"$f":"LvrShrPen.aviD.fBiL.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$81","v":"Aviation Biofuel"},{"$f":"Control!$D$81","v":1},{"$f":"Control!$E$81","v":2025},{"$f":"Control!$F$81","v":25},{"$f":"Control!$AK$81","v":"MIN(Bioenergy,5-Carbon Capture )"},{"$f":"Control!$AP$81","v":1},{"$f":"Control!$AG$81","v":2025},{"$f":"Control!$AI$81","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Aviation Domestic - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.aviD.fBiL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.aviD.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$8502","v":"AmbShrPen.aviI.fBiL."},"Aviation International - Biofuel share of liquid fuel",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.aviI.fBiL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.aviI.fBiL.","v":0},{"$f":"lv2.AmbShrPen.aviI.fBiL.","v":0.1},{"$f":"lv3.AmbShrPen.aviI.fBiL.","v":0.3},{"$f":"lv4.AmbShrPen.aviI.fBiL.","v":1},{"$f":"LvrShrPen.aviI.fBiL.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$81","v":"Aviation Biofuel"},{"$f":"Control!$D$81","v":1},{"$f":"Control!$E$81","v":2025},{"$f":"Control!$F$81","v":25},{"$f":"Control!$AK$81","v":"MIN(Bioenergy,5-Carbon Capture )"},{"$f":"Control!$AP$81","v":1},{"$f":"Control!$AG$81","v":2025},{"$f":"Control!$AI$81","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Aviation International - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.aviI.fBiL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.aviI.fBiL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$1480","v":"AmbTmpIn.dDwl."},"Dwelling internal temperature",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbTmpIn.dDwl.,0,-1)","v":"°C"},{"$f":"lv1.AmbTmpIn.dDwl.","v":20},{"$f":"lv2.AmbTmpIn.dDwl.","v":18},{"$f":"lv3.AmbTmpIn.dDwl.","v":17},{"$f":"lv4.AmbTmpIn.dDwl.","v":16},{"$f":"LvrTmpIn.dDwl.dSH.","v":20},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$82","v":"Buildings Temperature"},{"$f":"Control!$D$82","v":1},{"$f":"Control!$E$82","v":2020},{"$f":"Control!$F$82","v":30},{"$f":"Control!$AK$82","v":"Buildings Behaviour"},{"$f":"Control!$AP$82","v":1},{"$f":"Control!$AG$82","v":2020},{"$f":"Control!$AI$82","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(TmpInBaU.dDwl.,Prd.,BY.)","v":18.7},{"$f":"OFFSET(lv1.AmbTmpIn.dDwl.,0,-1)","v":"°C"},{"$f":"+SUMIFS(TmpInBaU.dDwl.,Prd.,AR209)","v":18.7},{"$f":"+SUMIFS(TmpInBaU.dDwl.,Prd.,2050)","v":18.7},"…","…","…","TS"]
[null,{"$f":"Model!$G$1498","v":"AmbShrPen.dCnsv."},"Domestic insulation/conservation measure deployments",1,2020,20,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.dCnsv.,0,-1)","v":"Number of retrofits"},{"$f":"lv1.AmbShrPen.dCnsv.","v":2500000},{"$f":"lv2.AmbShrPen.dCnsv.","v":9166666.666666666},{"$f":"lv3.AmbShrPen.dCnsv.","v":15833333.333333332},{"$f":"lv4.AmbShrPen.dCnsv.","v":22500000},{"$f":"LvrShrPen.dCnsv.","v":2500000},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$83","v":"Buildings Insulation"},{"$f":"Control!$D$83","v":1},{"$f":"Control!$E$83","v":2020},{"$f":"Control!$F$83","v":20},{"$f":"Control!$AK$83","v":"Insulation & Efficiency"},{"$f":"Control!$AP$83","v":1},{"$f":"Control!$AG$83","v":2020},{"$f":"Control!$AI$83","v":20},null,null,null,null,null,null,null,1,2020,20,null,null,null,null,null,null,null,null,null,0,0,{"$f":"OFFSET(lv1.AmbShrPen.dCnsv.,0,-1)","v":"Number of retrofits"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$1514","v":"AmbHtLsRt.dDwlNwI."},"Dwelling new build standards",1,2020,20,null,null,null,null,{"$f":"OFFSET(lv1.AmbHtLsRt.dDwlNwI.,0,-1)","v":"W / °C"},{"$f":"lv1.AmbHtLsRt.dDwlNwI.","v":150},{"$f":"lv2.AmbHtLsRt.dDwlNwI.","v":100},{"$f":"lv3.AmbHtLsRt.dDwlNwI.","v":62.5},{"$f":"lv4.AmbHtLsRt.dDwlNwI.","v":25},{"$f":"LvrHtLsRt.dDwlNwI.dSH.","v":150},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$83","v":"Buildings Insulation"},{"$f":"Control!$D$83","v":1},{"$f":"Control!$E$83","v":2020},{"$f":"Control!$F$83","v":20},{"$f":"Control!$AK$83","v":"Insulation & Efficiency"},{"$f":"Control!$AP$83","v":1},{"$f":"Control!$AG$83","v":2020},{"$f":"Control!$AI$83","v":20},null,null,null,null,null,null,null,1,2020,20,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(HtLsRtBaU.dDwlNwI.,Prd.,BY.)","v":150},{"$f":"OFFSET(lv1.AmbHtLsRt.dDwlNwI.,0,-1)","v":"W / °C"},{"$f":"+SUMIFS(HtLsRtBaU.dDwlNwI.,Prd.,AR211)","v":150},{"$f":"+SUMIFS(HtLsRtBaU.dDwlNwI.,Prd.,2040)","v":150},"…","…","…","TS"]
[null,{"$f":"Model!$G$1644","v":"AmbDemUnitIndx.dDwl.dHW."},"Domestic hot water demand index",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.dDwl.dHW.,0,-1)","v":"…"},{"$f":"lv1.AmbDemUnitIndx.dDwl.dHW.","v":1.43},{"$f":"lv2.AmbDemUnitIndx.dDwl.dHW.","v":1.03},{"$f":"lv3.AmbDemUnitIndx.dDwl.dHW.","v":0.77},{"$f":"lv4.AmbDemUnitIndx.dDwl.dHW.","v":0.51},{"$f":"LvrDemUnitIndx.dDwl.dHW.","v":1.43},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$82","v":"Buildings Temperature"},{"$f":"Control!$D$82","v":1},{"$f":"Control!$E$82","v":2020},{"$f":"Control!$F$82","v":30},{"$f":"Control!$AK$82","v":"Buildings Behaviour"},{"$f":"Control!$AP$82","v":1},{"$f":"Control!$AG$82","v":2020},{"$f":"Control!$AI$82","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dHW.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbDemUnitIndx.dDwl.dHW.,0,-1)","v":"…"},{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dHW.,Prd.,AR212)","v":1},{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dHW.,Prd.,2050)","v":1},{"$f":"+SUMIFS(DemUnitBaU.dDwl.dHW.,Prd.,2015)","v":7.0993738414479547E-7},{"$f":"OFFSET(INDEX(DemUnitBaU.dDwl.dHW.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / Person"},"…","TS"]
[null,{"$f":"Model!$G$1580","v":"AmbDemUnitIndx.nFlr.dSH."},"Non-domestic space heat demand index",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dSH.,0,-1)","v":"…"},{"$f":"lv1.AmbDemUnitIndx.nFlr.dSH.","v":1.5},{"$f":"lv2.AmbDemUnitIndx.nFlr.dSH.","v":1.35},{"$f":"lv3.AmbDemUnitIndx.nFlr.dSH.","v":1.08},{"$f":"lv4.AmbDemUnitIndx.nFlr.dSH.","v":0.8},{"$f":"LvrDemUnitIndx.nFlr.dSH.","v":1.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$82","v":"Buildings Temperature"},{"$f":"Control!$D$82","v":1},{"$f":"Control!$E$82","v":2020},{"$f":"Control!$F$82","v":30},{"$f":"Control!$AK$82","v":"Buildings Behaviour"},{"$f":"Control!$AP$82","v":1},{"$f":"Control!$AG$82","v":2020},{"$f":"Control!$AI$82","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dSH.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dSH.,0,-1)","v":"…"},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dSH.,Prd.,AR213)","v":1},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dSH.,Prd.,2050)","v":1},{"$f":"+SUMIFS(DemUnit.nFlrBYS.dSH.,Prd.,2015)","v":1.5398907000112354E-7},{"$f":"OFFSET(INDEX(DemUnit.nFlrBYS.dSH.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / sqm floor area"},"…","TS"]
[null,{"$f":"Model!$G$1597","v":"AmbShrPen.nCnsv."},"Non-Domestic insulation/conservation measure deployments",1,2020,20,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.nCnsv.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.nCnsv.","v":0},{"$f":"lv2.AmbShrPen.nCnsv.","v":0.33},{"$f":"lv3.AmbShrPen.nCnsv.","v":0.67},{"$f":"lv4.AmbShrPen.nCnsv.","v":1},{"$f":"LvrShrPen.nCnsv.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$83","v":"Buildings Insulation"},{"$f":"Control!$D$83","v":1},{"$f":"Control!$E$83","v":2020},{"$f":"Control!$F$83","v":20},{"$f":"Control!$AK$83","v":"Insulation & Efficiency"},{"$f":"Control!$AP$83","v":1},{"$f":"Control!$AG$83","v":2020},{"$f":"Control!$AI$83","v":20},null,null,null,null,null,null,null,1,2020,20,null,null,null,null,null,null,null,null,null,0,0,{"$f":"OFFSET(lv1.AmbShrPen.nCnsv.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$1620","v":"AmbDemUnitIndx.nFlrNwI.dSH."},"Non-Domestic new build standards",1,2020,20,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlrNwI.dSH.,0,-1)","v":"Index"},{"$f":"lv1.AmbDemUnitIndx.nFlrNwI.dSH.","v":0.6},{"$f":"lv2.AmbDemUnitIndx.nFlrNwI.dSH.","v":0.3},{"$f":"lv3.AmbDemUnitIndx.nFlrNwI.dSH.","v":0.2},{"$f":"lv4.AmbDemUnitIndx.nFlrNwI.dSH.","v":0.1},{"$f":"LvrDemUnitIndx.nFlrNwI.dSH.","v":0.6},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$83","v":"Buildings Insulation"},{"$f":"Control!$D$83","v":1},{"$f":"Control!$E$83","v":2020},{"$f":"Control!$F$83","v":20},{"$f":"Control!$AK$83","v":"Insulation & Efficiency"},{"$f":"Control!$AP$83","v":1},{"$f":"Control!$AG$83","v":2020},{"$f":"Control!$AI$83","v":20},null,null,null,null,null,null,null,1,2020,20,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(DemUnitIndxBaU.nFlrNwI.dSH.,Prd.,BY.)","v":0.6},{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlrNwI.dSH.,0,-1)","v":"Index"},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlrNwI.dSH.,Prd.,AR215)","v":0.6},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlrNwI.dSH.,Prd.,2040)","v":0.6},{"$f":"+SUMIFS(DemUnit.nFlrNwI.dSH.,Prd.,2015)","v":9.239344200067412E-8},{"$f":"OFFSET(INDEX(DemUnit.nFlrNwI.dSH.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / sqm floor area"},"…","TS"]
[null,{"$f":"Model!$G$1667","v":"AmbDemUnitIndx.nFlr.dHW."},"Non-Domestic hot water demand index",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dHW.,0,-1)","v":"…"},{"$f":"lv1.AmbDemUnitIndx.nFlr.dHW.","v":1.5},{"$f":"lv2.AmbDemUnitIndx.nFlr.dHW.","v":1.42},{"$f":"lv3.AmbDemUnitIndx.nFlr.dHW.","v":1.25},{"$f":"lv4.AmbDemUnitIndx.nFlr.dHW.","v":0.9},{"$f":"LvrDemUnitIndx.nFlr.dHW.","v":1.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$82","v":"Buildings Temperature"},{"$f":"Control!$D$82","v":1},{"$f":"Control!$E$82","v":2020},{"$f":"Control!$F$82","v":30},{"$f":"Control!$AK$82","v":"Buildings Behaviour"},{"$f":"Control!$AP$82","v":1},{"$f":"Control!$AG$82","v":2020},{"$f":"Control!$AI$82","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dHW.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dHW.,0,-1)","v":"…"},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dHW.,Prd.,AR216)","v":1},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dHW.,Prd.,2050)","v":1},{"$f":"+SUMIFS(DemUnitBaU.nFlr.dHW.,Prd.,2015)","v":1.6336889877224795E-8},{"$f":"OFFSET(INDEX(DemUnitBaU.nFlr.dHW.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / sqm floor area"},"…","TS"]
[null,{"$f":"Model!$G$1691","v":"AmbShrPen.dDHN."},"Domestic District heat share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.dDHN.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.dDHN.","v":0.04},{"$f":"lv2.AmbShrPen.dDHN.","v":0.2},{"$f":"lv3.AmbShrPen.dDHN.","v":0.4},{"$f":"lv4.AmbShrPen.dDHN.","v":0.6},{"$f":"LvrShrPen.dDHN.","v":0.04},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$84","v":"District Heat Share"},{"$f":"Control!$D$84","v":1},{"$f":"Control!$E$84","v":2020},{"$f":"Control!$F$84","v":30},{"$f":"Control!$AK$84","v":"No Control Lv1"},{"$f":"Control!$AP$84","v":1},{"$f":"Control!$AG$84","v":2020},{"$f":"Control!$AI$84","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ShrBY.dDHN.","v":3.6675753645661162E-2},{"$f":"OFFSET(lv1.AmbShrPen.dDHN.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$1692","v":"AmbShrPen.dHPALL."},"Domestic Heat Pump share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.dHPALL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.dHPALL.","v":0},{"$f":"lv2.AmbShrPen.dHPALL.","v":0.2},{"$f":"lv3.AmbShrPen.dHPALL.","v":0.4},{"$f":"lv4.AmbShrPen.dHPALL.","v":0.9},{"$f":"LvrShrPen.dHPALL.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$85","v":"Heat Pump Share"},{"$f":"Control!$D$85","v":1},{"$f":"Control!$E$85","v":2020},{"$f":"Control!$F$85","v":30},{"$f":"Control!$AK$85","v":"Heat Technology"},{"$f":"Control!$AP$85","v":1},{"$f":"Control!$AG$85","v":2020},{"$f":"Control!$AI$85","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ShrBY.dHPALL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.dHPALL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$1693","v":"AmbShrPen.dHyb."},"Domestic Hybrid Heat Pump share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.dHyb.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.dHyb.","v":0},{"$f":"lv2.AmbShrPen.dHyb.","v":0.25},{"$f":"lv3.AmbShrPen.dHyb.","v":0.5},{"$f":"lv4.AmbShrPen.dHyb.","v":0.9},{"$f":"LvrShrPen.dHyb.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$86","v":"Hybrid Heat Share"},{"$f":"Control!$D$86","v":1},{"$f":"Control!$E$86","v":2020},{"$f":"Control!$F$86","v":30},{"$f":"Control!$AK$86","v":"No Control Lv1"},{"$f":"Control!$AP$86","v":1},{"$f":"Control!$AG$86","v":2020},{"$f":"Control!$AI$86","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ShrBY.dHyb.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.dHyb.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$1758","v":"AmbShrPen.nDHN."},"Non-Domestic District heat share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.nDHN.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.nDHN.","v":0.05},{"$f":"lv2.AmbShrPen.nDHN.","v":0.2},{"$f":"lv3.AmbShrPen.nDHN.","v":0.4},{"$f":"lv4.AmbShrPen.nDHN.","v":0.6},{"$f":"LvrShrPen.nDHN.","v":0.05},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$84","v":"District Heat Share"},{"$f":"Control!$D$84","v":1},{"$f":"Control!$E$84","v":2020},{"$f":"Control!$F$84","v":30},{"$f":"Control!$AK$84","v":"No Control Lv1"},{"$f":"Control!$AP$84","v":1},{"$f":"Control!$AG$84","v":2020},{"$f":"Control!$AI$84","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ShrBY.nDHN.","v":2.9636418556377574E-2},{"$f":"OFFSET(lv1.AmbShrPen.nDHN.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$1759","v":"AmbShrPen.nHPALL."},"Non-Domestic Heat Pump share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.nHPALL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.nHPALL.","v":0},{"$f":"lv2.AmbShrPen.nHPALL.","v":0.2},{"$f":"lv3.AmbShrPen.nHPALL.","v":0.4},{"$f":"lv4.AmbShrPen.nHPALL.","v":0.9},{"$f":"LvrShrPen.nHPALL.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$85","v":"Heat Pump Share"},{"$f":"Control!$D$85","v":1},{"$f":"Control!$E$85","v":2020},{"$f":"Control!$F$85","v":30},{"$f":"Control!$AK$85","v":"Heat Technology"},{"$f":"Control!$AP$85","v":1},{"$f":"Control!$AG$85","v":2020},{"$f":"Control!$AI$85","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ShrBY.nHPALL.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.nHPALL.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$1760","v":"AmbShrPen.nHyb."},"Non-Domestic Hybrid Heat Pump share",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.nHyb.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.nHyb.","v":0},{"$f":"lv2.AmbShrPen.nHyb.","v":0.25},{"$f":"lv3.AmbShrPen.nHyb.","v":0.5},{"$f":"lv4.AmbShrPen.nHyb.","v":0.9},{"$f":"LvrShrPen.nHyb.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$86","v":"Hybrid Heat Share"},{"$f":"Control!$D$86","v":1},{"$f":"Control!$E$86","v":2020},{"$f":"Control!$F$86","v":30},{"$f":"Control!$AK$86","v":"No Control Lv1"},{"$f":"Control!$AP$86","v":1},{"$f":"Control!$AG$86","v":2020},{"$f":"Control!$AI$86","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ShrBY.nHyb.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.nHyb.,0,-1)","v":"…"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$4466","v":"AmbShrPen.hnHPW."},"Water Source Heat Pump share of network heat",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hnHPW.,0,-1)","v":"TWh."},{"$f":"lv1.AmbShrPen.hnHPW.","v":0},{"$f":"lv2.AmbShrPen.hnHPW.","v":20},{"$f":"lv3.AmbShrPen.hnHPW.","v":40},{"$f":"lv4.AmbShrPen.hnHPW.","v":80},{"$f":"LvrShrPen.hnHPW.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$87","v":"Network - Heat Pump"},{"$f":"Control!$D$87","v":1},{"$f":"Control!$E$87","v":2020},{"$f":"Control!$F$87","v":30},{"$f":"Control!$AK$87","v":"Heat Technology"},{"$f":"Control!$AP$87","v":1},{"$f":"Control!$AG$87","v":2020},{"$f":"Control!$AI$87","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ActvBY.hnHPW.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.hnHPW.,0,-1)","v":"TWh."},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$4467","v":"AmbShrPen.hnHPG."},"Ground Source Heat Pump share of network heat",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hnHPG.,0,-1)","v":"TWh."},{"$f":"lv1.AmbShrPen.hnHPG.","v":0},{"$f":"lv2.AmbShrPen.hnHPG.","v":50},{"$f":"lv3.AmbShrPen.hnHPG.","v":100},{"$f":"lv4.AmbShrPen.hnHPG.","v":225},{"$f":"LvrShrPen.hnHPG.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$87","v":"Network - Heat Pump"},{"$f":"Control!$D$87","v":1},{"$f":"Control!$E$87","v":2020},{"$f":"Control!$F$87","v":30},{"$f":"Control!$AK$87","v":"Heat Technology"},{"$f":"Control!$AP$87","v":1},{"$f":"Control!$AG$87","v":2020},{"$f":"Control!$AI$87","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ActvBY.hnHPG.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.hnHPG.,0,-1)","v":"TWh."},"…","…","…","…","…","Const"]
[null,{"$f":"Model!$G$4468","v":"AmbShrPen.hnCHPB."},"Biomass CHP share of network heat",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.hnCHPB.,0,-1)","v":"TWh."},{"$f":"lv1.AmbShrPen.hnCHPB.","v":0},{"$f":"lv2.AmbShrPen.hnCHPB.","v":25},{"$f":"lv3.AmbShrPen.hnCHPB.","v":50},{"$f":"lv4.AmbShrPen.hnCHPB.","v":100},{"$f":"LvrShrPen.hnCHPB.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$88","v":"Heat Network - Biomass"},{"$f":"Control!$D$88","v":1},{"$f":"Control!$E$88","v":2020},{"$f":"Control!$F$88","v":30},{"$f":"Control!$AK$88","v":"No Control Lv1"},{"$f":"Control!$AP$88","v":1},{"$f":"Control!$AG$88","v":2020},{"$f":"Control!$AI$88","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ActvBY.hnCHPB.","v":0.23851018220793144},{"$f":"OFFSET(lv1.AmbShrPen.hnCHPB.,0,-1)","v":"TWh."},"…","…","…","…","…","Const"]
[null,{"$f":"Model!G3641","v":"AmbShrPen.dDwl.dCl."},"Share of dwellings with air conditioning",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.dDwl.dCl.,0,-1)","v":"Fraction of dwellings"},{"$f":"lv1.AmbShrPen.dDwl.dCl.","v":0.5},{"$f":"lv2.AmbShrPen.dDwl.dCl.","v":0.33},{"$f":"lv3.AmbShrPen.dDwl.dCl.","v":0.16700000000000001},{"$f":"lv4.AmbShrPen.dDwl.dCl.","v":0},{"$f":"LvrShrPen.dDwl.dCl.","v":0.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$82","v":"Buildings Temperature"},{"$f":"Control!$D$82","v":1},{"$f":"Control!$E$82","v":2020},{"$f":"Control!$F$82","v":30},{"$f":"Control!$AK$82","v":"Buildings Behaviour"},{"$f":"Control!$AP$82","v":1},{"$f":"Control!$AG$82","v":2020},{"$f":"Control!$AI$82","v":30},null,null,null,null,null,null,null,{"$f":"INDEX($D226:$AI226, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.dDwl.dCl.,Prd.,BY.)","v":1.0915334480413704E-2},{"$f":"OFFSET(lv1.AmbShrPen.dDwl.dCl.,0,-1)","v":"Fraction of dwellings"},{"$f":"+SUMIFS(ShrBaU.dDwl.dCl.,Prd.,AR226)","v":1.3884163452424977E-2},{"$f":"+SUMIFS(ShrBaU.dDwl.dCl.,Prd.,2050)","v":0.50465469313754552},"…","…","…","Const"]
[null,{"$f":"Model!G3642","v":"AmbDemUnitIndx.nFlr.dCl."},"Non-Domestic cooling demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dCl.,0,-1)","v":"Index"},{"$f":"lv1.AmbDemUnitIndx.nFlr.dCl.","v":2.41},{"$f":"lv2.AmbDemUnitIndx.nFlr.dCl.","v":1.6},{"$f":"lv3.AmbDemUnitIndx.nFlr.dCl.","v":1.07},{"$f":"lv4.AmbDemUnitIndx.nFlr.dCl.","v":0.56000000000000005},{"$f":"LvrDemUnitIndx.nFlr.dCl.","v":2.41},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$82","v":"Buildings Temperature"},{"$f":"Control!$D$82","v":1},{"$f":"Control!$E$82","v":2020},{"$f":"Control!$F$82","v":30},{"$f":"Control!$AK$82","v":"Buildings Behaviour"},{"$f":"Control!$AP$82","v":1},{"$f":"Control!$AG$82","v":2020},{"$f":"Control!$AI$82","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dCl.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dCl.,0,-1)","v":"Index"},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dCl.,Prd.,AR227)","v":1.1523608333803474},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dCl.,Prd.,2050)","v":2.0665258336624315},{"$f":"DemUnitBY.nFlr.dCl.","v":4.9750476094347028E-8},{"$f":"OFFSET(DemUnitBY.nFlr.dCl.,0,-1)","v":"TWh. / sqm. floor area"},"…","TS"]
[null,{"$f":"Model!G3460","v":"AmbDemUnitIndx.dDwl.dLt."},"Domestic lighting demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.dDwl.dLt.,0,-1)","v":"Index (demand/person)"},{"$f":"lv1.AmbDemUnitIndx.dDwl.dLt.","v":1.5},{"$f":"lv2.AmbDemUnitIndx.dDwl.dLt.","v":1},{"$f":"lv3.AmbDemUnitIndx.dDwl.dLt.","v":0.85},{"$f":"lv4.AmbDemUnitIndx.dDwl.dLt.","v":0.7},{"$f":"LvrDemUnitIndx.dDwl.dLt.","v":1.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dLt.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbDemUnitIndx.dDwl.dLt.,0,-1)","v":"Index (demand/person)"},{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dLt.,Prd.,AR228)","v":1},{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dLt.,Prd.,2050)","v":1},{"$f":"DemUnitBY.dDwl.dLt.","v":2.0628538166609795E-7},{"$f":"OFFSET(DemUnitBY.dDwl.dLt.,0,-1)","v":"TWh. / person"},"…","TS"]
[null,{"$f":"Model!G3461","v":"AmbDemUnitIndx.nFlr.dLt."},"Non-Domestic lighting demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dLt.,0,-1)","v":"Index (demand/unit area of floorspace)"},{"$f":"lv1.AmbDemUnitIndx.nFlr.dLt.","v":1.3},{"$f":"lv2.AmbDemUnitIndx.nFlr.dLt.","v":1},{"$f":"lv3.AmbDemUnitIndx.nFlr.dLt.","v":0.75},{"$f":"lv4.AmbDemUnitIndx.nFlr.dLt.","v":0.5},{"$f":"LvrDemUnitIndx.nFlr.dLt.","v":1.3},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dLt.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dLt.,0,-1)","v":"Index (demand/unit area of floorspace)"},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dLt.,Prd.,AR229)","v":1},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dLt.,Prd.,2050)","v":1},{"$f":"DemUnitBY.nFlr.dLt.","v":3.7178369113374062E-8},{"$f":"OFFSET(DemUnitBY.nFlr.dLt.,0,-1)","v":"TWh. / sqm. floor area"},"…","TS"]
[null,{"$f":"Model!G3462","v":"AmbDemUnitIndx.dDwl.dAp."},"Domestic appliance demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.dDwl.dAp.,0,-1)","v":"Index (demand/person)"},{"$f":"lv1.AmbDemUnitIndx.dDwl.dAp.","v":1.5},{"$f":"lv2.AmbDemUnitIndx.dDwl.dAp.","v":1},{"$f":"lv3.AmbDemUnitIndx.dDwl.dAp.","v":0.75},{"$f":"lv4.AmbDemUnitIndx.dDwl.dAp.","v":0.5},{"$f":"LvrDemUnitIndx.dDwl.dAp.","v":1.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dAp.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbDemUnitIndx.dDwl.dAp.,0,-1)","v":"Index (demand/person)"},{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dAp.,Prd.,AR230)","v":1.0880327671405232},{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dAp.,Prd.,2050)","v":1.5333791048324368},{"$f":"DemUnitBY.dDwl.dAp.","v":9.0982635216436774E-7},{"$f":"OFFSET(DemUnitBY.dDwl.dAp.,0,-1)","v":"TWh. / person"},"…","TS"]
[null,{"$f":"Model!G3463","v":"AmbDemUnitIndx.nFlr.dAp."},"Non-Domestic appliance demand",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dAp.,0,-1)","v":"Index (demand/unit area of floorspace)"},{"$f":"lv1.AmbDemUnitIndx.nFlr.dAp.","v":1.3},{"$f":"lv2.AmbDemUnitIndx.nFlr.dAp.","v":1},{"$f":"lv3.AmbDemUnitIndx.nFlr.dAp.","v":0.9},{"$f":"lv4.AmbDemUnitIndx.nFlr.dAp.","v":0.8},{"$f":"LvrDemUnitIndx.nFlr.dAp.","v":1.3},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,{"$f":"IF( OR(AND(L231 <= M231, M231 <= N231, N231 <=O231), AND(L231 >= M231, M231 >= N231, N231 >=O231)),\n IF( (ABS(P231 -L231) / AS231) -10^-12 > (ABS(O231 -L231) / AI231), 1, 0),\n 0)","v":0},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dAp.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbDemUnitIndx.nFlr.dAp.,0,-1)","v":"Index (demand/unit area of floorspace)"},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dAp.,Prd.,AR231)","v":1.0880327671405232},{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dAp.,Prd.,2050)","v":1.5333791048324368},{"$f":"DemUnitBY.nFlr.dAp.","v":6.1566711980271622E-8},{"$f":"OFFSET(DemUnitBY.nFlr.dAp.,0,-1)","v":"TWh. / sqm. floor area"},"…","TS"]
[null,{"$f":"Model!G3464","v":"AmbEInIndx.dLt."},"Domestic lighting energy intensity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.dLt.,0,-1)","v":"Index"},{"$f":"lv1.AmbEInIndx.dLt.","v":0.77765736000000008},{"$f":"lv2.AmbEInIndx.dLt.","v":0.33},{"$f":"lv3.AmbEInIndx.dLt.","v":0.33},{"$f":"lv4.AmbEInIndx.dLt.","v":0.25},{"$f":"LvrEInIndx.dLt.","v":0.77765736000000008},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.dLt.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.dLt.,0,-1)","v":"Index"},{"$f":"+SUMIFS(EInIndxBaU.dLt.,Prd.,AR232)","v":0.7018401228347968},{"$f":"+SUMIFS(EInIndxBaU.dLt.,Prd.,2050)","v":0.33093730078759587},{"$f":"DemUnitBY.dDwl.dLt.","v":2.0628538166609795E-7},{"$f":"OFFSET(DemUnitBY.dDwl.dLt.,0,-1)","v":"TWh. / person"},"…","TS"]
[null,{"$f":"Model!G3465","v":"AmbEInIndx.nLt."},"Non-Domestic lighting energy intensity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.nLt.,0,-1)","v":"Index"},{"$f":"lv1.AmbEInIndx.nLt.","v":0.78570000000000007},{"$f":"lv2.AmbEInIndx.nLt.","v":0.5},{"$f":"lv3.AmbEInIndx.nLt.","v":0.5},{"$f":"lv4.AmbEInIndx.nLt.","v":0.4},{"$f":"LvrEInIndx.nLt.","v":0.78570000000000007},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.nLt.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.nLt.,0,-1)","v":"Index"},{"$f":"+SUMIFS(EInIndxBaU.nLt.,Prd.,AR233)","v":1},{"$f":"+SUMIFS(EInIndxBaU.nLt.,Prd.,2050)","v":0.78570000000000007},{"$f":"+SUMIFS(DemUnit.nFlr.dLt.,Prd.,2015)","v":3.7178369113374062E-8},{"$f":"OFFSET(INDEX(DemUnit.nFlr.dLt.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / sqm. floor area"},"…","TS"]
[null,{"$f":"Model!G3466","v":"AmbEInIndx.dAp."},"Domestic appliance energy intensity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.dAp.,0,-1)","v":"Index"},{"$f":"lv1.AmbEInIndx.dAp.","v":0.9},{"$f":"lv2.AmbEInIndx.dAp.","v":0.76666666666666672},{"$f":"lv3.AmbEInIndx.dAp.","v":0.6333333333333333},{"$f":"lv4.AmbEInIndx.dAp.","v":0.5},{"$f":"LvrEInIndx.dAp.","v":0.9},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.dAp.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.dAp.,0,-1)","v":"Index"},{"$f":"+SUMIFS(EInIndxBaU.dAp.,Prd.,AR234)","v":0.93605930647544411},{"$f":"+SUMIFS(EInIndxBaU.dAp.,Prd.,2050)","v":0.81232092768556396},{"$f":"+SUMIFS(DemUnit.dDwl.dAp.,Prd.,2015)","v":9.0982635216436774E-7},{"$f":"OFFSET(INDEX(DemUnit.dDwl.dAp.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / person"},"…","TS"]
[null,{"$f":"Model!G3467","v":"AmbEInIndx.nAp."},"Non-Domestic appliance energy intensity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.nAp.,0,-1)","v":"Index"},{"$f":"lv1.AmbEInIndx.nAp.","v":0.9},{"$f":"lv2.AmbEInIndx.nAp.","v":0.76666666666666672},{"$f":"lv3.AmbEInIndx.nAp.","v":0.6333333333333333},{"$f":"lv4.AmbEInIndx.nAp.","v":0.5},{"$f":"LvrEInIndx.nAp.","v":0.9},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.nAp.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.nAp.,0,-1)","v":"Index"},{"$f":"+SUMIFS(EInIndxBaU.nAp.,Prd.,AR235)","v":0.93605930647544411},{"$f":"+SUMIFS(EInIndxBaU.nAp.,Prd.,2050)","v":0.81232092768556396},{"$f":"+SUMIFS(DemUnit.nFlr.dAp.,Prd.,2015)","v":6.1566711980271622E-8},{"$f":"OFFSET(INDEX(DemUnit.nFlr.dAp.,MATCH(2015,Prd.,0)),0,-2)","v":"TWh. / sqm. floor area"},"…","TS"]
[null,{"$f":"Model!G3643","v":"AmbEInIndx.dAC."},"Domestic air conditioning energy intensity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.dAC.,0,-1)","v":"Index"},{"$f":"lv1.AmbEInIndx.dAC.","v":0.9},{"$f":"lv2.AmbEInIndx.dAC.","v":0.77},{"$f":"lv3.AmbEInIndx.dAC.","v":0.63},{"$f":"lv4.AmbEInIndx.dAC.","v":0.5},{"$f":"LvrEInIndx.dAC.","v":0.9},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.dAC.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.dAC.,0,-1)","v":"Index"},{"$f":"+SUMIFS(EInIndxBaU.dAC.,Prd.,AR236)","v":1},{"$f":"+SUMIFS(EInIndxBaU.dAC.,Prd.,2050)","v":1},{"$f":"EffBY.dAC.","v":3.87},{"$f":"OFFSET(EffBY.dAC.,0,-1)","v":"…"},"…","TS"]
[null,{"$f":"Model!G3644","v":"AmbEInIndx.nAC."},"Non-Domestic air conditioning energy intensity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.nAC.,0,-1)","v":"Index"},{"$f":"lv1.AmbEInIndx.nAC.","v":0.9},{"$f":"lv2.AmbEInIndx.nAC.","v":0.77},{"$f":"lv3.AmbEInIndx.nAC.","v":0.63},{"$f":"lv4.AmbEInIndx.nAC.","v":0.5},{"$f":"LvrEInIndx.nAC.","v":0.9},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$89","v":"Lighting and Appliances"},{"$f":"Control!$D$89","v":1},{"$f":"Control!$E$89","v":2020},{"$f":"Control!$F$89","v":30},{"$f":"Control!$AK$89","v":"Insulation & Efficiency"},{"$f":"Control!$AP$89","v":1},{"$f":"Control!$AG$89","v":2020},{"$f":"Control!$AI$89","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.nAC.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.nAC.,0,-1)","v":"Index"},{"$f":"+SUMIFS(EInIndxBaU.nAC.,Prd.,AR237)","v":0.9375},{"$f":"+SUMIFS(EInIndxBaU.nAC.,Prd.,2050)","v":0.83333333333333337},{"$f":"EffBY.nAC.","v":2.5},{"$f":"OFFSET(EffBY.nAC.,0,-1)","v":"…"},"…","TS"]
[null,{"$f":"Model!G12542","v":"AmbEInIndx.inSTL."},{"$f":"AW238&AX238","v":"Industrial Energy Intensity Index - Ferrous and non-ferrous metal production "},1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.inSTL.,0,-1)","v":"…"},{"$f":"lv1.AmbEInIndx.inSTL.","v":1},{"$f":"lv2.AmbEInIndx.inSTL.","v":1},{"$f":"lv3.AmbEInIndx.inSTL.","v":0.9},{"$f":"lv4.AmbEInIndx.inSTL.","v":0.75},{"$f":"LvrEInIndx.inSTL.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Energy Intensity Index - ","Ferrous and non-ferrous metal production ",null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.inSTL.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.inSTL.,0,-1)","v":"…"},{"$f":"+SUMIFS(EInIndxBaU.inSTL.,Prd.,AR238)","v":1},{"$f":"+SUMIFS(EInIndxBaU.inSTL.,Prd.,2050)","v":1},{"$f":"+SUMIFS(EIn.inSTLHtCHP.fFsL.,Prd.,2015)","v":1.001001001001001E-3},{"$f":"OFFSET(INDEX(EIn.inSTLHtCHP.fFsL.,MATCH(2015,Prd.,0)),0,-2)","v":"dimensionless (energy/energy)"},"…","TS"]
[null,{"$f":"Model!G12543","v":"AmbEInIndx.inOTH."},"Industrial Energy Intensity Index - Other Industry",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.inOTH.,0,-1)","v":"…"},{"$f":"lv1.AmbEInIndx.inOTH.","v":0.87},{"$f":"lv2.AmbEInIndx.inOTH.","v":0.72},{"$f":"lv3.AmbEInIndx.inOTH.","v":0.51},{"$f":"lv4.AmbEInIndx.inOTH.","v":0.4},{"$f":"LvrEInIndx.inOTH.","v":0.87},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Energy Intensity Index - ","Other Industry",null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.inOTH.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.inOTH.,0,-1)","v":"…"},{"$f":"+SUMIFS(EInIndxBaU.inOTH.,Prd.,AR239)","v":1},{"$f":"+SUMIFS(EInIndxBaU.inOTH.,Prd.,2050)","v":1},{"$f":"+SUMIFS(EIn.inOTHHtCHP.fFsL.,Prd.,2015)","v":1.001001001001001E-3},{"$f":"OFFSET(INDEX(EIn.inOTHHtCHP.fFsL.,MATCH(2015,Prd.,0)),0,-2)","v":"dimensionless (energy/energy)"},"…","TS"]
[null,{"$f":"Model!G12544","v":"AmbEInIndx.inCCG."},"Industrial Energy Intensity Index - Cement, ceramics and glass",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.inCCG.,0,-1)","v":"…"},{"$f":"lv1.AmbEInIndx.inCCG.","v":1},{"$f":"lv2.AmbEInIndx.inCCG.","v":1},{"$f":"lv3.AmbEInIndx.inCCG.","v":0.9},{"$f":"lv4.AmbEInIndx.inCCG.","v":0.75},{"$f":"LvrEInIndx.inCCG.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Energy Intensity Index - ","Cement, ceramics and glass",null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.inCCG.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.inCCG.,0,-1)","v":"…"},{"$f":"+SUMIFS(EInIndxBaU.inCCG.,Prd.,AR240)","v":1},{"$f":"+SUMIFS(EInIndxBaU.inCCG.,Prd.,2050)","v":1},{"$f":"+SUMIFS(EIn.inCCGHtCHP.fFsL.,Prd.,2015)","v":1.001001001001001E-3},{"$f":"OFFSET(INDEX(EIn.inCCGHtCHP.fFsL.,MATCH(2015,Prd.,0)),0,-2)","v":"dimensionless (energy/energy)"},"…","TS"]
[null,{"$f":"Model!G12545","v":"AmbEInIndx.inREF."},"Industrial Energy Intensity Index - Refineries",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.inREF.,0,-1)","v":"…"},{"$f":"lv1.AmbEInIndx.inREF.","v":0.87},{"$f":"lv2.AmbEInIndx.inREF.","v":0.72},{"$f":"lv3.AmbEInIndx.inREF.","v":0.51},{"$f":"lv4.AmbEInIndx.inREF.","v":0.4},{"$f":"LvrEInIndx.inREF.","v":0.87},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Energy Intensity Index - ","Refineries",null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.inREF.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.inREF.,0,-1)","v":"…"},{"$f":"+SUMIFS(EInIndxBaU.inREF.,Prd.,AR241)","v":1},{"$f":"+SUMIFS(EInIndxBaU.inREF.,Prd.,2050)","v":1},{"$f":"+SUMIFS(EIn.inREFHtCHP.fFsL.,Prd.,2015)","v":1.001001001001001E-3},{"$f":"OFFSET(INDEX(EIn.inREFHtCHP.fFsL.,MATCH(2015,Prd.,0)),0,-2)","v":"dimensionless (energy/energy)"},"…","TS"]
[null,{"$f":"Model!G12546","v":"AmbEInIndx.inCHE."},"Industrial Energy Intensity Index - Chemicals",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEInIndx.inCHE.,0,-1)","v":"…"},{"$f":"lv1.AmbEInIndx.inCHE.","v":0.87},{"$f":"lv2.AmbEInIndx.inCHE.","v":0.72},{"$f":"lv3.AmbEInIndx.inCHE.","v":0.51},{"$f":"lv4.AmbEInIndx.inCHE.","v":0.4},{"$f":"LvrEInIndx.inCHE.","v":0.87},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Energy Intensity Index - ","Chemicals",null,null,null,null,0,{"$f":"+SUMIFS(EInIndxBaU.inCHE.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEInIndx.inCHE.,0,-1)","v":"…"},{"$f":"+SUMIFS(EInIndxBaU.inCHE.,Prd.,AR242)","v":1},{"$f":"+SUMIFS(EInIndxBaU.inCHE.,Prd.,2050)","v":1},{"$f":"+SUMIFS(EIn.inCHEHtCHP.fFsL.,Prd.,2015)","v":1.001001001001001E-3},{"$f":"OFFSET(INDEX(EIn.inCHEHtCHP.fFsL.,MATCH(2015,Prd.,0)),0,-2)","v":"dimensionless (energy/energy)"},"…","TS"]
[null,{"$f":"Model!G12611","v":"AmbShrPen.inSTLHtccs."},"Ind CCS penetration - Ferrous and non-ferrous metal production ",1,2025,35,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inSTLHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inSTLHtccs.","v":0},{"$f":"lv2.AmbShrPen.inSTLHtccs.","v":0.22500000000000001},{"$f":"lv3.AmbShrPen.inSTLHtccs.","v":0.51249999999999996},{"$f":"lv4.AmbShrPen.inSTLHtccs.","v":1},{"$f":"LvrShrPen.inSTLHtccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$94","v":"Industry CCS"},{"$f":"Control!$D$94","v":1},{"$f":"Control!$E$94","v":2025},{"$f":"Control!$F$94","v":35},{"$f":"Control!$AK$94","v":"Carbon Capture "},{"$f":"Control!$AP$94","v":1},{"$f":"Control!$AG$94","v":2025},{"$f":"Control!$AI$94","v":35},null,null,null,null,null,null,null,1,2025,35,null,null,null,"Ind CCS penetration - ","Ferrous and non-ferrous metal production ",null,null,null,null,0,{"$f":"ShrBaU.inSTLHtccs.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.inSTLHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G12612","v":"AmbShrPen.inOTHHtccs."},"Ind CCS penetration - Other Industry",1,2025,35,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inOTHHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inOTHHtccs.","v":0},{"$f":"lv2.AmbShrPen.inOTHHtccs.","v":0.3},{"$f":"lv3.AmbShrPen.inOTHHtccs.","v":0.6},{"$f":"lv4.AmbShrPen.inOTHHtccs.","v":1},{"$f":"LvrShrPen.inOTHHtccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$94","v":"Industry CCS"},{"$f":"Control!$D$94","v":1},{"$f":"Control!$E$94","v":2025},{"$f":"Control!$F$94","v":35},{"$f":"Control!$AK$94","v":"Carbon Capture "},{"$f":"Control!$AP$94","v":1},{"$f":"Control!$AG$94","v":2025},{"$f":"Control!$AI$94","v":35},null,null,null,null,null,null,null,1,2025,35,null,null,null,"Ind CCS penetration - ","Other Industry",null,null,null,null,0,{"$f":"ShrBaU.inOTHHtccs.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.inOTHHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G12613","v":"AmbShrPen.inCCGHtccs."},"Ind CCS penetration - Cement, ceramics and glass",1,2025,35,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inCCGHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inCCGHtccs.","v":0},{"$f":"lv2.AmbShrPen.inCCGHtccs.","v":0.23749999999999999},{"$f":"lv3.AmbShrPen.inCCGHtccs.","v":0.51249999999999996},{"$f":"lv4.AmbShrPen.inCCGHtccs.","v":1},{"$f":"LvrShrPen.inCCGHtccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$94","v":"Industry CCS"},{"$f":"Control!$D$94","v":1},{"$f":"Control!$E$94","v":2025},{"$f":"Control!$F$94","v":35},{"$f":"Control!$AK$94","v":"Carbon Capture "},{"$f":"Control!$AP$94","v":1},{"$f":"Control!$AG$94","v":2025},{"$f":"Control!$AI$94","v":35},null,null,null,null,null,null,null,1,2025,35,null,null,null,"Ind CCS penetration - ","Cement, ceramics and glass",null,null,null,null,0,{"$f":"ShrBaU.inCCGHtccs.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.inCCGHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G12614","v":"AmbShrPen.inREFHtccs."},"Ind CCS penetration - Refineries",1,2025,35,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inREFHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inREFHtccs.","v":0},{"$f":"lv2.AmbShrPen.inREFHtccs.","v":0.25},{"$f":"lv3.AmbShrPen.inREFHtccs.","v":0.57499999999999996},{"$f":"lv4.AmbShrPen.inREFHtccs.","v":1},{"$f":"LvrShrPen.inREFHtccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$94","v":"Industry CCS"},{"$f":"Control!$D$94","v":1},{"$f":"Control!$E$94","v":2025},{"$f":"Control!$F$94","v":35},{"$f":"Control!$AK$94","v":"Carbon Capture "},{"$f":"Control!$AP$94","v":1},{"$f":"Control!$AG$94","v":2025},{"$f":"Control!$AI$94","v":35},null,null,null,null,null,null,null,{"$f":"INDEX($D246:$AI246, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2025,35,null,null,null,"Ind CCS penetration - ","Refineries",null,null,null,null,0,{"$f":"ShrBaU.inREFHtccs.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.inREFHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const",null,null,"Electricity heat share",null,null,null,null,"CCS penetration",null,null,null,"Industry energy intensity"]
[null,{"$f":"Model!G12615","v":"AmbShrPen.inCHEHtccs."},"Ind CCS penetration - Chemicals",1,2025,35,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inCHEHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inCHEHtccs.","v":0},{"$f":"lv2.AmbShrPen.inCHEHtccs.","v":0.25},{"$f":"lv3.AmbShrPen.inCHEHtccs.","v":0.57499999999999996},{"$f":"lv4.AmbShrPen.inCHEHtccs.","v":0.97499999999999998},{"$f":"LvrShrPen.inCHEHtccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$94","v":"Industry CCS"},{"$f":"Control!$D$94","v":1},{"$f":"Control!$E$94","v":2025},{"$f":"Control!$F$94","v":35},{"$f":"Control!$AK$94","v":"Carbon Capture "},{"$f":"Control!$AP$94","v":1},{"$f":"Control!$AG$94","v":2025},{"$f":"Control!$AI$94","v":35},null,null,null,null,null,null,null,1,2025,35,null,null,null,"Ind CCS penetration - ","Chemicals",null,null,null,null,0,{"$f":"ShrBaU.inCHEHtccs.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.inCHEHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const",null,"Base year energy use","Level 1","Level 2","Level 3","Level 4","Base year emissions","Level 1","Level 2","Level 3","Level 4","Level 1","Level 2","Level 3","Level 4"]
[null,{"$f":"Model!G12962","v":"AmbShrPen.inSTLHt.fElc."},{"$f":"AW248&AX248&AY248","v":"Ind process heat share - Ferrous and non-ferrous metal production  - Electricity"},1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inSTLHt.fElc.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inSTLHt.fElc.","v":0.13034710400130453},{"$f":"lv2.AmbShrPen.inSTLHt.fElc.","v":0.42499999999999999},{"$f":"lv3.AmbShrPen.inSTLHt.fElc.","v":0.5},{"$f":"lv4.AmbShrPen.inSTLHt.fElc.","v":0.85},{"$f":"LvrShrPen.inSTLHt.fElc.","v":0.13034710400130453},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$91","v":"Industry Electrification"},{"$f":"Control!$D$91","v":1},{"$f":"Control!$E$91","v":2020},{"$f":"Control!$F$91","v":30},{"$f":"Control!$AK$91","v":"Carbon Intensity"},{"$f":"Control!$AP$91","v":1},{"$f":"Control!$AG$91","v":2020},{"$f":"Control!$AI$91","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Ferrous and non-ferrous metal production "," - Electricity",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inSTLHt.fElc.,Prd.,BY.)","v":0.13034710400130453},{"$f":"OFFSET(lv1.AmbShrPen.inSTLHt.fElc.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inSTLHt.fElc.,Prd.,AR248)","v":0.13034710400130453},{"$f":"+SUMIFS(ShrBaU.inSTLHt.fElc.,Prd.,2050)","v":0.13034710400130453},null,"…","…","TS","Ferrous and non-ferrous metal production",{"$f":"su_EBBaU.inSTLHt.fElc.+su_EBBaU.inSTLHt.fBiS.+su_EBBaU.inSTLHt.fFsG.+su_EBBaU.inSTLHt.fH2G.+su_EBBaU.inSTLHt.fBiG.+su_EBBaU.inSTLHt.fFsS.+su_EBBaU.inSTLHt.fFsL.","v":-5088.8104654221788},{"$f":"L248","v":0.13034710400130453},{"$f":"M248","v":0.42499999999999999},{"$f":"N248","v":0.5},{"$f":"O248","v":0.85},{"$f":"su_EmBY.CO2.inSTLPEm.+su_EmBY.CH4.inSTLPEm.+su_EmBY.N2O.inSTLPEm.","v":2.3427037500234364},{"$f":"L243","v":0},0.22500000000000001,0.51249999999999996,1,{"$f":"L238","v":1},1,0.9,0.75]
[null,{"$f":"Model!G12963","v":"AmbShrPen.inSTLHt.fBiS."},"Ind process heat share - Ferrous and non-ferrous metal production  - Biomass",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inSTLHt.fBiS.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inSTLHt.fBiS.","v":0},{"$f":"lv2.AmbShrPen.inSTLHt.fBiS.","v":0.23333333333333331},{"$f":"lv3.AmbShrPen.inSTLHt.fBiS.","v":0.46666666666666662},{"$f":"lv4.AmbShrPen.inSTLHt.fBiS.","v":0.7},{"$f":"LvrShrPen.inSTLHt.fBiS.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$92","v":"Industry Shift to Biomass"},{"$f":"Control!$D$92","v":1},{"$f":"Control!$E$92","v":2020},{"$f":"Control!$F$92","v":30},{"$f":"Control!$AK$92","v":"No Control Lv1"},{"$f":"Control!$AP$92","v":1},{"$f":"Control!$AG$92","v":2020},{"$f":"Control!$AI$92","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Ferrous and non-ferrous metal production "," - Biomass",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inSTLHt.fBiS.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbShrPen.inSTLHt.fBiS.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inSTLHt.fBiS.,Prd.,AR249)","v":0},{"$f":"+SUMIFS(ShrBaU.inSTLHt.fBiS.,Prd.,2050)","v":0},null,"…","…","TS","Other",{"$f":"su_EBBaU.inOTHHt.fElc.+su_EBBaU.inOTHHt.fBiS.+su_EBBaU.inOTHHt.fFsG.+su_EBBaU.inOTHHt.fH2G.+su_EBBaU.inOTHHt.fBiG.+su_EBBaU.inOTHHt.fFsS.+su_EBBaU.inOTHHt.fFsL.","v":-13900.68729758546},{"$f":"L251","v":0.19918615499628528},{"$f":"M251","v":0.34499999999999997},{"$f":"N251","v":0.5},{"$f":"O251","v":0.9},{"$f":"su_EmBY.CO2.inOTHPEm.+su_EmBY.CH4.inOTHPEm.+su_EmBY.N2O.inOTHPEm.","v":0.2171793459967401},0,0.3,0.6,1,0.87,0.72,0.51,0.4]
[null,{"$f":"Model!G12964","v":"AmbShrPen.inSTLHt.fGrdG."},"Ind process heat share - Ferrous and non-ferrous metal production  - Gas",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inSTLHt.fGrdG.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inSTLHt.fGrdG.","v":0.15471211692101866},{"$f":"lv2.AmbShrPen.inSTLHt.fGrdG.","v":0.33647474461401244},{"$f":"lv3.AmbShrPen.inSTLHt.fGrdG.","v":0.51823737230700617},{"$f":"lv4.AmbShrPen.inSTLHt.fGrdG.","v":0.7},{"$f":"LvrShrPen.inSTLHt.fGrdG.","v":0.15471211692101866},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$93","v":"Industry Shift to Gas"},{"$f":"Control!$D$93","v":1},{"$f":"Control!$E$93","v":2020},{"$f":"Control!$F$93","v":30},{"$f":"Control!$AK$93","v":"Hydrogen"},{"$f":"Control!$AP$93","v":1},{"$f":"Control!$AG$93","v":2020},{"$f":"Control!$AI$93","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Ferrous and non-ferrous metal production "," - Gas",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inSTLHt.fGrdG.,Prd.,BY.)","v":0.15471211692101866},{"$f":"OFFSET(lv1.AmbShrPen.inSTLHt.fGrdG.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inSTLHt.fGrdG.,Prd.,AR250)","v":0.15471211692101866},{"$f":"+SUMIFS(ShrBaU.inSTLHt.fGrdG.,Prd.,2050)","v":0.15471211692101866},null,"…","…","TS","Cement, Ceramics and Glass",{"$f":"su_EBBaU.inCCGHt.fElc.+su_EBBaU.inCCGHt.fBiS.+su_EBBaU.inCCGHt.fFsG.+su_EBBaU.inCCGHt.fH2G.+su_EBBaU.inCCGHt.fBiG.+su_EBBaU.inCCGHt.fFsS.+su_EBBaU.inCCGHt.fFsL.","v":-2331.6000000000004},{"$f":"L254","v":0.11492138716488334},{"$f":"M254","v":0.21249999999999999},{"$f":"N254","v":0.4375},{"$f":"O254","v":0.85},{"$f":"su_EmBY.CO2.inCCGPEm.+su_EmBY.CH4.inCCGPEm.+su_EmBY.N2O.inCCGPEm.","v":8.7959776865344885},0,0.23749999999999999,0.51249999999999996,1,1,1,0.9,0.75]
[null,{"$f":"Model!G12965","v":"AmbShrPen.inOTHHt.fElc."},"Ind process heat share - Other Industry - Electricity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inOTHHt.fElc.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inOTHHt.fElc.","v":0.19918615499628528},{"$f":"lv2.AmbShrPen.inOTHHt.fElc.","v":0.34499999999999997},{"$f":"lv3.AmbShrPen.inOTHHt.fElc.","v":0.5},{"$f":"lv4.AmbShrPen.inOTHHt.fElc.","v":0.9},{"$f":"LvrShrPen.inOTHHt.fElc.","v":0.19918615499628528},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$91","v":"Industry Electrification"},{"$f":"Control!$D$91","v":1},{"$f":"Control!$E$91","v":2020},{"$f":"Control!$F$91","v":30},{"$f":"Control!$AK$91","v":"Carbon Intensity"},{"$f":"Control!$AP$91","v":1},{"$f":"Control!$AG$91","v":2020},{"$f":"Control!$AI$91","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Other Industry"," - Electricity",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inOTHHt.fElc.,Prd.,BY.)","v":0.19918615499628528},{"$f":"OFFSET(lv1.AmbShrPen.inOTHHt.fElc.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inOTHHt.fElc.,Prd.,AR251)","v":0.19918615499628528},{"$f":"+SUMIFS(ShrBaU.inOTHHt.fElc.,Prd.,2050)","v":0.19918615499628528},null,"…","…","TS","Refineries",{"$f":"su_EBBaU.inREFHt.fElc.+su_EBBaU.inREFHt.fBiS.+su_EBBaU.inREFHt.fFsG.+su_EBBaU.inREFHt.fH2G.+su_EBBaU.inREFHt.fBiG.+su_EBBaU.inREFHt.fFsS.+su_EBBaU.inREFHt.fFsL.","v":-3803.6100000000069},{"$f":"L257","v":3.0664787614693795E-2},{"$f":"M257","v":0.21249999999999999},{"$f":"N257","v":0.4375},{"$f":"O257","v":0.85},{"$f":"su_EmBY.CO2.inREFPEm.+su_EmBY.CH4.inREFPEm.+su_EmBY.N2O.inREFPEm.","v":0},0,0.25,0.57499999999999996,1,0.87,0.72,0.51,0.4]
[null,{"$f":"Model!G12966","v":"AmbShrPen.inOTHHt.fBiS."},"Ind process heat share - Other Industry - Biomass",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inOTHHt.fBiS.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inOTHHt.fBiS.","v":6.073191277639118E-2},{"$f":"lv2.AmbShrPen.inOTHHt.fBiS.","v":0.30742589018549904},{"$f":"lv3.AmbShrPen.inOTHHt.fBiS.","v":0.55411986759460685},{"$f":"lv4.AmbShrPen.inOTHHt.fBiS.","v":0.80081384500371477},{"$f":"LvrShrPen.inOTHHt.fBiS.","v":6.073191277639118E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$92","v":"Industry Shift to Biomass"},{"$f":"Control!$D$92","v":1},{"$f":"Control!$E$92","v":2020},{"$f":"Control!$F$92","v":30},{"$f":"Control!$AK$92","v":"No Control Lv1"},{"$f":"Control!$AP$92","v":1},{"$f":"Control!$AG$92","v":2020},{"$f":"Control!$AI$92","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Other Industry"," - Biomass",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inOTHHt.fBiS.,Prd.,BY.)","v":6.073191277639118E-2},{"$f":"OFFSET(lv1.AmbShrPen.inOTHHt.fBiS.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inOTHHt.fBiS.,Prd.,AR252)","v":6.073191277639118E-2},{"$f":"+SUMIFS(ShrBaU.inOTHHt.fBiS.,Prd.,2050)","v":6.073191277639118E-2},null,"…","…","TS","Chemicals",{"$f":"su_EBBaU.inCHEHt.fElc.+su_EBBaU.inCHEHt.fBiS.+su_EBBaU.inCHEHt.fFsG.+su_EBBaU.inCHEHt.fH2G.+su_EBBaU.inCHEHt.fBiG.+su_EBBaU.inCHEHt.fFsS.+su_EBBaU.inCHEHt.fFsL.","v":-1915.2199999999998},{"$f":"L260","v":0.11530263342483422},{"$f":"M260","v":0.21249999999999999},{"$f":"N260","v":0.4375},{"$f":"O260","v":0.85},{"$f":"su_EmBY.CO2.inCHEPEm.+su_EmBY.CH4.inCHEPEm.+su_EmBY.N2O.inCHEPEm.","v":1.1187452068099999},0,0.25,0.57499999999999996,0.97499999999999998,0.87,0.72,0.51,0.4]
[null,{"$f":"Model!G12967","v":"AmbShrPen.inOTHHt.fGrdG."},"Ind process heat share - Other Industry - Gas",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inOTHHt.fGrdG.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inOTHHt.fGrdG.","v":0.40420197332489383},{"$f":"lv2.AmbShrPen.inOTHHt.fGrdG.","v":0.51616195962570377},{"$f":"lv3.AmbShrPen.inOTHHt.fGrdG.","v":0.62812194592651371},{"$f":"lv4.AmbShrPen.inOTHHt.fGrdG.","v":0.74008193222732355},{"$f":"LvrShrPen.inOTHHt.fGrdG.","v":0.40420197332489383},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$93","v":"Industry Shift to Gas"},{"$f":"Control!$D$93","v":1},{"$f":"Control!$E$93","v":2020},{"$f":"Control!$F$93","v":30},{"$f":"Control!$AK$93","v":"Hydrogen"},{"$f":"Control!$AP$93","v":1},{"$f":"Control!$AG$93","v":2020},{"$f":"Control!$AI$93","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Other Industry"," - Gas",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inOTHHt.fGrdG.,Prd.,BY.)","v":0.40420197332489383},{"$f":"OFFSET(lv1.AmbShrPen.inOTHHt.fGrdG.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inOTHHt.fGrdG.,Prd.,AR253)","v":0.40420197332489383},{"$f":"+SUMIFS(ShrBaU.inOTHHt.fGrdG.,Prd.,2050)","v":0.40420197332489383},null,"…","…","TS"]
[null,{"$f":"Model!G12968","v":"AmbShrPen.inCCGHt.fElc."},"Ind process heat share - Cement, ceramics and glass - Electricity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inCCGHt.fElc.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inCCGHt.fElc.","v":0.11492138716488334},{"$f":"lv2.AmbShrPen.inCCGHt.fElc.","v":0.21249999999999999},{"$f":"lv3.AmbShrPen.inCCGHt.fElc.","v":0.4375},{"$f":"lv4.AmbShrPen.inCCGHt.fElc.","v":0.85},{"$f":"LvrShrPen.inCCGHt.fElc.","v":0.11492138716488334},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$91","v":"Industry Electrification"},{"$f":"Control!$D$91","v":1},{"$f":"Control!$E$91","v":2020},{"$f":"Control!$F$91","v":30},{"$f":"Control!$AK$91","v":"Carbon Intensity"},{"$f":"Control!$AP$91","v":1},{"$f":"Control!$AG$91","v":2020},{"$f":"Control!$AI$91","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Cement, ceramics and glass"," - Electricity",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inCCGHt.fElc.,Prd.,BY.)","v":0.11492138716488334},{"$f":"OFFSET(lv1.AmbShrPen.inCCGHt.fElc.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inCCGHt.fElc.,Prd.,AR254)","v":0.11492138716488334},{"$f":"+SUMIFS(ShrBaU.inCCGHt.fElc.,Prd.,2050)","v":0.11492138716488334},null,"…","…","TS","Weighted",null,{"$f":"SUMPRODUCT(BN$248:BN$252,$BM$248:$BM$252)/SUM($BM$248:$BM$252)","v":0.14931821215274746},{"$f":"SUMPRODUCT(BO$248:BO$252,$BM$248:$BM$252)/SUM($BM$248:$BM$252)","v":0.32060728920775555},{"$f":"SUMPRODUCT(BP$248:BP$252,$BM$248:$BM$252)/SUM($BM$248:$BM$252)","v":0.4813922626047713},{"$f":"SUMPRODUCT(BQ$248:BQ$252,$BM$248:$BM$252)/SUM($BM$248:$BM$252)","v":0.87570400228029177},null,{"$f":"SUMPRODUCT(BS$248:BS$252,$BR$248:$BR$252)/SUM($BR$248:$BR$252)","v":0},{"$f":"SUMPRODUCT(BT$248:BT$252,$BR$248:$BR$252)/SUM($BR$248:$BR$252)","v":0.23736165714036636},{"$f":"SUMPRODUCT(BU$248:BU$252,$BR$248:$BR$252)/SUM($BR$248:$BR$252)","v":0.51962846307740318},{"$f":"SUMPRODUCT(BV$248:BV$252,$BR$248:$BR$252)/SUM($BR$248:$BR$252)","v":0.99775795482485807},{"$f":"SUMPRODUCT(BW$248:BW$252,$BM$248:$BM$252)/SUM($BM$248:$BM$252)","v":0.90567514562019613},{"$f":"SUMPRODUCT(BX$248:BX$252,$BM$248:$BM$252)/SUM($BM$248:$BM$252)","v":0.796838775181961},{"$f":"SUMPRODUCT(BY$248:BY$252,$BM$248:$BM$252)/SUM($BM$248:$BM$252)","v":0.61702543686058864},{"$f":"SUMPRODUCT(BZ$248:BZ$252,$BM$248:$BM$252)/SUM($BM$248:$BM$252)","v":0.49604846897745131}]
[null,{"$f":"Model!G12969","v":"AmbShrPen.inCCGHt.fBiS."},"Ind process heat share - Cement, ceramics and glass - Biomass",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inCCGHt.fBiS.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inCCGHt.fBiS.","v":8.2487154068062979E-2},{"$f":"lv2.AmbShrPen.inCCGHt.fBiS.","v":0.28832476937870866},{"$f":"lv3.AmbShrPen.inCCGHt.fBiS.","v":0.49416238468935436},{"$f":"lv4.AmbShrPen.inCCGHt.fBiS.","v":0.7},{"$f":"LvrShrPen.inCCGHt.fBiS.","v":8.2487154068062979E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$92","v":"Industry Shift to Biomass"},{"$f":"Control!$D$92","v":1},{"$f":"Control!$E$92","v":2020},{"$f":"Control!$F$92","v":30},{"$f":"Control!$AK$92","v":"No Control Lv1"},{"$f":"Control!$AP$92","v":1},{"$f":"Control!$AG$92","v":2020},{"$f":"Control!$AI$92","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Cement, ceramics and glass"," - Biomass",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inCCGHt.fBiS.,Prd.,BY.)","v":8.2487154068062979E-2},{"$f":"OFFSET(lv1.AmbShrPen.inCCGHt.fBiS.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inCCGHt.fBiS.,Prd.,AR255)","v":8.2487154068062979E-2},{"$f":"+SUMIFS(ShrBaU.inCCGHt.fBiS.,Prd.,2050)","v":8.2487154068062979E-2},null,"…","…","TS"]
[null,{"$f":"Model!G12970","v":"AmbShrPen.inCCGHt.fGrdG."},"Ind process heat share - Cement, ceramics and glass - Gas",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inCCGHt.fGrdG.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inCCGHt.fGrdG.","v":0.49900761144132794},{"$f":"lv2.AmbShrPen.inCCGHt.fGrdG.","v":0.56600507429421865},{"$f":"lv3.AmbShrPen.inCCGHt.fGrdG.","v":0.6330025371471093},{"$f":"lv4.AmbShrPen.inCCGHt.fGrdG.","v":0.7},{"$f":"LvrShrPen.inCCGHt.fGrdG.","v":0.49900761144132794},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$93","v":"Industry Shift to Gas"},{"$f":"Control!$D$93","v":1},{"$f":"Control!$E$93","v":2020},{"$f":"Control!$F$93","v":30},{"$f":"Control!$AK$93","v":"Hydrogen"},{"$f":"Control!$AP$93","v":1},{"$f":"Control!$AG$93","v":2020},{"$f":"Control!$AI$93","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Cement, ceramics and glass"," - Gas",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inCCGHt.fGrdG.,Prd.,BY.)","v":0.49900761144132794},{"$f":"OFFSET(lv1.AmbShrPen.inCCGHt.fGrdG.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inCCGHt.fGrdG.,Prd.,AR256)","v":0.49900761144132794},{"$f":"+SUMIFS(ShrBaU.inCCGHt.fGrdG.,Prd.,2050)","v":0.49900761144132794},null,"…","…","TS"]
[null,{"$f":"Model!G12971","v":"AmbShrPen.inREFHt.fElc."},"Ind process heat share - Refineries - Electricity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inREFHt.fElc.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inREFHt.fElc.","v":3.0664787614693795E-2},{"$f":"lv2.AmbShrPen.inREFHt.fElc.","v":0.21249999999999999},{"$f":"lv3.AmbShrPen.inREFHt.fElc.","v":0.4375},{"$f":"lv4.AmbShrPen.inREFHt.fElc.","v":0.85},{"$f":"LvrShrPen.inREFHt.fElc.","v":3.0664787614693795E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$91","v":"Industry Electrification"},{"$f":"Control!$D$91","v":1},{"$f":"Control!$E$91","v":2020},{"$f":"Control!$F$91","v":30},{"$f":"Control!$AK$91","v":"Carbon Intensity"},{"$f":"Control!$AP$91","v":1},{"$f":"Control!$AG$91","v":2020},{"$f":"Control!$AI$91","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Refineries"," - Electricity",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inREFHt.fElc.,Prd.,BY.)","v":3.0664787614693795E-2},{"$f":"OFFSET(lv1.AmbShrPen.inREFHt.fElc.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inREFHt.fElc.,Prd.,AR257)","v":3.0664787614693795E-2},{"$f":"+SUMIFS(ShrBaU.inREFHt.fElc.,Prd.,2050)","v":3.0664787614693795E-2},null,"…","…","TS"]
[null,{"$f":"Model!G12972","v":"AmbShrPen.inREFHt.fBiS."},"Ind process heat share - Refineries - Biomass",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inREFHt.fBiS.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inREFHt.fBiS.","v":0},{"$f":"lv2.AmbShrPen.inREFHt.fBiS.","v":0.3},{"$f":"lv3.AmbShrPen.inREFHt.fBiS.","v":0.6},{"$f":"lv4.AmbShrPen.inREFHt.fBiS.","v":0.9},{"$f":"LvrShrPen.inREFHt.fBiS.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$92","v":"Industry Shift to Biomass"},{"$f":"Control!$D$92","v":1},{"$f":"Control!$E$92","v":2020},{"$f":"Control!$F$92","v":30},{"$f":"Control!$AK$92","v":"No Control Lv1"},{"$f":"Control!$AP$92","v":1},{"$f":"Control!$AG$92","v":2020},{"$f":"Control!$AI$92","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Refineries"," - Biomass",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inREFHt.fBiS.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbShrPen.inREFHt.fBiS.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inREFHt.fBiS.,Prd.,AR258)","v":0},{"$f":"+SUMIFS(ShrBaU.inREFHt.fBiS.,Prd.,2050)","v":0},null,"…","…","TS"]
[null,{"$f":"Model!G12973","v":"AmbShrPen.inREFHt.fGrdG."},"Ind process heat share - Refineries - Gas",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inREFHt.fGrdG.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inREFHt.fGrdG.","v":3.2105302585191599E-2},{"$f":"lv2.AmbShrPen.inREFHt.fGrdG.","v":0.32140353505679442},{"$f":"lv3.AmbShrPen.inREFHt.fGrdG.","v":0.61070176752839722},{"$f":"lv4.AmbShrPen.inREFHt.fGrdG.","v":0.9},{"$f":"LvrShrPen.inREFHt.fGrdG.","v":3.2105302585191599E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$93","v":"Industry Shift to Gas"},{"$f":"Control!$D$93","v":1},{"$f":"Control!$E$93","v":2020},{"$f":"Control!$F$93","v":30},{"$f":"Control!$AK$93","v":"Hydrogen"},{"$f":"Control!$AP$93","v":1},{"$f":"Control!$AG$93","v":2020},{"$f":"Control!$AI$93","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Refineries"," - Gas",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inREFHt.fGrdG.,Prd.,BY.)","v":3.2105302585191599E-2},{"$f":"OFFSET(lv1.AmbShrPen.inREFHt.fGrdG.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inREFHt.fGrdG.,Prd.,AR259)","v":3.2105302585191599E-2},{"$f":"+SUMIFS(ShrBaU.inREFHt.fGrdG.,Prd.,2050)","v":3.2105302585191599E-2},null,"…","…","TS"]
[null,{"$f":"Model!G12974","v":"AmbShrPen.inCHEHt.fElc."},"Ind process heat share - Chemicals - Electricity",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inCHEHt.fElc.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inCHEHt.fElc.","v":0.11530263342483422},{"$f":"lv2.AmbShrPen.inCHEHt.fElc.","v":0.21249999999999999},{"$f":"lv3.AmbShrPen.inCHEHt.fElc.","v":0.4375},{"$f":"lv4.AmbShrPen.inCHEHt.fElc.","v":0.85},{"$f":"LvrShrPen.inCHEHt.fElc.","v":0.11530263342483422},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$91","v":"Industry Electrification"},{"$f":"Control!$D$91","v":1},{"$f":"Control!$E$91","v":2020},{"$f":"Control!$F$91","v":30},{"$f":"Control!$AK$91","v":"Carbon Intensity"},{"$f":"Control!$AP$91","v":1},{"$f":"Control!$AG$91","v":2020},{"$f":"Control!$AI$91","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Chemicals"," - Electricity",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inCHEHt.fElc.,Prd.,BY.)","v":0.11530263342483422},{"$f":"OFFSET(lv1.AmbShrPen.inCHEHt.fElc.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inCHEHt.fElc.,Prd.,AR260)","v":0.11530263342483422},{"$f":"+SUMIFS(ShrBaU.inCHEHt.fElc.,Prd.,2050)","v":0.11530263342483422},null,"…","…","TS"]
[null,{"$f":"Model!G12975","v":"AmbShrPen.inCHEHt.fBiS."},"Ind process heat share - Chemicals - Biomass",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inCHEHt.fBiS.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inCHEHt.fBiS.","v":7.6594636605189573E-3},{"$f":"lv2.AmbShrPen.inCHEHt.fBiS.","v":0.30000543129873453},{"$f":"lv3.AmbShrPen.inCHEHt.fBiS.","v":0.5923513989369501},{"$f":"lv4.AmbShrPen.inCHEHt.fBiS.","v":0.88469736657516573},{"$f":"LvrShrPen.inCHEHt.fBiS.","v":7.6594636605189573E-3},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$92","v":"Industry Shift to Biomass"},{"$f":"Control!$D$92","v":1},{"$f":"Control!$E$92","v":2020},{"$f":"Control!$F$92","v":30},{"$f":"Control!$AK$92","v":"No Control Lv1"},{"$f":"Control!$AP$92","v":1},{"$f":"Control!$AG$92","v":2020},{"$f":"Control!$AI$92","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Chemicals"," - Biomass",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inCHEHt.fBiS.,Prd.,BY.)","v":7.6594636605189573E-3},{"$f":"OFFSET(lv1.AmbShrPen.inCHEHt.fBiS.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inCHEHt.fBiS.,Prd.,AR261)","v":7.6594636605189573E-3},{"$f":"+SUMIFS(ShrBaU.inCHEHt.fBiS.,Prd.,2050)","v":7.6594636605189573E-3},null,"…","…","TS"]
[null,{"$f":"Model!G12976","v":"AmbShrPen.inCHEHt.fGrdG."},"Ind process heat share - Chemicals - Gas",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.inCHEHt.fGrdG.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.inCHEHt.fGrdG.","v":0.73512168361631614},{"$f":"lv2.AmbShrPen.inCHEHt.fGrdG.","v":0.78242709004909305},{"$f":"lv3.AmbShrPen.inCHEHt.fGrdG.","v":0.82973249648186997},{"$f":"lv4.AmbShrPen.inCHEHt.fGrdG.","v":0.87703790291464678},{"$f":"LvrShrPen.inCHEHt.fGrdG.","v":0.73512168361631614},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$93","v":"Industry Shift to Gas"},{"$f":"Control!$D$93","v":1},{"$f":"Control!$E$93","v":2020},{"$f":"Control!$F$93","v":30},{"$f":"Control!$AK$93","v":"Hydrogen"},{"$f":"Control!$AP$93","v":1},{"$f":"Control!$AG$93","v":2020},{"$f":"Control!$AI$93","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Ind process heat share - ","Chemicals"," - Gas",null,null,null,0,{"$f":"+SUMIFS(ShrBaU.inCHEHt.fGrdG.,Prd.,BY.)","v":0.73512168361631614},{"$f":"OFFSET(lv1.AmbShrPen.inCHEHt.fGrdG.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.inCHEHt.fGrdG.,Prd.,AR262)","v":0.73512168361631614},{"$f":"+SUMIFS(ShrBaU.inCHEHt.fGrdG.,Prd.,2050)","v":0.73512168361631614},null,"…","…","TS"]
[null,{"$f":"Model!G13592","v":"AmbEmFIndx.inSTLPEm."},"Industrial Process Emissions Index - Ferrous and non-ferrous metal production ",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.inSTLPEm.,0,-1)","v":"…"},{"$f":"lv1.AmbEmFIndx.inSTLPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inSTLPEm.","v":0.96},{"$f":"lv3.AmbEmFIndx.inSTLPEm.","v":0.92},{"$f":"lv4.AmbEmFIndx.inSTLPEm.","v":0.88},{"$f":"LvrEmFIndx.inSTLPEm.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Process Emissions Index - ","Ferrous and non-ferrous metal production ",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.inSTLPEm.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.inSTLPEm.,0,-1)","v":"…"},{"$f":"+SUMIFS(EmFIndxBaU.inSTLPEm.,Prd.,AR263)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.inSTLPEm.,Prd.,2050)","v":1},null,"…","…","TS"]
[null,{"$f":"Model!G13593","v":"AmbEmFIndx.inOTHPEm."},"Industrial Process Emissions Index - Other Industry",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.inOTHPEm.,0,-1)","v":"…"},{"$f":"lv1.AmbEmFIndx.inOTHPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inOTHPEm.","v":0.83333333333333337},{"$f":"lv3.AmbEmFIndx.inOTHPEm.","v":0.66666666666666674},{"$f":"lv4.AmbEmFIndx.inOTHPEm.","v":0.5},{"$f":"LvrEmFIndx.inOTHPEm.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Process Emissions Index - ","Other Industry",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.inOTHPEm.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.inOTHPEm.,0,-1)","v":"…"},{"$f":"+SUMIFS(EmFIndxBaU.inOTHPEm.,Prd.,AR264)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.inOTHPEm.,Prd.,2050)","v":1},null,"…","…","TS"]
[null,{"$f":"Model!G13594","v":"AmbEmFIndx.inCCGPEm."},"Industrial Process Emissions Index - Cement, ceramics and glass",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.inCCGPEm.,0,-1)","v":"…"},{"$f":"lv1.AmbEmFIndx.inCCGPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inCCGPEm.","v":0.85000000000000009},{"$f":"lv3.AmbEmFIndx.inCCGPEm.","v":0.70000000000000007},{"$f":"lv4.AmbEmFIndx.inCCGPEm.","v":0.55000000000000004},{"$f":"LvrEmFIndx.inCCGPEm.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Process Emissions Index - ","Cement, ceramics and glass",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.inCCGPEm.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.inCCGPEm.,0,-1)","v":"…"},{"$f":"+SUMIFS(EmFIndxBaU.inCCGPEm.,Prd.,AR265)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.inCCGPEm.,Prd.,2050)","v":1},null,"…","…","TS"]
[null,{"$f":"Model!G13595","v":"AmbEmFIndx.inREFPEm."},"Industrial Process Emissions Index - Refineries",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.inREFPEm.,0,-1)","v":"…"},{"$f":"lv1.AmbEmFIndx.inREFPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inREFPEm.","v":0.81666666666666665},{"$f":"lv3.AmbEmFIndx.inREFPEm.","v":0.6333333333333333},{"$f":"lv4.AmbEmFIndx.inREFPEm.","v":0.45},{"$f":"LvrEmFIndx.inREFPEm.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,{"$f":"INDEX($D266:$AI266, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2020,30,null,null,null,"Industrial Process Emissions Index - ","Refineries",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.inREFPEm.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.inREFPEm.,0,-1)","v":"…"},{"$f":"+SUMIFS(EmFIndxBaU.inREFPEm.,Prd.,AR266)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.inREFPEm.,Prd.,2050)","v":1},null,"…","…","TS"]
[null,{"$f":"Model!G13596","v":"AmbEmFIndx.inCHEPEm."},"Industrial Process Emissions Index - Chemicals",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.inCHEPEm.,0,-1)","v":"…"},{"$f":"lv1.AmbEmFIndx.inCHEPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inCHEPEm.","v":0.81666666666666665},{"$f":"lv3.AmbEmFIndx.inCHEPEm.","v":0.6333333333333333},{"$f":"lv4.AmbEmFIndx.inCHEPEm.","v":0.45},{"$f":"LvrEmFIndx.inCHEPEm.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$90","v":"Industrial Efficiency"},{"$f":"Control!$D$90","v":1},{"$f":"Control!$E$90","v":2020},{"$f":"Control!$F$90","v":30},{"$f":"Control!$AK$90","v":"Carbon Intensity"},{"$f":"Control!$AP$90","v":1},{"$f":"Control!$AG$90","v":2020},{"$f":"Control!$AI$90","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Industrial Process Emissions Index - ","Chemicals",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.inCHEPEm.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.inCHEPEm.,0,-1)","v":"…"},{"$f":"+SUMIFS(EmFIndxBaU.inCHEPEm.,Prd.,AR267)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.inCHEPEm.,Prd.,2050)","v":1},null,"…","…","TS"]
[null,{"$f":"Model!$G$5018","v":"AmbShrPen.ggALL.fH2G."},"Hydrogen share of gas grid",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.ggALL.fH2G.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.ggALL.fH2G.","v":0},{"$f":"lv2.AmbShrPen.ggALL.fH2G.","v":0.33},{"$f":"lv3.AmbShrPen.ggALL.fH2G.","v":0.67},{"$f":"lv4.AmbShrPen.ggALL.fH2G.","v":1},{"$f":"LvrShrPen.ggALL.fH2G.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$95","v":"Hydrogen Gas Grid Share"},{"$f":"Control!$D$95","v":1},{"$f":"Control!$E$95","v":2025},{"$f":"Control!$F$95","v":25},{"$f":"Control!$AK$95","v":"Hydrogen"},{"$f":"Control!$AP$95","v":1},{"$f":"Control!$AG$95","v":2025},{"$f":"Control!$AI$95","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,null,null,null,null,null,null,0,{"$f":"ShrBY.ggALL.fH2G.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.ggALL.fH2G.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!$G$5019","v":"AmbShrPen.ggALL.fBiG."},"Biomethane share of gas grid",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.ggALL.fBiG.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.ggALL.fBiG.","v":5.0000000000000001E-3},{"$f":"lv2.AmbShrPen.ggALL.fBiG.","v":0.05},{"$f":"lv3.AmbShrPen.ggALL.fBiG.","v":0.25},{"$f":"lv4.AmbShrPen.ggALL.fBiG.","v":1},{"$f":"LvrShrPen.ggALL.fBiG.","v":5.0000000000000001E-3},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$96","v":"Biomethane Gas Grid Share"},{"$f":"Control!$D$96","v":1},{"$f":"Control!$E$96","v":2020},{"$f":"Control!$F$96","v":30},{"$f":"Control!$AK$96","v":"No Control Lv1"},{"$f":"Control!$AP$96","v":1},{"$f":"Control!$AG$96","v":2020},{"$f":"Control!$AI$96","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,null,null,null,null,null,null,0,{"$f":"ShrBY.ggALL.fBiG.","v":2E-3},{"$f":"OFFSET(lv1.AmbShrPen.ggALL.fBiG.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10758","v":"AmbActv.hpBccs."},{"$f":"AW270&AX270","v":"Hydrogen Production - Biomass Gasification with CCS"},1,2025,35,null,null,null,null,{"$f":"OFFSET(lv1.AmbActv.hpBccs.,0,-1)","v":"TWh."},{"$f":"lv1.AmbActv.hpBccs.","v":0},{"$f":"lv2.AmbActv.hpBccs.","v":50},{"$f":"lv3.AmbActv.hpBccs.","v":100},{"$f":"lv4.AmbActv.hpBccs.","v":200},{"$f":"LvrActv.hpBccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$97","v":"Hydrogen - Biomass CCS"},{"$f":"Control!$D$97","v":1},{"$f":"Control!$E$97","v":2025},{"$f":"Control!$F$97","v":35},{"$f":"Control!$AK$97","v":"No Control Lv1"},{"$f":"Control!$AP$97","v":1},{"$f":"Control!$AG$97","v":2025},{"$f":"Control!$AI$97","v":35},null,null,null,null,null,null,null,1,2025,35,null,null,null,"Hydrogen Production - ","Biomass Gasification with CCS",null,null,null,null,0,{"$f":"ActvBY.hpBccs.","v":0},{"$f":"OFFSET(lv1.AmbActv.hpBccs.,0,-1)","v":"TWh."},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10759","v":"AmbActv.hpGccs."},"Hydrogen Production - Steam Methane Reformation with CCS",1,2025,35,null,null,null,null,{"$f":"OFFSET(lv1.AmbActv.hpGccs.,0,-1)","v":"TWh."},{"$f":"lv1.AmbActv.hpGccs.","v":0},{"$f":"lv2.AmbActv.hpGccs.","v":188},{"$f":"lv3.AmbActv.hpGccs.","v":375},{"$f":"lv4.AmbActv.hpGccs.","v":750},{"$f":"LvrActv.hpGccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$98","v":"Hydrogen - Methane CCS"},{"$f":"Control!$D$98","v":1},{"$f":"Control!$E$98","v":2025},{"$f":"Control!$F$98","v":35},{"$f":"Control!$AK$98","v":"Carbon Capture "},{"$f":"Control!$AP$98","v":1},{"$f":"Control!$AG$98","v":2025},{"$f":"Control!$AI$98","v":35},null,null,null,null,null,null,null,1,2025,35,null,null,null,"Hydrogen Production - ","Steam Methane Reformation with CCS",null,null,null,null,0,{"$f":"ActvBY.hpGccs.","v":0},{"$f":"OFFSET(lv1.AmbActv.hpGccs.,0,-1)","v":"TWh."},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10760","v":"AmbActv.hpImp."},"Zero Carbon hydrogen imports",1,2025,35,null,null,null,null,{"$f":"OFFSET(lv1.AmbActv.hpImp.,0,-1)","v":"TWh."},{"$f":"lv1.AmbActv.hpImp.","v":0},{"$f":"lv2.AmbActv.hpImp.","v":138},{"$f":"lv3.AmbActv.hpImp.","v":275},{"$f":"lv4.AmbActv.hpImp.","v":600},{"$f":"LvrActv.hpImp.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$99","v":"Hydrogen - Imports"},{"$f":"Control!$D$99","v":1},{"$f":"Control!$E$99","v":2025},{"$f":"Control!$F$99","v":35},{"$f":"Control!$AK$99","v":"No Control Lv1"},{"$f":"Control!$AP$99","v":1},{"$f":"Control!$AG$99","v":2025},{"$f":"Control!$AI$99","v":35},null,null,null,null,null,null,null,1,2025,35,null,null,null,"Zero Carbon hydrogen imports",null,null,null,null,null,0,{"$f":"ActvBY.hpImp.","v":0},{"$f":"OFFSET(lv1.AmbActv.hpImp.,0,-1)","v":"TWh."},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10450","v":"AmbShrPen.bcBGccs."},"Share of conversions with CCS - Biomass Gasification",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcBGccs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcBGccs.","v":0},{"$f":"lv2.AmbShrPen.bcBGccs.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.bcBGccs.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.bcBGccs.","v":1},{"$f":"LvrShrPen.bcBGccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$101","v":"Bio-Conversion with CCS"},{"$f":"Control!$D$101","v":1},{"$f":"Control!$E$101","v":2025},{"$f":"Control!$F$101","v":25},{"$f":"Control!$AK$101","v":"Carbon Capture "},{"$f":"Control!$AP$101","v":1},{"$f":"Control!$AG$101","v":2025},{"$f":"Control!$AI$101","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Share of conversions with CCS - ","Biomass Gasification",null,null,null,null,0,{"$f":"ShrBY.bcBGccs.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.bcBGccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10451","v":"AmbShrPen.bcBLccs."},"Share of conversions with CCS - Bio liquid Production",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcBLccs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcBLccs.","v":0},{"$f":"lv2.AmbShrPen.bcBLccs.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.bcBLccs.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.bcBLccs.","v":1},{"$f":"LvrShrPen.bcBLccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$101","v":"Bio-Conversion with CCS"},{"$f":"Control!$D$101","v":1},{"$f":"Control!$E$101","v":2025},{"$f":"Control!$F$101","v":25},{"$f":"Control!$AK$101","v":"Carbon Capture "},{"$f":"Control!$AP$101","v":1},{"$f":"Control!$AG$101","v":2025},{"$f":"Control!$AI$101","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Share of conversions with CCS - ","Bio liquid Production",null,null,null,null,0,{"$f":"ShrBY.bcBLccs.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.bcBLccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10452","v":"AmbShrPen.bcEfWccs."},"Share of conversions with CCS - Energy from Waste",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcEfWccs.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcEfWccs.","v":0},{"$f":"lv2.AmbShrPen.bcEfWccs.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.bcEfWccs.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.bcEfWccs.","v":1},{"$f":"LvrShrPen.bcEfWccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$101","v":"Bio-Conversion with CCS"},{"$f":"Control!$D$101","v":1},{"$f":"Control!$E$101","v":2025},{"$f":"Control!$F$101","v":25},{"$f":"Control!$AK$101","v":"Carbon Capture "},{"$f":"Control!$AP$101","v":1},{"$f":"Control!$AG$101","v":2025},{"$f":"Control!$AI$101","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Share of conversions with CCS - ","Energy from Waste",null,null,null,null,0,{"$f":"ShrBY.bcEfWccs.","v":0},{"$f":"OFFSET(lv1.AmbShrPen.bcEfWccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G12666","v":"AmbCaptRt.inSTLHtccs."},"CCS Capture Rate - Ferrous and non-ferrous metal production ",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.inSTLHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.inSTLHtccs.","v":0.70550000000000002},{"$f":"lv2.AmbCaptRt.inSTLHtccs.","v":0.80366666666666664},{"$f":"lv3.AmbCaptRt.inSTLHtccs.","v":0.90183333333333326},{"$f":"lv4.AmbCaptRt.inSTLHtccs.","v":1},{"$f":"LvrCaptRt.inSTLHtccs.","v":0.70550000000000002},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Ferrous and non-ferrous metal production ",null,null,null,null,0,{"$f":"CaptRtBaU.inSTLHtccs.","v":0.70550000000000002},{"$f":"OFFSET(lv1.AmbCaptRt.inSTLHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G12667","v":"AmbCaptRt.inOTHHtccs."},"CCS Capture Rate - Other Industry",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.inOTHHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.inOTHHtccs.","v":0.7},{"$f":"lv2.AmbCaptRt.inOTHHtccs.","v":0.79999999999999993},{"$f":"lv3.AmbCaptRt.inOTHHtccs.","v":0.89999999999999991},{"$f":"lv4.AmbCaptRt.inOTHHtccs.","v":1},{"$f":"LvrCaptRt.inOTHHtccs.","v":0.7},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Other Industry",null,null,null,null,0,{"$f":"CaptRtBaU.inOTHHtccs.","v":0.7},{"$f":"OFFSET(lv1.AmbCaptRt.inOTHHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G12668","v":"AmbCaptRt.inCCGHtccs."},"CCS Capture Rate - Cement, ceramics and glass",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.inCCGHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.inCCGHtccs.","v":0.77},{"$f":"lv2.AmbCaptRt.inCCGHtccs.","v":0.84666666666666668},{"$f":"lv3.AmbCaptRt.inCCGHtccs.","v":0.92333333333333334},{"$f":"lv4.AmbCaptRt.inCCGHtccs.","v":1},{"$f":"LvrCaptRt.inCCGHtccs.","v":0.77},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Cement, ceramics and glass",null,null,null,null,0,{"$f":"CaptRtBaU.inCCGHtccs.","v":0.77},{"$f":"OFFSET(lv1.AmbCaptRt.inCCGHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G12669","v":"AmbCaptRt.inREFHtccs."},"CCS Capture Rate - Refineries",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.inREFHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.inREFHtccs.","v":0.65},{"$f":"lv2.AmbCaptRt.inREFHtccs.","v":0.76666666666666672},{"$f":"lv3.AmbCaptRt.inREFHtccs.","v":0.8833333333333333},{"$f":"lv4.AmbCaptRt.inREFHtccs.","v":1},{"$f":"LvrCaptRt.inREFHtccs.","v":0.65},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Refineries",null,null,null,null,0,{"$f":"CaptRtBaU.inREFHtccs.","v":0.65},{"$f":"OFFSET(lv1.AmbCaptRt.inREFHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G12670","v":"AmbCaptRt.inCHEHtccs."},"CCS Capture Rate - Chemicals",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.inCHEHtccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.inCHEHtccs.","v":0.65},{"$f":"lv2.AmbCaptRt.inCHEHtccs.","v":0.76666666666666672},{"$f":"lv3.AmbCaptRt.inCHEHtccs.","v":0.8833333333333333},{"$f":"lv4.AmbCaptRt.inCHEHtccs.","v":1},{"$f":"LvrCaptRt.inCHEHtccs.","v":0.65},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Chemicals",null,null,null,null,0,{"$f":"CaptRtBaU.inCHEHtccs.","v":0.65},{"$f":"OFFSET(lv1.AmbCaptRt.inCHEHtccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10486","v":"AmbCaptRt.bcBGccs."},"CCS Capture Rate - Biomass Gasification",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.bcBGccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.bcBGccs.","v":0.85},{"$f":"lv2.AmbCaptRt.bcBGccs.","v":0.9},{"$f":"lv3.AmbCaptRt.bcBGccs.","v":0.95},{"$f":"lv4.AmbCaptRt.bcBGccs.","v":1},{"$f":"LvrCaptRt.bcBGccs.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Biomass Gasification",null,null,null,null,0,{"$f":"CaptRtBaU.bcBGccs.","v":0.85},{"$f":"OFFSET(lv1.AmbCaptRt.bcBGccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10487","v":"AmbCaptRt.bcBLccs."},"CCS Capture Rate - Bio liquid Production",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.bcBLccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.bcBLccs.","v":0.85},{"$f":"lv2.AmbCaptRt.bcBLccs.","v":0.9},{"$f":"lv3.AmbCaptRt.bcBLccs.","v":0.95},{"$f":"lv4.AmbCaptRt.bcBLccs.","v":1},{"$f":"LvrCaptRt.bcBLccs.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Bio liquid Production",null,null,null,null,0,{"$f":"CaptRtBaU.bcBLccs.","v":0.85},{"$f":"OFFSET(lv1.AmbCaptRt.bcBLccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10488","v":"AmbCaptRt.bcEfWccs."},"CCS Capture Rate - Energy from Waste",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.bcEfWccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.bcEfWccs.","v":0.85},{"$f":"lv2.AmbCaptRt.bcEfWccs.","v":0.9},{"$f":"lv3.AmbCaptRt.bcEfWccs.","v":0.95},{"$f":"lv4.AmbCaptRt.bcEfWccs.","v":1},{"$f":"LvrCaptRt.bcEfWccs.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Energy from Waste",null,null,null,null,0,{"$f":"CaptRtBaU.bcEfWccs.","v":0.85},{"$f":"OFFSET(lv1.AmbCaptRt.bcEfWccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10489","v":"AmbCaptRt.hpBccs."},"CCS Capture Rate - H2 from Biomass Gasification",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.hpBccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.hpBccs.","v":0.85},{"$f":"lv2.AmbCaptRt.hpBccs.","v":0.9},{"$f":"lv3.AmbCaptRt.hpBccs.","v":0.95},{"$f":"lv4.AmbCaptRt.hpBccs.","v":1},{"$f":"LvrCaptRt.hpBccs.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","H2 from Biomass Gasification",null,null,null,null,0,{"$f":"CaptRtBaU.hpBccs.","v":0.85},{"$f":"OFFSET(lv1.AmbCaptRt.hpBccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10490","v":"AmbCaptRt.hpGccs."},"CCS Capture Rate - H2 from SMR",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.hpGccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.hpGccs.","v":0.85},{"$f":"lv2.AmbCaptRt.hpGccs.","v":0.9},{"$f":"lv3.AmbCaptRt.hpGccs.","v":0.95},{"$f":"lv4.AmbCaptRt.hpGccs.","v":1},{"$f":"LvrCaptRt.hpGccs.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","H2 from SMR",null,null,null,null,0,{"$f":"CaptRtBaU.hpGccs.","v":0.85},{"$f":"OFFSET(lv1.AmbCaptRt.hpGccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10491","v":"AmbCaptRt.eBccs."},"CCS Capture Rate - Electricity from Biomass",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.eBccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.eBccs.","v":0.85},{"$f":"lv2.AmbCaptRt.eBccs.","v":0.9},{"$f":"lv3.AmbCaptRt.eBccs.","v":0.95},{"$f":"lv4.AmbCaptRt.eBccs.","v":1},{"$f":"LvrCaptRt.eBccs.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,{"$f":"INDEX($D286:$AI286, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2025,10,null,null,null,"CCS Capture Rate - ","Electricity from Biomass",null,null,null,null,0,{"$f":"CaptRtBaU.eBccs.","v":0.85},{"$f":"OFFSET(lv1.AmbCaptRt.eBccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10492","v":"AmbCaptRt.eGccs."},"CCS Capture Rate - Electricity from Gas",1,2025,10,null,null,null,null,{"$f":"OFFSET(lv1.AmbCaptRt.eGccs.,0,-1)","v":"…"},{"$f":"lv1.AmbCaptRt.eGccs.","v":0.85},{"$f":"lv2.AmbCaptRt.eGccs.","v":0.9},{"$f":"lv3.AmbCaptRt.eGccs.","v":0.95},{"$f":"lv4.AmbCaptRt.eGccs.","v":1},{"$f":"LvrCaptRt.eGccs.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$102","v":"CCS Capture Rate"},{"$f":"Control!$D$102","v":1},{"$f":"Control!$E$102","v":2025},{"$f":"Control!$F$102","v":10},{"$f":"Control!$AK$102","v":"No Control Lv4"},{"$f":"Control!$AP$102","v":4},{"$f":"Control!$AG$102","v":2025},{"$f":"Control!$AI$102","v":10},null,null,null,null,null,null,null,1,2025,10,null,null,null,"CCS Capture Rate - ","Electricity from Gas",null,null,null,null,0,{"$f":"CaptRtBaU.eGccs.","v":0.85},{"$f":"OFFSET(lv1.AmbCaptRt.eGccs.,0,-1)","v":"…"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10599","v":"AmbActv.ggrAirCap."},"Carbon Captured - Direct Air Capture",1,2030,70,null,null,null,null,{"$f":"OFFSET(lv1.AmbActv.ggrAirCap.,0,-1)","v":"Mt.CO2e"},{"$f":"lv1.AmbActv.ggrAirCap.","v":0},{"$f":"lv2.AmbActv.ggrAirCap.","v":0},{"$f":"lv3.AmbActv.ggrAirCap.","v":15},{"$f":"lv4.AmbActv.ggrAirCap.","v":75},{"$f":"LvrActv.ggrAirCap.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$100","v":"Greenhouse Gas Removal"},{"$f":"Control!$D$100","v":1},{"$f":"Control!$E$100","v":2030},{"$f":"Control!$F$100","v":70},{"$f":"Control!$AK$100","v":"Carbon Capture "},{"$f":"Control!$AP$100","v":1},{"$f":"Control!$AG$100","v":2030},{"$f":"Control!$AI$100","v":70},null,null,null,null,null,null,null,1,2030,70,null,null,null,"Carbon Captured - ","Direct Air Capture",null,null,null,null,0,{"$f":"ActvBY.ggrAirCap.","v":0},{"$f":"OFFSET(lv1.AmbActv.ggrAirCap.,0,-1)","v":"Mt.CO2e"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G10600","v":"AmbActv.ggrEnhWth."},"Carbon Captured - Enhanced Weathering",1,2030,70,null,null,null,null,{"$f":"OFFSET(lv1.AmbActv.ggrEnhWth.,0,-1)","v":"Mt.CO2e"},{"$f":"lv1.AmbActv.ggrEnhWth.","v":0},{"$f":"lv2.AmbActv.ggrEnhWth.","v":0},{"$f":"lv3.AmbActv.ggrEnhWth.","v":5},{"$f":"lv4.AmbActv.ggrEnhWth.","v":15},{"$f":"LvrActv.ggrEnhWth.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$100","v":"Greenhouse Gas Removal"},{"$f":"Control!$D$100","v":1},{"$f":"Control!$E$100","v":2030},{"$f":"Control!$F$100","v":70},{"$f":"Control!$AK$100","v":"Carbon Capture "},{"$f":"Control!$AP$100","v":1},{"$f":"Control!$AG$100","v":2030},{"$f":"Control!$AI$100","v":70},null,null,null,null,null,null,null,1,2030,70,null,null,null,"Carbon Captured - ","Enhanced Weathering",null,null,null,null,0,{"$f":"ActvBY.ggrEnhWth.","v":0},{"$f":"OFFSET(lv1.AmbActv.ggrEnhWth.,0,-1)","v":"Mt.CO2e"},"…","…",null,"…","…","Const"]
[null,{"$f":"Model!G11337","v":"AmbActv.eSsnStr."},"Electricity - Seasonal Storage",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbActv.eSsnStr.,0,-1)","v":"TWh."},{"$f":"lv1.AmbActv.eSsnStr.","v":0},{"$f":"lv2.AmbActv.eSsnStr.","v":15},{"$f":"lv3.AmbActv.eSsnStr.","v":30},{"$f":"lv4.AmbActv.eSsnStr.","v":60},{"$f":"LvrActv.eSsnStr.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$103","v":"Seasonal Storage"},{"$f":"Control!$D$103","v":1},{"$f":"Control!$E$103","v":2020},{"$f":"Control!$F$103","v":30},{"$f":"Control!$AK$103","v":"Wind"},{"$f":"Control!$AP$103","v":1},{"$f":"Control!$AG$103","v":2020},{"$f":"Control!$AI$103","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Electricity - ","Seasonal Storage",null,null,null,null,0,{"$f":"+SUMIFS(ActvBase.eSsnStr.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbActv.eSsnStr.,0,-1)","v":"TWh."},{"$f":"+SUMIFS(ActvBase.eSsnStr.,Prd.,AR290)","v":0},{"$f":"+SUMIFS(ActvBase.eSsnStr.,Prd.,2050)","v":0},null,"…","…","TS"]
[null,{"$f":"Model!G11338","v":"AmbCap.eDShiftALL."},"Electricity - Storage and demand shifting",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eDShiftALL.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eDShiftALL.","v":5},{"$f":"lv2.AmbCap.eDShiftALL.","v":25},{"$f":"lv3.AmbCap.eDShiftALL.","v":50},{"$f":"lv4.AmbCap.eDShiftALL.","v":100},{"$f":"LvrCap.eDShiftALL.","v":5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$104","v":"Short Term Balancing"},{"$f":"Control!$D$104","v":1},{"$f":"Control!$E$104","v":2020},{"$f":"Control!$F$104","v":30},{"$f":"Control!$AK$104","v":"Wind"},{"$f":"Control!$AP$104","v":1},{"$f":"Control!$AG$104","v":2020},{"$f":"Control!$AI$104","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Electricity - ","Storage and demand shifting",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eDShiftALL.,Prd.,BY.)","v":2.8279999999999998},{"$f":"OFFSET(lv1.AmbCap.eDShiftALL.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eDShiftALL.,Prd.,AR291)","v":2.8279999999999998},{"$f":"+SUMIFS(CapBase.eDShiftALL.,Prd.,2050)","v":2.8279999999999998},null,"…","…","TS",null,"Maximum generation from capacity installed"]
[null,{"$f":"Model!G11339","v":"AmbCap.eInt."},"Electricity - Interconnection",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eInt.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eInt.","v":6.5},{"$f":"lv2.AmbCap.eInt.","v":9},{"$f":"lv3.AmbCap.eInt.","v":14.5},{"$f":"lv4.AmbCap.eInt.","v":20},{"$f":"LvrCap.eInt.","v":6.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$104","v":"Short Term Balancing"},{"$f":"Control!$D$104","v":1},{"$f":"Control!$E$104","v":2020},{"$f":"Control!$F$104","v":30},{"$f":"Control!$AK$104","v":"Wind"},{"$f":"Control!$AP$104","v":1},{"$f":"Control!$AG$104","v":2020},{"$f":"Control!$AI$104","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Electricity - ","Interconnection",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eInt.,Prd.,BY.)","v":4.0999999999999996},{"$f":"OFFSET(lv1.AmbCap.eInt.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eInt.,Prd.,AR292)","v":7.6},{"$f":"+SUMIFS(CapBase.eInt.,Prd.,2050)","v":7.6},null,"…","…","TS",null,"lv1.","lv2.","lv3.","lv4.",null,"Unit","Unit Scale","lv1.","lv2.","lv3.","lv4."]
[null,{"$f":"Model!G11496","v":"AmbCap.eBccs."},"Electricity - Biomass CCS ",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eBccs.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eBccs.","v":0},{"$f":"lv2.AmbCap.eBccs.","v":5},{"$f":"lv3.AmbCap.eBccs.","v":10},{"$f":"lv4.AmbCap.eBccs.","v":15},{"$f":"LvrCap.eBccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$105","v":"Biomass with CCS"},{"$f":"Control!$D$105","v":1},{"$f":"Control!$E$105","v":2025},{"$f":"Control!$F$105","v":25},{"$f":"Control!$AK$105","v":"MIN(Carbon Capture ,Bioenergy)"},{"$f":"Control!$AP$105","v":1},{"$f":"Control!$AG$105","v":2025},{"$f":"Control!$AI$105","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Electricity - ","Biomass CCS ",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eBccs.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbCap.eBccs.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eBccs.,Prd.,AR293)","v":0},{"$f":"+SUMIFS(CapBase.eBccs.,Prd.,2050)","v":0},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eBccs., , MATCH(User_LvrStart.eBccs. +User_LvrSpeed.eBccs., Prd., 0))","v":0},{"$f":"INDEX(lv2.Actv.eBccs., , MATCH(User_LvrStart.eBccs. +User_LvrSpeed.eBccs., Prd., 0))","v":36.8172},{"$f":"INDEX(lv3.Actv.eBccs., , MATCH(User_LvrStart.eBccs. +User_LvrSpeed.eBccs., Prd., 0))","v":73.634399999999999},{"$f":"INDEX(lv4.Actv.eBccs., , MATCH(User_LvrStart.eBccs. +User_LvrSpeed.eBccs., Prd., 0))","v":110.4516}]
[null,{"$f":"Model!G11497","v":"AmbCap.eNuc."},"Electricity - Nuclear ",1,2030,20,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eNuc.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eNuc.","v":4.5},{"$f":"lv2.AmbCap.eNuc.","v":15},{"$f":"lv3.AmbCap.eNuc.","v":30},{"$f":"lv4.AmbCap.eNuc.","v":62},{"$f":"LvrCap.eNuc.","v":4.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$106","v":"Nuclear"},{"$f":"Control!$D$106","v":1},{"$f":"Control!$E$106","v":2030},{"$f":"Control!$F$106","v":20},{"$f":"Control!$AK$106","v":"Nuclear"},{"$f":"Control!$AP$106","v":1},{"$f":"Control!$AG$106","v":2030},{"$f":"Control!$AI$106","v":20},null,null,null,null,null,null,null,1,2030,20,null,null,null,"Electricity - ","Nuclear ",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eNuc.,Prd.,BY.)","v":9.5679999999999996},{"$f":"OFFSET(lv1.AmbCap.eNuc.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eNuc.,Prd.,AR294)","v":6.8879999999999999},{"$f":"+SUMIFS(CapBase.eNuc.,Prd.,2050)","v":4.3879999999999999},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eNuc., , MATCH(User_LvrStart.eNuc. +User_LvrSpeed.eNuc., Prd., 0))","v":35.10783},{"$f":"INDEX(lv2.Actv.eNuc., , MATCH(User_LvrStart.eNuc. +User_LvrSpeed.eNuc., Prd., 0))","v":117.0261},{"$f":"INDEX(lv3.Actv.eNuc., , MATCH(User_LvrStart.eNuc. +User_LvrSpeed.eNuc., Prd., 0))","v":234.0522},{"$f":"INDEX(lv4.Actv.eNuc., , MATCH(User_LvrStart.eNuc. +User_LvrSpeed.eNuc., Prd., 0))","v":483.70787999999999},null,{"$f":"CapUnit.eNuc.","v":3},{"$f":"LEFT(PrefUnit.Power., LEN(PrefUnit.Power.) -1)&\" plants.\"","v":"GW plants."},{"$f":"lv1.PwrStn.eNuc.","v":1.5},{"$f":"lv2.PwrStn.eNuc.","v":5},{"$f":"lv3.PwrStn.eNuc.","v":10},{"$f":"lv4.PwrStn.eNuc.","v":20.666666666666668}]
[null,{"$f":"Model!G11498","v":"AmbCap.eWons."},"Electricity - Wind (onshore) ",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eWons.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eWons.","v":0},{"$f":"lv2.AmbCap.eWons.","v":22},{"$f":"lv3.AmbCap.eWons.","v":35},{"$f":"lv4.AmbCap.eWons.","v":80},{"$f":"LvrCap.eWons.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$107","v":"Offshore & Onshore Wind"},{"$f":"Control!$D$107","v":1},{"$f":"Control!$E$107","v":2020},{"$f":"Control!$F$107","v":30},{"$f":"Control!$AK$107","v":"Wind"},{"$f":"Control!$AP$107","v":1},{"$f":"Control!$AG$107","v":2020},{"$f":"Control!$AI$107","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Electricity - ","Wind (onshore) ",null,null,null,null,{"$f":"IF( OR(AND(L295 <= M295, M295 <= N295, N295 <=O295), AND(L295 >= M295, M295 >= N295, N295 >=O295)),\n IF( (ABS(P295 -L295) / AS295) -10^-12 > (ABS(O295 -L295) / AI295), 1, 0),\n 0)","v":0},{"$f":"+SUMIFS(CapBase.eWons.,Prd.,BY.)","v":9.2219999999999995},{"$f":"OFFSET(lv1.AmbCap.eWons.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eWons.,Prd.,AR295)","v":13.786344098722546},{"$f":"+SUMIFS(CapBase.eWons.,Prd.,2050)","v":0},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eWons., , MATCH(User_LvrStart.eWons. +User_LvrSpeed.eWons., Prd., 0))","v":0},{"$f":"INDEX(lv2.Actv.eWons., , MATCH(User_LvrStart.eWons. +User_LvrSpeed.eWons., Prd., 0))","v":59.784119999999987},{"$f":"INDEX(lv3.Actv.eWons., , MATCH(User_LvrStart.eWons. +User_LvrSpeed.eWons., Prd., 0))","v":95.111099999999979},{"$f":"INDEX(lv4.Actv.eWons., , MATCH(User_LvrStart.eWons. +User_LvrSpeed.eWons., Prd., 0))","v":217.39679999999998},null,null,{"$f":"LEFT(PrefUnit.Area., LEN(PrefUnit.Area.) -1)","v":"sqkm"},{"$f":"lv1.Area.eWons.","v":0},{"$f":"lv2.Area.eWons.","v":2727.9999999999995},{"$f":"lv3.Area.eWons.","v":4339.9999999999991},{"$f":"lv4.Area.eWons.","v":9919.9999999999982}]
[null,{"$f":"Model!G11499","v":"AmbCap.eWoff."},"Electricity - Wind (offshore) ",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eWoff.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eWoff.","v":0},{"$f":"lv2.AmbCap.eWoff.","v":55},{"$f":"lv3.AmbCap.eWoff.","v":120},{"$f":"lv4.AmbCap.eWoff.","v":200},{"$f":"LvrCap.eWoff.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$107","v":"Offshore & Onshore Wind"},{"$f":"Control!$D$107","v":1},{"$f":"Control!$E$107","v":2020},{"$f":"Control!$F$107","v":30},{"$f":"Control!$AK$107","v":"Wind"},{"$f":"Control!$AP$107","v":1},{"$f":"Control!$AG$107","v":2020},{"$f":"Control!$AI$107","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Electricity - ","Wind (offshore) ",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eWoff.,Prd.,BY.)","v":5.0979999999999999},{"$f":"OFFSET(lv1.AmbCap.eWoff.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eWoff.,Prd.,AR296)","v":10.406700000000001},{"$f":"+SUMIFS(CapBase.eWoff.,Prd.,2050)","v":0},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eWoff., , MATCH(User_LvrStart.eWoff. +User_LvrSpeed.eWoff., Prd., 0))","v":0},{"$f":"INDEX(lv2.Actv.eWoff., , MATCH(User_LvrStart.eWoff. +User_LvrSpeed.eWoff., Prd., 0))","v":236.24369999999999},{"$f":"INDEX(lv3.Actv.eWoff., , MATCH(User_LvrStart.eWoff. +User_LvrSpeed.eWoff., Prd., 0))","v":515.44079999999997},{"$f":"INDEX(lv4.Actv.eWoff., , MATCH(User_LvrStart.eWoff. +User_LvrSpeed.eWoff., Prd., 0))","v":859.06799999999998},null,null,{"$f":"LEFT(PrefUnit.Area., LEN(PrefUnit.Area.) -1)","v":"sqkm"},{"$f":"lv1.Area.eWoff.","v":0},{"$f":"lv2.Area.eWoff.","v":10779.999999999998},{"$f":"lv3.Area.eWoff.","v":23519.999999999996},{"$f":"lv4.Area.eWoff.","v":39200}]
[null,{"$f":"Model!G11500","v":"AmbCap.eSol."},"Electricity - Solar PV ",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eSol.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eSol.","v":0},{"$f":"lv2.AmbCap.eSol.","v":70},{"$f":"lv3.AmbCap.eSol.","v":165},{"$f":"lv4.AmbCap.eSol.","v":300},{"$f":"LvrCap.eSol.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$108","v":"Solar"},{"$f":"Control!$D$108","v":1},{"$f":"Control!$E$108","v":2020},{"$f":"Control!$F$108","v":30},{"$f":"Control!$AK$108","v":"Solar"},{"$f":"Control!$AP$108","v":1},{"$f":"Control!$AG$108","v":2020},{"$f":"Control!$AI$108","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Electricity - ","Solar PV ",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eSol.,Prd.,BY.)","v":9.5350000000000001},{"$f":"OFFSET(lv1.AmbCap.eSol.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eSol.,Prd.,AR297)","v":14.141966286748096},{"$f":"+SUMIFS(CapBase.eSol.,Prd.,2050)","v":0},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eSol., , MATCH(User_LvrStart.eSol. +User_LvrSpeed.eSol., Prd., 0))","v":0},{"$f":"INDEX(lv2.Actv.eSol., , MATCH(User_LvrStart.eSol. +User_LvrSpeed.eSol., Prd., 0))","v":67.498199999999997},{"$f":"INDEX(lv3.Actv.eSol., , MATCH(User_LvrStart.eSol. +User_LvrSpeed.eSol., Prd., 0))","v":159.10289999999998},{"$f":"INDEX(lv4.Actv.eSol., , MATCH(User_LvrStart.eSol. +User_LvrSpeed.eSol., Prd., 0))","v":289.27800000000002},null,null,{"$f":"LEFT(PrefUnit.Area., LEN(PrefUnit.Area.) -1)","v":"sqkm"},{"$f":"lv1.Area.eSol.","v":0},{"$f":"lv2.Area.eSol.","v":349.99999999999994},{"$f":"lv3.Area.eSol.","v":824.99999999999977},{"$f":"lv4.Area.eSol.","v":1499.9999999999995}]
[null,{"$f":"Model!G11501","v":"AmbCap.eTidS."},"Electricity - Tidal Stream ",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eTidS.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eTidS.","v":0},{"$f":"lv2.AmbCap.eTidS.","v":8},{"$f":"lv3.AmbCap.eTidS.","v":16},{"$f":"lv4.AmbCap.eTidS.","v":22},{"$f":"LvrCap.eTidS.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$109","v":"Wave & Tidal"},{"$f":"Control!$D$109","v":1},{"$f":"Control!$E$109","v":2025},{"$f":"Control!$F$109","v":25},{"$f":"Control!$AK$109","v":"Wave & Tidal"},{"$f":"Control!$AP$109","v":1},{"$f":"Control!$AG$109","v":2025},{"$f":"Control!$AI$109","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Electricity - ","Tidal Stream ",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eTidS.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbCap.eTidS.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eTidS.,Prd.,AR298)","v":0},{"$f":"+SUMIFS(CapBase.eTidS.,Prd.,2050)","v":0},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eTidS., , MATCH(User_LvrStart.eTidS. +User_LvrSpeed.eTidS., Prd., 0))","v":0},{"$f":"INDEX(lv2.Actv.eTidS., , MATCH(User_LvrStart.eTidS. +User_LvrSpeed.eTidS., Prd., 0))","v":21.73968},{"$f":"INDEX(lv3.Actv.eTidS., , MATCH(User_LvrStart.eTidS. +User_LvrSpeed.eTidS., Prd., 0))","v":43.47936},{"$f":"INDEX(lv4.Actv.eTidS., , MATCH(User_LvrStart.eTidS. +User_LvrSpeed.eTidS., Prd., 0))","v":59.784120000000001},null,null,{"$f":"LEFT(PrefUnit.Area., LEN(PrefUnit.Area.) -1)","v":"sqkm"},{"$f":"lv1.Area.eTidS.","v":0},{"$f":"lv2.Area.eTidS.","v":413.33333333333326},{"$f":"lv3.Area.eTidS.","v":826.66666666666652},{"$f":"lv4.Area.eTidS.","v":1136.6666666666665}]
[null,{"$f":"Model!G11502","v":"AmbCap.eTidR."},"Electricity - Tidal Range ",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eTidR.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eTidR.","v":0},{"$f":"lv2.AmbCap.eTidR.","v":0.2},{"$f":"lv3.AmbCap.eTidR.","v":15},{"$f":"lv4.AmbCap.eTidR.","v":33},{"$f":"LvrCap.eTidR.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$109","v":"Wave & Tidal"},{"$f":"Control!$D$109","v":1},{"$f":"Control!$E$109","v":2025},{"$f":"Control!$F$109","v":25},{"$f":"Control!$AK$109","v":"Wave & Tidal"},{"$f":"Control!$AP$109","v":1},{"$f":"Control!$AG$109","v":2025},{"$f":"Control!$AI$109","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Electricity - ","Tidal Range ",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eTidR.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbCap.eTidR.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eTidR.,Prd.,AR299)","v":0},{"$f":"+SUMIFS(CapBase.eTidR.,Prd.,2050)","v":0},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eTidR., , MATCH(User_LvrStart.eTidR. +User_LvrSpeed.eTidR., Prd., 0))","v":0},{"$f":"INDEX(lv2.Actv.eTidR., , MATCH(User_LvrStart.eTidR. +User_LvrSpeed.eTidR., Prd., 0))","v":0.35064000000000006},{"$f":"INDEX(lv3.Actv.eTidR., , MATCH(User_LvrStart.eTidR. +User_LvrSpeed.eTidR., Prd., 0))","v":26.298000000000002},{"$f":"INDEX(lv4.Actv.eTidR., , MATCH(User_LvrStart.eTidR. +User_LvrSpeed.eTidR., Prd., 0))","v":57.855600000000003},null,null,{"$f":"LEFT(PrefUnit.Area., LEN(PrefUnit.Area.) -1)","v":"sqkm"},{"$f":"lv1.Area.eTidR.","v":0},{"$f":"lv2.Area.eTidR.","v":11.428571428571429},{"$f":"lv3.Area.eTidR.","v":857.14285714285711},{"$f":"lv4.Area.eTidR.","v":1885.7142857142856}]
[null,{"$f":"Model!G11503","v":"AmbCap.eWav."},"Electricity - Wave ",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eWav.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eWav.","v":0},{"$f":"lv2.AmbCap.eWav.","v":1.5},{"$f":"lv3.AmbCap.eWav.","v":3},{"$f":"lv4.AmbCap.eWav.","v":13},{"$f":"LvrCap.eWav.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$109","v":"Wave & Tidal"},{"$f":"Control!$D$109","v":1},{"$f":"Control!$E$109","v":2025},{"$f":"Control!$F$109","v":25},{"$f":"Control!$AK$109","v":"Wave & Tidal"},{"$f":"Control!$AP$109","v":1},{"$f":"Control!$AG$109","v":2025},{"$f":"Control!$AI$109","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Electricity - ","Wave ",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eWav.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbCap.eWav.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eWav.,Prd.,AR300)","v":0},{"$f":"+SUMIFS(CapBase.eWav.,Prd.,2050)","v":0},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eWav., , MATCH(User_LvrStart.eWav. +User_LvrSpeed.eWav., Prd., 0))","v":0},{"$f":"INDEX(lv2.Actv.eWav., , MATCH(User_LvrStart.eWav. +User_LvrSpeed.eWav., Prd., 0))","v":3.9446999999999997},{"$f":"INDEX(lv3.Actv.eWav., , MATCH(User_LvrStart.eWav. +User_LvrSpeed.eWav., Prd., 0))","v":7.8893999999999993},{"$f":"INDEX(lv4.Actv.eWav., , MATCH(User_LvrStart.eWav. +User_LvrSpeed.eWav., Prd., 0))","v":34.187399999999997},null,null,{"$f":"LEFT(PrefUnit.Distance., LEN(PrefUnit.Distance.) -1)","v":"km"},{"$f":"lv1.Length.eWav.","v":0},{"$f":"lv2.Length.eWav.","v":75},{"$f":"lv3.Length.eWav.","v":150},{"$f":"lv4.Length.eWav.","v":650}]
[null,{"$f":"Model!G11504","v":"AmbCap.eGccs."},"Electricity - Gas CCS ",1,2025,25,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.eGccs.,0,-1)","v":"GW."},{"$f":"lv1.AmbCap.eGccs.","v":0},{"$f":"lv2.AmbCap.eGccs.","v":10},{"$f":"lv3.AmbCap.eGccs.","v":30},{"$f":"lv4.AmbCap.eGccs.","v":60},{"$f":"LvrCap.eGccs.","v":0},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$110","v":"Gas with CCS"},{"$f":"Control!$D$110","v":1},{"$f":"Control!$E$110","v":2025},{"$f":"Control!$F$110","v":25},{"$f":"Control!$AK$110","v":"Carbon Capture "},{"$f":"Control!$AP$110","v":1},{"$f":"Control!$AG$110","v":2025},{"$f":"Control!$AI$110","v":25},null,null,null,null,null,null,null,1,2025,25,null,null,null,"Electricity - ","Gas CCS ",null,null,null,null,0,{"$f":"+SUMIFS(CapBase.eGccs.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbCap.eGccs.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eGccs.,Prd.,AR301)","v":0},{"$f":"+SUMIFS(CapBase.eGccs.,Prd.,2050)","v":0},null,"…","…","TS",null,{"$f":"INDEX(lv1.Actv.eGccs., , MATCH(User_LvrStart.eGccs. +User_LvrSpeed.eGccs., Prd., 0))","v":0},{"$f":"INDEX(lv2.Actv.eGccs., , MATCH(User_LvrStart.eGccs. +User_LvrSpeed.eGccs., Prd., 0))","v":77.140800000000013},{"$f":"INDEX(lv3.Actv.eGccs., , MATCH(User_LvrStart.eGccs. +User_LvrSpeed.eGccs., Prd., 0))","v":231.42239999999998},{"$f":"INDEX(lv4.Actv.eGccs., , MATCH(User_LvrStart.eGccs. +User_LvrSpeed.eGccs., Prd., 0))","v":462.84479999999996}]
[null,{"$f":"Model!G8956","v":"AmbCap.LivPol."},{"$f":"AW302&AX302","v":"Number of Livestock - Poultry"},1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.LivPol.,0,-1)","v":"Animals"},{"$f":"lv1.AmbCap.LivPol.","v":167579000},{"$f":"lv2.AmbCap.LivPol.","v":184820393.80089575},{"$f":"lv3.AmbCap.LivPol.","v":202061787.6017915},{"$f":"lv4.AmbCap.LivPol.","v":219303181.40268722},{"$f":"LvrCap.LivPol.","v":167579000},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Number of Livestock - ","Poultry",null,null,null,null,0,{"$f":"+SUMIFS(CapBaU.LivPol.,Prd.,BY.)","v":167578934.99999991},{"$f":"OFFSET(lv1.AmbCap.LivPol.,0,-1)","v":"Animals"},{"$f":"+SUMIFS(CapBaU.LivPol.,Prd.,AR302)","v":184336828.5},{"$f":"+SUMIFS(CapBaU.LivPol.,Prd.,2100)","v":184336828.5},"…","…","…","TS"]
[null,{"$f":"Model!G8957","v":"AmbCap.LivCat."},"Number of Livestock - Cattle",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.LivCat.,0,-1)","v":"Animals"},{"$f":"lv1.AmbCap.LivCat.","v":9918569},{"$f":"lv2.AmbCap.LivCat.","v":8310852.6834429102},{"$f":"lv3.AmbCap.LivCat.","v":6703136.3668858204},{"$f":"lv4.AmbCap.LivCat.","v":5095420.0503287315},{"$f":"LvrCap.LivCat.","v":9918569},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Number of Livestock - ","Cattle",null,null,null,null,0,{"$f":"+SUMIFS(CapBaU.LivCat.,Prd.,BY.)","v":9918569},{"$f":"OFFSET(lv1.AmbCap.LivCat.,0,-1)","v":"Animals"},{"$f":"+SUMIFS(CapBaU.LivCat.,Prd.,AR303)","v":9918569},{"$f":"+SUMIFS(CapBaU.LivCat.,Prd.,2100)","v":9918569},"…","…","…","TS"]
[null,{"$f":"Model!G8958","v":"AmbCap.LivOth."},"Number of Livestock - Other",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbCap.LivOth.,0,-1)","v":"Animals"},{"$f":"lv1.AmbCap.LivOth.","v":38075712.499999985},{"$f":"lv2.AmbCap.LivOth.","v":33725906.179204628},{"$f":"lv3.AmbCap.LivOth.","v":29376099.858409267},{"$f":"lv4.AmbCap.LivOth.","v":25026293.537613906},{"$f":"LvrCap.LivOth.","v":38075712.499999985},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Number of Livestock - ","Other",null,null,null,null,0,{"$f":"+SUMIFS(CapBaU.LivOth.,Prd.,BY.)","v":38075712.499999985},{"$f":"OFFSET(lv1.AmbCap.LivOth.,0,-1)","v":"Animals"},{"$f":"+SUMIFS(CapBaU.LivOth.,Prd.,AR304)","v":38075712.499999985},{"$f":"+SUMIFS(CapBaU.LivOth.,Prd.,2100)","v":38075712.499999985},"…","…","…","TS"]
[null,{"$f":"Model!G9000","v":"AmbYieldIndx.LndBi.rBiS."},"Yield (output per unit area) - Land for Bioenergy",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbYieldIndx.LndBi.rBiS.,0,-1)","v":"…"},{"$f":"lv1.AmbYieldIndx.LndBi.rBiS.","v":1.25},{"$f":"lv2.AmbYieldIndx.LndBi.rBiS.","v":1.3671875},{"$f":"lv3.AmbYieldIndx.LndBi.rBiS.","v":1.484375},{"$f":"lv4.AmbYieldIndx.LndBi.rBiS.","v":1.71875},{"$f":"LvrYieldIndx.LndBi.rBiS.","v":1.25},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Yield (output per unit area) - ","Land for Bioenergy",null,null,null,null,0,{"$f":"+SUMIFS(YieldIndxBaU.LndBi.rBiS.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbYieldIndx.LndBi.rBiS.,0,-1)","v":"…"},{"$f":"+SUMIFS(YieldIndxBaU.LndBi.rBiS.,Prd.,AR305)","v":1.0357142857142858},{"$f":"+SUMIFS(YieldIndxBaU.LndBi.rBiS.,Prd.,2100)","v":1.25},{"$f":"+SUMIFS(Yield.LndBi.rBiS.,Prd.,2015)","v":800},{"$f":"OFFSET(INDEX(Yield.LndBi.rBiS.,MATCH(2015,Prd.,0)),0,-2)","v":"odt / sqkm."},"…","TS"]
[null,{"$f":"Model!G9001","v":"AmbYieldIndx.LndArbl.mFOOD."},"Yield (output per unit area) - Land for food crops",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbYieldIndx.LndArbl.mFOOD.,0,-1)","v":"…"},{"$f":"lv1.AmbYieldIndx.LndArbl.mFOOD.","v":1},{"$f":"lv2.AmbYieldIndx.LndArbl.mFOOD.","v":1.12375},{"$f":"lv3.AmbYieldIndx.LndArbl.mFOOD.","v":1.25125},{"$f":"lv4.AmbYieldIndx.LndArbl.mFOOD.","v":1.375},{"$f":"LvrYieldIndx.LndArbl.mFOOD.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,{"$f":"INDEX($D306:$AI306, , MATCH(AQ$163,$D$163:$AI$163,0))","v":1},2020,30,null,null,null,"Yield (output per unit area) - ","Land for food crops",null,null,null,null,0,{"$f":"+SUMIFS(YieldIndxBaU.LndArbl.mFOOD.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbYieldIndx.LndArbl.mFOOD.,0,-1)","v":"…"},{"$f":"+SUMIFS(YieldIndxBaU.LndArbl.mFOOD.,Prd.,AR306)","v":1},{"$f":"+SUMIFS(YieldIndxBaU.LndArbl.mFOOD.,Prd.,2100)","v":1},"…","…","No base year absolute value","TS"]
[null,{"$f":"Model!G9002","v":"AmbYieldIndx.LndLivG.mFOOD."},"Yield (output per unit area) - Land for livestock",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbYieldIndx.LndLivG.mFOOD.,0,-1)","v":"…"},{"$f":"lv1.AmbYieldIndx.LndLivG.mFOOD.","v":1.03},{"$f":"lv2.AmbYieldIndx.LndLivG.mFOOD.","v":1.1000000000000001},{"$f":"lv3.AmbYieldIndx.LndLivG.mFOOD.","v":1.2},{"$f":"lv4.AmbYieldIndx.LndLivG.mFOOD.","v":1.3},{"$f":"LvrYieldIndx.LndLivG.mFOOD.","v":1.03},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Yield (output per unit area) - ","Land for livestock",null,null,null,null,0,{"$f":"+SUMIFS(YieldIndxBaU.LndLivG.mFOOD.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbYieldIndx.LndLivG.mFOOD.,0,-1)","v":"…"},{"$f":"+SUMIFS(YieldIndxBaU.LndLivG.mFOOD.,Prd.,AR307)","v":1.0044464793403229},{"$f":"+SUMIFS(YieldIndxBaU.LndLivG.mFOOD.,Prd.,2100)","v":1.0293793054712694},"…","…","No base year absolute value","TS"]
[null,{"$f":"Model!G9100","v":"AmbLB.LndWdl."},"Land area dedicated to Woodland",1,2020,50,null,null,null,null,{"$f":"OFFSET(lv1.AmbLB.LndWdl.,0,-1)","v":"sqkm."},{"$f":"lv1.AmbLB.LndWdl.","v":34972},{"$f":"lv2.AmbLB.LndWdl.","v":48972.000000000007},{"$f":"lv3.AmbLB.LndWdl.","v":54972},{"$f":"lv4.AmbLB.LndWdl.","v":69972.000000000015},{"$f":"LvrLB.LndWdl.","v":34972},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$112","v":"Forestry"},{"$f":"Control!$D$112","v":1},{"$f":"Control!$E$112","v":2020},{"$f":"Control!$F$112","v":50},{"$f":"Control!$AK$112","v":"Forestry"},{"$f":"Control!$AP$112","v":1},{"$f":"Control!$AG$112","v":2020},{"$f":"Control!$AI$112","v":50},null,null,null,null,null,null,null,1,2020,50,null,null,null,"Land area dedicated to ","Woodland",null,null,null,null,0,{"$f":"+SUMIFS(LBBaU.LndWdl.,Prd.,BY.)","v":34972},{"$f":"OFFSET(lv1.AmbLB.LndWdl.,0,-1)","v":"sqkm."},{"$f":"+SUMIFS(LBBaU.LndWdl.,Prd.,AR308)","v":35082},{"$f":"+SUMIFS(LBBaU.LndWdl.,Prd.,2100)","v":35052},"…","…","…","TS"]
[null,{"$f":"Model!G9101","v":"AmbLB.LndBi."},"Land area dedicated to Growing Bioenergy",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbLB.LndBi.,0,-1)","v":"sqkm."},{"$f":"lv1.AmbLB.LndBi.","v":930},{"$f":"lv2.AmbLB.LndBi.","v":7000},{"$f":"lv3.AmbLB.LndBi.","v":14000},{"$f":"lv4.AmbLB.LndBi.","v":20000},{"$f":"LvrLB.LndBi.","v":930},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$113","v":"Land for Bioenergy"},{"$f":"Control!$D$113","v":1},{"$f":"Control!$E$113","v":2020},{"$f":"Control!$F$113","v":30},{"$f":"Control!$AK$113","v":"Bioenergy"},{"$f":"Control!$AP$113","v":1},{"$f":"Control!$AG$113","v":2020},{"$f":"Control!$AI$113","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Land area dedicated to ","Growing Bioenergy",null,null,null,null,0,{"$f":"+SUMIFS(LBBaU.LndBi.,Prd.,BY.)","v":930},{"$f":"OFFSET(lv1.AmbLB.LndBi.,0,-1)","v":"sqkm."},{"$f":"+SUMIFS(LBBaU.LndBi.,Prd.,AR309)","v":930},{"$f":"+SUMIFS(LBBaU.LndBi.,Prd.,2100)","v":930},"…","…","…","TS"]
[null,{"$f":"Model!G9180","v":"AmbShrPen.LndWdlBaU.mWdArE."},"Wood share for energy from Baseline Woodland",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.LndWdlBaU.mWdArE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},{"$f":"lv2.AmbShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},{"$f":"lv3.AmbShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},{"$f":"lv4.AmbShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},{"$f":"LvrShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$113","v":"Land for Bioenergy"},{"$f":"Control!$D$113","v":1},{"$f":"Control!$E$113","v":2020},{"$f":"Control!$F$113","v":30},{"$f":"Control!$AK$113","v":"Bioenergy"},{"$f":"Control!$AP$113","v":1},{"$f":"Control!$AG$113","v":2020},{"$f":"Control!$AI$113","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Wood share for energy from ","Baseline Woodland",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.LndWdlBaU.mWdArE.,Prd.,BY.)","v":0.17820547090795688},{"$f":"OFFSET(lv1.AmbShrPen.LndWdlBaU.mWdArE.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.LndWdlBaU.mWdArE.,Prd.,AR310)","v":0.17820547090795688},{"$f":"+SUMIFS(ShrBaU.LndWdlBaU.mWdArE.,Prd.,2100)","v":0.17820547090795688},"…","…","…","TS"]
[null,{"$f":"Model!G9181","v":"AmbShrPen.LndArbl.mStrwE."},"Waste share collected for energy land for food crops",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.LndArbl.mStrwE.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.LndArbl.mStrwE.","v":0.19047619047619047},{"$f":"lv2.AmbShrPen.LndArbl.mStrwE.","v":0.37666666666666665},{"$f":"lv3.AmbShrPen.LndArbl.mStrwE.","v":0.68833333333333324},{"$f":"lv4.AmbShrPen.LndArbl.mStrwE.","v":1},{"$f":"LvrShrPen.LndArbl.mStrwE.","v":0.19047619047619047},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$113","v":"Land for Bioenergy"},{"$f":"Control!$D$113","v":1},{"$f":"Control!$E$113","v":2020},{"$f":"Control!$F$113","v":30},{"$f":"Control!$AK$113","v":"Bioenergy"},{"$f":"Control!$AP$113","v":1},{"$f":"Control!$AG$113","v":2020},{"$f":"Control!$AI$113","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Waste share collected for energy ","land for food crops",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.LndArbl.mStrwE.,Prd.,BY.)","v":0.19047619047619047},{"$f":"OFFSET(lv1.AmbShrPen.LndArbl.mStrwE.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.LndArbl.mStrwE.,Prd.,AR311)","v":0.19047619047619047},{"$f":"+SUMIFS(ShrBaU.LndArbl.mStrwE.,Prd.,2100)","v":0.19047619047619047},"…","…","…","TS"]
[null,{"$f":"Model!G9182","v":"AmbShrPen.MnrMng.mSlryE._of_mSlryALL."},"Waste share collected for energy Manure deposited as slurry",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.1},{"$f":"lv2.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.13300000000000001},{"$f":"lv3.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.16699999999999998},{"$f":"lv4.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.2},{"$f":"LvrShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$113","v":"Land for Bioenergy"},{"$f":"Control!$D$113","v":1},{"$f":"Control!$E$113","v":2020},{"$f":"Control!$F$113","v":30},{"$f":"Control!$AK$113","v":"Bioenergy"},{"$f":"Control!$AP$113","v":1},{"$f":"Control!$AG$113","v":2020},{"$f":"Control!$AI$113","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Waste share collected for energy ","Manure deposited as slurry",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.MnrMng.mSlryE._of_mSlryALL.,Prd.,BY.)","v":0},{"$f":"OFFSET(lv1.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.MnrMng.mSlryE._of_mSlryALL.,Prd.,AR312)","v":1.4285714285714285E-2},{"$f":"+SUMIFS(ShrBaU.MnrMng.mSlryE._of_mSlryALL.,Prd.,2100)","v":0.1},"…","…","…","TS"]
[null,{"$f":"Model!G9322","v":"AmbEmFIndx.EntFrm."},"Emissions intensity index - Livestock Enteric Fermentation",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.EntFrm.,0,-1)","v":"Index (emissions / animal)"},{"$f":"lv1.AmbEmFIndx.EntFrm.","v":1},{"$f":"lv2.AmbEmFIndx.EntFrm.","v":0.92500000000000004},{"$f":"lv3.AmbEmFIndx.EntFrm.","v":0.85},{"$f":"lv4.AmbEmFIndx.EntFrm.","v":0.77500000000000002},{"$f":"LvrEmFIndx.EntFrm.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Emissions intensity index - ","Livestock Enteric Fermentation",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.EntFrm.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.EntFrm.,0,-1)","v":"Index (emissions / animal)"},{"$f":"+SUMIFS(EmFIndxBaU.EntFrm.,Prd.,AR313)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.EntFrm.,Prd.,2100)","v":1},{"$f":"+SUMIFS(EmF.CH4.EntFrm.,Prd.,2015)","v":5.0537843817894756E-7},{"$f":"OFFSET(INDEX(EmF.CH4.EntFrm.,MATCH(2015,Prd.,0)),0,-2)","v":"Mt.CO2e / Animal"},"…","TS"]
[null,{"$f":"Model!G9323","v":"AmbEmFIndx.MnrMng."},"Emissions intensity index - Livestock Manure Management",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.MnrMng.,0,-1)","v":"Index (emissions / unit mass)"},{"$f":"lv1.AmbEmFIndx.MnrMng.","v":1},{"$f":"lv2.AmbEmFIndx.MnrMng.","v":0.95125000000000004},{"$f":"lv3.AmbEmFIndx.MnrMng.","v":0.89874999999999994},{"$f":"lv4.AmbEmFIndx.MnrMng.","v":0.85},{"$f":"LvrEmFIndx.MnrMng.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Emissions intensity index - ","Livestock Manure Management",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.MnrMng.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.MnrMng.,0,-1)","v":"Index (emissions / unit mass)"},{"$f":"+SUMIFS(EmFIndxBaU.MnrMng.,Prd.,AR314)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.MnrMng.,Prd.,2100)","v":1},{"$f":"+SUMIFS(EmF.CH4.MnrMng.mSlryNC.,Prd.,2015)","v":8.6884242070502912E-7},{"$f":"OFFSET(INDEX(EmF.CH4.MnrMng.mSlryNC.,MATCH(2015,Prd.,0)),0,-2)","v":"Mt.CO2e / odt"},"…","TS"]
[null,{"$f":"Model!G9324","v":"AmbEmFIndx.LndArbl."},"Emissions intensity index - Arable land for food crops",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.LndArbl.,0,-1)","v":"Index (emissions / unit area)"},{"$f":"lv1.AmbEmFIndx.LndArbl.","v":1},{"$f":"lv2.AmbEmFIndx.LndArbl.","v":0.93625000000000003},{"$f":"lv3.AmbEmFIndx.LndArbl.","v":0.87624999999999997},{"$f":"lv4.AmbEmFIndx.LndArbl.","v":0.8125},{"$f":"LvrEmFIndx.LndArbl.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Emissions intensity index - ","Arable land for food crops",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.LndArbl.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.LndArbl.,0,-1)","v":"Index (emissions / unit area)"},{"$f":"+SUMIFS(EmFIndxBaU.LndArbl.,Prd.,AR315)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.LndArbl.,Prd.,2100)","v":1},{"$f":"+SUMIFS(EmF.CO2.LndArbl.,Prd.,2015)","v":8.7277727278699379E-5},{"$f":"OFFSET(INDEX(EmF.CO2.LndArbl.,MATCH(2015,Prd.,0)),0,-2)","v":"Mt.CO2e / sqkm."},"…","TS"]
[null,{"$f":"Model!G9325","v":"AmbEmFIndx.SoilMng."},"Emissions intensity index - Soil Management",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbEmFIndx.SoilMng.,0,-1)","v":"Index (emissions)"},{"$f":"lv1.AmbEmFIndx.SoilMng.","v":1},{"$f":"lv2.AmbEmFIndx.SoilMng.","v":0.95874999999999999},{"$f":"lv3.AmbEmFIndx.SoilMng.","v":0.91375000000000006},{"$f":"lv4.AmbEmFIndx.SoilMng.","v":0.87250000000000005},{"$f":"LvrEmFIndx.SoilMng.","v":1},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Emissions intensity index - ","Soil Management",null,null,null,null,0,{"$f":"+SUMIFS(EmFIndxBaU.SoilMng.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbEmFIndx.SoilMng.,0,-1)","v":"Index (emissions)"},{"$f":"+SUMIFS(EmFIndxBaU.SoilMng.,Prd.,AR316)","v":1},{"$f":"+SUMIFS(EmFIndxBaU.SoilMng.,Prd.,2100)","v":1},{"$f":"+SUMIFS(Em.N2O.SoilMng.,Prd.,2015)","v":14.449551753655218},{"$f":"OFFSET(INDEX(Em.N2O.SoilMng.,MATCH(2015,Prd.,0)),0,-2)","v":"Mt.CO2e"},"…","TS"]
[null,{"$f":"Model!$G$9256","v":"AmbShrPen.AgrFU.fBiL."},"Agricultural Fuel Use - Biofuel share of liquid fuel",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.AgrFU.fBiL.,0,-1)","v":"Share"},{"$f":"lv1.AmbShrPen.AgrFU.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.AgrFU.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.AgrFU.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.AgrFU.fBiL.","v":1},{"$f":"LvrShrPen.AgrFU.fBiL.","v":2.2000000000000002E-2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$111","v":"Farming Yield & Efficiency"},{"$f":"Control!$D$111","v":1},{"$f":"Control!$E$111","v":2020},{"$f":"Control!$F$111","v":30},{"$f":"Control!$AK$111","v":"MAX(Forestry,Bioenergy)"},{"$f":"Control!$AP$111","v":1},{"$f":"Control!$AG$111","v":2020},{"$f":"Control!$AI$111","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Agricultural Fuel Use - ","Biofuel share of liquid fuel",null,null,null,null,0,{"$f":"ShrBY.AgrFU.fBiL.","v":2.3E-2},{"$f":"OFFSET(lv1.AmbShrPen.AgrFU.fBiL.,0,-1)","v":"Share"},"…","…","…","…","…","Const"]
[null,{"$f":"Model!G9607","v":"AmbShrPen.bcRcyc.rWstD."},"Share Recycled - Dry Waste (excluding inert)",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcRcyc.rWstD.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcRcyc.rWstD.","v":0.5},{"$f":"lv2.AmbShrPen.bcRcyc.rWstD.","v":0.65},{"$f":"lv3.AmbShrPen.bcRcyc.rWstD.","v":0.8},{"$f":"lv4.AmbShrPen.bcRcyc.rWstD.","v":0.9},{"$f":"LvrShrPen.bcRcyc.rWstD.","v":0.5},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Share Recycled - ","Dry Waste (excluding inert)",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.bcRcyc.rWstD.,Prd.,BY.)","v":0.48586604056547245},{"$f":"OFFSET(lv1.AmbShrPen.bcRcyc.rWstD.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.bcRcyc.rWstD.,Prd.,AR318)","v":0.48586604056547245},{"$f":"+SUMIFS(ShrBaU.bcRcyc.rWstD.,Prd.,2050)","v":0.48586604056547245},"…","…","…","TS"]
[null,{"$f":"Model!G9608","v":"AmbShrPen.bcRcyc.rWstW."},"Share Recycled - Wet Waste (excluding manure)",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcRcyc.rWstW.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcRcyc.rWstW.","v":0.85},{"$f":"lv2.AmbShrPen.bcRcyc.rWstW.","v":0.85},{"$f":"lv3.AmbShrPen.bcRcyc.rWstW.","v":0.85},{"$f":"lv4.AmbShrPen.bcRcyc.rWstW.","v":0.85},{"$f":"LvrShrPen.bcRcyc.rWstW.","v":0.85},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Share Recycled - ","Wet Waste (excluding manure)",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.bcRcyc.rWstW.,Prd.,BY.)","v":0.84517586360001951},{"$f":"OFFSET(lv1.AmbShrPen.bcRcyc.rWstW.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.bcRcyc.rWstW.,Prd.,AR319)","v":0.84517586360001951},{"$f":"+SUMIFS(ShrBaU.bcRcyc.rWstW.,Prd.,2050)","v":0.84517586360001951},"…","…","…","TS"]
[null,{"$f":"Model!G9609","v":"AmbShrPen.bcRcyc.rUCO."},"Share Recycled - Used Cooking Oil",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcRcyc.rUCO.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcRcyc.rUCO.","v":0.05},{"$f":"lv2.AmbShrPen.bcRcyc.rUCO.","v":0.05},{"$f":"lv3.AmbShrPen.bcRcyc.rUCO.","v":0.05},{"$f":"lv4.AmbShrPen.bcRcyc.rUCO.","v":0.05},{"$f":"LvrShrPen.bcRcyc.rUCO.","v":0.05},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Share Recycled - ","Used Cooking Oil",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.bcRcyc.rUCO.,Prd.,BY.)","v":0.05},{"$f":"OFFSET(lv1.AmbShrPen.bcRcyc.rUCO.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.bcRcyc.rUCO.,Prd.,AR320)","v":0.05},{"$f":"+SUMIFS(ShrBaU.bcRcyc.rUCO.,Prd.,2050)","v":0.05},"…","…","…","TS"]
[null,{"$f":"Model!G9610","v":"AmbShrPen.bcEfW.rWstD."},"Share to Energy - Dry Waste (excluding inert)",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcEfW.rWstD.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcEfW.rWstD.","v":0.03},{"$f":"lv2.AmbShrPen.bcEfW.rWstD.","v":0.1},{"$f":"lv3.AmbShrPen.bcEfW.rWstD.","v":0.2},{"$f":"lv4.AmbShrPen.bcEfW.rWstD.","v":0.1},{"$f":"LvrShrPen.bcEfW.rWstD.","v":0.03},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Share to Energy - ","Dry Waste (excluding inert)",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.bcEfW.rWstD.,Prd.,BY.)","v":2.9105470609906443E-2},{"$f":"OFFSET(lv1.AmbShrPen.bcEfW.rWstD.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.bcEfW.rWstD.,Prd.,AR321)","v":2.9105470609906443E-2},{"$f":"+SUMIFS(ShrBaU.bcEfW.rWstD.,Prd.,2050)","v":2.9105470609906443E-2},"…","…","…","TS"]
[null,{"$f":"Model!G9611","v":"AmbShrPen.bcAD.rWstW."},"Share to Energy - Wet Waste (excluding manure)",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcAD.rWstW.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcAD.rWstW.","v":0.04},{"$f":"lv2.AmbShrPen.bcAD.rWstW.","v":0.08},{"$f":"lv3.AmbShrPen.bcAD.rWstW.","v":0.12},{"$f":"lv4.AmbShrPen.bcAD.rWstW.","v":0.15},{"$f":"LvrShrPen.bcAD.rWstW.","v":0.04},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Share to Energy - ","Wet Waste (excluding manure)",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.bcAD.rWstW.,Prd.,BY.)","v":4.0499117111326935E-2},{"$f":"OFFSET(lv1.AmbShrPen.bcAD.rWstW.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.bcAD.rWstW.,Prd.,AR322)","v":4.0499117111326935E-2},{"$f":"+SUMIFS(ShrBaU.bcAD.rWstW.,Prd.,2050)","v":4.0499117111326935E-2},"…","…","…","TS"]
[null,{"$f":"Model!G9612","v":"AmbShrPen.bcBL.rUCO."},"Share to Energy - Used Cooking Oil",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcBL.rUCO.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcBL.rUCO.","v":0.4},{"$f":"lv2.AmbShrPen.bcBL.rUCO.","v":0.6},{"$f":"lv3.AmbShrPen.bcBL.rUCO.","v":0.8},{"$f":"lv4.AmbShrPen.bcBL.rUCO.","v":0.95},{"$f":"LvrShrPen.bcBL.rUCO.","v":0.4},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Share to Energy - ","Used Cooking Oil",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.bcBL.rUCO.,Prd.,BY.)","v":0.42429482978723404},{"$f":"OFFSET(lv1.AmbShrPen.bcBL.rUCO.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.bcBL.rUCO.,Prd.,AR323)","v":0.42429482978723404},{"$f":"+SUMIFS(ShrBaU.bcBL.rUCO.,Prd.,2050)","v":0.42429482978723404},"…","…","…","TS"]
[null,{"$f":"Model!$G$9687","v":"AmbShrPen.bcLndFGRel.rLndFG."},"Share Released as Fugitive Emissions - Landfill Gas",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.bcLndFGRel.rLndFG.,0,-1)","v":"…"},{"$f":"lv1.AmbShrPen.bcLndFGRel.rLndFG.","v":0.3},{"$f":"lv2.AmbShrPen.bcLndFGRel.rLndFG.","v":0.2},{"$f":"lv3.AmbShrPen.bcLndFGRel.rLndFG.","v":0.15},{"$f":"lv4.AmbShrPen.bcLndFGRel.rLndFG.","v":0.1},{"$f":"LvrShrPen.bcLndFGRel.rLndFG.","v":0.3},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Share Released as Fugitive Emissions - ","Landfill Gas",null,null,null,null,0,{"$f":"+SUMIFS(ShrBaU.bcLndFGRel.rLndFG.,Prd.,BY.)","v":0.34},{"$f":"OFFSET(lv1.AmbShrPen.bcLndFGRel.rLndFG.,0,-1)","v":"…"},{"$f":"+SUMIFS(ShrBaU.bcLndFGRel.rLndFG.,Prd.,AR324)","v":0.34},{"$f":"+SUMIFS(ShrBaU.bcLndFGRel.rLndFG.,Prd.,2050)","v":0.34},"…","…","…","TS"]
[null,{"$f":"Model!G9703","v":"AmbActvIndx.bcWstPrd.rWstD."},"Reduce Production - Dry Waste (excluding inert)",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbActvIndx.bcWstPrd.rWstD.,0,-1)","v":"…"},{"$f":"lv1.AmbActvIndx.bcWstPrd.rWstD.","v":1.25},{"$f":"lv2.AmbActvIndx.bcWstPrd.rWstD.","v":1},{"$f":"lv3.AmbActvIndx.bcWstPrd.rWstD.","v":0.85},{"$f":"lv4.AmbActvIndx.bcWstPrd.rWstD.","v":0.65},{"$f":"LvrActvIndx.bcWstPrd.rWstD.","v":1.25},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Reduce Production - ","Dry Waste (excluding inert)",null,null,null,null,0,{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rWstD.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbActvIndx.bcWstPrd.rWstD.,0,-1)","v":"…"},{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rWstD.,Prd.,AR325)","v":1.0347564346840228},{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rWstD.,Prd.,2050)","v":1.1898638736532292},{"$f":"+SUMIFS(Actv.bcWstPrd.rWstD.,Prd.,2015)","v":32.27782514123794},{"$f":"OFFSET(INDEX(Actv.bcWstPrd.rWstD.,MATCH(2015,Prd.,0)),0,-2)","v":"Million odt"},"…","TS"]
[null,{"$f":"Model!G9704","v":"AmbActvIndx.bcWstPrd.rWstW."},"Reduce Production - Wet Waste (excluding manure)",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbActvIndx.bcWstPrd.rWstW.,0,-1)","v":"…"},{"$f":"lv1.AmbActvIndx.bcWstPrd.rWstW.","v":1.2},{"$f":"lv2.AmbActvIndx.bcWstPrd.rWstW.","v":1.2},{"$f":"lv3.AmbActvIndx.bcWstPrd.rWstW.","v":1.2},{"$f":"lv4.AmbActvIndx.bcWstPrd.rWstW.","v":1.2},{"$f":"LvrActvIndx.bcWstPrd.rWstW.","v":1.2},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Reduce Production - ","Wet Waste (excluding manure)",null,null,null,null,0,{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rWstW.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbActvIndx.bcWstPrd.rWstW.,0,-1)","v":"…"},{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rWstW.,Prd.,AR326)","v":1.0347564346840228},{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rWstW.,Prd.,2050)","v":1.1898638736532292},{"$f":"+SUMIFS(Actv.bcWstPrd.rWstW.,Prd.,2015)","v":4.3546166578203138},{"$f":"OFFSET(INDEX(Actv.bcWstPrd.rWstW.,MATCH(2015,Prd.,0)),0,-2)","v":"Million odt"},"…","TS"]
[null,{"$f":"Model!G9705","v":"AmbActvIndx.bcWstPrd.rUCO."},"Reduce Production - Used Cooking Oil",1,2020,30,null,null,null,null,{"$f":"OFFSET(lv1.AmbActvIndx.bcWstPrd.rUCO.,0,-1)","v":"…"},{"$f":"lv1.AmbActvIndx.bcWstPrd.rUCO.","v":1.25},{"$f":"lv2.AmbActvIndx.bcWstPrd.rUCO.","v":1.2},{"$f":"lv3.AmbActvIndx.bcWstPrd.rUCO.","v":1},{"$f":"lv4.AmbActvIndx.bcWstPrd.rUCO.","v":0.8},{"$f":"LvrActvIndx.bcWstPrd.rUCO.","v":1.25},null,null,null,null,null,null,null,null,null,null,null,{"$f":"Control!$C$114","v":"Waste Reduction"},{"$f":"Control!$D$114","v":1},{"$f":"Control!$E$114","v":2020},{"$f":"Control!$F$114","v":30},{"$f":"Control!$AK$114","v":"Bioenergy"},{"$f":"Control!$AP$114","v":1},{"$f":"Control!$AG$114","v":2020},{"$f":"Control!$AI$114","v":30},null,null,null,null,null,null,null,1,2020,30,null,null,null,"Reduce Production - ","Used Cooking Oil",null,null,null,null,0,{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rUCO.,Prd.,BY.)","v":1},{"$f":"OFFSET(lv1.AmbActvIndx.bcWstPrd.rUCO.,0,-1)","v":"…"},{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rUCO.,Prd.,AR327)","v":1.0347564346840228},{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rUCO.,Prd.,2050)","v":1.1898638736532292},{"$f":"+SUMIFS(Actv.bcWstPrd.rUCO.,Prd.,2015)","v":0.32900000000000001},{"$f":"OFFSET(INDEX(Actv.bcWstPrd.rUCO.,MATCH(2015,Prd.,0)),0,-2)","v":"Million odt"},"…","TS"]
[]
[null,null,"Industry (all) emissions index",null,null,null,null,null,null,null,null,{"$f":"((L263*INDEX(Em.GHG.inSTLPEm.,MATCH(2015,Prd.,0)))+(L264*INDEX(Em.GHG.inOTHPEm.,MATCH(2015,Prd.,0)))+(L265*INDEX(Em.GHG.inCCGPEm.,MATCH(2015,Prd.,0)))+(L266*INDEX(Em.GHG.inREFPEm.,MATCH(2015,Prd.,0)))+(L267*INDEX(Em.GHG.inCHEPEm.,MATCH(2015,Prd.,0))))/(INDEX(Em.GHG.inSTLPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inOTHPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inCCGPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inREFPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inCHEPEm.,MATCH(2015,Prd.,0)))","v":1},{"$f":"((M263*INDEX(Em.GHG.inSTLPEm.,MATCH(2015,Prd.,0)))+(M264*INDEX(Em.GHG.inOTHPEm.,MATCH(2015,Prd.,0)))+(M265*INDEX(Em.GHG.inCCGPEm.,MATCH(2015,Prd.,0)))+(M266*INDEX(Em.GHG.inREFPEm.,MATCH(2015,Prd.,0)))+(M267*INDEX(Em.GHG.inCHEPEm.,MATCH(2015,Prd.,0))))/(INDEX(Em.GHG.inSTLPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inOTHPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inCCGPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inREFPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inCHEPEm.,MATCH(2015,Prd.,0)))","v":0.86737820417150824},{"$f":"((N263*INDEX(Em.GHG.inSTLPEm.,MATCH(2015,Prd.,0)))+(N264*INDEX(Em.GHG.inOTHPEm.,MATCH(2015,Prd.,0)))+(N265*INDEX(Em.GHG.inCCGPEm.,MATCH(2015,Prd.,0)))+(N266*INDEX(Em.GHG.inREFPEm.,MATCH(2015,Prd.,0)))+(N267*INDEX(Em.GHG.inCHEPEm.,MATCH(2015,Prd.,0))))/(INDEX(Em.GHG.inSTLPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inOTHPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inCCGPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inREFPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inCHEPEm.,MATCH(2015,Prd.,0)))","v":0.73475640834301659},{"$f":"((O263*INDEX(Em.GHG.inSTLPEm.,MATCH(2015,Prd.,0)))+(O264*INDEX(Em.GHG.inOTHPEm.,MATCH(2015,Prd.,0)))+(O265*INDEX(Em.GHG.inCCGPEm.,MATCH(2015,Prd.,0)))+(O266*INDEX(Em.GHG.inREFPEm.,MATCH(2015,Prd.,0)))+(O267*INDEX(Em.GHG.inCHEPEm.,MATCH(2015,Prd.,0))))/(INDEX(Em.GHG.inSTLPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inOTHPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inCCGPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inREFPEm.,MATCH(2015,Prd.,0))+INDEX(Em.GHG.inCHEPEm.,MATCH(2015,Prd.,0)))","v":0.60213461251452483}]
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[null,null,{"$f":"C34","v":"Warnings"},"Not required",2,{"$f":"$G$221","v":"Extremely ambitious rate of change"},{"$f":"$G$222","v":"No Units"},{"$f":"$G$223","v":"output.warning.exceedL4.rate"},{"$f":"$G$224","v":"Icon"}]
[null,null,{"$f":"C35","v":"Warnings"},"Not required",3,{"$f":"$G$231","v":"Bioenergy Imports"},{"$f":"$G$232","v":"No Units"},{"$f":"$G$233","v":"output.warning.bio.imports"},{"$f":"$G$234","v":"Icon"}]
[null,null,{"$f":"C36","v":"Warnings"},"Not required",4,{"$f":"$G$241","v":"Land"},{"$f":"$G$242","v":"No Units"},{"$f":"$G$243","v":"output.warning.land"},{"$f":"$G$244","v":"Icon"}]
[null,null,{"$f":"C37","v":"Warnings"},"Not required",5,{"$f":"$G$251","v":"Electricity Peak"},{"$f":"$G$252","v":"No Units"},{"$f":"$G$253","v":"output.warning.elec.peak"},{"$f":"$G$254","v":"Icon"}]
[null,null,{"$f":"$C$262","v":"Overview"},{"$f":"$D$263","v":"GHG Emissions / Primary Energy"},"Top",{"$f":"$G$264","v":"Annual Greenhouse Gas Emissions"},{"$f":"$G$265","v":"MtCO2e/yr"},{"$f":"$G$266","v":"output.emissions.sector"},{"$f":"$G$267","v":"Stacked Area with overlying Line(s)"},null,null,null,-500,750]
[null,null,{"$f":"C39","v":"Overview"},{"$f":"D39","v":"GHG Emissions / Primary Energy"},"Bottom",{"$f":"$G$290","v":"Primary Energy Consumption"},{"$f":"$G$291","v":"TWh/yr"},{"$f":"$G$292","v":"output.primary.energy.consumption"},{"$f":"$G$293","v":"Stacked Area with overlying Line(s)"},null,null,null,0,4000]
[null,null,{"$f":"C40","v":"Overview"},{"$f":"$D$315","v":"GHG Cumulative / Final Energy"},"Top",{"$f":"$G$316","v":"Cumulative UK Greenhouse Gas Emissions"},{"$f":"$G$317","v":"MtCO2e"},{"$f":"$G$318","v":"output.emissions.cumulative"},{"$f":"$G$319","v":"Line"},null,null,null,0,50000]
[null,null,{"$f":"C41","v":"Overview"},{"$f":"D41","v":"GHG Cumulative / Final Energy"},"Bottom",{"$f":"$G$329","v":"Final Energy Consumption"},{"$f":"$G$330","v":"TWh/yr"},{"$f":"$G$331","v":"output.final.energy.consumption"},{"$f":"$G$332","v":"Stacked Area with overlying Line(s)"},null,null,null,0,4000]
[null,null,{"$f":"$C$346","v":"Transport"},{"$f":"$D$347","v":"Energy & Emissions"},"Top",{"$f":"$G$348","v":"Emissions - Transport"},{"$f":"$G$349","v":"MtCO2e/yr"},{"$f":"$G$350","v":"output.tra.emissions"},{"$f":"$G$351","v":"Stacked Area with overlying Line(s)"},null,null,null,0,250]
[null,null,{"$f":"C43","v":"Transport"},{"$f":"D43","v":"Energy & Emissions"},"Bottom",{"$f":"$G$369","v":"Energy Consumption - Transport"},{"$f":"$G$370","v":"TWh/yr"},{"$f":"$G$371","v":"output.tra.energy.consumption"},{"$f":"$G$372","v":"Stacked Area with overlying Line(s)"},null,null,null,0,1000]
[null,null,{"$f":"C44","v":"Transport"},{"$f":"$D$382","v":"Demand & Technology"},"Top",{"$f":"$G$383","v":"Passenger Distance Travelled"},{"$f":"$G$384","v":"Billion Passenger km/yr"},{"$f":"$G$385","v":"output.tra.pass.distance"},{"$f":"$G$386","v":"Stacked Area with overlying Line(s)"},null,null,null,0,1250]
[null,null,{"$f":"C45","v":"Transport"},{"$f":"D45","v":"Demand & Technology"},"Bottom",{"$f":"$G$404","v":"Road Transport Energy Consumption by Engine Type"},{"$f":"$G$405","v":"TWh/yr"},{"$f":"$G$406","v":"output.tra.energy.consumption.vehicle"},{"$f":"$G$407","v":"Stacked Area with overlying Line(s)"},null,null,"*output.tra.car.type.share replaced with output.tra.energy.consumption.vehicle",0,600]
[null,null,{"$f":"$C$419","v":"Buildings"},{"$f":"$D$420","v":"Energy & Emissions"},"Top",{"$f":"$G$421","v":"Emissions - Buildings"},{"$f":"$G$422","v":"MtCO2e/yr"},{"$f":"$G$423","v":"output.buildings.emissions"},{"$f":"$G$424","v":"Stacked Area with overlying Line(s)"},null,null,null,0,250]
[null,null,{"$f":"C47","v":"Buildings"},{"$f":"D47","v":"Energy & Emissions"},"Bottom",{"$f":"$G$434","v":"Energy Consumption - Buildings & Heat Networks"},{"$f":"$G$435","v":"TWh/yr"},{"$f":"$G$436","v":"output.buildings.energy.consumption"},{"$f":"$G$437","v":"Stacked Area with overlying Line(s)"},null,null,null,0,1250]
[null,null,{"$f":"C48","v":"Buildings"},{"$f":"$D$452","v":"Heat"},"Top",{"$f":"$G$453","v":"Heat Supplied"},{"$f":"$G$454","v":"TWh/yr"},{"$f":"$G$455","v":"output.buildings.heat.supply"},{"$f":"$G$456","v":"Stacked Area with overlying Line(s)"},null,null,null,0,800]
[null,null,{"$f":"C49","v":"Buildings"},{"$f":"D49","v":"Heat"},"Bottom",{"$f":"$G$468","v":"Heat Demand"},{"$f":"$G$469","v":"TWh/yr"},{"$f":"$G$470","v":"output.buildings.heat.demand"},{"$f":"$G$471","v":"Stacked Area with overlying Line(s)"},null,null,null,0,800]
[null,null,{"$f":"$C$481","v":"Industry"},{"$f":"$D$482","v":"Energy & Emissions"},"Top",{"$f":"$G$483","v":"Emissions - Industry"},{"$f":"$G$484","v":"MtCO2e/yr"},{"$f":"$G$485","v":"output.ind.emissions"},{"$f":"$G$486","v":"Stacked Area with overlying Line(s)"},null,null,null,-25,75]
[null,null,{"$f":"C51","v":"Industry"},{"$f":"D51","v":"Energy & Emissions"},"Bottom",{"$f":"$G$497","v":"Energy Consumption - Industry"},{"$f":"$G$498","v":"TWh/yr"},{"$f":"$G$499","v":"output.ind.energy.consumption"},{"$f":"$G$500","v":"Stacked Area with overlying Line(s)"},null,null,null,0,400]
[null,null,{"$f":"$C$512","v":"CO2 Removal & Gases"},{"$f":"$D$513","v":"Emissions Removal"},"Top",{"$f":"$G$514","v":"Emissions Removal"},{"$f":"$G$515","v":"MtCO2e/yr"},{"$f":"$G$516","v":"output.emissions.removal"},{"$f":"$G$517","v":"Stacked Area with overlying Line(s)"},null,null,null,0,500]
[null,null,{"$f":"C53","v":"CO2 Removal & Gases"},{"$f":"D53","v":"Emissions Removal"},"Bottom",{"$f":"$G$529","v":"Cumulative Emissions Stored"},{"$f":"$G$530","v":"MtCO2e"},{"$f":"$G$531","v":"output.emissions.stored.cumulative"},{"$f":"$G$532","v":"Line"},null,null,null,0,40000]
[null,null,{"$f":"C54","v":"CO2 Removal & Gases"},{"$f":"$D$541","v":"Gas Grid & Hydrogen"},"Top",{"$f":"$G$542","v":"Gas Distribution Grid Energy Supplied"},{"$f":"$G$543","v":"TWh/yr"},{"$f":"$G$544","v":"output.gas.grid.dist.supply"},{"$f":"$G$545","v":"Stacked Area with overlying Line(s)"},null,null,null,0,800]
[null,null,{"$f":"C55","v":"CO2 Removal & Gases"},{"$f":"D55","v":"Gas Grid & Hydrogen"},"Bottom",{"$f":"$G$555","v":"Hydrogen Supply"},{"$f":"$G$556","v":"TWh/yr"},{"$f":"$G$557","v":"output.hydrogen.production"},{"$f":"$G$558","v":"Stacked Area with overlying Line(s)"},null,null,null,0,1250]
[null,null,{"$f":"$C$568","v":"Electricity"},{"$f":"$D$569","v":"Emissions & Generation"},"Top",{"$f":"$G$570","v":"Emissions - Electricity Generation"},{"$f":"$G$571","v":"MtCO2e/yr"},{"$f":"$G$572","v":"output.electricity.emissions"},{"$f":"$G$573","v":"Stacked Area with overlying Line(s)"},null,null,null,-200,300]
[null,null,{"$f":"C57","v":"Electricity"},{"$f":"D57","v":"Emissions & Generation"},"Bottom",{"$f":"$G$586","v":"Electricity Supply"},{"$f":"$G$587","v":"TWh/yr"},{"$f":"$G$588","v":"output.electricity.generation.type"},{"$f":"$G$589","v":"Stacked Area with overlying Line(s)"},null,null,null,0,800]
[null,null,{"$f":"C58","v":"Electricity"},{"$f":"$D$606","v":"Capacity & Peak"},"Top",{"$f":"$G$607","v":"Electrical Capacity"},{"$f":"$G$608","v":"GW"},{"$f":"$G$609","v":"output.electricity.capacity.type"},{"$f":"$G$610","v":"Stacked Area with overlying Line(s)"},null,null,null,0,250]
[null,null,{"$f":"C59","v":"Electricity"},{"$f":"D59","v":"Capacity & Peak"},"Bottom",{"$f":"$G$629","v":"Peak Gate Power Demand"},{"$f":"$G$630","v":"GW"},{"$f":"$G$631","v":"output.electricity.peak.demand"},{"$f":"$G$632","v":"Stacked Area with overlying Line(s)"},null,null,null,0,250]
[null,null,{"$f":"$C$644","v":"Land Use & Bioenergy"},{"$f":"$D$645","v":"Emissions & Land"},"Top",{"$f":"$G$646","v":"Emissions - Land Use and Biofuels"},{"$f":"$G$647","v":"MtCO2e/yr"},{"$f":"$G$648","v":"output.land.bio.emissions"},{"$f":"$G$649","v":"Stacked Area with overlying Line(s)"},null,null,null,-100,100]
[null,null,{"$f":"C61","v":"Land Use & Bioenergy"},{"$f":"D61","v":"Emissions & Land"},"Bottom",{"$f":"$G$663","v":"Land Area Trade Off"},{"$f":"$G$664","v":"km2"},{"$f":"$G$665","v":"output.land.area.trade.off"},{"$f":"$G$666","v":"Stacked Area with overlying Line(s)"},null,null,null,0,150000]
[null,null,"Land Use & Bioenergy",{"$f":"$D$675","v":"Bioenergy"},"Top",{"$f":"$G$676","v":"Domestic Bioenergy Production"},{"$f":"$G$677","v":"TWh/yr"},{"$f":"$G$678","v":"output.land.bioenergy.production"},{"$f":"$G$679","v":"Stacked Area with overlying Line(s)"},null,null,null,0,500]
[null,null,"Land Use & Bioenergy",{"$f":"D63","v":"Bioenergy"},"Bottom",{"$f":"$G$690","v":"Imported Bioenergy"},{"$f":"$G$691","v":"TWh/yr"},{"$f":"$G$692","v":"output.bioenergy.imports"},{"$f":"$G$693","v":"Line"},null,null,null,0,800]
[null,null,{"$f":"$C$699","v":"Imports, Map & Flows"},{"$f":"$D$700","v":"Imports"},"Top",{"$f":"$G$703","v":"Energy Imports"},{"$f":"$G$704","v":"TWh/yr"},{"$f":"$G$705","v":"output.security.import.energy"},{"$f":"$G$706","v":"Stacked Area with overlying Line(s)"},null,null,null,0,4000]
[null,null,{"$f":"C65","v":"Imports, Map & Flows"},{"$f":"D65","v":"Imports"},"Bottom",{"$f":"$G$720","v":"Energy Import Dependence"},{"$f":"$G$721","v":"Percent"},{"$f":"$G$722","v":"output.security.import.fraction"},{"$f":"$G$723","v":"Line"},null,null,null,0,100]
[null,null,{"$f":"C66","v":"Imports, Map & Flows"},{"$f":"$D$737","v":"Map"},"Page",{"$f":"$G$740","v":"Illustration of scale of land and sea use (positions are arbitrary)"},{"$f":"$G$741","v":"No Units"},{"$f":"$G$742","v":"output.land.map.area,output.land.map.distance,output.landarea.numberunits"},{"$f":"$G$743","v":"Map"}]
[null,null,"Imports, Map & Flows",{"$f":"$D$789","v":"Flows"},"Page",{"$f":"$G$790","v":"UK Energy Flows"},{"$f":"$G$791","v":"TWh/yr"},{"$f":"$G$792","v":"output.flows"},{"$f":"$G$793","v":"Sankey/Flow"}]
[]
[]
[]
[null,"Outputs to My2050 Summary"]
[null,null,"My2050 Output Page","Tab","Position","Title","Axis Unit","Named Range","Graph Type"]
[]
[null,null,{"$f":"$C$901","v":"GHG Emissions Reduction"},"NA","Left",{"$f":"$G$903","v":"Total"},{"$f":"$G$904","v":"% of 1990 emissions"},{"$f":"$G$905","v":"output.simple.emissions.reduction.percent"},{"$f":"$G$906","v":"Bar"}]
[null,null,{"$f":"C75","v":"GHG Emissions Reduction"},"NA","Right",{"$f":"$G$915","v":"Per Sector"},{"$f":"$G$916","v":"% of 1990 emissions"},{"$f":"$G$917","v":"output.simple.emissions.sector.percent"},{"$f":"$G$918","v":"Bar"}]
[null,null,{"$f":"C76","v":"GHG Emissions Reduction"},"NA","Bottom",{"$f":"$G$930","v":"Emissions in Your Scenario"},{"$f":"$G$931","v":"MtCO2e"},{"$f":"$G$932","v":"output.simple.emissions.sector"},{"$f":"$G$933","v":"Text (labels)"}]
[null,null,{"$f":"$C$944","v":"Energy Consumption"},"NA","Left",{"$f":"$G$946","v":"Demand"},{"$f":"$G$947","v":"TWh"},{"$f":"$G$948","v":"output.simple.energy.demand"},{"$f":"$G$949","v":"Bar"}]
[null,null,{"$f":"C78","v":"Energy Consumption"},"NA","Right",{"$f":"$G$958","v":"Supply"},{"$f":"$G$959","v":"TWh"},{"$f":"$G$960","v":"output.simple.energy.supply"},{"$f":"$G$961","v":"Bar"}]
[]
[]
[null,"Style and principles of outputs"]
[null,null,"Colours"]
[null,null,null,"Shades of each colour should be used across groups of similar categories (e.g. coal, oil, natural gas) and to provide visual contrast between adjacent categories."]
[null,null,null,"Shades can be used to brighten or darken the colours in the BEIS brand guidance listed below."]
[null,null,null,"Shade suggestions have been provided in some cases."]
[]
[null,null,null,"Branding","Dark blue",null,"Dark blue - C100 M49 Y0 K40, R0 G74 B127, #003366"]
[null,null,null,"Graph Colours","BEIS brand"]
[null,null,null,"Black","NA"]
[null,null,null,"Grey","Dark slate",null,"Dark slate - C62 M52 Y46 K40, R85 G86 B90, #555559"]
[null,null,null,"Brown","Soft amber",null,"Soft amber - C25 M22 Y33 K0, R203 G193 B175, #cbc1af"]
[null,null,null,"Green","Green",null,"Green - C61 M0 Y100 K0, R115 G183 B43, #66cc33"]
[null,null,null,"Yellow","Gold",null,"Gold - C0 M37 Y87 K0, R249 G174 B45, #ffcc33"]
[null,null,null,"Orange","Orange",null,"Orange - C0 M64 Y94 K0, R238 G117 B27, #ff9933"]
[null,null,null,"Red","NA"]
[null,null,null,"Purple","Purple",null,"Purple - C83 M100 Y0 K40, R86 G37 B131, #663399"]
[null,null,null,"Blue","Cyan",null,"Cyan - C75 M22 Y0 K0, R28 G156 B217, #0099cc"]
[null,null,null,"White with texture (grey horizontal lines or dots)","NA","Inc texture"]
[]
[]
[]
[null,null,"Old colour lookup table (redundant)"]
[]
[null,null,null,"Lookup for colours",null,null,"Note - capitals are colours which aren't in the BEIS guidelines (RC can provide RGB values if needed, but happy for design team to make this judgment)"]
[null,null,null,"Original colour","BEIS brand"]
[null,null,null,"Black line","BLACK",null,"Principles of colours are:"]
[null,null,null,"Black","BLACK",null,"-similar categories which we'd like people to see together are the same colour (e.g.in some graphs, all fossil fuels)"]
[null,null,null,"Brown-dark","BROWN-DARK",null,null,"-within this, darker colours mean higher emissionsn (coal black or dark grey, oil medium, gas light)"]
[null,null,null,"Brown-med","BROWN-MID",null,"-where a category has similar emissions, dark means more solid, medium liquid, light gas (or for biomass, dark = wetter)"]
[null,null,null,"Brown-mid","BROWN-MID"]
[null,null,null,"Brown","BROWN-MID",null,"Certain technologies have a similar colour wherever used, as that colour feels the most intuitive"]
[null,null,null,"Blue-light","Cyan",null,"-fossil fuels -grey"]
[null,null,null,"Blue","Cyan",null,"-forestry or agriculture - green"]
[null,null,null,"Blue dotted line","Cyan",null,"-biomass or waste -brown"]
[null,null,null,"Dotted blue","Cyan",null,"-heating - red"]
[null,null,null,"Blue-dark","Dark blue"]
[null,null,null,"Grey-dark","Dark slate",null,"For consistency, a few colours are also used throughout"]
[null,null,null,"Yellow-dark","Gold",null,"-transport-blue"]
[null,null,null,"Green-mid","Green",null,"-electricity - yellow"]
[null,null,null,"Green","Green",null,"-nuclear - orange"]
[null,null,null,"Green-dark","GREEN-DARK",null,"-hydrogen - purple"]
[null,null,null,"Green-light","Lime"]
[null,null,null,"Grey","Marine grey"]
[null,null,null,"Grey-mid","Marine grey"]
[null,null,null,"Grey dotted line","Marine grey"]
[null,null,null,"Orange","Orange"]
[null,null,null,"Dotted orange","Orange"]
[null,null,null,"Grey-light","Pale slate"]
[null,null,null,"Purple","Purple"]
[null,null,null,"Purple-dark","Purple"]
[null,null,null,"Red","RED"]
[null,null,null,"Red dotted line","RED"]
[null,null,null,"Brown-light","Soft amber"]
[null,null,null,"White","WHITE"]
[null,null,null,"Yellow-light","YELLOW"]
[null,null,null,"Yellow","YELLOW"]
[]
[]
[]
[null,null,"Order",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Principles"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Fossil fuels"]
[null,null,null,null,null,null,null,"Counterfactual - emphasises the profile for replacement",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Flexible"]
[null,null,null,null,null,null,null,"Low Carbon - emphasis the uptake of new technologies (BF Preference)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Renewable resource"]
[]
[null,null,null,null,null,null,"Electricity",5,6,7,8,8,8,8]
[null,null,null,null,null,null,"Heat (Waste)",0,0,0.1,0.2,0.3,0.4,0.5,null,null,null,null,null,null,null,null,null,"Principles"]
[null,null,null,null,null,null,"Hydrogen",0,0,0.5,1,1.5,2,2,null,null,null,null,null,null,null,null,null,null,"Buildings-Residential / Buildings-non-residential"]
[null,null,null,null,null,null,"Bio - Solid",0,0.25,0.5,0.75,1,1,1,null,null,null,null,null,null,null,null,null,null,"Avoid public/commercial"]
[null,null,null,null,null,null,"Bio - Liquid",0,0.25,0.5,0.75,1,1,1]
[null,null,null,null,null,null,"Bio - Gas",0,0.5,1,1,1,1,1,null,null,null,null,null,null,null,null,null,null,"Transport - domestic, transport-international"]
[null,null,null,null,null,null,"Fossil Fuel - Solid",2,1.5,1,0.5,0,0,0]
[null,null,null,null,null,null,"Fossil Fuel - Liquid",2,1.5,1,0.5,0,0,0,null,null,null,null,null,null,null,null,null,null,"For gas - always say natural gas"]
[null,null,null,null,null,null,"Fossil Fuel - Gas",10,8,6.4,5.120000000000001,4.096000000000001,3.276800000000001,2.6214400000000011,null,null,null,null,null,null,null,null,null,null,"Fossil fuel: coal, oil, natural gas"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Gas boiler (either description or 1-pager to make it clear this is hydrogen/natural/bio)"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Do we abbreviate GGR - call it GHG removal"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CCS - as long as the levers expalin it, we can abbreviate"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LULUCF - spell out"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Allocation"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Transport -always use dom/international (except when need to show by tech)"]
[null,null,"Grouping"]
[]
[]
[]
[]
[]
[]
[null,null,"Named range convention"]
[null,null,null,null,null,"\".\" has been used as the separator as per Climact request \"For the name of the input and output ranges, could you use “.” Instead of “_”\""]
[null,null,null,null,null,"All start with \"output.\""]
[]
[null,"Outputs to Webtool"]
[null,null,"Key indicators"]
[null,null,null,null,"Metric bar on right-hand side"]
[null,null,null,null,null,"Title","GHG Emissions in 2050"]
[null,null,null,null,null,"Axis Unit","% reduction on 1990"]
[null,null,null,null,null,"Named Range","output.metric.emissions.reduction.twentyfifty"]
[null,null,null,null,null,"Graph Type","Bar with shaded confidence interval"]
[null,null,null,null,null,"Notes"]
[]
[null,null,null,null,null,null,"Year",2050,"COMMENT"]
[null,null,null,null,null,"Categories","Low",{"$f":"Results!M213","v":0.59522356966297374}]
[null,null,null,null,null,null,"Central",{"$f":"Results!M214","v":0.64522356966297378}]
[null,null,null,null,null,null,"High",{"$f":"Results!M215","v":0.69522356966297383}]
[]
[]
[]
[]
[null,null,null,null,"Chart2"]
[null,null,null,null,null,"Title","UK Net Zero by "]
[null,null,null,null,null,"Axis Unit","No Units"]
[null,null,null,null,null,"Named Range","output.metric.emissions.yrzero"]
[null,null,null,null,null,"Graph Type","Text"]
[null,null,null,null,null,"Notes","Text for whether or not net zero is achieved has been removed because this is visible from the display"]
[null,null,null,"Raw calcs",null,"Categories"]
[null,null,null,"Low",{"$f":"IF(E$200=\"never\",\"never\",E201-5)","v":"never"},null,"Net zero text"]
[null,null,null,"Central",{"$f":"IF(Results!W194>0,\"never\",2080)","v":"never"}]
[null,null,null,"High",{"$f":"IF(E$200=\"never\",\"never\",H203+5)","v":"never"}]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Warnings"]
[]
[null,null,null,null,null,"Title","Level 4"]
[null,null,null,null,null,"Axis Unit","No Units"]
[null,null,null,null,null,"Named Range","output.warning.L4chosen"]
[null,null,null,null,null,"Graph Type","Icon"]
[null,null,null,null,null,"Notes","icon that is on (1) or off (0), with text that appears on hover-over"]
[]
[null,null,null,null,null,null,"Icon on?",{"$f":"Results!F2026","v":0}]
[null,null,null,null,null,null,"Warning text",{"$f":"Results!G2026","v":"0 levers are set to level 4, considered by experts to be the limit of what is plausible."}]
[]
[]
[null,null,null,null,null,"Title","Extremely ambitious rate of change"]
[null,null,null,null,null,"Axis Unit","No Units"]
[null,null,null,null,null,"Named Range","output.warning.exceedL4.rate"]
[null,null,null,null,null,"Graph Type","Icon"]
[null,null,null,null,null,"Notes","icon that is on (1) or off (0), with text that appears on hover-over"]
[]
[null,null,null,null,null,null,"Icon on?",{"$f":"Results!F2027","v":0}]
[null,null,null,null,null,null,"Warning text",{"$f":"Results!G2027","v":"0 levers have a rate of increase in ambition that is higher than Level 4 ambition over the default deployment time, considered by experts to be the fastest plausible."}]
[]
[]
[null,null,null,null,null,"Title","Bioenergy Imports"]
[null,null,null,null,null,"Axis Unit","No Units"]
[null,null,null,null,null,"Named Range","output.warning.bio.imports"]
[null,null,null,null,null,"Graph Type","Icon"]
[null,null,null,null,null,"Notes","icon that is on (1) or off (0), with text that appears on hover-over"]
[]
[null,null,null,null,null,null,"Icon on?"]
[null,null,null,null,null,null,"Warning text",{"$f":"Results!G2028","v":"Biomass imports of 68 TWh/year do not exceed the maximum available in the CCC Global Governance & Innovation scenario of 155 TWh/year of imports (or 300 TWh/year including domestic supplies)."}]
[]
[]
[null,null,null,null,null,"Title","Land"]
[null,null,null,null,null,"Axis Unit","No Units"]
[null,null,null,null,null,"Named Range","output.warning.land"]
[null,null,null,null,null,"Graph Type","Icon"]
[null,null,null,null,null,"Notes","icon that is on (1) or off (0), with text that appears on hover-over"]
[]
[null,null,null,null,null,null,"Icon on?",{"$f":"Results!F2029","v":0}]
[null,null,null,null,null,null,"Warning text",{"$f":"Results!G2029","v":"There is sufficient land available for both the selected level of forest and bioenergy land in all years."}]
[]
[]
[null,null,null,null,null,"Title","Electricity Peak"]
[null,null,null,null,null,"Axis Unit","No Units"]
[null,null,null,null,null,"Named Range","output.warning.elec.peak"]
[null,null,null,null,null,"Graph Type","Icon"]
[null,null,null,null,null,"Notes","icon that is on (1) or off (0), with text that appears on hover-over"]
[]
[null,null,null,null,null,null,"Icon on?",{"$f":"Results!F2030","v":1}]
[null,null,null,null,null,null,"Warning text",{"$f":"Results!G2030","v":"More centralised unabated fossil fuel generation capacity is required in some years than was present in 2015. 66 GW of centralised unabated fossil fuel generation capacity is required to ensure peak electricity demand can be met in 2050, Compared to the 49 GW installed in 2015. Consider deploying more storage/balancing capacity, deploying more dispatchable generation, or reducing peak electricity demand. See electricity outputs for more information."}]
[]
[]
[]
[null,null,"Overview"]
[null,null,null,"GHG Emissions / Primary Energy","Page1:Chart1"]
[null,null,null,null,null,"Title","Annual Greenhouse Gas Emissions"]
[null,null,null,null,null,"Axis Unit","MtCO2e/yr"]
[null,null,null,null,null,"Named Range","output.emissions.sector"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Stacked area with reference line, and dots for carbon budget levels (as in current classic calculator)"]
[null,null,null,null,null,null,"Categorised by sector (align with calibration proposal?)"]
[null,null,null,null,null,"Categories"]
[null,null,null,null,null,null,null,2015,{"$f":"H271+5","v":2020},{"$f":"I271+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[]
[]
[null,null,null,null,null,"Title","Primary Energy Consumption"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.primary.energy.consumption"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Categorised by fuel vector"]
[null,null,null,null,null,null,"Do not separate by imports vs domestic as this can be covered in security of supply"]
[null,null,null,null,null,null,"Include renewable resources such as \"Environmental Heat\", \"wind\", etc… as the old calculator did."]
[null,null,null,null,null,null,"Consider whether the order of this graph can be reversed so zero carbon is on the bottom to match others while still distinguishing finite resource."]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H298+5","v":2020},{"$f":"I298+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[]
[null,null,null,"GHG Cumulative / Final Energy"]
[null,null,null,null,null,"Title","Cumulative UK Greenhouse Gas Emissions"]
[null,null,null,null,null,"Axis Unit","MtCO2e"]
[null,null,null,null,null,"Named Range","output.emissions.cumulative"]
[null,null,null,null,null,"Graph Type","Line"]
[null,null,null,null,null,"Notes","This graph has been removed from the front page as the 'Old 2050 Team' (Jan, Laura, Ed) did not see it as one of the top few outputs for the model."]
[null,null,null,null,null,null,"Do we want to give any kind of reference lines? The steering group advised not to show a UK fair share of 1.5/2 degrees it  feels like we should offer some context. E.g. carbon budgets?"]
[null,null,null,null,null,null,"Ref 1 (Carbon Budgets with the equivalent of a straight line in annual emissions reductions to the 2050 target)"]
[null,null,null,null,null,"Categories",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Type","Colour","Shade"]
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[]
[]
[]
[null,null,null,null,"Page2:Chart2"]
[null,null,null,null,null,"Title","Final Energy Consumption"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.final.energy.consumption"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Categorised by end use sector."]
[null,null,null,null,null,null,"Should we separate Buildings into residential and Commercial/Public? Other publications such as the EEP and CGS separate but in the calculator each cannot be controlled separately so the additional feedback adds nothing."]
[null,null,null,null,null,null,"It might be best to replicate the original and separate heating and lighting/appliances."]
[]
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[null,null,"Transport"]
[null,null,null,"Energy & Emissions"]
[null,null,null,null,null,"Title","Emissions - Transport"]
[null,null,null,null,null,"Axis Unit","MtCO2e/yr"]
[null,null,null,null,null,"Named Range","output.tra.emissions"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Categories should align with those used in emissions calibration"]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H353+5","v":2020},{"$f":"I353+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[null,null,null,null,null,null,"CHECKSUM",{"$f":"SUM(H354:H362)/SUM(H281:H282)-1","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,null,null,null,null,"Title","Energy Consumption - Transport"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.tra.energy.consumption"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Colours for fossil fuel, bioenergy, electricity, H2, heat should be consistent across graphs. Any separation based on the fuel state, solid, liquid, gaseous should be done using different tones."]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H374+5","v":2020},{"$f":"I374+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[null,null,null,"Demand & Technology"]
[null,null,null,null,null,"Title","Passenger Distance Travelled"]
[null,null,null,null,null,"Axis Unit","Billion Passenger km/yr"]
[null,null,null,null,null,"Named Range","output.tra.pass.distance"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","(excludes freight)"]
[]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H389+5","v":2020},{"$f":"I389+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[null,null,null,null,null,null,{"$f":"Results!E1126","v":"Total Domestic"},{"$f":"Results!F1126 / (uc_km. * su_Billion.)","v":710.54216505474199},{"$f":"Results!G1126 / (uc_km. * su_Billion.)","v":756.28124310445321},{"$f":"Results!H1126 / (uc_km. * su_Billion.)","v":784.90594458035014},{"$f":"Results!I1126 / (uc_km. * su_Billion.)","v":815.10812795814354},{"$f":"Results!J1126 / (uc_km. * su_Billion.)","v":843.81117436169814},{"$f":"Results!K1126 / (uc_km. * su_Billion.)","v":870.62930615532582},{"$f":"Results!L1126 / (uc_km. * su_Billion.)","v":901.22188239112245},{"$f":"Results!M1126 / (uc_km. * su_Billion.)","v":929.48020800000018},{"$f":"Results!N1126 / (uc_km. * su_Billion.)","v":945.17788800000005},{"$f":"Results!O1126 / (uc_km. * su_Billion.)","v":960.04897200000005},{"$f":"Results!P1126 / (uc_km. * su_Billion.)","v":974.92866000000004},{"$f":"Results!Q1126 / (uc_km. * su_Billion.)","v":990.67876799999999},{"$f":"Results!R1126 / (uc_km. * su_Billion.)","v":1007.45712},{"$f":"Results!S1126 / (uc_km. * su_Billion.)","v":1024.7279759999999},{"$f":"Results!T1126 / (uc_km. * su_Billion.)","v":1042.0006679999999},{"$f":"Results!U1126 / (uc_km. * su_Billion.)","v":1059.272424},{"$f":"Results!V1126 / (uc_km. * su_Billion.)","v":1076.818452},{"$f":"Results!W1126 / (uc_km. * su_Billion.)","v":1094.730828},"Line",{"$f":"$D$90","v":"Black"},""]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"Title","Road Transport Energy Consumption by Engine Type"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.tra.energy.consumption.vehicle"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","This excludes trains, shipping and none road mobile machinery. Currently excludes refuelling infrastructure so does not match transport FEC"]
[]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H410+5","v":2020},{"$f":"I410+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
[null,null,null,null,null,null,{"$f":"Results!E1246","v":"Hydrogen"},{"$f":"Results!F1246 / uc_TWh.","v":1.7842295236715967E-2},{"$f":"Results!G1246 / uc_TWh.","v":1.7438977394033071E-2},{"$f":"Results!H1246 / uc_TWh.","v":1.6920140027729499E-2},{"$f":"Results!I1246 / uc_TWh.","v":1.3013381367003854E-2},{"$f":"Results!J1246 / uc_TWh.","v":9.8226342529498904E-3},{"$f":"Results!K1246 / uc_TWh.","v":6.5643198855160675E-3},{"$f":"Results!L1246 / uc_TWh.","v":3.3099196838731601E-3},{"$f":"Results!M1246 / uc_TWh.","v":0},{"$f":"Results!N1246 / uc_TWh.","v":0},{"$f":"Results!O1246 / uc_TWh.","v":0},{"$f":"Results!P1246 / uc_TWh.","v":0},{"$f":"Results!Q1246 / uc_TWh.","v":0},{"$f":"Results!R1246 / uc_TWh.","v":0},{"$f":"Results!S1246 / uc_TWh.","v":0},{"$f":"Results!T1246 / uc_TWh.","v":0},{"$f":"Results!U1246 / uc_TWh.","v":0},{"$f":"Results!V1246 / uc_TWh.","v":0},{"$f":"Results!W1246 / uc_TWh.","v":0},"Area",{"$f":"$D$97","v":"Purple"},"Light"]
[null,null,null,null,null,null,{"$f":"Results!E1247","v":"Electric"},{"$f":"Results!F1247 / uc_TWh.","v":8.2438617769555217E-2},{"$f":"Results!G1247 / uc_TWh.","v":8.238719612038567E-2},{"$f":"Results!H1247 / uc_TWh.","v":6.8042862159202605E-2},{"$f":"Results!I1247 / uc_TWh.","v":5.3702617712912064E-2},{"$f":"Results!J1247 / uc_TWh.","v":4.1076083510863656E-2},{"$f":"Results!K1247 / uc_TWh.","v":2.7786880321479458E-2},{"$f":"Results!L1247 / uc_TWh.","v":1.4054722754439485E-2},{"$f":"Results!M1247 / uc_TWh.","v":0},{"$f":"Results!N1247 / uc_TWh.","v":0},{"$f":"Results!O1247 / uc_TWh.","v":0},{"$f":"Results!P1247 / uc_TWh.","v":0},{"$f":"Results!Q1247 / uc_TWh.","v":0},{"$f":"Results!R1247 / uc_TWh.","v":0},{"$f":"Results!S1247 / uc_TWh.","v":0},{"$f":"Results!T1247 / uc_TWh.","v":0},{"$f":"Results!U1247 / uc_TWh.","v":0},{"$f":"Results!V1247 / uc_TWh.","v":0},{"$f":"Results!W1247 / uc_TWh.","v":0},"Area",{"$f":"$D$94","v":"Yellow"},"Med"]
[null,null,null,null,null,null,{"$f":"Results!E1248","v":"Plug-in Hybrid Electric"},{"$f":"Results!F1248 / uc_TWh.","v":0.22226891874533022},{"$f":"Results!G1248 / uc_TWh.","v":0.2020344615959439},{"$f":"Results!H1248 / uc_TWh.","v":0.1670984555630079},{"$f":"Results!I1248 / uc_TWh.","v":0.12959917636603038},{"$f":"Results!J1248 / uc_TWh.","v":0.10042582500567176},{"$f":"Results!K1248 / uc_TWh.","v":6.8835114556371285E-2},{"$f":"Results!L1248 / uc_TWh.","v":3.4989871634508452E-2},{"$f":"Results!M1248 / uc_TWh.","v":0},{"$f":"Results!N1248 / uc_TWh.","v":0},{"$f":"Results!O1248 / uc_TWh.","v":0},{"$f":"Results!P1248 / uc_TWh.","v":0},{"$f":"Results!Q1248 / uc_TWh.","v":0},{"$f":"Results!R1248 / uc_TWh.","v":0},{"$f":"Results!S1248 / uc_TWh.","v":0},{"$f":"Results!T1248 / uc_TWh.","v":0},{"$f":"Results!U1248 / uc_TWh.","v":0},{"$f":"Results!V1248 / uc_TWh.","v":0},{"$f":"Results!W1248 / uc_TWh.","v":0},"Area",{"$f":"$D$92","v":"Brown"},"Dark"]
[null,null,null,null,null,null,{"$f":"Results!E1249","v":"Internal Combustion Engine"},{"$f":"Results!F1249 / uc_TWh.","v":422.04454838034445},{"$f":"Results!G1249 / uc_TWh.","v":374.23492138971608},{"$f":"Results!H1249 / uc_TWh.","v":363.55093546295961},{"$f":"Results!I1249 / uc_TWh.","v":341.98522368868032},{"$f":"Results!J1249 / uc_TWh.","v":348.64607968226682},{"$f":"Results!K1249 / uc_TWh.","v":353.86955693050442},{"$f":"Results!L1249 / uc_TWh.","v":360.77532431229838},{"$f":"Results!M1249 / uc_TWh.","v":366.58936486727407},{"$f":"Results!N1249 / uc_TWh.","v":378.3767149059039},{"$f":"Results!O1249 / uc_TWh.","v":389.98653405548941},{"$f":"Results!P1249 / uc_TWh.","v":401.59314665534163},{"$f":"Results!Q1249 / uc_TWh.","v":413.3668018386528},{"$f":"Results!R1249 / uc_TWh.","v":425.33166924300957},{"$f":"Results!S1249 / uc_TWh.","v":437.37315468300778},{"$f":"Results!T1249 / uc_TWh.","v":449.39206400128455},{"$f":"Results!U1249 / uc_TWh.","v":461.39467864378184},{"$f":"Results!V1249 / uc_TWh.","v":473.44382187078662},{"$f":"Results!W1249 / uc_TWh.","v":485.56136217543207},"Area",{"$f":"$D$91","v":"Grey"},"Med"]
[null,null,null,null,null,null,{"$f":"Results!E1250","v":"Total"},{"$f":"Results!F1250 / uc_TWh.","v":422.36709821209604},{"$f":"Results!G1250 / uc_TWh.","v":374.53678202482644},{"$f":"Results!H1250 / uc_TWh.","v":363.80299692070957},{"$f":"Results!I1250 / uc_TWh.","v":342.18153886412625},{"$f":"Results!J1250 / uc_TWh.","v":348.7974042250363},{"$f":"Results!K1250 / uc_TWh.","v":353.97274324526779},{"$f":"Results!L1250 / uc_TWh.","v":360.8276788263712},{"$f":"Results!M1250 / uc_TWh.","v":366.58936486727407},{"$f":"Results!N1250 / uc_TWh.","v":378.3767149059039},{"$f":"Results!O1250 / uc_TWh.","v":389.98653405548941},{"$f":"Results!P1250 / uc_TWh.","v":401.59314665534163},{"$f":"Results!Q1250 / uc_TWh.","v":413.3668018386528},{"$f":"Results!R1250 / uc_TWh.","v":425.33166924300957},{"$f":"Results!S1250 / uc_TWh.","v":437.37315468300778},{"$f":"Results!T1250 / uc_TWh.","v":449.39206400128455},{"$f":"Results!U1250 / uc_TWh.","v":461.39467864378184},{"$f":"Results!V1250 / uc_TWh.","v":473.44382187078662},{"$f":"Results!W1250 / uc_TWh.","v":485.56136217543207},"Line",{"$f":"$D$90","v":"Black"},""]
[]
[]
[]
[null,null,"Buildings"]
[null,null,null,"Energy & Emissions"]
[null,null,null,null,null,"Title","Emissions - Buildings"]
[null,null,null,null,null,"Axis Unit","MtCO2e/yr"]
[null,null,null,null,null,"Named Range","output.buildings.emissions"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Ideally we want to show the indirect emissions associated with electricity and hydrogen production."]
[]
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[]
[]
[null,null,null,null,null,"Title","Energy Consumption - Buildings & Heat Networks"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.buildings.energy.consumption"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Currently includes fuel consumption for heat network sources."]
[]
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[]
[]
[null,null,null,"Heat"]
[null,null,null,null,null,"Title","Heat Supplied"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.buildings.heat.supply"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Group all buildings heat (Domestic + public and commercial)"]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H458+5","v":2020},{"$f":"I458+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[null,null,null,null,null,"Title","Heat Demand"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.buildings.heat.demand"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Overall heat demand separated by domestic/non-domestic demand and Space heat/hot water."]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H473+5","v":2020},{"$f":"I473+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[null,null,"Industry"]
[null,null,null,"Energy & Emissions"]
[null,null,null,null,null,"Title","Emissions - Industry"]
[null,null,null,null,null,"Axis Unit","MtCO2e/yr"]
[null,null,null,null,null,"Named Range","output.ind.emissions"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Refineries have been removed as they do not count as industry in the inventory"]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H488+5","v":2020},{"$f":"I488+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[null,null,null,null,null,"Title","Energy Consumption - Industry"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.ind.energy.consumption"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes"]
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[null,null,"CO2 Removal & Gases"]
[null,null,null,"Emissions Removal"]
[null,null,null,null,null,"Title","Emissions Removal"]
[null,null,null,null,null,"Axis Unit","MtCO2e/yr"]
[null,null,null,null,null,"Named Range","output.emissions.removal"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Mt of total emissions removed by…"]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H519+5","v":2020},{"$f":"I519+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[]
[]
[null,null,null,null,null,"Title","Cumulative Emissions Stored"]
[null,null,null,null,null,"Axis Unit","MtCO2e"]
[null,null,null,null,null,"Named Range","output.emissions.stored.cumulative"]
[null,null,null,null,null,"Graph Type","Line"]
[null,null,null,null,null,"Notes","Line with references relating to the estimated capacity of CCS available to the UK."]
[null,null,null,null,null,null,"This graph was not originally prioritised but is definitely required based on workshop feedback."]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H535+5","v":2020},{"$f":"I535+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[]
[]
[null,null,null,"Gas Grid & Hydrogen"]
[null,null,null,null,null,"Title","Gas Distribution Grid Energy Supplied"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.gas.grid.dist.supply"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","This only describes the throughput of the distribution grid which is likely to be far less than total gas usage."]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H547+5","v":2020},{"$f":"I547+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
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[]
[null,null,null,null,null,"Title","Hydrogen Supply"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.hydrogen.production"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Energy from hydrogen broken by production method"]
[null,null,null,null,null,"Categories","Year",2015,{"$f":"H560+5","v":2020},{"$f":"I560+5","v":2025},2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[null,null,"Electricity"]
[null,null,null,"Emissions & Generation"]
[null,null,null,null,null,"Title","Emissions - Electricity Generation"]
[null,null,null,null,null,"Axis Unit","MtCO2e/yr"]
[null,null,null,null,null,"Named Range","output.electricity.emissions"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes","Emissions for centralised electricity generation only. Excludes emissions from distributed CHP."]
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[null,null,null,null,null,"Title","Electricity Supply"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.electricity.generation.type"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes"]
[]
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[null,null,null,null,null,"Title","Electrical Capacity"]
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[null,null,null,null,null,"Notes","CHP capacity is not represented here. It is instead represented as a net reduction in demand."]
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[null,null,null,null,"Page2:Chart2"]
[null,null,null,null,null,"Title","Peak Gate Power Demand"]
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[null,null,null,null,null,"Named Range","output.electricity.peak.demand"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes"]
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[null,null,"Land Use & Bioenergy"]
[null,null,null,"Emissions & Land"]
[null,null,null,null,null,"Title","Emissions - Land Use and Biofuels"]
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[null,null,null,null,null,"Named Range","output.land.bio.emissions"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
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[null,null,null,null,null,"Title","Land Area Trade Off"]
[null,null,null,null,null,"Axis Unit","km2"]
[null,null,null,null,null,"Named Range","output.land.area.trade.off"]
[null,null,null,null,null,"Graph Type","Stacked Area with overlying Line(s)"]
[null,null,null,null,null,"Notes"]
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[null,null,null,"Bioenergy"]
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[null,null,"Imports, Map & Flows"]
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[]
[]
[null,null,null,null,null,"Title","Energy Imports"]
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[null,null,null,null,null,"Named Range","output.security.import.energy"]
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[null,null,null,null,null,"Notes","This is for a graph like the Indian middle chart"]
[null,null,null,null,null,null,"http://www.iess2047.gov.in/pathways/22202222222222220222222222012222202222222211202220222022222/energy_security#"]
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[]
[]
[null,null,null,null,null,"Title","Energy Import Dependence"]
[null,null,null,null,null,"Axis Unit","Percent"]
[null,null,null,null,null,"Named Range","output.security.import.fraction"]
[null,null,null,null,null,"Graph Type","Line"]
[null,null,null,null,null,"Notes","This is for a graph like the Indian left-hand chart"]
[null,null,null,null,null,null,"http://www.iess2047.gov.in/pathways/22202222222222220222222222012222202222222211202220222022222/energy_security#"]
[null,null,null,null,null,null,"Assumes no shale gas (not represented in the model)"]
[null,null,null,null,null,null,"Fractions (percentages) from results sheet multiplied by 100 to transform into percentages between 0 and 100 for presentation in webtool."]
[null,null,null,null,null,null,null,2015,{"$f":"H728+5","v":2020},2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[]
[]
[]
[null,null,null,"Map"]
[]
[]
[null,null,null,null,null,"Title","Illustration of scale of land and sea use (positions are arbitrary)"]
[null,null,null,null,null,"Axis Unit","No Units"]
[null,null,null,null,null,"Named Range",{"$f":"G750&\",\"&G764&\",\"&G771","v":"output.land.map.area,output.land.map.distance,output.landarea.numberunits"}]
[null,null,null,null,null,"Graph Type","Map"]
[null,null,null,null,null,"Notes","Three named ranges combine in single diagram"]
[]
[null,null,null,null,"Copied as values&formats from old UK spreadsheet"]
[]
[null,null,null,null,"Land use implications"]
[null,null,null,null,null,"Axis Unit","km2"]
[null,null,null,null,null,"Named Range","output.land.map.area"]
[]
[null,null,null,null,null,null,"Subcat",2015,{"$f":"H752+5","v":2020},2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
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[null,null,null,null,"hydroelectric reservoir assuming similar to Loch Sloy",null,{"$f":"Results!E1752","v":"Hydroelectric"},{"$f":"Results!F1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!G1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!H1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!I1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!J1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!K1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!L1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!M1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!N1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!O1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!P1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!Q1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!R1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!S1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!T1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!U1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!V1752 / uc_sqkm.","v":58.121349595304387},{"$f":"Results!W1752 / uc_sqkm.","v":58.121349595304387},"UK Land area"]
[null,null,null,null,"solar PV if 20% efficient",null,{"$f":"Results!E1753","v":"Solar PV"},{"$f":"Results!F1753 / uc_sqkm.","v":47.67499999999999},{"$f":"Results!G1753 / uc_sqkm.","v":70.709831433740462},{"$f":"Results!H1753 / uc_sqkm.","v":70.709831433740462},{"$f":"Results!I1753 / uc_sqkm.","v":70.709831433740462},{"$f":"Results!J1753 / uc_sqkm.","v":48.066449661826816},{"$f":"Results!K1753 / uc_sqkm.","v":23.034831433740472},{"$f":"Results!L1753 / uc_sqkm.","v":8.8817841970012507E-15},{"$f":"Results!M1753 / uc_sqkm.","v":9.6417961219096422E-16},{"$f":"Results!N1753 / uc_sqkm.","v":9.6417961219096422E-16},{"$f":"Results!O1753 / uc_sqkm.","v":9.6417961219096422E-16},{"$f":"Results!P1753 / uc_sqkm.","v":9.6417961219096422E-16},{"$f":"Results!Q1753 / uc_sqkm.","v":9.6417961219096422E-16},{"$f":"Results!R1753 / uc_sqkm.","v":0},{"$f":"Results!S1753 / uc_sqkm.","v":0},{"$f":"Results!T1753 / uc_sqkm.","v":0},{"$f":"Results!U1753 / uc_sqkm.","v":0},{"$f":"Results!V1753 / uc_sqkm.","v":0},{"$f":"Results!W1753 / uc_sqkm.","v":0},"UK Land area"]
[null,null,null,null,"Area of biocrops",null,{"$f":"Results!E1754","v":"Bioenergy Growth"},{"$f":"Results!F1754 / uc_sqkm.","v":930},{"$f":"Results!G1754 / uc_sqkm.","v":930},{"$f":"Results!H1754 / uc_sqkm.","v":930},{"$f":"Results!I1754 / uc_sqkm.","v":930},{"$f":"Results!J1754 / uc_sqkm.","v":930},{"$f":"Results!K1754 / uc_sqkm.","v":930},{"$f":"Results!L1754 / uc_sqkm.","v":930},{"$f":"Results!M1754 / uc_sqkm.","v":930},{"$f":"Results!N1754 / uc_sqkm.","v":930},{"$f":"Results!O1754 / uc_sqkm.","v":930},{"$f":"Results!P1754 / uc_sqkm.","v":930},{"$f":"Results!Q1754 / uc_sqkm.","v":930},{"$f":"Results!R1754 / uc_sqkm.","v":930},{"$f":"Results!S1754 / uc_sqkm.","v":930},{"$f":"Results!T1754 / uc_sqkm.","v":930},{"$f":"Results!U1754 / uc_sqkm.","v":930},{"$f":"Results!V1754 / uc_sqkm.","v":930},{"$f":"Results!W1754 / uc_sqkm.","v":930},"UK Land area"]
[null,null,null,null,"Area of forest",null,{"$f":"Results!E1755","v":"Forest/Woodland"},{"$f":"Results!F1755 / uc_sqkm.","v":34972},{"$f":"Results!G1755 / uc_sqkm.","v":35082},{"$f":"Results!H1755 / uc_sqkm.","v":35039.001141161702},{"$f":"Results!I1755 / uc_sqkm.","v":34996.018258587239},{"$f":"Results!J1755 / uc_sqkm.","v":34988.027387880866},{"$f":"Results!K1755 / uc_sqkm.","v":34980.036517174485},{"$f":"Results!L1755 / uc_sqkm.","v":34992.022823234052},{"$f":"Results!M1755 / uc_sqkm.","v":35004},{"$f":"Results!N1755 / uc_sqkm.","v":34996},{"$f":"Results!O1755 / uc_sqkm.","v":34988},{"$f":"Results!P1755 / uc_sqkm.","v":34980},{"$f":"Results!Q1755 / uc_sqkm.","v":34972},{"$f":"Results!R1755 / uc_sqkm.","v":34972},{"$f":"Results!S1755 / uc_sqkm.","v":34972},{"$f":"Results!T1755 / uc_sqkm.","v":34972},{"$f":"Results!U1755 / uc_sqkm.","v":34972},{"$f":"Results!V1755 / uc_sqkm.","v":34972},{"$f":"Results!W1755 / uc_sqkm.","v":34972},"UK Land area"]
[null,null,null,null,"offshore wind area if 2.5 W/m2",null,{"$f":"Results!E1756","v":"Offshore Wind"},{"$f":"Results!F1756 / uc_sqkm.","v":750.4098231577957},{"$f":"Results!G1756 / uc_sqkm.","v":1658.8038256948162},{"$f":"Results!H1756 / uc_sqkm.","v":1764.4954090020262},{"$f":"Results!I1756 / uc_sqkm.","v":1739.0163798454039},{"$f":"Results!J1756 / uc_sqkm.","v":1247.1871999999996},{"$f":"Results!K1756 / uc_sqkm.","v":0},{"$f":"Results!L1756 / uc_sqkm.","v":0},{"$f":"Results!M1756 / uc_sqkm.","v":0},{"$f":"Results!N1756 / uc_sqkm.","v":0},{"$f":"Results!O1756 / uc_sqkm.","v":0},{"$f":"Results!P1756 / uc_sqkm.","v":0},{"$f":"Results!Q1756 / uc_sqkm.","v":0},{"$f":"Results!R1756 / uc_sqkm.","v":0},{"$f":"Results!S1756 / uc_sqkm.","v":0},{"$f":"Results!T1756 / uc_sqkm.","v":0},{"$f":"Results!U1756 / uc_sqkm.","v":0},{"$f":"Results!V1756 / uc_sqkm.","v":0},{"$f":"Results!W1756 / uc_sqkm.","v":0},"UK Sea area"]
[null,null,null,null,"tidal stream devices if >1m/s tides",null,{"$f":"Results!E1757","v":"Tidal Stream"},{"$f":"Results!F1757 / uc_sqkm.","v":0},{"$f":"Results!G1757 / uc_sqkm.","v":0},{"$f":"Results!H1757 / uc_sqkm.","v":0},{"$f":"Results!I1757 / uc_sqkm.","v":0},{"$f":"Results!J1757 / uc_sqkm.","v":0},{"$f":"Results!K1757 / uc_sqkm.","v":0},{"$f":"Results!L1757 / uc_sqkm.","v":0},{"$f":"Results!M1757 / uc_sqkm.","v":0},{"$f":"Results!N1757 / uc_sqkm.","v":0},{"$f":"Results!O1757 / uc_sqkm.","v":0},{"$f":"Results!P1757 / uc_sqkm.","v":0},{"$f":"Results!Q1757 / uc_sqkm.","v":0},{"$f":"Results!R1757 / uc_sqkm.","v":0},{"$f":"Results!S1757 / uc_sqkm.","v":0},{"$f":"Results!T1757 / uc_sqkm.","v":0},{"$f":"Results!U1757 / uc_sqkm.","v":0},{"$f":"Results!V1757 / uc_sqkm.","v":0},{"$f":"Results!W1757 / uc_sqkm.","v":0},"UK Sea area"]
[null,null,null,null,"tidal impoundment if >Xm tidal range",null,{"$f":"Results!E1758","v":"Tidal Range"},{"$f":"Results!F1758 / uc_sqkm.","v":0},{"$f":"Results!G1758 / uc_sqkm.","v":0},{"$f":"Results!H1758 / uc_sqkm.","v":0},{"$f":"Results!I1758 / uc_sqkm.","v":0},{"$f":"Results!J1758 / uc_sqkm.","v":0},{"$f":"Results!K1758 / uc_sqkm.","v":0},{"$f":"Results!L1758 / uc_sqkm.","v":0},{"$f":"Results!M1758 / uc_sqkm.","v":0},{"$f":"Results!N1758 / uc_sqkm.","v":0},{"$f":"Results!O1758 / uc_sqkm.","v":0},{"$f":"Results!P1758 / uc_sqkm.","v":0},{"$f":"Results!Q1758 / uc_sqkm.","v":0},{"$f":"Results!R1758 / uc_sqkm.","v":0},{"$f":"Results!S1758 / uc_sqkm.","v":0},{"$f":"Results!T1758 / uc_sqkm.","v":0},{"$f":"Results!U1758 / uc_sqkm.","v":0},{"$f":"Results!V1758 / uc_sqkm.","v":0},{"$f":"Results!W1758 / uc_sqkm.","v":0},"UK Sea area"]
[null,null,null,null,"biocrops overseas if 0.6W/m2 productivity",null,{"$f":"Results!E1759","v":"Bioenergy Growth Overseas"},{"$f":"Results!F1759 / uc_sqkm.","v":30766.35000969758},{"$f":"Results!G1759 / uc_sqkm.","v":39091.276511636737},{"$f":"Results!H1759 / uc_sqkm.","v":38733.762610957507},{"$f":"Results!I1759 / uc_sqkm.","v":34355.207763254919},{"$f":"Results!J1759 / uc_sqkm.","v":23252.814626244653},{"$f":"Results!K1759 / uc_sqkm.","v":16600.755078970182},{"$f":"Results!L1759 / uc_sqkm.","v":14239.481622560137},{"$f":"Results!M1759 / uc_sqkm.","v":14156.632295702399},{"$f":"Results!N1759 / uc_sqkm.","v":14356.244951441298},{"$f":"Results!O1759 / uc_sqkm.","v":14528.402127136094},{"$f":"Results!P1759 / uc_sqkm.","v":14567.90138027697},{"$f":"Results!Q1759 / uc_sqkm.","v":14558.77853781472},{"$f":"Results!R1759 / uc_sqkm.","v":14650.470146616593},{"$f":"Results!S1759 / uc_sqkm.","v":14655.401164701743},{"$f":"Results!T1759 / uc_sqkm.","v":14495.243468617406},{"$f":"Results!U1759 / uc_sqkm.","v":14502.234740914289},{"$f":"Results!V1759 / uc_sqkm.","v":14446.678212866551},{"$f":"Results!W1759 / uc_sqkm.","v":14453.633552702393},"Land area overseas"]
[]
[null,null,null,null,null,"Axis Unit","km"]
[null,null,null,null,null,"Named Range","output.land.map.distance"]
[]
[null,null,null,null,null,null,null,2015,{"$f":"H766+5","v":2020},2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,"wave energy convertors if 25% efficient",null,{"$f":"Results!$E$1763","v":"Wave"},{"$f":"Results!F1763 / uc_km.","v":0},{"$f":"Results!G1763 / uc_km.","v":0},{"$f":"Results!H1763 / uc_km.","v":0},{"$f":"Results!I1763 / uc_km.","v":0},{"$f":"Results!J1763 / uc_km.","v":0},{"$f":"Results!K1763 / uc_km.","v":0},{"$f":"Results!L1763 / uc_km.","v":0},{"$f":"Results!M1763 / uc_km.","v":0},{"$f":"Results!N1763 / uc_km.","v":0},{"$f":"Results!O1763 / uc_km.","v":0},{"$f":"Results!P1763 / uc_km.","v":0},{"$f":"Results!Q1763 / uc_km.","v":0},{"$f":"Results!R1763 / uc_km.","v":0},{"$f":"Results!S1763 / uc_km.","v":0},{"$f":"Results!T1763 / uc_km.","v":0},{"$f":"Results!U1763 / uc_km.","v":0},{"$f":"Results!V1763 / uc_km.","v":0},{"$f":"Results!W1763 / uc_km.","v":0},"Length of wave front"]
[]
[]
[null,null,null,null,null,"Axis Unit","number"]
[null,null,null,null,null,"Named Range","output.landarea.numberunits"]
[]
[null,null,null,null,null,null,null,2015,{"$f":"H773+5","v":2020},2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,"2 GW thermal power stations",null,{"$f":"Results!E1771","v":"2 GW thermal power stations"},{"$f":"ROUND(Results!F1771,0)","v":25},{"$f":"ROUND(Results!G1771,0)","v":23},{"$f":"ROUND(Results!H1771,0)","v":15},{"$f":"ROUND(Results!I1771,0)","v":9},{"$f":"ROUND(Results!J1771,0)","v":15},{"$f":"ROUND(Results!K1771,0)","v":20},{"$f":"ROUND(Results!L1771,0)","v":23},{"$f":"ROUND(Results!M1771,0)","v":24},{"$f":"ROUND(Results!N1771,0)","v":24},{"$f":"ROUND(Results!O1771,0)","v":25},{"$f":"ROUND(Results!P1771,0)","v":25},{"$f":"ROUND(Results!Q1771,0)","v":25},{"$f":"ROUND(Results!R1771,0)","v":25},{"$f":"ROUND(Results!S1771,0)","v":25},{"$f":"ROUND(Results!T1771,0)","v":25},{"$f":"ROUND(Results!U1771,0)","v":25},{"$f":"ROUND(Results!V1771,0)","v":25},{"$f":"ROUND(Results!W1771,0)","v":26},"Number of units"]
[null,null,null,null,"1.2 GW CCS power stations",null,{"$f":"Results!E1772","v":"1.2 GW CCS thermal power stations"},{"$f":"ROUND(Results!F1772,0)","v":0},{"$f":"ROUND(Results!G1772,0)","v":0},{"$f":"ROUND(Results!H1772,0)","v":0},{"$f":"ROUND(Results!I1772,0)","v":0},{"$f":"ROUND(Results!J1772,0)","v":0},{"$f":"ROUND(Results!K1772,0)","v":0},{"$f":"ROUND(Results!L1772,0)","v":0},{"$f":"ROUND(Results!M1772,0)","v":0},{"$f":"ROUND(Results!N1772,0)","v":0},{"$f":"ROUND(Results!O1772,0)","v":0},{"$f":"ROUND(Results!P1772,0)","v":0},{"$f":"ROUND(Results!Q1772,0)","v":0},{"$f":"ROUND(Results!R1772,0)","v":0},{"$f":"ROUND(Results!S1772,0)","v":0},{"$f":"ROUND(Results!T1772,0)","v":0},{"$f":"ROUND(Results!U1772,0)","v":0},{"$f":"ROUND(Results!V1772,0)","v":0},{"$f":"ROUND(Results!W1772,0)","v":0},"Number of units"]
[null,null,null,null,"3 GW nuclear power station complexes",null,{"$f":"Results!E1773","v":"3GW Nuclear Power Stations"},{"$f":"ROUND(Results!F1773,0)","v":3},{"$f":"ROUND(Results!G1773,0)","v":3},{"$f":"ROUND(Results!H1773,0)","v":2},{"$f":"ROUND(Results!I1773,0)","v":2},{"$f":"ROUND(Results!J1773,0)","v":2},{"$f":"ROUND(Results!K1773,0)","v":2},{"$f":"ROUND(Results!L1773,0)","v":2},{"$f":"ROUND(Results!M1773,0)","v":2},{"$f":"ROUND(Results!N1773,0)","v":2},{"$f":"ROUND(Results!O1773,0)","v":2},{"$f":"ROUND(Results!P1773,0)","v":2},{"$f":"ROUND(Results!Q1773,0)","v":2},{"$f":"ROUND(Results!R1773,0)","v":2},{"$f":"ROUND(Results!S1773,0)","v":2},{"$f":"ROUND(Results!T1773,0)","v":2},{"$f":"ROUND(Results!U1773,0)","v":2},{"$f":"ROUND(Results!V1773,0)","v":2},{"$f":"ROUND(Results!W1773,0)","v":2},"Number of units"]
[null,null,null,null,"1 GW standby generators",null,{"$f":"Results!E1774","v":"1 GW standby generators"},{"$f":"ROUND(Results!F1774,0)","v":2},{"$f":"ROUND(Results!G1774,0)","v":1},{"$f":"ROUND(Results!H1774,0)","v":11},{"$f":"ROUND(Results!I1774,0)","v":25},{"$f":"ROUND(Results!J1774,0)","v":25},{"$f":"ROUND(Results!K1774,0)","v":25},{"$f":"ROUND(Results!L1774,0)","v":25},{"$f":"ROUND(Results!M1774,0)","v":25},{"$f":"ROUND(Results!N1774,0)","v":19},{"$f":"ROUND(Results!O1774,0)","v":19},{"$f":"ROUND(Results!P1774,0)","v":20},{"$f":"ROUND(Results!Q1774,0)","v":20},{"$f":"ROUND(Results!R1774,0)","v":20},{"$f":"ROUND(Results!S1774,0)","v":20},{"$f":"ROUND(Results!T1774,0)","v":20},{"$f":"ROUND(Results!U1774,0)","v":21},{"$f":"ROUND(Results!V1774,0)","v":21},{"$f":"ROUND(Results!W1774,0)","v":21},"Number of units"]
[null,null,null,null,"Number of Household, C&I and CDW to energy facilities",null,{"$f":"Results!E1775","v":"Number of Household, C&I and CDW to energy facilities"},{"$f":"ROUND(Results!F1775,0)","v":9},{"$f":"ROUND(Results!G1775,0)","v":8},{"$f":"ROUND(Results!H1775,0)","v":8},{"$f":"ROUND(Results!I1775,0)","v":7},{"$f":"ROUND(Results!J1775,0)","v":7},{"$f":"ROUND(Results!K1775,0)","v":7},{"$f":"ROUND(Results!L1775,0)","v":7},{"$f":"ROUND(Results!M1775,0)","v":7},{"$f":"ROUND(Results!N1775,0)","v":7},{"$f":"ROUND(Results!O1775,0)","v":7},{"$f":"ROUND(Results!P1775,0)","v":7},{"$f":"ROUND(Results!Q1775,0)","v":7},{"$f":"ROUND(Results!R1775,0)","v":7},{"$f":"ROUND(Results!S1775,0)","v":7},{"$f":"ROUND(Results!T1775,0)","v":7},{"$f":"ROUND(Results!U1775,0)","v":7},{"$f":"ROUND(Results!V1775,0)","v":7},{"$f":"ROUND(Results!W1775,0)","v":7},"Number of units"]
[null,null,null,null,"Number of Household, C&I and CDW to energy facilities",null,{"$f":"Results!E1776","v":"1.2 GW CCS Hydrogen Production Plants"},{"$f":"Results!F1776","v":0},{"$f":"Results!G1776","v":0},{"$f":"Results!H1776","v":0},{"$f":"Results!I1776","v":0},{"$f":"Results!J1776","v":0},{"$f":"Results!K1776","v":0},{"$f":"Results!L1776","v":0},{"$f":"Results!M1776","v":0},{"$f":"Results!N1776","v":0},{"$f":"Results!O1776","v":0},{"$f":"Results!P1776","v":0},{"$f":"Results!Q1776","v":0},{"$f":"Results!R1776","v":0},{"$f":"Results!S1776","v":0},{"$f":"Results!T1776","v":0},{"$f":"Results!U1776","v":0},{"$f":"Results!V1776","v":0},{"$f":"Results!W1776","v":0},"Number of units"]
[]
[]
[null,null,null,null,"LKUP","solar thermal panels if 50% efficient","UK Land area","not relevant in this model"]
[null,null,null,null,"LKUP","micro wind if 2 Wpeak/m2","UK Land area","not relevant in this model"]
[null,null,null,null,"LKUP","algae if 0.9W/m2 efficient","UK Sea area","not relevant in this model"]
[null,null,null,null,"LKUP","solar devices overseas assuming 15W/m2 ","Land area overseas","not relevant in this model"]
[null,null,null,null,"0.01 GW geothermal power stations","0.01 GW geothermal power stations","Number of units"]
[]
[]
[null,null,null,"Flows"]
[null,null,null,null,null,"Title","UK Energy Flows"]
[null,null,null,null,null,"Axis Unit","TWh/yr"]
[null,null,null,null,null,"Named Range","output.flows"]
[null,null,null,null,null,"Graph Type","Sankey/Flow"]
[null,null,null,null,null,"Notes","The Sankey diagram has been designed to be displayed as 6 columns. Information about which node should appear in which column and the vertical order in each column is as follows:"]
[null,null,null,null,null,null,"Node","Column"]
[null,null,null,null,null,null,"Nuclear",1]
[null,null,null,null,null,null,"Environmental Heat",1]
[null,null,null,null,null,null,"Solar",1]
[null,null,null,null,null,null,"Wind",1]
[null,null,null,null,null,null,"Other Renewables",1]
[null,null,null,null,null,null,"Interconnectors",1]
[null,null,null,null,null,null,"Waste",1]
[null,null,null,null,null,null,"UK Biomass",1]
[null,null,null,null,null,null,"Bioenergy Imports",1]
[null,null,null,null,null,null,"Hydrogen Imports",1]
[null,null,null,null,null,null,"Natural Gas",1]
[null,null,null,null,null,null,"Oil",1]
[null,null,null,null,null,null,"Coal",1]
[null,null,null,null,null,null,"Bio Conversion",2]
[null,null,null,null,null,null,"Thermal Generation",3]
[null,null,null,null,null,null,"Electricity",4]
[null,null,null,null,null,null,"Hydrogen Production",4]
[null,null,null,null,null,null,"Gas Grid Distribution",5]
[null,null,null,null,null,null,"Light Vehicles",6]
[null,null,null,null,null,null,"Heavy Vehicles",6]
[null,null,null,null,null,null,"Aviation",6]
[null,null,null,null,null,null,"Heat Buildings",6]
[null,null,null,null,null,null,"Appliances Buildings",6]
[null,null,null,null,null,null,"Industry",6]
[null,null,null,null,null,null,"Fossil Fuel Processing",6]
[null,null,null,null,null,null,"GHG Removal",6]
[null,null,null,null,null,null,"Agriculture",6]
[null,null,null,null,null,null,"Exports",6]
[null,null,null,null,null,null,"Non energy use",6]
[null,null,null,null,null,null,"Losses",6]
[]
[null,null,null,null,null,"From","To",2015,{"$f":"H827+5","v":2020},2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,"Type","Colour","Shade"]
[null,null,null,null,null,{"$f":"Results!D1808","v":"Nuclear"},{"$f":"Results!E1808","v":"Thermal Generation"},{"$f":"Results!F1808","v":180.02464000000001},{"$f":"Results!G1808","v":193.77803725025137},{"$f":"Results!H1808","v":131.42009415657293},{"$f":"Results!I1808","v":142.96749379663925},{"$f":"Results!J1808","v":96.39727557852234},{"$f":"Results!K1808","v":96.725080164695001},{"$f":"Results!L1808","v":96.996408610657795},{"$f":"Results!M1808","v":97.123557987005228},{"$f":"Results!N1808","v":97.071926996533776},{"$f":"Results!O1808","v":97.064204369720997},{"$f":"Results!P1808","v":96.967245938996825},{"$f":"Results!Q1808","v":96.965144216569456},{"$f":"Results!R1808","v":96.954395141728185},{"$f":"Results!S1808","v":96.950503932596718},{"$f":"Results!T1808","v":96.959844567914416},{"$f":"Results!U1808","v":96.955794774334194},{"$f":"Results!V1808","v":96.957465384822413},{"$f":"Results!W1808","v":96.959769576131862},"Flow","Orange"]
[null,null,null,null,null,{"$f":"Results!D1809","v":"Environmental Heat"},{"$f":"Results!E1809","v":"Buildings Heat"},{"$f":"Results!F1809","v":0},{"$f":"Results!G1809","v":0},{"$f":"Results!H1809","v":0},{"$f":"Results!I1809","v":0},{"$f":"Results!J1809","v":0},{"$f":"Results!K1809","v":0},{"$f":"Results!L1809","v":0},{"$f":"Results!M1809","v":0},{"$f":"Results!N1809","v":0},{"$f":"Results!O1809","v":0},{"$f":"Results!P1809","v":0},{"$f":"Results!Q1809","v":0},{"$f":"Results!R1809","v":0},{"$f":"Results!S1809","v":0},{"$f":"Results!T1809","v":0},{"$f":"Results!U1809","v":0},{"$f":"Results!V1809","v":0},{"$f":"Results!W1809","v":0},"Flow",{"$f":"$D$93","v":"Green"},"Dark"]
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[null,"Outputs to My2050"]
[null,null,"GHG Emissions Reduction"]
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[null,null,null,null,null,"Title","Total"]
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[null,null,null,null,null,"Notes","Include reference line at 100% for \"Emissions Level in 1990\""]
[null,null,null,null,null,null,"Two bar categories, for a \"Reference Scenario (levers at level 1)\" and \"Your Scenario\""]
[null,null,null,null,null,null,null,"2050 Emissions vs 1990"]
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[]
[]
[]
[null,null,null,null,null,"Title","Per Sector"]
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[null,null,null,null,null,"Notes","Reference line at 100% for 1990 emissions included"]
[null,null,null,null,null,null,"Two bar categories, for a \"Reference Scenario (levers at level 1)\" and \"Your Scenario\""]
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[]
[]
[null,null,null,null,null,"Title","Emissions in Your Scenario"]
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[null,null,null,null,null,"Graph Type","Text (labels)"]
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[null,null,null,null,null,null,null,2050]
[null,null,null,null,null,null,"Total",{"$f":"Results!M278 / uc_GHG.Mt.","v":527.73029513705546}]
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[null,null,null,null,null,null,"Agriculture",{"$f":"Results!M277 / uc_GHG.Mt.","v":45.736364360306411}]
[]
[]
[null,null,"Energy Consumption"]
[]
[null,null,null,null,null,"Title","Demand"]
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[null,null,null,null,null,null,null,2015,2050]
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[null,null,null,null,null,null,"Buildings",{"$f":"Results!F459 /uc_TWh.","v":701.0083060953109},{"$f":"Results!M459 /uc_TWh.","v":948.24854665579483}]
[null,null,null,null,null,null,"Industry & Agriculture",{"$f":"Results!F460 /uc_TWh.","v":331.74575000000004},{"$f":"Results!M460 /uc_TWh.","v":289.71479863704189}]
[]
[]
[]
[null,null,null,null,null,"Title","Supply"]
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[null,null,null,null,null,"Named Range","output.simple.energy.supply"]
[null,null,null,null,null,"Graph Type","Bar"]
[null,null,null,null,null,"Notes","Shares an axis with Demand, seperated with a line"]
[null,null,null,null,null,null,"These categories should have full coverage of primary fuels other than electricity (present in 2010 but not in 2050 in the Calculator) and hydrogen (not present in 2010 and not available in My2050) imports. "]
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[null,null,null,null,null,null,"Fossil Fuels",{"$f":"Results!F436 /uc_TWh.","v":1978.1774854010935},{"$f":"Results!M436 /uc_TWh.","v":2238.5249458061544}]
[null,null,null,null,null,null,"Bioenergy",{"$f":"Results!F437 /uc_TWh.","v":143.14686349177549},{"$f":"Results!M437 /uc_TWh.","v":89.595674353258573}]
[null,null,null,null,null,null,"Nuclear",{"$f":"Results!F438 /uc_TWh.","v":180.02464000000001},{"$f":"Results!M438 /uc_TWh.","v":97.123557987005228}]
[null,null,null,null,null,null,"Renewables",{"$f":"Results!F439 /uc_TWh.","v":53.156146182032458},{"$f":"Results!M439 /uc_TWh.","v":5.477473819614465}]

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[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$32), Results!$A$32)","v":"Emissions"}]
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[]
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[]
[]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1084), Results!$A$1084)","v":"Transport"}]
[]
[]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1386), Results!$A$1386)","v":"Farming and Forestry"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1487), Results!$A$1487)","v":"Bioenergy and Waste"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1599), Results!$A$1599)","v":"Greenhouse Gas Removal & CCS"}]
[]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1709), Results!$A$1709)","v":"Security & Imports"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1745), Results!$A$1745)","v":"Energy Map Diagram Table"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$A$1782), Results!$A$1782)","v":"Energy Flow Diagram Table"}]
[]
[null,null,null,null,null,{"$f":"RIGHT(CELL(\"address\",F1), LEN(CELL(\"address\",F1)) -1)","v":"F$1"},"G$1","H$1","I$1","J$1","K$1","L$1","M$1","N$1","O$1","P$1","Q$1","R$1","S$1","T$1","U$1","V$1","W$1",null,"Formula Template"]
[null,null,"TmpInBaU.dDwl.",null,"Equation",{"$f":"\"=+SUMIFS(\"&$C28&\", Prd., \"&F$27&\")\"","v":"=+SUMIFS(TmpInBaU.dDwl., Prd., F$1)"}]
[]
[]
[]
["Emissions",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[null,"GHG Emissions by Process"]
[null,null,null,null,"Units"]
[null,null,null,null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Sector (high level)","Sector (detail)","Indirect emissions process category"]
[null,null,{"$f":"Model!G2096","v":"Em.GHG.dDHN."},null,{"$f":"Model!$F$495","v":"Domestic District Heat Network "},{"$f":" +SUMIFS(Em.GHG.dDHN., Prd., F$1)","v":0},{"$f":" +SUMIFS(Em.GHG.dDHN., Prd., G$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$243","v":"Buildings-Residential"},{"$f":"$E$310","v":"Residential"},"Direct"]
[null,null,{"$f":"Model!G2097","v":"Em.GHG.dHPA."},null,{"$f":"Model!$F$492","v":"Domestic Heat Pump Air Source "},{"$f":" +SUMIFS(Em.GHG.dHPA., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Residential","Residential","Direct"]
[null,null,{"$f":"Model!G2098","v":"Em.GHG.dHPG."},null,{"$f":"Model!$F$493","v":"Domestic Heat Pump Ground Source "},{"$f":" +SUMIFS(Em.GHG.dHPG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Residential","Residential","Direct"]
[null,null,{"$f":"Model!G2099","v":"Em.GHG.dHyb."},null,{"$f":"Model!$F$494","v":"Domestic Hybrid Heat Pump / Gas Boiler "},{"$f":" +SUMIFS(Em.GHG.dHyb., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Residential","Residential","Direct"]
[null,null,{"$f":"Model!G2100","v":"Em.GHG.dblO."},null,{"$f":"Model!$F$488","v":"Domestic Oil Fuel Boiler"},{"$f":" +SUMIFS(Em.GHG.dblO., Prd., F$1)","v":7.4136040779497492},7.7365048514882302,8.1803431336113466,8.4963494911081554,8.8614572294621041,9.135946362011353,9.3070284856061178,9.4858989672849727,9.4544054407120459,9.3849680402678253,9.266194590207963,9.085731636440304,9.024483356132901,8.8568127070953775,8.489489469161505,8.3247758464311339,8.0834812284194459,7.9167037321607978,null,"Buildings-Residential","Residential","Direct"]
[null,null,{"$f":"Model!G2101","v":"Em.GHG.dblS."},null,{"$f":"Model!$F$489","v":"Domestic Solid Fuel Boiler "},{"$f":" +SUMIFS(Em.GHG.dblS., Prd., F$1)","v":2.4024091373779011},2.5069532730854602,2.6512957383270104,2.7544122931786461,2.8733717236161809,2.9631033848830008,3.0194934834864458,3.0784146120947353,3.0685583824580962,3.0464444681015399,3.0084136586715831,2.9504971271095761,2.9310622131166846,2.8773022914040545,2.7591294123165202,2.7063235198002054,2.6288159725385953,2.5753566437960957,null,"Buildings-Residential","Residential","Direct"]
[null,null,{"$f":"Model!G2102","v":"Em.GHG.dblG."},null,{"$f":"Model!$F$487","v":"Domestic Gas Boiler "},{"$f":" +SUMIFS(Em.GHG.dblG., Prd., F$1)","v":51.316994518059694},53.55351224876479,56.547559211134718,58.648400308325996,61.083507065977599,62.886206585222844,63.970426078726099,65.105190478377779,64.883618640981084,64.400789794984036,63.577952153574856,62.32972146484029,61.902778722084513,60.742269165056008,58.205825231009655,57.065694176230494,55.397715295760321,54.24317590725164,null,"Buildings-Residential","Residential","Direct"]
[null,null,{"$f":"Model!G2103","v":"Em.GHG.dhtE."},null,{"$f":"Model!$F$490","v":"Domestic Electric Heater "},{"$f":" +SUMIFS(Em.GHG.dhtE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Residential","Residential","Direct"]
[null,null,{"$f":"Model!G2132","v":"Em.GHG.nDHN."},null,{"$f":"Model!$F$508","v":"Non-Domestic District Heat Network "},{"$f":" +SUMIFS(Em.GHG.nDHN., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$244","v":"Buildings-Non-Residential"},{"$f":"$E$311","v":"Non-residential"},"Direct"]
[null,null,{"$f":"Model!G2133","v":"Em.GHG.nHPA."},null,{"$f":"Model!$F$505","v":"Non-Domestic Heat Pump Air Source "},{"$f":" +SUMIFS(Em.GHG.nHPA., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Non-Residential","Non-residential","Direct"]
[null,null,{"$f":"Model!G2134","v":"Em.GHG.nHPG."},null,{"$f":"Model!$F$506","v":"Non-Domestic Heat Pump Ground Source "},{"$f":" +SUMIFS(Em.GHG.nHPG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Non-Residential","Non-residential","Direct"]
[null,null,{"$f":"Model!G2135","v":"Em.GHG.nHyb."},null,{"$f":"Model!$F$507","v":"Non-Domestic Hybrid Heat Pump / Gas Boiler "},{"$f":" +SUMIFS(Em.GHG.nHyb., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Non-Residential","Non-residential","Direct"]
[null,null,{"$f":"Model!G2136","v":"Em.GHG.nblO."},null,{"$f":"Model!$F$501","v":"Non-Domestic Oil Fuel Boiler"},{"$f":" +SUMIFS(Em.GHG.nblO., Prd., F$1)","v":3.5665271686010702},3.5426819597557984,3.7932445680232787,4.0373682130505797,4.2751438860660613,4.5066621498393973,4.7320131353468433,4.9512865384000202,4.9178198745135759,4.8845349610855422,4.8514331080097284,4.8185156346204892,4.7857838697607455,4.7532391518505301,4.7208828289560012,4.6887162588589657,4.6567408091268971,4.6249578571834684,null,"Buildings-Non-Residential","Non-residential","Direct"]
[null,null,{"$f":"Model!G2137","v":"Em.GHG.nblS."},null,{"$f":"Model!$F$502","v":"Non-Domestic Solid Fuel Boiler "},{"$f":" +SUMIFS(Em.GHG.nblS., Prd., F$1)","v":2.7190400233277456},2.700994507525615,2.8925055247857374,3.0791744117871778,3.2610691853867371,3.4382575486325924,3.6108068883218709,3.7787842725314018,3.7534479948069799,3.7282506515143217,3.703193243967835,3.6782767806985039,3.6535022775058912,3.6288707575105361,3.6043832512067051,3.5800407965155414,3.5558444388385904,3.5317952311117127,null,"Buildings-Non-Residential","Non-residential","Direct"]
[null,null,{"$f":"Model!G2138","v":"Em.GHG.nblG."},null,{"$f":"Model!$F$500","v":"Non-Domestic Gas Boiler "},{"$f":" +SUMIFS(Em.GHG.nblG., Prd., F$1)","v":16.511276431856682},16.400419423548044,17.551134893069033,18.670761099007251,19.75974800289875,20.818543249588529,21.847592149047795,22.847337657995126,22.692194373850874,22.537888984744491,22.384427529469679,22.231816090342381,22.080060793514338,21.929167809289137,21.779143352440347,21.629993682532024,21.481725104241526,21.334343967684678,null,"Buildings-Non-Residential","Non-residential","Direct"]
[null,null,{"$f":"Model!G2139","v":"Em.GHG.nhtE."},null,{"$f":"Model!$F$503","v":"Non-Domestic Electric Heater "},{"$f":" +SUMIFS(Em.GHG.nhtE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Non-Residential","Non-residential","Direct"]
[null,null,{"$f":"Model!G3429","v":"Em.GHG.dStvG."},null,{"$f":"Model!$F$526","v":"Domestic Gas Stove "},{"$f":" +SUMIFS(Em.GHG.dStvG., Prd., F$1)","v":0.95680162592821871},0.99005663914535968,1.0194227759436905,1.0461363235783734,1.0695966441375782,1.0908060437153435,1.1109166423596535,1.1299727515452811,1.1490564829790517,1.1671353183983648,1.1852246137343829,1.2043720820943498,1.2247695907369816,1.2457658384331587,1.2667643181617712,1.2877616599914945,1.3090924353724056,1.3308685814605359,null,{"$f":"$E$243","v":"Buildings-Residential"},{"$f":"$E$310","v":"Residential"},"Direct"]
[null,null,{"$f":"Model!G3430","v":"Em.GHG.dStvE."},null,{"$f":"Model!$F$527","v":"Domestic Electric Stove "},{"$f":" +SUMIFS(Em.GHG.dStvE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$243","v":"Buildings-Residential"},{"$f":"$E$310","v":"Residential"},"Direct"]
[null,null,{"$f":"Model!G3431","v":"Em.GHG.nStvG."},null,{"$f":"Model!$F$528","v":"Non-Domestic Gas Stove "},{"$f":" +SUMIFS(Em.GHG.nStvG., Prd., F$1)","v":1.2225105842799868},1.2313213408857606,1.2334149938933494,1.2354810797762368,1.2375191371991441,1.23952869993159,1.2415092968036163,1.2434604516611523,1.2524221960659621,1.2614485286630779,1.270539914946091,1.2796968237634516,1.2889197273426478,1.2982091013145589,1.3075654247379827,1.3169891801243439,1.3264808534625723,1.3360409342441724,null,{"$f":"$E$244","v":"Buildings-Non-Residential"},{"$f":"$E$311","v":"Non-residential"},"Direct"]
[null,null,{"$f":"Model!G3432","v":"Em.GHG.nStvE."},null,{"$f":"Model!$F$529","v":"Non-Domestic Electric Stove "},{"$f":" +SUMIFS(Em.GHG.nStvE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$244","v":"Buildings-Non-Residential"},{"$f":"$E$311","v":"Non-residential"},"Direct"]
[null,null,{"$f":"Model!G3610","v":"Em.GHG.dLt."},null,{"$f":"Model!$F$530","v":"Domestic Lighting "},{"$f":" +SUMIFS(Em.GHG.dLt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$243","v":"Buildings-Residential"},{"$f":"$E$310","v":"Residential"},"Direct"]
[null,null,{"$f":"Model!G3611","v":"Em.GHG.nLt."},null,{"$f":"Model!$F$531","v":"Non-Domestic Lighting "},{"$f":" +SUMIFS(Em.GHG.nLt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$244","v":"Buildings-Non-Residential"},{"$f":"$E$311","v":"Non-residential"},"Direct"]
[null,null,{"$f":"Model!G3612","v":"Em.GHG.dAp."},null,{"$f":"Model!$F$532","v":"Domestic Appliances "},{"$f":" +SUMIFS(Em.GHG.dAp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$243","v":"Buildings-Residential"},{"$f":"$E$310","v":"Residential"},"Direct"]
[null,null,{"$f":"Model!G3613","v":"Em.GHG.nAp."},null,{"$f":"Model!$F$533","v":"Non-Domestic Appliances "},{"$f":" +SUMIFS(Em.GHG.nAp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$244","v":"Buildings-Non-Residential"},{"$f":"$E$311","v":"Non-residential"},"Direct"]
[null,null,{"$f":"Model!G3726","v":"Em.GHG.dAC."},null,{"$f":"Model!$F$534","v":"Domestic Air Conditioning "},{"$f":" +SUMIFS(Em.GHG.dAC., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$243","v":"Buildings-Residential"},{"$f":"$E$310","v":"Residential"},"Direct"]
[null,null,{"$f":"Model!G3727","v":"Em.GHG.nAC."},null,{"$f":"Model!$F$535","v":"Non-Domestic Air Conditioning "},{"$f":" +SUMIFS(Em.GHG.nAC., Prd., F$1)","v":13.327542782793232},10.751459763401883,7.9293180611925491,4.9273663101020135,3.0001803122143844,3.3681942190727132,3.7507361559952721,4.1478061229820602,4.1478061229820602,4.1478061229820602,4.1478061229820602,4.1478061229820602,4.1478061229820602,4.1478061229820602,4.1478061229820602,4.1478061229820602,4.1478061229820602,4.1478061229820602,"F gas",{"$f":"$E$244","v":"Buildings-Non-Residential"},{"$f":"$E$311","v":"Non-residential"},"Direct"]
[null,null,{"$f":"Model!G4606","v":"Em.GHG.hnWHO."},null,{"$f":"Model!$F$524","v":"Heat Network Waste Heat Offtake from Power "},{"$f":" +SUMIFS(Em.GHG.hnWHO., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$247","v":"Buildings-Heat Network"},{"$f":"$E$247","v":"Buildings-Heat Network"},"Network Heat Production"]
[null,null,{"$f":"Model!G4607","v":"Em.GHG.hnHPW."},null,{"$f":"Model!$F$516","v":"Heat Network Heat Pump Water Source "},{"$f":" +SUMIFS(Em.GHG.hnHPW., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Heat Network","Buildings-Heat Network","Network Heat Production"]
[null,null,{"$f":"Model!G4608","v":"Em.GHG.hnHPG."},null,{"$f":"Model!$F$517","v":"Heat Network Heat Pump Ground Source "},{"$f":" +SUMIFS(Em.GHG.hnHPG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Heat Network","Buildings-Heat Network","Network Heat Production"]
["CHP",null,{"$f":"Model!G4776","v":"Em.GHG.hnCHPB_ElecComp."},null,{"$f":"Model!$F$519","v":"Heat Network Biomass CHP Electrical Component "},{"$f":"+SUMIFS(Em.GHG.hnCHPB_ElecComp., Prd., F$1)","v":4.9156111675222342E-3},4.9156111675222342E-3,4.0963426396018639E-3,3.2770741116814905E-3,2.4578055837611175E-3,1.6385370558407452E-3,8.192685279203723E-4,-5.7203267463965032E-19,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$237","v":"Electricity Generation"},{"$f":"$E$352","v":"Biomass & Waste"},"Heat Network CHP"]
["CHP",null,{"$f":"Model!G4777","v":"Em.GHG.hnCHPG_ElecComp."},null,{"$f":"Model!$F$522","v":"Heat Network Gas CHP Electrical Component "},{"$f":"+SUMIFS(Em.GHG.hnCHPG_ElecComp., Prd., F$1)","v":3.3738286946249816},3.3738286946249816,3.3839911473337607,3.394141734583604,3.4042804563745142,3.4368892438380247,3.6652800977696263,3.9045914856399393,3.8862298444347543,3.8573267911139668,3.8146565388926046,3.7547229854913149,3.7281735935644829,3.6718526022119811,3.559676792693288,3.5042818370391866,3.4346254289936367,3.4346254289936367,null,{"$f":"$E$237","v":"Electricity Generation"},{"$f":"$E$354","v":"Gas"},"Heat Network CHP"]
["CHP",null,{"$f":"Model!G4788","v":"Em.GHG.hnCHPB_HtComp."},null,{"$f":"Model!$F$520","v":"Heat Network Biomass CHP Heat Processes Heat Component "},{"$f":"+SUMIFS(Em.GHG.hnCHPB_HtComp., Prd., F$1)","v":2.6570871175795865E-3},2.6570871175795865E-3,2.2142392646496561E-3,1.7713914117197247E-3,1.3285435587897933E-3,8.8569570585986235E-4,4.4284785292993107E-4,-3.0920685115656775E-19,0,0,0,0,0,0,0,0,0,0,null,"Buildings-Heat Network","Buildings-Heat Network","Heat Network CHP"]
["CHP",null,{"$f":"Model!G4789","v":"Em.GHG.hnCHPG_HtComp."},null,{"$f":"Model!$F$523","v":"Heat Network Gas CHP Heat Processes Heat Component "},{"$f":"+SUMIFS(Em.GHG.hnCHPG_HtComp., Prd., F$1)","v":1.8236911862837739},1.8236911862837739,1.8291844039641945,1.8346712078830292,1.8401515980402783,1.8577779696421759,1.9812324852808794,2.1105899922378053,2.1006647807755425,2.0850415087102521,2.0619765075095158,2.0295799921574678,2.0152289694943151,1.9847851903848548,1.9241496176720474,1.8942063983995607,1.8565542859425066,1.8565542859425066,null,"Buildings-Heat Network","Buildings-Heat Network","Heat Network CHP"]
[null,null,{"$f":"Model!G5130","v":"Em.GHG.ggDstALL."},null,{"$f":"Model!$F$538","v":"Gas Grid Distribution All Types "},{"$f":" +SUMIFS(Em.GHG.ggDstALL., Prd., F$1)","v":3.4541100105074878},3.517340396372564,3.6564365034343287,3.7671276456460698,3.8906157631763798,3.9957281049259064,4.0889768325458666,4.1846139107785394,4.1853203823096594,4.177035497586119,4.1399853805039255,4.0864486264360966,4.0649744421173226,4.0149971142087129,3.9114823411011574,3.8623725101546595,3.7931635257520715,3.7467530386497212,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$370","v":"Gas Grid Leakage"},{"$f":"$E$370","v":"Gas Grid Leakage"}]
[null,null,{"$f":"Model!G5135","v":"Em.GHG.ggTmsALL."},null,{"$f":"Model!$F$541","v":"Gas Grid Transmission All Types "},{"$f":" +SUMIFS(Em.GHG.ggTmsALL., Prd., F$1)","v":5.8763023154885553E-2},5.961343955268153E-2,5.8684609613038057E-2,6.2178834336040739E-2,7.9002371225597584E-2,9.1739949406241778E-2,9.8118183020647731E-2,0.10475259566603061,0.10545291894844071,0.1059878634969227,0.10597659208374964,0.1057213975283802,0.10593781804280782,0.10577029843259302,0.10485896284458829,0.10470592472635876,0.10427576263007965,0.10413928996005062,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$370","v":"Gas Grid Leakage"},{"$f":"$E$370","v":"Gas Grid Leakage"}]
[null,null,{"$f":"Model!G6478","v":"Em.GHG.carE."},null,{"$f":"Model!$F$406","v":"Car Electric "},{"$f":" +SUMIFS(Em.GHG.carE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$245","v":"Transport-Domestic"},{"$f":"$E$317","v":"Car"},"Direct"]
[null,null,{"$f":"Model!G6479","v":"Em.GHG.carH2."},null,{"$f":"Model!$F$407","v":"Car Hydrogen "},{"$f":" +SUMIFS(Em.GHG.carH2., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$317","v":"Car"},"Direct"]
[null,null,{"$f":"Model!G6480","v":"Em.GHG.carPHEV."},null,{"$f":"Model!$F$408","v":"Car Plug-in Hybrid Electric Vehicle "},{"$f":" +SUMIFS(Em.GHG.carPHEV., Prd., F$1)","v":3.6947394091373577E-2},3.2284479527515821E-2,2.6405436512437708E-2,2.0077680553081564E-2,1.5596881408947343E-2,1.0722630915539799E-2,5.4317266805957894E-3,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$317","v":"Car"},"Direct"]
[null,null,{"$f":"Model!G6481","v":"Em.GHG.carIC."},null,{"$f":"Model!$F$409","v":"Car Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.carIC., Prd., F$1)","v":60.738219411826037},51.052782455442944,48.166011743759647,44.11375943366599,44.458103237505028,44.50138422576682,44.74764243669788,44.793601007471821,45.550105135920106,46.266773869166109,46.983857247220847,47.742887990968093,48.551471970037518,49.383790749999655,50.216198010653173,51.048560163503254,51.894140059377619,52.757375033865436,null,"Transport-Domestic",{"$f":"$E$317","v":"Car"},"Direct"]
[null,null,{"$f":"Model!G6482","v":"Em.GHG.lgvE."},null,{"$f":"Model!$F$410","v":"LGV (van) Electric "},{"$f":" +SUMIFS(Em.GHG.lgvE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$319","v":"Light Goods Vehicles"},"Direct"]
[null,null,{"$f":"Model!G6483","v":"Em.GHG.lgvH2."},null,{"$f":"Model!$F$411","v":"LGV (van) Hydrogen "},{"$f":" +SUMIFS(Em.GHG.lgvH2., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$319","v":"Light Goods Vehicles"},"Direct"]
[null,null,{"$f":"Model!G6484","v":"Em.GHG.lgvPHEV."},null,{"$f":"Model!$F$412","v":"LGV (van) Plug-in Hybrid Electric Vehicle "},{"$f":" +SUMIFS(Em.GHG.lgvPHEV., Prd., F$1)","v":8.0930004902554664E-4},8.2131103031814407E-4,7.780723912785395E-4,6.4869334280135652E-4,5.3886759803214101E-4,3.9621590028149329E-4,2.1109433707657609E-4,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$319","v":"Light Goods Vehicles"},"Direct"]
[null,null,{"$f":"Model!G6485","v":"Em.GHG.lgvIC."},null,{"$f":"Model!$F$413","v":"LGV (van) Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.lgvIC., Prd., F$1)","v":16.219409390736928},15.849782510476787,17.522019596599705,17.754345656775989,19.191633924142391,20.619682124343964,22.037518741897262,23.445721055163805,24.867054726453059,26.286035415495533,27.703264312701073,29.118020671666581,30.529253947451604,31.936309422188764,33.33937982800127,34.739461063093827,36.137519602387925,37.534035688875555,null,"Transport-Domestic",{"$f":"$E$319","v":"Light Goods Vehicles"},"Direct"]
[null,null,{"$f":"Model!G6486","v":"Em.GHG.hgvRE."},null,{"$f":"Model!$F$414","v":"HGV _Rigid Electric "},{"$f":" +SUMIFS(Em.GHG.hgvRE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$320","v":"Heavy Goods Vehicles"},"Direct"]
[null,null,{"$f":"Model!G6487","v":"Em.GHG.hgvRH2."},null,{"$f":"Model!$F$415","v":"HGV _Rigid Hydrogen "},{"$f":" +SUMIFS(Em.GHG.hgvRH2., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Heavy Goods Vehicles","Direct"]
[null,null,{"$f":"Model!G6488","v":"Em.GHG.hgvRPHEV."},null,{"$f":"Model!$F$416","v":"HGV _Rigid Plug-in Hybrid Electric Vehicle "},{"$f":" +SUMIFS(Em.GHG.hgvRPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Heavy Goods Vehicles","Direct"]
[null,null,{"$f":"Model!G6489","v":"Em.GHG.hgvRIC."},null,{"$f":"Model!$F$417","v":"HGV _Rigid Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.hgvRIC., Prd., F$1)","v":11.834690672329851},11.475104890035952,10.922687816182108,10.42261832610788,10.224186300552619,10.015757936392125,9.8888573795037722,9.7527659083189189,9.8949971478026502,10.038218727174881,10.182451974340729,10.327258633564773,10.472155959425496,10.616859677633265,10.761396010217892,10.906042543303021,11.051041113417098,11.196467821181548,null,"Transport-Domestic","Heavy Goods Vehicles","Direct"]
[null,null,{"$f":"Model!G6490","v":"Em.GHG.hgvAE."},null,{"$f":"Model!$F$418","v":"HGV _Articulated Electric "},{"$f":" +SUMIFS(Em.GHG.hgvAE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Heavy Goods Vehicles","Direct"]
[null,null,{"$f":"Model!G6491","v":"Em.GHG.hgvAH2."},null,{"$f":"Model!$F$419","v":"HGV _Articulated Hydrogen "},{"$f":" +SUMIFS(Em.GHG.hgvAH2., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Heavy Goods Vehicles","Direct"]
[null,null,{"$f":"Model!G6492","v":"Em.GHG.hgvAPHEV."},null,{"$f":"Model!$F$420","v":"HGV _Articulated Plug-in Hybrid Electric Vehicle "},{"$f":" +SUMIFS(Em.GHG.hgvAPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Heavy Goods Vehicles","Direct"]
[null,null,{"$f":"Model!G6493","v":"Em.GHG.hgvAIC."},null,{"$f":"Model!$F$421","v":"HGV _Articulated Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.hgvAIC., Prd., F$1)","v":11.019712918770571},10.575027523592849,10.031051210968801,9.3824480837980104,9.5175303726163207,9.6255911335154209,9.8487942218436508,10.028364708166691,10.564016245276903,11.098978382411213,11.633471435295904,12.167164831194764,12.699601858238035,13.230500555251293,13.75993467295555,14.288308177892523,14.816008666237577,15.343221640029075,null,"Transport-Domestic","Heavy Goods Vehicles","Direct"]
[null,null,{"$f":"Model!G6494","v":"Em.GHG.busE."},null,{"$f":"Model!$F$422","v":"Bus Electric "},{"$f":" +SUMIFS(Em.GHG.busE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$318","v":"Bus"},"Direct"]
[null,null,{"$f":"Model!G6495","v":"Em.GHG.busH2."},null,{"$f":"Model!$F$423","v":"Bus Hydrogen "},{"$f":" +SUMIFS(Em.GHG.busH2., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$318","v":"Bus"},"Direct"]
[null,null,{"$f":"Model!G6496","v":"Em.GHG.busPHEV."},null,{"$f":"Model!$F$424","v":"Bus Plug-in Hybrid Electric Vehicle "},{"$f":" +SUMIFS(Em.GHG.busPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$318","v":"Bus"},"Direct"]
[null,null,{"$f":"Model!G6497","v":"Em.GHG.busIC."},null,{"$f":"Model!$F$425","v":"Bus Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.busIC., Prd., F$1)","v":3.5366016120224586},2.7070653843996357,2.3938200595905319,2.0705164800925822,1.9658180414526816,1.8540349498610214,1.7621434676079668,1.6629516425122099,1.6910366759695667,1.7176428299800426,1.7442643775791167,1.7724432110205537,1.8024616963814042,1.8333613305055032,1.8642642494539481,1.89516549378606,1.9265574436425821,1.9586048340378985,null,"Transport-Domestic",{"$f":"$E$318","v":"Bus"},"Direct"]
[null,null,{"$f":"Model!G6498","v":"Em.GHG.trnPE."},null,{"$f":"Model!$F$426","v":"Train Passenger Electric "},{"$f":" +SUMIFS(Em.GHG.trnPE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$321","v":"Rail"},"Direct"]
[null,null,{"$f":"Model!G6499","v":"Em.GHG.trnPIC."},null,{"$f":"Model!$F$427","v":"Train Passenger Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.trnPIC., Prd., F$1)","v":2.1102384212849201},2.1835827851420246,2.2341006912990542,2.2869454127834774,2.3334431724433418,2.3727490359807186,2.4203113579500952,2.4595421860927567,2.5010805705053309,2.5404316595722314,2.5798055160964561,2.6214826327559608,2.665880635211451,2.7115818761376409,2.7572879753915438,2.8029915978509279,2.849420984612399,2.8968197823984783,null,"Transport-Domestic",{"$f":"$E$321","v":"Rail"},"Direct"]
[null,null,{"$f":"Model!G6500","v":"Em.GHG.trnFE."},null,{"$f":"Model!$F$428","v":"Train Freight Electric "},{"$f":" +SUMIFS(Em.GHG.trnFE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$321","v":"Rail"},"Direct"]
[null,null,{"$f":"Model!G6501","v":"Em.GHG.trnFIC."},null,{"$f":"Model!$F$429","v":"Train Freight Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.trnFIC., Prd., F$1)","v":0.32132082424296116},0.30846799127324276,0.30316637070859614,0.29800343632936782,0.29486400794860984,0.29176579781821932,0.29055871075349832,0.28935259285734044,0.28935259285734044,0.28935259285734044,0.28935259285734044,0.28935259285734044,0.28935259285734044,0.28935259285734044,0.28935259285734044,0.28935259285734044,0.28935259285734044,0.28935259285734044,null,"Transport-Domestic",{"$f":"$E$321","v":"Rail"},"Direct"]
[null,null,{"$f":"Model!G6502","v":"Em.GHG.nrmIC."},null,{"$f":"Model!$F$432","v":"Non-Road Mobile Machinery Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.nrmIC., Prd., F$1)","v":1.3969824239987847E-4},1.3969824239987847E-4,1.3919044858441227E-4,1.3868265476894604E-4,1.3817486095347978E-4,1.3766706713801358E-4,1.3715927332254738E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,1.3665147950708113E-4,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$334","v":"Other Industry"},"Direct"]
[null,null,{"$f":"Model!G6503","v":"Em.GHG.shpDIC."},null,{"$f":"Model!$F$430","v":"Shipping Domestic Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.shpDIC., Prd., F$1)","v":6.0195491154790899},5.3978803114379303,4.7987231810146875,4.0508592424062142,3.6823537170854874,3.4652429644243687,3.2699536702319443,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,null,{"$f":"$E$245","v":"Transport-Domestic"},{"$f":"$E$322","v":"Shipping-Domestic"},"Direct"]
[null,null,{"$f":"Model!G6504","v":"Em.GHG.shpIIC."},null,{"$f":"Model!$F$431","v":"Shipping International Internal Combustion Engine "},{"$f":" +SUMIFS(Em.GHG.shpIIC., Prd., F$1)","v":10.390012111882898},9.4778242110708799,8.5406316837217915,7.6365714190473168,7.0792641069074493,6.7707058311967225,6.4187082703802867,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,null,{"$f":"$E$246","v":"Transport-International"},{"$f":"$E$324","v":"Shipping-International"},"Direct"]
[null,null,{"$f":"Model!G7041","v":"Em.GHG.LVEref."},null,{"$f":"Model!$F$441","v":"Light Duty Vehicles Electric Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.LVEref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$245","v":"Transport-Domestic"},{"$f":"$E$362","v":"Transport Refuelling"},"Direct"]
[null,null,{"$f":"Model!G7042","v":"Em.GHG.hgvAEref."},null,{"$f":"Model!$F$444","v":"HGV _Articulated Electric Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.hgvAEref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Transport Refuelling","Direct"]
[null,null,{"$f":"Model!G7043","v":"Em.GHG.busEref."},null,{"$f":"Model!$F$447","v":"Bus Electric Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.busEref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Transport Refuelling","Direct"]
[null,null,{"$f":"Model!G7044","v":"Em.GHG.LVH2ref."},null,{"$f":"Model!$F$442","v":"Light Duty Vehicles Hydrogen Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.LVH2ref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Transport Refuelling","Direct"]
[null,null,{"$f":"Model!G7045","v":"Em.GHG.hgvAH2ref."},null,{"$f":"Model!$F$445","v":"HGV _Articulated Hydrogen Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.hgvAH2ref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Transport Refuelling","Direct"]
[null,null,{"$f":"Model!G7046","v":"Em.GHG.busH2ref."},null,{"$f":"Model!$F$448","v":"Bus Hydrogen Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.busH2ref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Transport Refuelling","Direct"]
[null,null,{"$f":"Model!G7047","v":"Em.GHG.LVICref."},null,{"$f":"Model!$F$443","v":"Light Duty Vehicles Internal Combustion Engine Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.LVICref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Transport Refuelling","Direct"]
[null,null,{"$f":"Model!G7048","v":"Em.GHG.hgvAICref."},null,{"$f":"Model!$F$446","v":"HGV _Articulated Internal Combustion Engine Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.hgvAICref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Transport Refuelling","Direct"]
[null,null,{"$f":"Model!G7049","v":"Em.GHG.busICref."},null,{"$f":"Model!$F$449","v":"Bus Internal Combustion Engine Refuelling Infrastructure "},{"$f":" +SUMIFS(Em.GHG.busICref., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic","Transport Refuelling","Direct"]
[null,null,{"$f":"Model!G8588","v":"Em.GHG.aviDPHEV."},null,{"$f":"Model!$F$435","v":"Aviation Domestic Plug-in Hybrid Electric Vehicle "},{"$f":" +SUMIFS(Em.GHG.aviDPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Transport-Domestic",{"$f":"$E$323","v":"Aviation-Domestic"},"Direct"]
[null,null,{"$f":"Model!G8589","v":"Em.GHG.aviDCon."},null,{"$f":"Model!$F$436","v":"Aviation Domestic Conventional "},{"$f":" +SUMIFS(Em.GHG.aviDCon., Prd., F$1)","v":2.5254937954553989},2.6887427274820492,2.5818523807582383,2.4699018061779197,2.4373163564422642,2.3790249276969249,2.3444781852103977,2.2756390198698369,2.3140715252873485,2.3504802822752779,2.3869101043681531,2.425470968842165,2.4665492749445264,2.5088333746831544,2.5511219694860188,2.5934082726875083,2.6363660738508528,2.6802208019164344,null,"Transport-Domestic",{"$f":"$E$323","v":"Aviation-Domestic"},"Direct"]
[null,null,{"$f":"Model!G8590","v":"Em.GHG.aviIPHEV."},null,{"$f":"Model!$F$437","v":"Aviation International Plug-in Hybrid Electric Vehicle "},{"$f":" +SUMIFS(Em.GHG.aviIPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$246","v":"Transport-International"},{"$f":"$E$325","v":"Aviation-International"},"Direct"]
[null,null,{"$f":"Model!G8591","v":"Em.GHG.aviICon."},null,{"$f":"Model!$F$438","v":"Aviation International Conventional "},{"$f":" +SUMIFS(Em.GHG.aviICon., Prd., F$1)","v":34.114852631718371},36.261054611659972,37.576539170702354,38.566313475825531,39.925346963410419,40.851349018450946,42.990623404969519,44.633126578547262,45.386920508099685,46.101021753956672,46.815536159144827,47.571847652320592,48.377534854855867,49.206871827642551,50.0362969641359,50.865677154425839,51.708227734776372,52.568370143887826,null,{"$f":"$E$246","v":"Transport-International"},{"$f":"$E$325","v":"Aviation-International"},"Direct"]
[null,null,{"$f":"Model!G9432","v":"Em.GHG.LndWdl."},null,{"$f":"Model!$F$583","v":"Woodland "},{"$f":"+SUMIFS(Em.GHG.LndWdl., Prd., F$1)","v":-19.7},-21.1,-18.493767555821826,-15.287547559815891,-13.381321339723842,-11.475095119631787,-9.9688511164365323,-10.3626,-10.356366666666666,-10.350133333333334,-10.3439,-10.337666666666667,-10.337666666666667,-10.337666666666667,-10.337666666666667,-10.337666666666667,-10.337666666666667,-10.337666666666667,null,{"$f":"$E$241","v":"Agriculture & Land Use"},{"$f":"$E$340","v":"Forestry"},"Direct"]
[null,null,{"$f":"Model!G9433","v":"Em.GHG.LndArbl."},null,{"$f":"Model!$F$585","v":"Arable Land for Food "},{"$f":"+SUMIFS(Em.GHG.LndArbl., Prd., F$1)","v":4.2328349182025855},4.2652029136161804,4.2857154156852202,4.3062001419267215,4.3295898634801979,4.3529784857273155,4.3764599022866442,4.399941221076344,4.399941221076344,4.399941221076344,4.399941221076344,4.399941221076344,4.399941221076344,4.399941221076344,4.399941221076344,4.399941221076344,4.399941221076344,4.399941221076344,null,"Agriculture & Land Use",{"$f":"$E$341","v":"Land"},"Direct"]
[null,null,{"$f":"Model!G9434","v":"Em.GHG.LndLivG."},null,{"$f":"Model!$F$586","v":"Livestock Grazing Land"},{"$f":"+SUMIFS(Em.GHG.LndLivG., Prd., F$1)","v":-4.9319881828975634},-4.9101552788921916,-4.8885941221195468,-4.8670643772043398,-4.8483180467527385,-4.8295725973702108,-4.8103989158687774,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,-4.7912253109067562,null,"Agriculture & Land Use",{"$f":"$E$341","v":"Land"},"Direct"]
[null,null,{"$f":"Model!G9435","v":"Em.GHG.LndSet."},null,{"$f":"Model!$F$587","v":"Settlement Land"},{"$f":"+SUMIFS(Em.GHG.LndSet., Prd., F$1)","v":2.2797588942876992},2.2843140922036675,2.3280385725094432,2.3717022398455834,2.3989401832286528,2.4261768464406726,2.4528841650075042,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,null,"Agriculture & Land Use",{"$f":"$E$341","v":"Land"},"Direct"]
[null,null,{"$f":"Model!G9436","v":"Em.GHG.LndOth."},null,{"$f":"Model!$F$588","v":"Other Land "},{"$f":"+SUMIFS(Em.GHG.LndOth., Prd., F$1)","v":0.26868911448012328},0.27357895082808664,0.27512077017403347,0.27666049066233983,0.27780912052872675,0.27895769641002832,0.2798234524072124,0.28068920475310144,0.28068920475310144,0.28068920475310144,0.28068920475310144,0.28068920475310144,0.28068920475310144,0.28068920475310144,0.28068920475310144,0.28068920475310144,0.28068920475310144,0.28068920475310144,null,"Agriculture & Land Use",{"$f":"$E$341","v":"Land"},"Direct"]
[null,null,{"$f":"Model!G9437","v":"Em.GHG.MnrMng."},null,{"$f":"Model!$F$595","v":"Manure Management "},{"$f":"+SUMIFS(Em.GHG.MnrMng., Prd., F$1)","v":3.5293397676612499},3.4789206281232321,3.4285014885852139,3.3780823490471965,3.3276632095091783,3.2772440699711605,3.2268249304331427,3.1764057908951249,3.1764057908951249,3.1764057908951249,3.1764057908951249,3.1764057908951249,3.1764057908951249,3.1764057908951249,3.1764057908951249,3.1764057908951249,3.1764057908951249,3.1764057908951249,null,"Agriculture & Land Use",{"$f":"$E$342","v":"Agriculture & Livestock"},"Direct"]
[null,null,{"$f":"Model!G9438","v":"Em.GHG.EntFrm."},null,{"$f":"Model!$F$596","v":"Enteric Fermentation "},{"$f":"+SUMIFS(Em.GHG.EntFrm., Prd., F$1)","v":24.255275025990748},24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,24.255275025990748,null,"Agriculture & Land Use",{"$f":"$E$342","v":"Agriculture & Livestock"},"Direct"]
[null,null,{"$f":"Model!G9439","v":"Em.GHG.SoilMng."},null,{"$f":"Model!$F$597","v":"Soil Management "},{"$f":"+SUMIFS(Em.GHG.SoilMng., Prd., F$1)","v":14.449551753655218},14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,14.449551753655218,null,"Agriculture & Land Use",{"$f":"$E$342","v":"Agriculture & Livestock"},"Direct"]
[null,null,{"$f":"Model!G9440","v":"Em.GHG.AgrFU."},null,{"$f":"Model!$F$599","v":"Agricultural Fuel Use"},{"$f":"+SUMIFS(Em.GHG.AgrFU., Prd., F$1)","v":1.5453582191684438},1.5453582191684438,1.5454934912629097,1.5456287633573764,1.5457640354518425,1.5458993075463086,1.5460345796407751,1.5461698517352411,1.5461698517352411,1.5461698517352411,1.5461698517352411,1.5461698517352411,1.5461698517352411,1.5461698517352411,1.5461698517352411,1.5461698517352411,1.5461698517352411,1.5461698517352411,null,"Agriculture & Land Use",{"$f":"$E$342","v":"Agriculture & Livestock"},"Direct"]
[null,null,{"$f":"Model!G9441","v":"Em.GHG.LndWdl.rBiS."},null,{"$f":"Model!$F$583 & Model!$F$737","v":"Woodland Dry Waste "},{"$f":"+SUMIFS(Em.GHG.LndWdl.rBiS., Prd., F$1)","v":8.7152945762728994E-3},8.7427074323689208E-3,8.7319917820995775E-3,8.7212801132395251E-3,8.7192887260690195E-3,8.7172973388985105E-3,8.7202844196542714E-3,8.7232692253190122E-3,8.7212755630574849E-3,8.7192819007959558E-3,8.7172882385344267E-3,8.7152945762728976E-3,8.7152945762728976E-3,8.7152945762728976E-3,8.7152945762728976E-3,8.7152945762728976E-3,8.7152945762728976E-3,8.7152945762728976E-3,null,"Agriculture & Land Use",{"$f":"$E$341","v":"Land"},"Direct"]
[null,null,{"$f":"Model!G9442","v":"Em.GHG.LndArbl.rBiS."},null,{"$f":"Model!$F$585 & Model!$F$737","v":"Arable Land for Food Dry Waste "},{"$f":"+SUMIFS(Em.GHG.LndArbl.rBiS., Prd., F$1)","v":5.0070636000000028E-3},5.0453520319309114E-3,5.0696164798575572E-3,5.0938480714744919E-3,5.1215160116771501E-3,5.1491826514990999E-3,5.1769590586594758E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,5.2047353501671612E-3,null,"Agriculture & Land Use",{"$f":"$E$341","v":"Land"},"Direct"]
[null,null,{"$f":"Model!G9443","v":"Em.GHG.LndBi.rBiS."},null,{"$f":"Model!$F$584 & Model!$F$736","v":"Bioenergy LandBioenergy Solid "},{"$f":"+SUMIFS(Em.GHG.LndBi.rBiS., Prd., F$1)","v":9.8654303869184862E-2},0.10217767186451289,0.10570103985984092,0.10922440785516896,0.11274777585049695,0.11627114384582499,0.11979451184115301,0.12331787983648106,0.12331787983648106,0.12331787983648106,0.12331787983648106,0.12331787983648106,0.12331787983648106,0.12331787983648106,0.12331787983648106,0.12331787983648106,0.12331787983648106,0.12331787983648106,null,"Agriculture & Land Use",{"$f":"$E$341","v":"Land"},"Direct"]
[null,null,{"$f":"Model!G9444","v":"Em.GHG.MnrMng.rWstW."},null,{"$f":"Model!$F$595 & Model!$F$738","v":"Manure Management Wet Waste "},{"$f":"+SUMIFS(Em.GHG.MnrMng.rWstW., Prd., F$1)","v":0},2.682738279458266E-3,5.3654765589165321E-3,8.0482148383747964E-3,1.0730953117833064E-2,1.3413691397291332E-2,1.6096429676749593E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,1.8779167956207866E-2,null,"Agriculture & Land Use",{"$f":"$E$341","v":"Land"},"Direct"]
[null,null,{"$f":"Model!G10056","v":"Em.GHG.bcBS."},null,{"$f":"Model!$F$607","v":"Biomass Pelletisation Plant"},{"$f":"+SUMIFS(Em.GHG.bcBS., Prd., F$1)","v":0.71608976729674167},0.98517581260843312,1.0148909942929609,0.93460734550154889,0.64294038542864551,0.46166841261989533,0.39974536497187807,0.40598601608817986,0.40764774212950172,0.40851424665281488,0.40516772561267012,0.40020321333053221,0.39836593448069868,0.39373769112520529,0.38387346760398844,0.37932522536423119,0.37276907239340107,0.3681684485600093,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$343","v":"Bio-Conversion"},"Bioenergy Solid"]
[null,null,{"$f":"Model!G10057","v":"Em.GHG.bcLndFGC."},null,{"$f":"Model!$F$622","v":"Landfill Gas Collection "},{"$f":"+SUMIFS(Em.GHG.bcLndFGC., Prd., F$1)","v":1.3009576940663399E-4},1.3247728177131614E-4,1.721452554904685E-4,2.128279215293385E-4,2.5643860122100874E-4,3.0099059993383308E-4,3.4651670542335146E-4,3.9402376063324245E-4,3.9409028207951842E-4,3.9331017631474022E-4,3.8982153273234358E-4,3.847805053831941E-4,3.8275849354596882E-4,3.7805262220184731E-4,3.6830565843157394E-4,3.6368147070812268E-4,3.5716474422263191E-4,3.5279472704762417E-4,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$343","v":"Bio-Conversion"},"Bioenergy Gas"]
[null,null,{"$f":"Model!G10058","v":"Em.GHG.bcAD."},null,{"$f":"Model!$F$614","v":"Anaerobic Digestion Plant "},{"$f":"+SUMIFS(Em.GHG.bcAD., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$343","v":"Bio-Conversion"},"Bioenergy Gas"]
[null,null,{"$f":"Model!G10059","v":"Em.GHG.bcBG."},null,{"$f":"Model!$F$609","v":"Biomass Gasification Plant (BioSNG) "},{"$f":"+SUMIFS(Em.GHG.bcBG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$343","v":"Bio-Conversion"},"Bioenergy Gas"]
[null,null,{"$f":"Model!G10060","v":"Em.GHG.bcBL."},null,{"$f":"Model!$F$612","v":"Biofuel Plant "},{"$f":"+SUMIFS(Em.GHG.bcBL., Prd., F$1)","v":-1.8624920569962899E-3},-1.9963690990446184E-3,-2.1131270429215368E-3,-2.2289373662748419E-3,-2.8303057708503453E-3,-2.9887004088667833E-3,-3.1461128732600298E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$343","v":"Bio-Conversion"},"Bioenergy Liquid"]
[null,null,{"$f":"Model!G10061","v":"Em.GHG.bcEfW."},null,{"$f":"Model!$F$618","v":"Energy from Waste "},{"$f":"+SUMIFS(Em.GHG.bcEfW., Prd., F$1)","v":0.9811353511630494},1.0135158764516647,1.0530117816674511,1.0931961867694884,1.1339247806077815,1.1751251641743208,1.2167521008277304,1.258775999267592,1.2586047647323262,1.2586482951919149,1.2586828155793606,1.2587119285337238,1.258726676753646,1.2587455076898233,1.2587764674464246,1.25879165499646,1.2588114011067653,1.2588245918009953,null,{"$f":"$E$237","v":"Electricity Generation"},{"$f":"$E$352","v":"Biomass & Waste"},"Electricity"]
[null,null,{"$f":"Model!G10062","v":"Em.GHG.bcBGccs."},null,{"$f":"Model!$F$610","v":"Biomass Gasification Plant (BioSNG) with CCS "},{"$f":"+SUMIFS(Em.GHG.bcBGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$343","v":"Bio-Conversion"},"Bioenergy Gas"]
[null,null,{"$f":"Model!G10063","v":"Em.GHG.bcBLccs."},null,{"$f":"Model!$F$613","v":"Biofuel Plant with CCS "},{"$f":"+SUMIFS(Em.GHG.bcBLccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$343","v":"Bio-Conversion"},"Bioenergy Liquid"]
[null,null,{"$f":"Model!G10064","v":"Em.GHG.bcEfWccs."},null,{"$f":"Model!$F$619","v":"Energy from Waste with CCS "},{"$f":"+SUMIFS(Em.GHG.bcEfWccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$237","v":"Electricity Generation"},{"$f":"$E$351","v":"Biomass & Waste CCS"},"Electricity"]
[null,null,{"$f":"Model!G10074","v":"Em.GHG.bcLndFGRel."},null,{"$f":"Model!$F$623","v":"Landfill Gas Release "},{"$f":"+SUMIFS(Em.GHG.bcLndFGRel., Prd., F$1)","v":14.296510263167979},10.705241588816589,8.7001423526118984,7.5440669085374585,6.866546939912431,6.4640227062953315,6.2213941131690698,6.072100185641836,5.7351103833541472,5.8165281009761181,5.8651104516343109,5.8943939322169996,5.9121896294423468,5.9230823466468072,5.9297966380760858,5.9339661857992558,5.9365771660693065,5.938228072474824,null,{"$f":"$E$240","v":"Waste Management"},{"$f":"$E$344","v":"Waste Management"},"Direct"]
[null,null,{"$f":"Model!G10645","v":"Em.GHG.ggrAirCap."},null,{"$f":"Model!$F$602","v":"Direct Air Capture "},{"$f":"+SUMIFS(Em.GHG.ggrAirCap., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$236","v":"Dedicated GHG Removal"},{"$f":"$E$366","v":"GGR"},"Direct"]
[null,null,{"$f":"Model!G10646","v":"Em.GHG.ggrEnhWth."},null,{"$f":"Model!$F$603","v":"Enhanced Weathering"},{"$f":"+SUMIFS(Em.GHG.ggrEnhWth., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$236","v":"Dedicated GHG Removal"},{"$f":"$E$366","v":"GGR"},"Direct"]
[null,null,{"$f":"Model!G10868","v":"Em.GHG.hpBccs."},null,"Hydrogen Production - Biomass Gasification with CCS",{"$f":"+SUMIFS(Em.GHG.hpBccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$238","v":"Hydrogen Production"},{"$f":"$E$368","v":"Hydrogen Production"},"Hydrogen Production"]
[null,null,{"$f":"Model!G10869","v":"Em.GHG.hpGccs."},null,"Hydrogen Production - Steam Methane Reformation with CCS",{"$f":"+SUMIFS(Em.GHG.hpGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$238","v":"Hydrogen Production"},{"$f":"$E$368","v":"Hydrogen Production"},"Hydrogen Production"]
[null,null,{"$f":"Model!G10870","v":"Em.GHG.hpImp."},null,"Zero Carbon hydrogen imports",{"$f":"+SUMIFS(Em.GHG.hpImp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$248","v":"Imports"},{"$f":"$E$371","v":"Imports"},"Imports"]
[null,null,{"$f":"Model!G10871","v":"Em.GHG.hpElc."},null,"Hydrogen Production - Electrolysis",{"$f":"+SUMIFS(Em.GHG.hpElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$238","v":"Hydrogen Production"},{"$f":"$E$368","v":"Hydrogen Production"},"Hydrogen Production"]
[null,null,{"$f":"Model!G10872","v":"Em.GHG.hpSsnStr."},null,"Seasonal Hydrogen Storage",{"$f":"+SUMIFS(Em.GHG.hpSsnStr., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$238","v":"Hydrogen Production"},{"$f":"$E$368","v":"Hydrogen Production"},"Hydrogen Production"]
[null,null,{"$f":"Model!G12287","v":"Em.GHG.eBccs."},null,"Electricity -  Biomass CCS ",{"$f":"+SUMIFS(Em.GHG.eBccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$237","v":"Electricity Generation"},{"$f":"$E$351","v":"Biomass & Waste CCS"},"Electricity"]
[null,null,{"$f":"Model!G12288","v":"Em.GHG.eNuc."},null,"Electricity -  Nuclear ",{"$f":"+SUMIFS(Em.GHG.eNuc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation",{"$f":"$E$361","v":"Electricity Other"},"Electricity"]
[null,null,{"$f":"Model!G12289","v":"Em.GHG.eHyd."},null,"Electricity -  Hydro ",{"$f":"+SUMIFS(Em.GHG.eHyd., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12290","v":"Em.GHG.eWons."},null,"Electricity -  Wind (onshore) ",{"$f":"+SUMIFS(Em.GHG.eWons., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12291","v":"Em.GHG.eWoff."},null,"Electricity -  Wind (offshore) ",{"$f":"+SUMIFS(Em.GHG.eWoff., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12292","v":"Em.GHG.eSol."},null,"Electricity -  Solar PV ",{"$f":"+SUMIFS(Em.GHG.eSol., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12293","v":"Em.GHG.eTidS."},null,"Electricity -  Tidal Stream ",{"$f":"+SUMIFS(Em.GHG.eTidS., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12294","v":"Em.GHG.eTidR."},null,"Electricity -  Tidal Range ",{"$f":"+SUMIFS(Em.GHG.eTidR., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12295","v":"Em.GHG.eWav."},null,"Electricity -  Wave ",{"$f":"+SUMIFS(Em.GHG.eWav., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12296","v":"Em.GHG.eBio."},null,"Electricity -  Biomass ",{"$f":"+SUMIFS(Em.GHG.eBio., Prd., F$1)","v":0.56848674050007597},0.96919089313024376,0.99757145741820885,0.86090607551989207,0.39624859356109321,0.10444122225840646,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation",{"$f":"$E$352","v":"Biomass & Waste"},"Electricity"]
[null,null,{"$f":"Model!G12297","v":"Em.GHG.eGccs."},null,"Electricity -  Gas CCS ",{"$f":"+SUMIFS(Em.GHG.eGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation",{"$f":"$E$353","v":"Gas CCS"},"Electricity"]
[null,null,{"$f":"Model!G12298","v":"Em.GHG.eCoal."},null,"Electricity -  Coal Unabated ",{"$f":"+SUMIFS(Em.GHG.eCoal., Prd., F$1)","v":69.559749292780765},11.996739111473145,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation",{"$f":"$E$355","v":"Coal"},"Electricity"]
[null,null,{"$f":"Model!G12299","v":"Em.GHG.eGas."},null,"Electricity -  Gas Unabated (CCGT)",{"$f":"+SUMIFS(Em.GHG.eGas., Prd., F$1)","v":43.96731073679652},44.238854057861907,35.634720609826211,37.637231179339544,74.794135831767974,102.50859222698,115.43745288836497,128.60269943417487,130.08137918177368,131.52004746713766,132.26583360013117,133.1119855821041,134.16207883307109,135.10996287480518,135.81512140910499,136.77265241229455,137.64589793827574,138.58521223074158,null,"Electricity Generation",{"$f":"$E$354","v":"Gas"},"Electricity"]
[null,null,{"$f":"Model!G12300","v":"Em.GHG.eGasPk."},null,"Electricity -  Gas Unabated Peaking plant (OCGT)",{"$f":"+SUMIFS(Em.GHG.eGasPk., Prd., F$1)","v":0},0,2.5741603921489253,5.7944742468855512,5.0615687249216599,4.6048116738643348,4.2063373541393254,4.1121299542452254,4.2718230702808997,4.3276914780762574,4.5757179819756191,4.6000564292272248,4.6537589795096341,4.685873279928205,4.6745395163887311,4.7073939728469441,4.7221192503856733,4.7380550401768113,null,"Electricity Generation",{"$f":"$E$354","v":"Gas"},"Electricity"]
[null,null,{"$f":"Model!G12301","v":"Em.GHG.eInt."},null,"Electricity -  Interconnectors ",{"$f":"+SUMIFS(Em.GHG.eInt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$248","v":"Imports"},{"$f":"$E$371","v":"Imports"},"Imports"]
[null,null,{"$f":"Model!G12302","v":"Em.GHG.eSsnStr."},null,"Electricity -  Seasonal Storage ",{"$f":"+SUMIFS(Em.GHG.eSsnStr., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$237","v":"Electricity Generation"},{"$f":"$E$361","v":"Electricity Other"},"Electricity"]
[null,null,{"$f":"Model!G12303","v":"Em.GHG.eDShiftVtG."},null,"Electricity -  Demand Shift Vehicle to Grid ",{"$f":"+SUMIFS(Em.GHG.eDShiftVtG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12304","v":"Em.GHG.eDShiftBat."},null,"Electricity -  Demand Shift Battery ",{"$f":"+SUMIFS(Em.GHG.eDShiftBat., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12305","v":"Em.GHG.eDst."},null,"Electricity -  Distribution ",{"$f":"+SUMIFS(Em.GHG.eDst., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12306","v":"Em.GHG.eTms."},null,"Electricity -  Transmission ",{"$f":"+SUMIFS(Em.GHG.eTms., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G12307","v":"Em.GHG.eSPILL."},null,"Electricity -  Energy Spilt ",{"$f":"+SUMIFS(Em.GHG.eSPILL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,"Electricity Generation","Electricity Other","Electricity"]
[null,null,{"$f":"Model!G13835","v":"Em.GHG.inSTLElc."},null,"Elec Process - Industry Ferrous and non-ferrous metal production ",{"$f":"+SUMIFS(Em.GHG.inSTLElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$331","v":"Ferrous & non-ferrous metals"},"Direct"]
[null,null,{"$f":"Model!G13841","v":"Em.GHG.inCCGElc."},null,"Elec Process - Industry Cement, ceramics and glass",{"$f":"+SUMIFS(Em.GHG.inCCGElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$332","v":"Cement, Ceramics, Glass"},"Direct"]
[null,null,{"$f":"Model!G13847","v":"Em.GHG.inCHEElc."},null,"Elec Process - Industry Chemicals",{"$f":"+SUMIFS(Em.GHG.inCHEElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$333","v":"Chemicals"},"Direct"]
[null,null,{"$f":"Model!G13838","v":"Em.GHG.inOTHElc."},null,"Elec Process - Industry Other Industry",{"$f":"+SUMIFS(Em.GHG.inOTHElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$334","v":"Other Industry"},"Direct"]
[null,null,{"$f":"Model!G13844","v":"Em.GHG.inREFElc."},null,"Elec Process - Industry Refineries",{"$f":"+SUMIFS(Em.GHG.inREFElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$367","v":"Refineries"},"Refineries"]
[null,null,{"$f":"Model!G13836","v":"Em.GHG.inSTLHt."},null,"Heat Process - Industry Ferrous and non-ferrous metal production ",{"$f":"+SUMIFS(Em.GHG.inSTLHt., Prd., F$1)","v":14.92037697500508},11.551695132119603,10.805689143463775,10.163978034239369,9.5580568959060592,8.9899058569385488,8.4566868852786659,7.956218654027329,7.4868153208350687,7.0460844711752371,7.0460844711752371,7.0460844711752371,7.0460844711752371,7.0460844711752371,7.0460844711752371,7.0460844711752371,7.0460844711752371,7.0460844711752371,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$331","v":"Ferrous & non-ferrous metals"},"Direct"]
[null,null,{"$f":"Model!G13842","v":"Em.GHG.inCCGHt."},null,"Heat Process - Industry Cement, ceramics and glass",{"$f":"+SUMIFS(Em.GHG.inCCGHt., Prd., F$1)","v":5.071884586399884},5.4356200264000982,5.6770669079272027,6.0073114913675196,6.367934554592332,6.759528826867987,7.1864754416446806,7.6419846058901388,8.1285178114407337,8.6460550757006853,8.6460550757006853,8.6460550757006853,8.6460550757006853,8.6460550757006853,8.6460550757006853,8.6460550757006853,8.6460550757006853,8.6460550757006853,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$332","v":"Cement, Ceramics, Glass"},"Direct"]
[null,null,{"$f":"Model!G13848","v":"Em.GHG.inCHEHt."},null,"Heat Process - Industry Chemicals",{"$f":"+SUMIFS(Em.GHG.inCHEHt., Prd., F$1)","v":3.8418117420730287},3.647221747581805,3.4371631602707073,3.3327435466249979,3.2344048432726646,3.1963609644035302,3.235942736874958,3.2779327278595183,3.4046369103494478,3.5362439072703542,3.5362439072703542,3.5362439072703542,3.5362439072703542,3.5362439072703542,3.5362439072703542,3.5362439072703542,3.5362439072703542,3.5362439072703542,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$333","v":"Chemicals"},"Direct"]
[null,null,{"$f":"Model!G13839","v":"Em.GHG.inOTHHt."},null,"Heat Process - Industry Other Industry",{"$f":"+SUMIFS(Em.GHG.inOTHHt., Prd., F$1)","v":26.111303528259434},25.924167716000635,25.28345884637768,24.672806548257395,24.092598222764504,23.64277809430013,23.276494760053577,22.927137492552387,23.172650283581099,23.441578224772282,23.441578224772282,23.441578224772282,23.441578224772282,23.441578224772282,23.441578224772282,23.441578224772282,23.441578224772282,23.441578224772282,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$334","v":"Other Industry"},"Direct"]
[null,null,{"$f":"Model!G13845","v":"Em.GHG.inREFHt."},null,"Heat Process - Industry Refineries",{"$f":"+SUMIFS(Em.GHG.inREFHt., Prd., F$1)","v":12.802502453041726},12.136850179951306,11.718787491440681,11.115992901024061,11.003021320239011,10.85817757207229,10.7957928671798,10.678532066968057,10.884478807176025,11.084314858931922,11.27296037033085,11.462990373234556,11.664993395630338,11.863666873406531,12.051225287911278,12.24956641165296,12.44517011220975,12.646788477258673,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$367","v":"Refineries"},"Refineries"]
["CHP",null,{"$f":"Model!G14244","v":"Em.GHG.inSTLHtCHP_HtComp."},null,"CHP Heat Comp - Industry Ferrous and non-ferrous metal production ",{"$f":"+SUMIFS(Em.GHG.inSTLHtCHP_HtComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$331","v":"Ferrous & non-ferrous metals"},"Direct"]
["CHP",null,{"$f":"Model!G14246","v":"Em.GHG.inCCGHtCHP_HtComp."},null,"CHP Heat Comp - Industry Cement, ceramics and glass",{"$f":"+SUMIFS(Em.GHG.inCCGHtCHP_HtComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$332","v":"Cement, Ceramics, Glass"},"Direct"]
["CHP",null,{"$f":"Model!G14248","v":"Em.GHG.inCHEHtCHP_HtComp."},null,"CHP Heat Comp - Industry Chemicals",{"$f":"+SUMIFS(Em.GHG.inCHEHtCHP_HtComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$333","v":"Chemicals"},"Direct"]
["CHP",null,{"$f":"Model!G14245","v":"Em.GHG.inOTHHtCHP_HtComp."},null,"CHP Heat Comp - Industry Other Industry",{"$f":"+SUMIFS(Em.GHG.inOTHHtCHP_HtComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$334","v":"Other Industry"},"Direct"]
["CHP",null,{"$f":"Model!G14247","v":"Em.GHG.inREFHtCHP_HtComp."},null,"CHP Heat Comp - Industry Refineries",{"$f":"+SUMIFS(Em.GHG.inREFHtCHP_HtComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$367","v":"Refineries"},"Refineries"]
["CHP",null,{"$f":"Model!G14220","v":"Em.GHG.inSTLHtCHP_ElecComp."},null,"CHP Elec Comp - Industry Ferrous and non-ferrous metal production ",{"$f":"+SUMIFS(Em.GHG.inSTLHtCHP_ElecComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$331","v":"Ferrous & non-ferrous metals"},"Direct"]
["CHP",null,{"$f":"Model!G14222","v":"Em.GHG.inCCGHtCHP_ElecComp."},null,"CHP Elec Comp - Industry Cement, ceramics and glass",{"$f":"+SUMIFS(Em.GHG.inCCGHtCHP_ElecComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$332","v":"Cement, Ceramics, Glass"},"Direct"]
["CHP",null,{"$f":"Model!G14224","v":"Em.GHG.inCHEHtCHP_ElecComp."},null,"CHP Elec Comp - Industry Chemicals",{"$f":"+SUMIFS(Em.GHG.inCHEHtCHP_ElecComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$333","v":"Chemicals"},"Direct"]
["CHP",null,{"$f":"Model!G14221","v":"Em.GHG.inOTHHtCHP_ElecComp."},null,"CHP Elec Comp - Industry Other Industry",{"$f":"+SUMIFS(Em.GHG.inOTHHtCHP_ElecComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$334","v":"Other Industry"},"Direct"]
["CHP",null,{"$f":"Model!G14223","v":"Em.GHG.inREFHtCHP_ElecComp."},null,"CHP Elec Comp - Industry Refineries",{"$f":"+SUMIFS(Em.GHG.inREFHtCHP_ElecComp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$367","v":"Refineries"},"Refineries"]
[null,null,{"$f":"Model!G13718","v":"Em.GHG.inSTLPEm."},null,"Process Emissions - Industry Ferrous and non-ferrous metal production ",{"$f":"+SUMIFS(Em.GHG.inSTLPEm., Prd., F$1)","v":2.3427037500234364},1.8137745145768915,1.6967320406292092,1.5960545297786943,1.5009866716996545,1.4118403399402113,1.3281707552428215,1.2496361880151121,1.1759097838727322,1.106686797067211,1.106686797067211,1.106686797067211,1.106686797067211,1.106686797067211,1.106686797067211,1.106686797067211,1.106686797067211,1.106686797067211,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$331","v":"Ferrous & non-ferrous metals"},"Direct"]
[null,null,{"$f":"Model!G13720","v":"Em.GHG.inCCGPEm."},null,"Process Emissions - Industry Cement, ceramics and glass",{"$f":"+SUMIFS(Em.GHG.inCCGPEm., Prd., F$1)","v":8.7959776865344885},9.4267903084586528,9.8478709605398898,10.423224522759559,11.051574661620284,11.733988257566669,12.478111139397694,13.272195364378947,14.117180546676744,15.016011941117142,15.016011941117142,15.016011941117142,15.016011941117142,15.016011941117142,15.016011941117142,15.016011941117142,15.016011941117142,15.016011941117142,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$332","v":"Cement, Ceramics, Glass"},"Direct"]
[null,null,{"$f":"Model!G13722","v":"Em.GHG.inCHEPEm."},null,"Process Emissions - Industry Chemicals",{"$f":"+SUMIFS(Em.GHG.inCHEPEm., Prd., F$1)","v":1.1187452068099999},1.0620801127747643,1.0234773542787583,1.0152572351777815,1.0085270986467842,1.0207075943612995,1.0588714297303528,1.0997548428093749,1.1422644212132287,1.186418906441447,1.186418906441447,1.186418906441447,1.186418906441447,1.186418906441447,1.186418906441447,1.186418906441447,1.186418906441447,1.186418906441447,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$333","v":"Chemicals"},"Direct"]
[null,null,{"$f":"Model!G13719","v":"Em.GHG.inOTHPEm."},null,"Process Emissions - Industry Other Industry",{"$f":"+SUMIFS(Em.GHG.inOTHPEm., Prd., F$1)","v":0.2171793459967401},0.21562285406308582,0.21500016381981946,0.21460818278852706,0.21446657974364192,0.21550435550559971,0.21737078840585608,0.21949064568411497,0.22184103770510352,0.22441559231200664,0.22441559231200664,0.22441559231200664,0.22441559231200664,0.22441559231200664,0.22441559231200664,0.22441559231200664,0.22441559231200664,0.22441559231200664,null,{"$f":"$E$242","v":"Industry"},{"$f":"$E$334","v":"Other Industry"},"Direct"]
[null,null,{"$f":"Model!G13721","v":"Em.GHG.inREFPEm."},null,"Process Emissions - Industry Refineries",{"$f":"+SUMIFS(Em.GHG.inREFPEm., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$367","v":"Refineries"},"Refineries"]
[null,null,{"$f":"Model!G16457","v":"Em.GHG.DRExFsS."},null,"Domestic Resource Extraction Fossil Fuel Solid ",{"$f":"+SUMIFS(Em.GHG.DRExFsS., Prd., F$1)","v":1.4693836845716071},0.27278926549850885,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$369","v":"Fossil Fuel Extraction"},"Fossil Fuel Solid"]
[null,null,{"$f":"Model!G16458","v":"Em.GHG.DRExFsL."},null,"Domestic Resource Extraction Fossil Fuel Liquid ",{"$f":"+SUMIFS(Em.GHG.DRExFsL., Prd., F$1)","v":13.80279037243468},9.4216820660877278,7.2903179819242983,5.6411090827264925,4.3649826745718689,3.3775403861014777,2.6134763664017129,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$369","v":"Fossil Fuel Extraction"},"Fossil Fuel Liquid"]
[null,null,{"$f":"Model!G16459","v":"Em.GHG.DRExFsG."},null,"Domestic Resource Extraction Fossil Fuel Gas ",{"$f":"+SUMIFS(Em.GHG.DRExFsG., Prd., F$1)","v":5.8584254349366311},3.8340025909608917,2.9666781192111467,2.2955589763439379,1.7762597768019519,1.3744359553373549,1.0635123420546462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,null,{"$f":"$E$239","v":"Other Energy Supply"},{"$f":"$E$369","v":"Fossil Fuel Extraction"},"Fossil Fuel Gas"]
[null,null,{"$f":"Model!G16572","v":"Em.GHG.Unrep_dDwl."},null,"Unrepresented Emissions - Domestic Dwelling ",{"$f":"+SUMIFS(Em.GHG.Unrep_dDwl., Prd., F$1)","v":1.782380122073886},0.99235530775983694,1.0546694939576338,1.1096471819029665,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,1.1594141800260218,null,{"$f":"$E$243","v":"Buildings-Residential"},{"$f":"$E$310","v":"Residential"},"Direct"]
[null,null,{"$f":"Model!G16573","v":"Em.GHG.Unrep_nFlr."},null,"Unrepresented Emissions - Non-Domestic Floor Area ",{"$f":"+SUMIFS(Em.GHG.Unrep_nFlr., Prd., F$1)","v":1.9731539356739944},1.5594723235952488,1.2059394835935273,0.92555992120919151,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,0.77208860900830611,null,{"$f":"$E$244","v":"Buildings-Non-Residential"},{"$f":"$E$311","v":"Non-residential"},"Direct"]
[null,null,{"$f":"Model!G16574","v":"Em.GHG.Unrep_WstMan."},null,"Unrepresented Emissions - Waste Management  ",{"$f":"+SUMIFS(Em.GHG.Unrep_WstMan., Prd., F$1)","v":4.074440211732357},4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,4.074440211732357,null,{"$f":"$E$240","v":"Waste Management"},{"$f":"$E$344","v":"Waste Management"},"Direct"]
[null,null,null,null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…"]
[null,null,null,null,"Total",{"$f":" SUM(F35:F193)","v":527.33447422474126},442.14262389392218,419.41082368083516,418.04210002483234,457.32938487802187,489.91810388731977,509.60388455847743,{"$f":" SUM(M35:M193)","v":527.73029513705546},533.69268045856074,539.64725179637594,543.24430777532143,546.23754486288544,550.62822316721758,553.97973885733404,555.2400731646635,558.61467719164875,561.23664031444264,564.71320169024807]
[null,null,null,null,"Total Excluding IA&S",{"$f":"F194 -F97 -F109 -F110","v":482.82960948113998},396.40374507119134,373.29365282641101,371.83921512995948,410.32477380770399,442.29604903767211,460.19455288312759,477.06194517245308,482.27053656440592,487.51100665636415,490.3935482301215,492.63047382450975,496.21546492630659,498.73764364363637,499.16855281447249,501.71377665116779,503.49318919361116,506.10960816030513]
[null,null,null,null,"Carbon Budgets",{"$f":"+SUMIFS(EmTarget.GHG.ALL_ExcIntTRA., Prd., F$1)","v":556.4},{"$f":"+SUMIFS(EmTarget.GHG.ALL_ExcIntTRA., Prd., G$1)","v":508.8},{"$f":"+SUMIFS(EmTarget.GHG.ALL_ExcIntTRA., Prd., H$1)","v":390},{"$f":"+SUMIFS(EmTarget.GHG.ALL_ExcIntTRA., Prd., I$1)","v":345}]
[null,null,null,null,"2050 Target",null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,null,null,"*Net 0 emissions target"]
[]
[]
[]
[null,null,null,null,{"$f":"Model!$F$475","v":"Domestic Heating All Technologies"},{"$f":" ++SUMIFS(Em.GHG.dHtALL, Prd., F$1)","v":61.133007733387352},63.796970373338482,67.379198083073078,69.899162092612812,72.818336019055877,74.985256332117203,76.29694804781866,77.669504057757479,77.406582464151228,76.832202303353398,75.852560402454401,74.365950228390162,73.858324291334114,72.476384163555437,69.454444112487693,68.096793542461825,66.110012496718369,64.735236283208536,"Not included as technologies are included separately"]
[null,null,null,null,{"$f":"Model!$F$476","v":"Non-Domestic Heating All Technologies"},{"$f":" ++SUMIFS(Em.GHG.nHtALL, Prd., F$1)","v":22.796843623785499},22.644095890829458,24.236884985878049,25.78730372384501,27.295961074351553,28.763462948060521,30.19041217271651,31.577408468926546,31.363462243171433,31.150674597344356,30.93905388144724,30.72860850566137,30.519346940780974,30.311277718650206,30.104409432603056,29.898750737906532,29.694310352207012,29.491097055979861,"Not included as technologies are included separately"]
[null,null,{"$f":"Model!$G$10069","v":"Em.GHG.ITrade."},null,{"$f":"Model!$F$638","v":"International Trade "},{"$f":"+SUMIFS(Em.GHG.ITrade., Prd., F$1)","v":5.6165169800872139},7.8718527698977168,8.11374639691679,7.4158393938881986,4.9292693338662721,3.3846750762117952,2.8560173657853385,2.9069590222377184,2.9265228467061295,2.9392356675756872,2.9161185874199718,2.8793258855031709,2.8691478122970757,2.8352746320170463,2.7568637490037067,2.7236542310224205,2.6733929678791757,2.6397967378778326,"Not included in UK emissions accounting"]
[]
[]
[null,null,null,null,"Net zero (binary)",{"$f":"IF(F194 > 0, 0, 1)","v":0},{"$f":"IF(G194 > 0, 0, 1)","v":0},{"$f":"IF(H194 > 0, 0, 1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"First modelled year achieving net zero",{"$f":"IFERROR(INDEX($F$1:$W$1, , MATCH(1, $F$206:$W$206,0)), \"Net zero not achieved\")","v":"Net zero not achieved"}]
[null,null,null,null,"Approximate decade achieving net zero",{"$f":"IF(SUM(F206:W206) = 0, \"Net zero emissions not reached before 2100\",\n\"Net zero emissions reached around \"&F207 -5&\"-\"&F207 +5)","v":"Net zero emissions not reached before 2100"}]
[null,"Emissions reduction on 1990"]
[null,null,"Emissions as a fraction of 1990","Percent"]
[null,null,null,null,"1990 Emissions",{"$f":"Yr_1990.Em.GHG.ALL.","v":817.9030028501752}]
[null,null,null,null,"Uncertainty",0.05]
[null,null,null,null,"Low",{"$f":" +F214 -$F$212","v":0.59473962363155575},0.49058075634051018,{"$f":" +H214 -$F$212","v":0.46278797390313958},0.46111451916433416,0.50914868057012885,0.54899291502792502,0.57306151558637508,0.59522356966297374,{"$f":" +N214 -$F$212","v":0.6025134136918231},0.6097937040405137,0.61419160448397792,0.6178512524827422,0.62321946642624382,0.62731715976938762,0.62885809347783173,0.63298401551898531,0.63618972953844366,0.64044030859695122]
[null,null,null,null,"Central",{"$f":" F194 / $F$211","v":0.64473962363155579},0.54058075634051017,0.51278797390313957,0.51111451916433415,0.5591486805701289,0.59899291502792507,0.62306151558637513,0.64522356966297378,0.65251341369182314,0.65979370404051374,0.66419160448397796,0.66785125248274224,0.67321946642624386,0.67731715976938767,0.67885809347783177,0.68298401551898535,0.6861897295384437,0.69044030859695127]
[null,null,null,null,"High",{"$f":" +F214 +$F$212","v":0.69473962363155584},0.59058075634051022,0.56278797390313962,0.56111451916433419,0.60914868057012894,0.64899291502792511,0.67306151558637517,0.69522356966297383,0.70251341369182319,0.70979370404051378,0.714191604483978,0.71785125248274229,0.72321946642624391,0.72731715976938771,0.72885809347783181,0.7329840155189854,0.73618972953844375,0.74044030859695131]
[]
[]
[null,"Cumulative Emissions"]
[null,null,"Cumulative Emissions from 2015",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"}]
[null,null,null,null,"Cumulative Emissions",{"$f":"F194","v":527.33447422474126},{"$f":" +F220 +(F194+G194)*5/2","v":2951.0272195213997},{"$f":" +G220 +(G194+H194)*5/2","v":5104.9108384582933},7198.543147722462,9386.9718599795979,11755.090581892951,14253.895553007445,16847.231002246277,19500.788441235316,22184.138271872656,24891.367170801899,27615.071802397415,30357.236222472671,33118.756127534049,35891.805657589044,38676.442533479822,41476.07082724505,44290.945432256776]
[null,null,null,null,"Ref 1 (Name tbc)"]
[null,null,null,null,"Ref 2 (Name tbc)"]
[null,null,null,{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},"Ref 1 (Name tbc)"]
[null,null,null,{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},"Ref 2 (Name tbc)"]
[null,null,null,null,null,"*targets have mot been sourced. Numbers just to show graph function."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"UK Emissions by sector"]
[null,null,null,null,"Dedicated GHG Removal",{"$f":"SUMIFS(F$35:F$193, $Y$35:$Y$193, $E236)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(P$35:P$193, $Y$35:$Y$193, $E236)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Electricity Generation",118.45542642703292,61.597044244709465,43.647551731034156,48.78322649720976,84.79261619281678,111.83149806817093,124.52664170962957,137.87819687332762,139.49803686122166,140.9637140315198,141.91489093657876,142.72547692535636,143.80273808289886,144.7264342646352,145.30811418563343,146.24311987717715,147.06145401876182,148.01671729171304]
[null,null,null,null,"Hydrogen Production",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Other Energy Supply",38.160332349656173,30.225589859214843,26.703854718129023,23.814558676133405,21.754248424273825,20.15660267065423,19.056822360006716,18.216159840103685,18.425175167687954,18.61812700368634,18.766361116906172,18.897629617877193,19.076535575606957,19.220431256637493,19.293689591961691,19.438214980211164,19.557616864571774,19.708083275997748]
[null,null,null,null,"Waste Management",18.370950474900337,14.779681800548946,12.774582564344255,11.618507120269815,10.940987151644787,10.538462918027689,10.295834324901428,10.146540397374192,9.8095505950865043,9.8909683127084751,9.939550663366667,9.9688341439493566,9.9866298411747039,9.9975225583791634,10.004236849808443,10.008406397531612,10.011017377801664,10.01266828420718]
[null,null,null,null,"Agriculture & Land Use",26.041196172593963,24.660694774301653,27.310202964602134,30.559576578343215,32.49227333907406,34.424966783972963,35.957391962112141,35.589823962932222,35.59605530260329,35.602286642274358,35.60851798194544,35.6147493216165,35.6147493216165,35.6147493216165,35.6147493216165,35.6147493216165,35.6147493216165,35.6147493216165]
[null,null,null,null,"Industry",62.420122519344496,59.077112110217939,57.986597767755626,57.426122773648622,57.02868770310689,56.970751956951119,57.238261095901926,57.644487172696422,58.849952767153667,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869]
[null,null,null,null,"Buildings-Residential",63.872189481389455,65.779382320243684,69.453290352974406,72.054945598094136,75.047346843219486,77.235476555858568,78.567278870204333,79.958890989328779,79.715053127156295,79.158751801777782,78.197199196214797,76.729736490510547,76.242508062097102,74.881564182014614,71.880622610675474,70.543969382479347,68.57851911211678,67.225519044695091]
[null,null,null,null,"Buildings-Non-Residential",39.320050926532709,36.186349318712352,34.605557524557469,32.875711034932444,32.305749132773386,34.143274476073131,35.954746234523704,37.740763652578067,37.535779171227759,37.332017857997805,37.129488528383703,36.928200061415197,36.72816140011399,36.529381551955126,36.331869589331404,36.135634650021245,35.94068593765995,35.747032722214399]
[null,null,null,null,"Transport-Domestic",114.36299285628863,102.27154236984127,98.980616559785091,92.870124252033321,94.121384879195716,95.136351942615363,96.615900992714145,97.776492291874348,100.74026879149328,103.65646793035359,106.57193173188058,109.53263570429118,112.54528210596833,115.57914375067756,118.60748948043771,121.63184407639542,124.66896070780435,127.72465236658272]
[null,null,null,null,"Transport-International",44.504864743601267,45.738878822730854,46.117170854424145,46.202884894872845,47.004611070317871,47.622054849647668,49.409331675349804,50.668349964602378,51.4221438941548,52.136245140011788,52.850759545199942,53.607071038375707,54.412758240910982,55.242095213697667,56.071520350191015,56.900900540480954,57.743451120831487,58.603593529942941]
[null,null,null,null,"Buildings-Heat Network",1.8263482734013534,1.8263482734013534,1.831398643228844,1.8364425992947488,1.841480141599068,1.8586636653480357,1.9816753331338093,2.1105899922378053,2.1006647807755425,2.0850415087102521,2.0619765075095158,2.0295799921574678,2.0152289694943151,1.9847851903848548,1.9241496176720474,1.8942063983995607,1.8565542859425066,1.8565542859425066]
[null,null,null,{"$f":"$E$248","v":"Imports"},"Imports",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,null,"Assigning Buildings Heat Network Direct emissions to other sectors"]
[null,null,null,null,"Any emissions associated with producing heat should be assigned to buildings (residential or Non-residential) and any emissions associated with producing electricity should be assigned to electricity generation."]
[null,null,null,null,"Residential Network Heat Emissions",{"$f":"F2510","v":1.4224191048953139},1.4377900457998167,1.4065114568088553,1.3722743021372488,1.3421771106966229,1.3189576909442204,1.3656624648423903,1.4139096821485513,1.4087745645889318,1.3979159013453899,1.37958984021197,1.3519064111755137,1.3422424347456423,1.316459474113663,1.2604583030964647,1.2351228783493151,{"$f":"V2510","v":1.2006875823466392},1.1944524027765693]
[null,null,null,null,"Non-Residential Network Heat Emissions",0.40392916850603999,0.38855822760153741,0.42488718641998879,0.46416829715749996,0.49930303090244571,0.53970597440381518,0.61601286829141844,0.69668031008925435,0.69189021618661117,0.68712560736486217,0.68238666729754593,0.67767358098195429,0.67298653474867287,0.66832571627119208,0.66369131457558272,0.65908352005024584,0.65586670359586752,0.66210188316593732]
[]
[]
[null,null,null,null,{"$f":"$E$236","v":"Dedicated GHG Removal"},{"$f":" +F236","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,{"$f":"$E$237","v":"Electricity Generation"},{"$f":" +F237","v":118.45542642703292},{"$f":" +G237","v":61.597044244709465},43.647551731034156,48.78322649720976,84.79261619281678,111.83149806817093,124.52664170962957,137.87819687332762,139.49803686122166,140.9637140315198,141.91489093657876,142.72547692535636,143.80273808289886,144.7264342646352,145.30811418563343,146.24311987717715,147.06145401876182,148.01671729171304]
[null,null,null,null,{"$f":"$E$238","v":"Hydrogen Production"},0,{"$f":" +G238","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,{"$f":"$E$239","v":"Other Energy Supply"},38.160332349656173,{"$f":" +G239","v":30.225589859214843},26.703854718129023,23.814558676133405,21.754248424273825,20.15660267065423,19.056822360006716,18.216159840103685,18.425175167687954,18.61812700368634,18.766361116906172,18.897629617877193,19.076535575606957,19.220431256637493,19.293689591961691,19.438214980211164,19.557616864571774,19.708083275997748]
[null,null,null,null,{"$f":"$E$240","v":"Waste Management"},18.370950474900337,{"$f":" +G240","v":14.779681800548946},12.774582564344255,11.618507120269815,10.940987151644787,10.538462918027689,10.295834324901428,10.146540397374192,9.8095505950865043,9.8909683127084751,9.939550663366667,9.9688341439493566,9.9866298411747039,9.9975225583791634,10.004236849808443,10.008406397531612,10.011017377801664,10.01266828420718]
[null,null,null,null,{"$f":"$E$241","v":"Agriculture & Land Use"},26.041196172593963,{"$f":" +G241","v":24.660694774301653},27.310202964602134,30.559576578343215,32.49227333907406,34.424966783972963,35.957391962112141,35.589823962932222,35.59605530260329,35.602286642274358,35.60851798194544,35.6147493216165,35.6147493216165,35.6147493216165,35.6147493216165,35.6147493216165,35.6147493216165,35.6147493216165]
[null,null,null,null,{"$f":"$E$242","v":"Industry"},62.420122519344496,{"$f":" +G242","v":59.077112110217939},57.986597767755626,57.426122773648622,57.02868770310689,56.970751956951119,57.238261095901926,57.644487172696422,58.849952767153667,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869]
[null,null,null,null,{"$f":"$E$243","v":"Buildings-Residential"},{"$f":" +F243 +F252","v":65.294608586284767},67.217172366043499,70.859801809783264,73.427219900231378,76.389523953916111,78.554434246802785,79.932941335046721,81.372800671477336,81.123827691745234,80.556667703123168,79.57678903642676,78.081642901686067,77.584750496842744,76.198023656128271,73.141080913771944,71.779092260828662,69.779206694463426,68.419971447471653]
[null,null,null,null,{"$f":"$E$244","v":"Buildings-Non-Residential"},{"$f":" +F244 +F253","v":39.723980095038748},36.574907546313888,35.030444710977456,33.339879332089943,32.805052163675832,34.682980450476947,36.570759102815124,38.437443962667324,38.227669387414373,38.019143465362667,37.811875195681246,37.60587364239715,37.401147934862664,37.197707268226317,36.995560903906984,36.794718170071491,36.596552641255819,36.409134605380338]
[null,null,null,null,{"$f":"$E$245","v":"Transport-Domestic"},{"$f":" +F245","v":114.36299285628863},102.27154236984127,98.980616559785091,92.870124252033321,94.121384879195716,95.136351942615363,96.615900992714145,97.776492291874348,100.74026879149328,103.65646793035359,106.57193173188058,109.53263570429118,112.54528210596833,115.57914375067756,118.60748948043771,121.63184407639542,124.66896070780435,127.72465236658272]
[null,null,null,null,{"$f":"$E$246","v":"Transport-International"},{"$f":" +F246","v":44.504864743601267},45.738878822730854,46.117170854424145,46.202884894872845,47.004611070317871,47.622054849647668,49.409331675349804,50.668349964602378,51.4221438941548,52.136245140011788,52.850759545199942,53.607071038375707,54.412758240910982,55.242095213697667,56.071520350191015,56.900900540480954,57.743451120831487,58.603593529942941]
[null,null,null,null,"Total Emissions",{"$f":"SUM(F256:F266)","v":527.33447422474137},442.14262389392235,419.41082368083522,418.04210002483234,457.32938487802187,489.91810388731972,509.6038845584776,527.73029513705546,533.69268045856086,539.64725179637605,543.24430777532143,546.23754486288544,550.62822316721758,553.97973885733404,555.24007316466361,558.61467719164887,561.23664031444275,564.71320169024807]
[null,null,null,null,{"$f":"E196","v":"Carbon Budgets"},{"$f":"IF(F196=\"\",\"\",F196)","v":556.4},508.8,390,345,"","","","","","","","","","","","","",""]
[null,null,null,null,{"$f":"E197","v":"2050 Target"},{"$f":"IF(F197=\"\",\"\",F197)","v":""},"","","","","","",0,"","","","","","","","","",""]
[null,null,null,null,"check should equal zero",{"$f":"F267-F194","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"My2050 Emissions Summary"]
[null,null,null,null,"Transport",{"$f":" +F265 +F266","v":158.8678575998899},{"$f":" +G265 +G266","v":148.01042119257212},145.09778741420922,139.07300914690617,141.12599594951359,142.75840679226303,146.02523266806395,148.44484225647673,152.16241268564806,155.79271307036538,159.42269127708053,163.13970674266687,166.9580403468793,170.82123896437523,174.67900983062873,178.53274461687639,182.41241182863584,186.32824589652566]
[null,null,null,null,"Buildings",{"$f":" +F263 +F264","v":105.01858868132351},{"$f":" +G263 +G264","v":103.79207991235739},{"$f":" +H263 +H264","v":105.89024652076071},106.76709923232133,109.19457611759194,113.23741469727973,116.50370043786185,119.81024463414465,119.3514970791596,118.57581116848584,117.388664232108,115.68751654408322,114.98589843170541,113.39573092435458,110.13664181767894,108.57381043090015,106.37575933571924,104.82910605285198]
[null,null,null,null,"Industry",{"$f":" +F262","v":62.420122519344496},{"$f":" +G262","v":59.077112110217939},57.986597767755626,57.426122773648622,57.02868770310689,56.970751956951119,57.238261095901926,57.644487172696422,58.849952767153667,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869,60.203631567335869]
[null,null,null,null,"Energy Supply",{"$f":" +F257 +F258 +F259 +F256","v":156.61575877668909},{"$f":" +G257 +G258 +G259 +G256","v":91.822634103924315},70.351406449163179,72.597785173343169,106.54686461709061,131.98810073882515,143.58346406963628,{"$f":" +M257 +M258 +M259 +M256","v":156.0943567134313},157.92321202890963,159.58184103520614,160.68125205348494,161.62310654323355,162.87927365850581,163.94686552127268,164.60180377759511,165.68133485738832,166.61907088333359,{"$f":" +W257 +W258 +W259 +W256","v":167.72480056771079},"*Dedicated GHG removal has been grouped as part of Energy supply for the purpose of My2050."]
[null,null,null,null,"Agriculture",{"$f":" +F260 +F261","v":44.412146647494296},{"$f":" +G260 +G261","v":39.440376574850603},40.084785528946391,42.17808369861303,43.433260490718851,44.963429702000653,46.253226287013568,45.736364360306411,45.405605897689796,45.493254954982831,45.548068645312107,45.583583465565859,45.601379162791204,45.61227187999566,45.618986171424943,45.623155719148116,45.625766699418165,45.62741760582368]
[null,null,null,null,"Total",{"$f":"SUM(F273:F277)","v":527.33447422474126},{"$f":"SUM(G273:G277)","v":442.1426238939224},419.41082368083511,418.04210002483228,457.32938487802187,489.91810388731972,509.60388455847755,527.73029513705546,533.69268045856074,539.64725179637617,543.24430777532143,546.23754486288544,550.62822316721758,553.97973885733404,555.24007316466361,558.61467719164887,561.23664031444264,564.71320169024796]
[null,null,null,null,"check should equal zero",{"$f":"F278-F267","v":0},{"$f":"G278-G267","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"1990 Emissions in My2050 Categories",null,null,{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"}]
[null,null,null,null,"Transport",{"$f":"Yr_1990.Em.GHG.Transport.","v":151.81308050608325}]
[null,null,null,null,"Buildings",{"$f":"Yr_1990.Em.GHG.Buildings.","v":106.72606020343324}]
[null,null,null,null,"Industry",{"$f":"Yr_1990.Em.GHG.Industry.","v":161.58774689350102}]
[null,null,null,null,"Energy Supply",{"$f":"Yr_1990.Em.GHG.EnergySupply.","v":277.88644323666551}]
[null,null,null,null,"Agriculture",{"$f":"Yr_1990.Em.GHG.Agriculture.","v":119.88967201049232},"Agriculture, LULUCF & Waste"]
[null,null,null,null,"Total",{"$f":"SUM(F282:F286)","v":817.90300285017531}]
[]
[null,null,"My2050 Emissions as a Fraction of 1990"]
[null,null,null,null,"Transport",{"$f":" (F273 / $F282)","v":1.0464701531007004},0.97495170178462487,0.95576604420720557,0.9160805424887839,0.92960366444746889,0.94035643250479073,0.96187517031651715,0.97781325404650121,1.0023010677235471,1.02621402945659,1.0501248689877705,1.0746090270932205,1.099760572608822,1.1252076461061622,1.1506189667472642,1.1760037015369202,1.201559254449925,1.2273530401687578]
[null,null,null,null,"Buildings",{"$f":" (F274 / $F283)","v":0.98400136275193639},0.97250924202127098,0.99216860735719692,1.0003845267857716,1.02312945787986,1.0610099771455541,1.0916143649994314,1.1225959658378781,1.1182976009014172,1.1110295924206843,1.0999062835107987,1.0839668992143843,1.0773928899139338,1.0624933658022053,1.0319564088447069,1.017313018244512,0.99671775696539078,0.98222595168447691]
[null,null,null,null,"Industry",{"$f":" (F275 / $F284)","v":0.38629242451461526},0.36560391023432232,0.35885516620250502,0.35538661734974825,0.35292705542019387,0.35256851495366975,0.35422401881515447,0.35673798466098211,0.36419811463761786,0.37257547508855837,0.37257547508855837,0.37257547508855837,0.37257547508855837,0.37257547508855837,0.37257547508855837,0.37257547508855837,0.37257547508855837,0.37257547508855837]
[null,null,null,null,"Energy Supply",{"$f":" (F276 / $F285)","v":0.56359625519156864},0.33043221912672582,0.25316602576847375,0.26124982682769576,0.38341872088502216,0.47497135593050799,0.51669834050649099,0.56171994176949303,0.56830124632748757,0.57426997580913386,0.57822630777507456,0.58161565803908322,0.58613609128023425,0.58997791907986408,0.59233477481091046,0.59621956698435885,0.59959409657645779,0.60357316684522766]
[null,null,null,null,"Agriculture",{"$f":" (F277 / $F286)","v":0.37044180622670736},0.32897226185921102,0.33434727826629063,0.35180748259050831,0.3622769147864357,0.37504005931441375,0.38579825527394596,0.38148710888377213,0.37872825186906889,0.37945933283562094,0.37991653393901936,0.38021276312755736,0.38036119707459315,0.38045205325112436,0.3805080571696996,0.38054283537580569,0.38056461356759036,0.38057838378130293]
[null,null,null,null,"Total",{"$f":" (F278 / $F287)","v":0.64473962363155568},0.54058075634051039,0.51278797390313946,0.51111451916433404,0.5591486805701289,0.59899291502792495,0.62306151558637513,0.64522356966297367,0.65251341369182303,0.65979370404051385,0.66419160448397785,0.66785125248274224,0.67321946642624375,0.67731715976938756,0.67885809347783177,0.68298401551898535,0.68618972953844359,0.69044030859695105]
[]
[null,null,"My2050 Emissions Change since 1990"]
[null,null,null,null,"Transport",{"$f":" (F273 / $F282) -100%","v":4.6470153100700351E-2},-2.5048298215375131E-2,-4.4233955792794433E-2,-8.39194575112161E-2,-7.0396335552531109E-2,-5.9643567495209271E-2,-3.8124829683482853E-2,-2.2186745953498788E-2,2.3010677235471011E-3,2.6214029456590016E-2,5.0124868987770466E-2,7.4609027093220481E-2,9.9760572608821985E-2,0.1252076461061622,0.15061896674726416,0.17600370153692024,0.20155925444992495,0.22735304016875779]
[null,null,null,null,"Buildings",{"$f":" (F274 / $F283) -100%","v":-1.5998637248063607E-2},-2.7490757978729019E-2,-7.8313926428030811E-3,3.8452678577161059E-4,2.3129457879859983E-2,6.1009977145554117E-2,9.161436499943143E-2,0.12259596583787813,0.11829760090141717,0.11102959242068433,9.9906283510798666E-2,8.3966899214384272E-2,7.7392889913933782E-2,6.2493365802205325E-2,3.1956408844706852E-2,1.7313018244512035E-2,-3.2822430346092224E-3,-1.7774048315523094E-2]
[null,null,null,null,"Industry",{"$f":" (F275 / $F284) -100%","v":-0.61370757548538468},-0.63439608976567774,-0.64114483379749498,-0.64461338265025181,-0.64707294457980613,-0.6474314850463303,-0.64577598118484558,-0.64326201533901783,-0.63580188536238214,-0.62742452491144163,-0.62742452491144163,-0.62742452491144163,-0.62742452491144163,-0.62742452491144163,-0.62742452491144163,-0.62742452491144163,-0.62742452491144163,-0.62742452491144163]
[null,null,null,null,"Energy Supply",{"$f":" (F276 / $F285) -100%","v":-0.43640374480843136},-0.66956778087327418,-0.7468339742315262,-0.73875017317230429,-0.61658127911497784,-0.52502864406949201,-0.48330165949350901,-0.43828005823050697,-0.43169875367251243,-0.42573002419086614,-0.42177369222492544,-0.41838434196091678,-0.41386390871976575,-0.41002208092013592,-0.40766522518908954,-0.40378043301564115,-0.40040590342354221,-0.39642683315477234]
[null,null,null,null,"Agriculture",{"$f":" (F277 / $F286) -100%","v":-0.62955819377329258},-0.67102773814078898,-0.66565272173370937,-0.64819251740949169,-0.63772308521356424,-0.62495994068558625,-0.61420174472605404,-0.61851289111622787,-0.62127174813093111,-0.62054066716437906,-0.62008346606098064,-0.61978723687244264,-0.61963880292540685,-0.61954794674887559,-0.6194919428303004,-0.61945716462419431,-0.61943538643240958,-0.61942161621869707]
[null,null,null,null,"Total",{"$f":" (F278 / $F287) -100%","v":-0.35526037636844432},-0.45941924365948961,-0.48721202609686054,-0.48888548083566596,-0.4408513194298711,-0.40100708497207505,-0.37693848441362487,-0.35477643033702633,-0.34748658630817697,-0.34020629595948615,-0.33580839551602215,-0.33214874751725776,-0.32678053357375625,-0.32268284023061244,-0.32114190652216823,-0.31701598448101465,-0.31381027046155641,-0.30955969140304895]
[]
[]
[]
[null,"Sector detail GHG emissions"]
[]
[null,null,"GHG Emissions - Buildings",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"}]
[null,null,null,null,"Residential",{"$f":"F263","v":65.294608586284767},67.217172366043499,70.859801809783264,73.427219900231378,76.389523953916111,78.554434246802785,79.932941335046721,81.372800671477336,81.123827691745234,80.556667703123168,79.57678903642676,78.081642901686067,77.584750496842744,76.198023656128271,73.141080913771944,71.779092260828662,69.779206694463426,68.419971447471653]
[null,null,null,null,"Non-residential",{"$f":"F264","v":39.723980095038748},36.574907546313888,35.030444710977456,33.339879332089943,32.805052163675832,34.682980450476947,36.570759102815124,38.437443962667324,38.227669387414373,38.019143465362667,37.811875195681246,37.60587364239715,37.401147934862664,37.197707268226317,36.995560903906984,36.794718170071491,36.596552641255819,36.409134605380338]
[null,null,null,null,"Indirect emissions",{"$f":"F2503","v":88.293909708752111},49.218991236353872,37.155794069295759,40.88288701119486,66.920983513656267,87.698866900754552,98.497380658305389,110.3852235611694,111.42190326820507,112.27542233362612,113.07178682759744,113.72569426110297,114.67784488083106,115.4421522185485,115.80407537046445,116.58118906879248,117.21829740842553,118.01954038669932]
[null,null,null,null,"Total Direct",{"$f":" +F310 +F311","v":105.01858868132351},103.79207991235739,105.89024652076071,106.76709923232133,109.19457611759194,113.23741469727973,116.50370043786185,119.81024463414465,119.3514970791596,118.57581116848584,117.388664232108,115.68751654408322,114.98589843170541,113.39573092435458,110.13664181767894,108.57381043090015,106.37575933571924,104.82910605285198]
[null,null,null,null,"Check",{"$f":" +F313 -F274","v":0},{"$f":" +G313 -G274","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"GHG Emissions - Transport",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"}]
[null,null,null,null,"Car",{"$f":"SUMIFS(F$35:F$193, $Z$35:$Z$193, $E317)","v":60.775166805917408},51.085066934970463,48.192417180272088,44.13383711421907,44.473700118913975,44.512106856682358,44.753074163378479,44.793601007471821,45.550105135920106,46.266773869166109,{"$f":"SUMIFS(P$35:P$193, $Z$35:$Z$193, $E317)","v":46.983857247220847},47.742887990968093,48.551471970037518,49.383790749999655,50.216198010653173,51.048560163503254,51.894140059377619,52.757375033865436]
[null,null,null,null,"Bus",3.5366016120224586,2.7070653843996357,2.3938200595905319,2.0705164800925822,1.9658180414526816,1.8540349498610214,1.7621434676079668,1.6629516425122099,1.6910366759695667,1.7176428299800426,1.7442643775791167,1.7724432110205537,1.8024616963814042,1.8333613305055032,1.8642642494539481,1.89516549378606,1.9265574436425821,1.9586048340378985]
[null,null,null,null,"Light Goods Vehicles",16.220218690785952,15.850603821507105,17.522797668990982,17.754994350118789,19.192172791740422,20.620078340244245,22.037729836234337,23.445721055163805,24.867054726453059,26.286035415495533,27.703264312701073,29.118020671666581,30.529253947451604,31.936309422188764,33.33937982800127,34.739461063093827,36.137519602387925,37.534035688875555]
[null,null,null,null,"Heavy Goods Vehicles",22.854403591100422,22.050132413628802,20.95373902715091,19.805066409905891,19.741716673168938,19.641349069907548,19.737651601347423,19.781130616485612,20.459013393079552,21.137197109586094,21.815923409636632,22.494423464759535,23.171757817663533,23.847360232884558,24.521330683173442,25.194350721195544,25.867049779654675,26.539689461210621]
[null,null,null,null,"Rail",2.4315592455278812,2.4920507764152675,2.5372670620076505,2.5849488491128452,2.6283071803919515,2.6645148337989379,2.7108700687035934,2.7488947789500973,2.7904331633626716,2.829784252429572,2.8691581089537967,2.9108352256133014,2.9552332280687916,3.0009344689949815,3.0466405682488844,3.0923441907082685,3.1387735774697396,3.1861723752558189]
[null,null,null,null,"Shipping-Domestic",6.0195491154790899,5.3978803114379303,4.7987231810146875,4.0508592424062142,3.6823537170854874,3.4652429644243687,3.2699536702319443,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505,3.0685541714209505]
[null,null,null,null,"Aviation-Domestic",2.5254937954553989,2.6887427274820492,2.5818523807582383,2.4699018061779197,2.4373163564422642,2.3790249276969249,2.3444781852103977,2.2756390198698369,2.3140715252873485,2.3504802822752779,2.3869101043681531,2.425470968842165,2.4665492749445264,2.5088333746831544,2.5511219694860188,2.5934082726875083,2.6363660738508528,2.6802208019164344]
[null,null,null,null,"Shipping-International",10.390012111882898,9.4778242110708799,8.5406316837217915,7.6365714190473168,7.0792641069074493,6.7707058311967225,6.4187082703802867,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161,6.0352233860551161]
[null,null,null,null,"Aviation-International",34.114852631718371,36.261054611659972,37.576539170702354,38.566313475825531,39.925346963410419,40.851349018450946,42.990623404969519,44.633126578547262,45.386920508099685,46.101021753956672,46.815536159144827,47.571847652320592,48.377534854855867,49.206871827642551,50.0362969641359,50.865677154425839,51.708227734776372,52.568370143887826]
[null,null,null,null,"Indirect emissions",{"$f":"F2502","v":27.203842592479525},{"$f":"G2502","v":20.580240067418853},17.623720190565869,15.673219639386968,15.493875201268985,15.187284682688237,14.739728983725485,14.33811439619336,14.621659839628506,14.894868524253029,15.171923966626039,15.454746287885198,15.74556191315188,16.040992934194701,16.337050611210678,16.631068882280687,16.927558367135113,17.226144862508868]
[null,null,null,null,"Total Direct",{"$f":"SUM(F317:F325)","v":158.8678575998899},148.0104211925721,145.09778741420922,139.07300914690617,141.12599594951359,142.75840679226306,146.02523266806395,148.44484225647673,152.16241268564806,155.79271307036538,159.42269127708053,163.1397067426669,166.95804034687933,170.82123896437523,174.67900983062873,178.53274461687639,182.41241182863581,186.32824589652566]
[null,null,null,null,"Check",{"$f":" +F327 -F273","v":0},{"$f":" +G327 -G273","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"GHG Emissions - Industry",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"}]
[null,null,null,null,"Ferrous & non-ferrous metals",{"$f":"SUMIFS(F$35:F$193, $Z$35:$Z$193, $E331)","v":17.263080725028516},13.365469646696495,12.502421184092984,11.760032564018063,11.059043567605714,10.40174619687876,9.7848576405214871,9.2058548420424415,8.6627251047078015,8.1527712682424482,{"$f":"SUMIFS(P$35:P$193, $Z$35:$Z$193, $E331)","v":8.1527712682424482},8.1527712682424482,8.1527712682424482,8.1527712682424482,8.1527712682424482,8.1527712682424482,8.1527712682424482,8.1527712682424482]
[null,null,null,null,"Cement, Ceramics, Glass",13.867862272934373,14.862410334858751,15.524937868467092,16.430536014127078,17.419509216212617,18.493517084434657,19.664586581042375,20.914179970269085,22.24569835811748,23.662067016817829,23.662067016817829,23.662067016817829,23.662067016817829,23.662067016817829,23.662067016817829,23.662067016817829,23.662067016817829,23.662067016817829]
[null,null,null,null,"Chemicals",4.9605569488830286,4.7093018603565691,4.4606405145494659,4.3480007818027797,4.2429319419194487,4.2170685587648293,4.2948141666053106,4.3776875706688934,4.5469013315626761,4.7226628137118016,4.7226628137118016,4.7226628137118016,4.7226628137118016,4.7226628137118016,4.7226628137118016,4.7226628137118016,4.7226628137118016,4.7226628137118016]
[null,null,null,null,"Other Industry",26.328622572498574,26.13993026830612,25.498598200646086,24.88755341370069,24.307202977369101,23.858420116872868,23.494002707732754,23.146764789716009,23.394627972765711,23.666130468563797,23.666130468563797,23.666130468563797,23.666130468563797,23.666130468563797,23.666130468563797,23.666130468563797,23.666130468563797,23.666130468563797]
[null,null,null,null,"Indirect emissions",{"$f":"F2504","v":39.311875604930812},21.001993493920615,14.815878744694466,15.252952617797655,22.953554660365423,27.676120511866941,28.854342532160533,29.823428228946788,30.330459146089453,30.861802750164109,30.886831037381633,30.891963614609612,30.904791575036541,30.912516371096448,30.909847959911257,30.918076204420171,30.922237694925155,30.928071754318562]
[null,null,null,null,"Total Direct",{"$f":"SUM(F331:F334)","v":62.420122519344496},59.077112110217939,57.986597767755626,57.426122773648615,57.028687703106883,56.970751956951119,57.238261095901926,57.644487172696429,58.849952767153674,60.203631567335876,60.203631567335876,60.203631567335876,60.203631567335876,60.203631567335876,60.203631567335876,60.203631567335876,60.203631567335876,60.203631567335876]
[null,null,null,null,"Check",{"$f":" +F336 -F275","v":0},{"$f":" +G336 -G275","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"GHG Emissions - Land Use and Biofuels"]
[null,null,null,null,"Forestry",{"$f":"SUMIFS(F$35:F$193, $Z$35:$Z$193, $E340)","v":-19.7},-21.1,-18.493767555821826,-15.287547559815891,-13.381321339723842,-11.475095119631787,-9.9688511164365323,-10.3626,-10.356366666666666,-10.350133333333334,{"$f":"SUMIFS(P$35:P$193, $Z$35:$Z$193, $E340)","v":-10.3439},-10.337666666666667,-10.337666666666667,-10.337666666666667,-10.337666666666667,-10.337666666666667,-10.337666666666667,-10.337666666666667]
[null,null,null,null,"Land",1.9616714061183025,2.0315891473640137,2.1251487609298652,2.2185862461085626,2.2953406541909152,2.3720917464413196,2.4485567888288,2.5250215406558838,2.5250195469936223,2.5250175533313604,2.5250155596690989,2.5250135660068374,2.5250135660068374,2.5250135660068374,2.5250135660068374,2.5250135660068374,2.5250135660068374,2.5250135660068374]
[null,null,null,null,"Agriculture & Livestock",43.779524766475653,43.729105626937645,43.678821759494092,43.628537892050538,43.578254024606991,43.527970157163438,43.477686289719884,43.42740242227633,43.42740242227633,43.42740242227633,43.42740242227633,43.42740242227633,43.42740242227633,43.42740242227633,43.42740242227633,43.42740242227633,43.42740242227633,43.42740242227633]
[null,null,null,null,"Bio-Conversion",0.71435737100915198,0.98331192079115981,1.0129500125055297,0.93259123605680339,0.64036651825901625,0.45898070281096237,0.39694576880404137,0.40307749668478299,0.40473928924755115,0.40560501366509949,0.40225500398137237,0.39728545067188531,0.39544614981021453,0.39081320058337704,0.38093923009838992,0.37638636367090922,0.3698236939735936,0.36521870012302682]
[null,null,null,null,"Waste Management",18.370950474900337,14.779681800548946,12.774582564344255,11.618507120269815,10.940987151644787,10.538462918027689,10.295834324901428,10.146540397374192,9.8095505950865043,9.8909683127084751,9.939550663366667,9.9688341439493566,9.9866298411747039,9.9975225583791634,10.004236849808443,10.008406397531612,10.011017377801664,10.01266828420718]
[null,null,null,null,"Indirect emissions",{"$f":"F2505","v":1.8061308705266319},1.0214093062309619,0.75601344460708553,0.78872590496367667,1.1784512417998931,1.4258286435154419,1.4920118954448514,1.5475905271217596,1.5491897749866137,1.5497474271628155,1.5507102218798106,1.5507023796357393,1.5510752894862838,1.5512039974330143,1.5508298360087254,1.5510007018948906,1.5509774128477527,1.5510435641840001]
[null,null,null,null,"Total Direct",{"$f":"SUM(F340:F344)","v":45.126504018503439},40.423688495641763,41.097735541451918,43.110674934669831,44.073627008977866,45.422410404811622,46.65017205581762,46.139441856991183,45.810345186937347,45.898859968647933,45.950323649293466,45.980868916237746,45.996825312601416,46.003085080579041,45.999925401523335,45.999542082819019,45.995590393391758,45.992636305946711]
[null,null,null,null,"Check",{"$f":" +F346 -F343 -F277","v":0},{"$f":" +G346 -G343 -G277","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"GHG Emissions - Electricity Generation"]
[null,null,null,"This includes district heat CHP emissions but excludes industrial CHP emissions."]
[null,null,null,null,"Biomass & Waste CCS",{"$f":"SUMIFS(F$35:F$193, $Z$35:$Z$193, $E351)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(P$35:P$193, $Z$35:$Z$193, $E351)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Biomass & Waste",1.5545377028306477,1.9876223807494307,2.0546795817252619,1.9573793364010619,1.5326311797526357,1.2812049234885681,1.2175713693556509,1.258775999267592,1.2586047647323262,1.2586482951919149,1.2586828155793606,1.2587119285337238,1.258726676753646,1.2587455076898233,1.2587764674464246,1.25879165499646,1.2588114011067653,1.2588245918009953]
[null,null,null,null,"Gas CCS",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Gas",47.341139431421503,47.61268275248689,41.592872149308896,46.825847160808699,83.259985013064139,110.55029314468236,123.30907034027392,136.61942087406004,138.23943209648934,139.70506573632787,140.65620812099939,141.46676499682266,142.54401140614522,143.46768875694536,144.04933771818702,144.98432822218066,145.80264261765504,146.75789269991202]
[null,null,null,null,"Coal",69.559749292780765,11.996739111473145,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total",{"$f":"SUM(F351:F355)","v":118.45542642703292},61.597044244709465,43.647551731034156,48.78322649720976,84.79261619281678,111.83149806817093,124.52664170962957,137.87819687332762,139.49803686122166,140.96371403151977,141.91489093657876,142.72547692535639,143.80273808289886,144.72643426463517,145.30811418563346,146.24311987717712,147.06145401876179,148.01671729171301]
[]
[]
[]
[null,null,"Deliberately excluded as should be zero"]
[null,null,null,null,"Electricity Other",{"$f":"SUMIFS(F$35:F$193, $Z$35:$Z$193, $E361)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(P$35:P$193, $Z$35:$Z$193, $E361)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Transport Refuelling",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"Deliberately excluded as they do not fit in desired detailed tables"]
[null,null,null,null,"GGR indirect emissions",{"$f":"F2506","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"GGR",{"$f":"SUMIFS(F$35:F$193, $Z$35:$Z$193, $E366)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(P$35:P$193, $Z$35:$Z$193, $E366)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Refineries",12.802502453041726,12.136850179951306,11.718787491440681,11.115992901024061,11.003021320239011,10.85817757207229,10.7957928671798,10.678532066968057,10.884478807176025,11.084314858931922,11.27296037033085,11.462990373234556,11.664993395630338,11.863666873406531,12.051225287911278,12.24956641165296,12.44517011220975,12.646788477258673]
[null,null,null,null,"Hydrogen Production",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Fossil Fuel Extraction",21.130599491942917,13.528473922547128,10.256996101135446,7.9366680590704304,6.1412424513738211,4.7519763414388327,3.6769887084563591,2.8451837700062752,2.8451837700062752,2.8451837700062752,2.8451837700062752,2.8451837700062752,2.8451837700062752,2.8451837700062752,2.8451837700062752,2.8451837700062752,2.8451837700062752,2.8451837700062752]
[null,null,null,null,"Gas Grid Leakage",3.5128730336623732,3.5769538359252455,3.7151211130473669,3.8293064799821104,3.9696181344019772,4.087468054332148,4.1870950155665145,4.2893665064445701,4.2907733012581,4.2830233610830417,4.2459619725876747,4.1921700239644766,4.1709122601601303,4.1207674126413059,4.0163413039457456,3.9670784348810182,3.8974392883821514,3.8508923286097718]
[null,null,null,{"$f":"$E$371","v":"Imports"},"Imports",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,"Indirect emissions total check",null,null,"Direct",{"$f":"SUMIFS(F$35:F$193,$AA$35:$AA$193,$E374)\n+F252 +F253","v":370.71871544805231},350.31998978999803,349.05941723167194,345.4443148514892,350.78252026093128,357.93000314849462,366.0204204888413,371.63593842362405,375.76946842965106,380.0654107611698,382.56305572183635,384.6144383196517,387.74894950871163,390.0328733360613,390.63826938706831,392.93334233426043,394.61756943110902,396.98840112253708]
[null,null,null,null,"Total Direct Emissions",{"$f":" +F313 +F327 +F336 +F346 +F366\n -F343","v":370.71871544805219},{"$f":" +G313 +G327 +G336 +G346 +G366\n -G343","v":350.31998978999803},349.05941723167194,345.44431485148914,350.78252026093128,357.93000314849456,366.02042048884135,371.63593842362422,375.76946842965111,380.06541076116997,{"$f":" +P313 +P327 +P336 +P346 +P366\n -P343","v":382.56305572183646},384.61443831965192,387.74894950871186,390.03287333606136,390.63826938706853,392.93334233426049,394.61756943110908,396.9884011225372]
[null,null,null,null,"Total Indirect Emissions",{"$f":"+F312 +F326 +F335 +F345 +F365","v":156.61575877668906},{"$f":"+G312 +G326 +G335 +G345 +G365","v":91.822634103924315},70.351406449163179,72.597785173343155,106.54686461709058,131.98810073882518,143.58346406963625,156.09435671343132,157.92321202890966,159.58184103520608,160.68125205348491,{"$f":"+Q312 +Q326 +Q335 +Q345 +Q365","v":161.62310654323352},162.87927365850575,163.94686552127266,164.60180377759508,165.68133485738824,166.61907088333353,167.72480056771073]
[null,null,null,null,"Total emissions",{"$f":" +F375 +F376","v":527.33447422474126},{"$f":" +G375 +G376","v":442.14262389392235},419.41082368083511,418.04210002483228,457.32938487802187,489.91810388731972,509.6038845584776,527.73029513705558,533.69268045856074,539.64725179637605,543.24430777532143,546.23754486288544,550.62822316721758,553.97973885733404,555.24007316466361,558.61467719164875,561.23664031444264,564.71320169024796]
[null,null,null,null,"Check",{"$f":"F377-F267","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["PEC/FEC",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[]
[null,"Primary Energy Consumption",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[]
[null,null,{"$f":"Model!G16639","v":"PEC.fFsS."},null,"Fossil Fuel Solid ",{"$f":"+SUMIFS(PEC.fFsS., Prd., F$1)","v":337.12475246634523},139.75064043369989,98.751544790846452,96.427736281589404,95.692165733593697,94.969486094141416,94.563979284213929,94.139432740231882,94.127441122783466,94.203036208799034,94.553791411290106,94.852603932016777,95.295116919685,95.631312013635323,95.753693508419104,96.09256811268672,96.354094851436599,96.70141814497002]
[null,null,{"$f":"Model!G16640","v":"PEC.fFsL."},null,"Fossil Fuel Liquid ",{"$f":"+SUMIFS(PEC.fFsL., Prd., F$1)","v":830.34212696560814},784.83533285705892,773.20849263202854,749.042399084159,757.65796873555951,764.6685567725151,778.12599806670562,788.34463101692552,803.5238391748228,818.25266189856245,832.15669107953283,846.16276355928358,861.05130184046118,875.69443759280637,889.51834280566788,904.13698255935424,918.55386181759513,933.41404910894119]
[null,null,{"$f":"Model!G16641","v":"PEC.fFsG."},null,"Fossil Fuel Gaseous ",{"$f":"+SUMIFS(PEC.fFsG., Prd., F$1)","v":810.71060596914003},804.79288814666143,784.77364462941205,823.37067341196439,1034.6436758048519,1194.4356065506256,1273.2853342219196,1356.0408820489972,1365.042713476882,1371.9253952614683,1371.8082134730125,1368.5678321190962,1371.3658855433114,1369.249866678284,1357.6124451431244,1355.6819309909731,1350.2041361404602,1348.4845451532299]
[null,null,{"$f":"Model!G16642","v":"PEC.rWstD."},null,"Dry Waste ",{"$f":"+SUMIFS(PEC.rWstD., Prd., F$1)","v":6.1239020176444461},6.3367470181320611,6.5900197529272369,6.8455431269990195,7.1033171403474107,7.3633417929724105,7.6256170848740137,7.8901430160522281,7.8901430160522281,7.8901430160522281,7.8901430160522281,7.8901430160522281,7.8901430160522281,7.8901430160522281,7.8901430160522281,7.8901430160522281,7.8901430160522281,7.8901430160522281]
[null,null,{"$f":"Model!G16643","v":"PEC.rWstW."},null,"Wet Waste ",{"$f":"+SUMIFS(PEC.rWstW., Prd., F$1)","v":0.70168480277777767},0.81071105343648386,0.91314299328373894,1.0154955458320603,1.1177687110814474,1.2199624890319003,1.3220768796834188,1.4241118830360036,1.4241118830360036,1.4241118830360036,1.4241118830360036,1.4241118830360036,1.4241118830360036,1.4241118830360036,1.4241118830360036,1.4241118830360036,1.4241118830360036,1.4241118830360036]
[null,null,{"$f":"Model!G16644","v":"PEC.rUCO."},null,"Used Cooking Oil/Tallow",{"$f":"+SUMIFS(PEC.rUCO., Prd., F$1)","v":1.39592999},1.4444475395209035,1.4802624518262073,1.5151215632413289,1.5490248737662695,1.5819723834010282,1.6139640921456051,1.645,1.645,1.645,1.645,1.645,1.645,1.645,1.645,1.645,1.645,1.645]
[null,null,{"$f":"Model!G16645","v":"PEC.rLndFG."},null,"Landfill Gas ",{"$f":"+SUMIFS(PEC.rLndFG., Prd., F$1)","v":16.961944303562909},12.701121339625113,10.634986140301381,9.5041087975514102,8.918214250311685,8.6581043158801609,8.5969380160828912,8.6595692134862805,8.178979890528522,8.2950916705381275,8.3643761380561852,8.4061380193105801,8.4315168943478422,8.4470512623047505,8.4566266760123217,8.4625729690565485,8.4662965512887745,8.4686509489183415]
[null,null,{"$f":"Model!G16646","v":"PEC.rBiS."},null,"Bioenergy Solid ",{"$f":"+SUMIFS(PEC.rBiS., Prd., F$1)","v":108.32517301114734},149.03067355657751,153.52578344927375,141.38102095933294,97.25963373325348,69.838046785142922,60.470750733460413,61.414793844741858,61.666168419751976,61.797247310541294,61.291008446065383,60.54001090855175,60.262079902737696,59.561950833565064,58.06975841809426,57.381731371739122,56.389961293060701,55.694010316700982]
[null,null,{"$f":"Model!G16647","v":"PEC.fBiL."},null,"Bioenergy Liquid ",{"$f":"+SUMIFS(PEC.fBiL., Prd., F$1)","v":9.6382293666430137},8.1977883362865533,7.9836931608424413,7.5094181503444881,7.5975754025278261,7.8743989983450779,8.2206467991687298,8.5620563959422071,8.8827089861092592,9.1980772621145093,9.5133650869388315,9.8336918445506907,10.159814698527809,10.488327206513604,10.816258941592938,11.143772350521804,11.472722714373552,11.803754077013108]
[null,null,{"$f":"Model!G16648","v":"PEC.fH2G."},null,"Hydrogen Gaseous ",{"$f":"+SUMIFS(PEC.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16649","v":"PEC.fElc."},null,"Electricity ",{"$f":"+SUMIFS(PEC.fElc., Prd., F$1)","v":20.938419400000001},24.894962985803545,76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16650","v":"PEC.rURN."},null,"Nuclear (Uranium)",{"$f":"+SUMIFS(PEC.rURN., Prd., F$1)","v":180.02464000000001},193.77803725025137,131.42009415657293,142.96749379663925,96.39727557852234,96.725080164695001,96.996408610657795,97.123557987005228,97.071926996533776,97.064204369720997,96.967245938996825,96.965144216569456,96.954395141728185,96.950503932596718,96.959844567914416,96.955794774334194,96.957465384822413,96.959769576131862]
[null,null,{"$f":"Model!G16651","v":"PEC.rEnvH."},null,"Environmental Heat ",{"$f":"+SUMIFS(PEC.rEnvH., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16652","v":"PEC.rEnvE."},null,"Environmental Energy ",{"$f":"+SUMIFS(PEC.rEnvE., Prd., F$1)","v":53.156146182032458},89.023522699713538,87.559655492739495,78.191263978836176,44.229939546565248,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,null,null,"Total",{"$f":"SUM(F393:F406)","v":2375.4435544749012},{"$f":"SUM(G393:G406)","v":2215.5968732167671},2133.3185449444509,2132.9844369408438,2198.1461037282143,2283.5410977861161,2351.7119624026213,2430.7216519660324,2454.9268529895994,2477.168242392881,2491.0803584785372,2501.7537027703656,2519.944868426549,2532.4479316342836,2533.6121131888849,2546.2802096629271,2554.82351351224,2567.9513351469836]
[]
[null,null,"Separation of Environmental Energy"]
[null,null,{"$f":"Model!G16656","v":"PEC.eHyd.rEnvE."},null,"Hydro ",{"$f":"+SUMIFS(PEC.eHyd.rEnvE., Prd., F$1)","v":5.6044092560768215},5.6044092560768215,5.5075490313774118,5.3920731819585379,5.4260766236938842,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,{"$f":"Model!G16657","v":"PEC.eWons.rEnvE."},null,"Wind (onshore) ",{"$f":"+SUMIFS(PEC.eWons.rEnvE., Prd., F$1)","v":21.912286551452549},33.429895191875097,30.812612576242785,24.172300830388821,12.289524160137027,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16658","v":"PEC.eWoff.rEnvE."},null,"Wind (offshore) ",{"$f":"+SUMIFS(PEC.eWoff.rEnvE., Prd., F$1)","v":16.44523127450309},36.352685840101898,37.735578154388747,35.281078596190326,22.151566028425439,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16659","v":"PEC.eSol.rEnvE."},null,"Solar PV ",{"$f":"+SUMIFS(PEC.eSol.rEnvE., Prd., F$1)","v":9.1942191000000015},13.636532411659719,13.503915730730562,13.345811370298497,4.3627727343088942,2.2880961419982775E-16,2.292577091662268E-16,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16660","v":"PEC.eTidS.rEnvE."},null,"Tidal Stream ",{"$f":"+SUMIFS(PEC.eTidS.rEnvE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16661","v":"PEC.eTidR.rEnvE."},null,"Tidal Range ",{"$f":"+SUMIFS(PEC.eTidR.rEnvE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16662","v":"PEC.eWav.rEnvE."},null,"Wave ",{"$f":"+SUMIFS(PEC.eWav.rEnvE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total",{"$f":"SUM(F410:F416)","v":53.156146182032458},{"$f":"SUM(G410:G416)","v":89.023522699713538},87.559655492739495,78.191263978836176,44.229939546565248,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,null,null,"check should equal zero",{"$f":" +F417 -F406","v":0},{"$f":" +G417 -G406","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,null,null,null,"Coal",{"$f":" +F393","v":337.12475246634523},139.75064043369989,98.751544790846452,96.427736281589404,95.692165733593697,94.969486094141416,94.563979284213929,94.139432740231882,94.127441122783466,94.203036208799034,94.553791411290106,94.852603932016777,95.295116919685,95.631312013635323,95.753693508419104,96.09256811268672,96.354094851436599,96.70141814497002]
[null,null,null,null,"Oil",{"$f":" +F394","v":830.34212696560814},784.83533285705892,773.20849263202854,749.042399084159,757.65796873555951,764.6685567725151,778.12599806670562,788.34463101692552,803.5238391748228,818.25266189856245,832.15669107953283,846.16276355928358,861.05130184046118,875.69443759280637,889.51834280566788,904.13698255935424,918.55386181759513,933.41404910894119]
[null,null,null,null,"Natural gas",{"$f":" +F395","v":810.71060596914003},804.79288814666143,784.77364462941205,823.37067341196439,1034.6436758048519,1194.4356065506256,1273.2853342219196,1356.0408820489972,1365.042713476882,1371.9253952614683,1371.8082134730125,1368.5678321190962,1371.3658855433114,1369.249866678284,1357.6124451431244,1355.6819309909731,1350.2041361404602,1348.4845451532299]
[null,null,null,null,"Waste",{"$f":" +F396 +F397 +F398 +F399","v":25.183461113985132},{"$f":" +G396 +G397 +G398 +G399","v":21.293026950714562},19.618411338338561,{"$f":" +I396 +I397 +I398 +I399","v":18.880269033623819},18.688324975506813,18.823380981285503,19.158596072785929,19.618824112574512,19.138234789616753,19.254346569626357,19.323631037144416,19.365392918398811,19.390771793436073,19.406306161392983,19.415881575100553,19.421827868144781,19.425551450377007,19.427905848006574]
[null,null,null,null,"Bioenergy",{"$f":" +F400 +F401","v":117.96340237779036},157.22846189286406,161.5094766101162,148.89043910967743,104.8572091357813,{"$f":" +K400 +K401","v":77.712445783487993},68.691397532629139,{"$f":" +M400 +M401","v":69.976850240684058},70.548877405861234,70.995324572655804,70.80437353300421,70.373702753102435,70.421894601265507,70.050278040078666,68.886017359687202,68.525503722260922,67.862684007434254,67.497764393714093]
[null,null,null,null,"Hydrogen imports",{"$f":" +F402","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electricity imports",{"$f":" +F403","v":20.938419400000001},24.894962985803545,76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Nuclear",{"$f":" +F404","v":180.02464000000001},193.77803725025137,131.42009415657293,142.96749379663925,96.39727557852234,96.725080164695001,96.996408610657795,97.123557987005228,97.071926996533776,97.064204369720997,96.967245938996825,96.965144216569456,96.954395141728185,96.950503932596718,96.959844567914416,96.955794774334194,96.957465384822413,96.959769576131862]
[null,null,null,null,"Environmental heat",{"$f":" +F405","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Wind",{"$f":" +F411 +F412","v":38.35751782595564},69.782581031977003,68.548190730631532,59.453379426579147,34.44109018856247,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Solar",{"$f":" +F413","v":9.1942191000000015},13.636532411659719,13.503915730730562,13.345811370298497,4.3627727343088942,2.2880961419982775E-16,2.292577091662268E-16,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Tidal, Wave, Hydro",{"$f":" +F410 +F414 +F415 +F416","v":5.6044092560768215},5.6044092560768215,5.5075490313774118,5.3920731819585379,5.4260766236938842,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,null,null,"Total",{"$f":"SUM(F421:F432)","v":2375.4435544749017},{"$f":"SUM(G421:G432)","v":2215.5968732167671},2133.3185449444509,2132.9844369408438,2198.1461037282143,2283.5410977861161,2351.7119624026213,2430.7216519660328,2454.9268529895999,2477.1682423928805,2491.0803584785372,2501.7537027703656,2519.9448684265494,2532.447931634284,2533.6121131888849,2546.2802096629271,2554.82351351224,2567.9513351469836]
[null,null,null,null,"check should equal zero",{"$f":" +F433 -F407","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,null,null,"Fossil Fuels",{"$f":" +F421 +F422 +F423","v":1978.1774854010935},1729.3788614374203,1656.7336820522869,1668.8408087777129,1887.9938102740052,2054.073649417282,2145.975311572839,2238.5249458061544,2262.6939937744883,2284.3810933688301,2298.5186959638354,2309.5831996103966,2327.7123043034576,2340.5756162847256,2342.8844814572112,2355.911481663014,2365.112092809492,2378.6000124071411]
[null,null,null,null,"Bioenergy",{"$f":" +F424 +F425","v":143.14686349177549},178.52148884357862,181.12788794845477,167.77070814330125,123.54553411128812,96.535826764773503,87.849993605415065,{"$f":" +M424 +M425","v":89.595674353258573},89.687112195477994,90.249671142282153,90.128004570148619,89.739095671501246,89.81266639470158,89.456584201471657,88.301898934787758,87.947331590405696,87.288235457811254,86.925670241720667]
[null,null,null,null,"Nuclear",{"$f":" +F428","v":180.02464000000001},193.77803725025137,131.42009415657293,142.96749379663925,96.39727557852234,96.725080164695001,96.996408610657795,97.123557987005228,97.071926996533776,97.064204369720997,96.967245938996825,96.965144216569456,96.954395141728185,96.950503932596718,96.959844567914416,96.955794774334194,96.957465384822413,96.959769576131862]
[null,null,null,null,"Renewables",{"$f":" +F429 +F430 +F431 +F432","v":53.156146182032458},89.023522699713538,87.559655492739495,78.191263978836176,44.229939546565248,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,null,null,"Electricity & Hydrogen Imports (Not displayed)",{"$f":" +F426 +F427","v":20.938419400000001},24.894962985803545,76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0,"* not displayed in My2050"]
[null,null,null,null,"Total",{"$f":"SUM(F436:F440)","v":2375.4435544749012},{"$f":"SUM(G436:G440)","v":2215.5968732167671},2133.3185449444509,2132.9844369408438,2198.1461037282147,2283.5410977861161,2351.7119624026213,2430.7216519660328,2454.9268529895999,2477.168242392881,2491.0803584785372,2501.7537027703656,2519.944868426549,2532.447931634284,2533.6121131888849,2546.2802096629271,2554.82351351224,2567.9513351469836]
[null,null,null,null,"check should equal zero",{"$f":" +F441 -F433","v":0},{"$f":" +G441 -G433","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,"Final Energy Consumption",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G16627","v":"FEC.ggrALL."},null,"Dedicated GHG Removal",{"$f":"+SUMIFS(FEC.ggrALL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16628","v":"FEC.AgrFU."},null,"Agriculture",{"$f":"+SUMIFS(FEC.AgrFU., Prd., F$1)","v":12.917324699999998},12.917324699999998,12.917324699999998,12.9173247,12.917324699999998,12.9173247,12.9173247,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998]
[null,null,{"$f":"Model!G16629","v":"FEC.inALLnonREF."},null,"Industry",{"$f":"+SUMIFS(FEC.inALLnonREF., Prd., F$1)","v":318.82842530000005},304.14706234478729,295.91213233861504,289.75815770437362,284.20179020492287,280.4831696538721,278.41854606275206,276.7974739370419,280.63012093514243,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742]
[null,null,{"$f":"Model!G16630","v":"FEC.dDwl."},null,"Buildings-Residential",{"$f":"+SUMIFS(FEC.dDwl., Prd., F$1)","v":469.56054988155967},486.33202398348186,511.20456222055964,532.54170064583161,559.40657619610033,583.85364563058783,604.1109530474738,627.86303214893735,628.41353486250853,626.85817652433127,622.71667841300291,615.46208295880695,614.60374791064146,608.2333596353343,591.39278214218382,585.17759643119768,574.98472412878641,568.75117053962811]
[null,null,{"$f":"Model!G16631","v":"FEC.nFlr."},null,"Buildings-Non-Residential",{"$f":"+SUMIFS(FEC.nFlr., Prd., F$1)","v":231.44775621375118},232.97309448153987,246.07119955600993,259.20702794700202,273.85394330746914,289.30151503561825,304.61155081436465,320.38551450685748,319.90086574085257,319.42981113743571,318.97244867110231,318.52887702246016,318.09919558331768,317.68350446181051,317.28190448756334,316.89449721689033,316.52138493803182,316.1626706764302]
[null,null,{"$f":"Model!G16632","v":"FEC.TRAD."},null,"Transport-Domestic",{"$f":"+SUMIFS(FEC.TRAD., Prd., F$1)","v":471.80598509938591},422.59118761051803,409.43970306682905,384.80893404767312,390.20873768876504,394.62238816905352,400.96432373534003,405.99860396346361,418.22489542258347,430.25054256300484,442.27322374032639,454.4872863455235,466.92131311995047,479.44572941761157,491.94762093212148,504.43319159824756,516.97296009308025,529.59136955583006]
[null,null,{"$f":"Model!G16633","v":"FEC.TRAI."},null,"Transport-International",{"$f":"+SUMIFS(FEC.TRAI., Prd., F$1)","v":176.98808827374171},181.89554713304381,183.39994859307097,183.74081838887042,186.92914361867432,189.38460988623123,196.49229823489566,201.49919447871648,204.49690152293385,207.33675768396841,210.17825690763436,213.18597586347914,216.39005340747028,219.6881819647389,222.98666113369876,226.28496155944345,229.63563833038256,233.05627473741026]
[null,null,null,null,"Total",{"$f":"SUM(F446:F452)","v":1681.5481294684382},{"$f":"SUM(G446:G452)","v":1640.8562402533707},1658.9448704750846,1662.9739634337507,1707.5175157159317,1750.5626530753627,1797.5149965948262,1845.4611437350168,1864.5836431840212,1881.7670948785478,1892.0324147018732,1899.5560291600771,1913.9061169911872,1922.9425824493028,1921.5007756653749,1930.6820537755864,1936.0065144600885,1945.453292479106]
[]
[]
[]
[null,"Final Energy Consumption (My2050)",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,null,null,"Transport",{"$f":" +F451 +F452","v":648.79407337312762},{"$f":" +G451 +G452","v":604.48673474356178},592.83965165990003,568.54975243654349,577.13788130743933,584.00699805528473,597.45662197023569,607.49779844218006,622.72179694551733,637.5873002469732,652.45148064796081,667.67326220900259,683.31136652742077,699.13391138235045,714.9342820658203,730.71815315769095,746.60859842346281,762.64764429324032]
[null,null,null,null,"Buildings",{"$f":" +F449 +F450","v":701.0083060953109},{"$f":" +G449 +G450","v":719.30511846502168},757.27576177656954,791.74872859283369,833.26051950356941,873.15516066620603,908.7225038618385,948.24854665579483,948.31440060336104,946.28798766176692,941.68912708410517,933.99095998126711,932.70294349395908,925.91686409714475,908.67468662974716,902.07209364808796,891.50610906681823,884.91384121605824]
[null,null,null,null,"Industry & Agriculture",{"$f":" +F446 +F447 +F448","v":331.74575000000004},{"$f":" +G446 +G447 +G448","v":317.06438704478728},308.82945703861503,302.67548240437361,297.11911490492287,293.40049435387209,291.33587076275205,289.71479863704189,293.54744563514242,297.89180696980742,297.89180696980742,297.89180696980742,297.89180696980742,297.89180696980742,297.89180696980742,297.89180696980742,297.89180696980742,297.89180696980742]
[null,null,null,null,"Total",{"$f":"SUM(F458:F460)","v":1681.5481294684387},{"$f":"SUM(G458:G460)","v":1640.8562402533707},1658.9448704750848,1662.9739634337507,1707.5175157159315,1750.562653075363,1797.5149965948262,1845.4611437350168,1864.5836431840207,1881.7670948785476,1892.0324147018734,1899.5560291600773,1913.9061169911874,1922.9425824493028,1921.5007756653749,1930.6820537755864,1936.0065144600885,1945.453292479106]
[null,null,null,null,"check should equal zero",{"$f":" +F461 -F453","v":0},{"$f":" +G461 -G453","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
["Homes and Non-Domestic Buildings",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[null,"Average House Temperature",null,"°C"]
[null,null,"TmpIn.dDwl.",null,"Average House Temperature",{"$f":"+SUMIFS(TmpIn.dDwl., Prd., F$1)","v":18.7},18.7,18.916666666666668,19.133333333333333,19.349999999999998,19.566666666666666,19.783333333333335,20,20,20,20,20,20,20,20,20,20,20]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Dwelling insulation level - Average Heat Loss Rate",null,{"$f":"Model!$H$1533","v":"W / °C"}]
[null,null,"HtLsRt.dDwl.",null,"Average Heat Loss Rate",{"$f":"+SUMIFS(HtLsRt.dDwl., Prd., F$1)","v":187.22921319045074},185.43034970913084,183.04251834117466,180.87687692039012,178.95585369985085,177.50252386744745,176.89737916779501,176.33851094164439,175.83003790287407,175.35999456863857,174.90407119542022,174.44036309723779,173.96668241938951,173.49722214448582,173.04328362800044,172.60416908279538,172.17349542630893,171.74935103219335]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Total Heat Demand",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,"EB.dHtALLdHt.",null,"Domestic",{"$f":"+SUMIFS(EB.dHtALLdHt., Prd., F$1)","v":314.92195393144692},328.67046189935331,347.34730660141389,360.52575157111943,375.81355654594773,387.20470356168187,394.14552758304507,401.41472508615391,399.95684426851415,396.87402548896819,391.6711819943219,383.81174359000687,381.06810126913325,373.74821359549765,357.84925275507709,350.65642234432266,340.17108302901659,332.88529914192947]
[null,null,"EB.nHtALLdHt.",null,"Non-Domestic",{"$f":"+SUMIFS(EB.nHtALLdHt., Prd., F$1)","v":110.6710176116806},109.9194734232247,118.26923212772812,126.4986571927876,134.60870594108681,142.60034483067619,150.47454953692562,158.23230503518539,157.14436327972933,156.06220977899426,154.98588624951338,153.91543470847537,152.85089747589083,151.79231717677501,150.73973674334593,149.69319941723839,148.65274875173395,147.61842861400717]
[]
[]
[]
[null,null,"Dem.dDwl.dSH.",null,"Residential Space Heat",{"$f":"+SUMIFS(Dem.dDwl.dSH., Prd., F$1)","v":268.70709117184691},280.84933528081814,294.51314628389173,302.60912688296793,312.80781914127857,319.07454206609395,320.80296849165774,322.77988934456317,319.99397111665934,315.65304566891911,309.19136760017921,299.99945633110332,295.83635080684041,287.05533366214382,269.69508802346201,261.04105200086229,249.07130342345235,240.27011691414864]
[null,null,"Dem.dDwl.dHW.",null,"Residential Hot Water",{"$f":"+SUMIFS(Dem.dDwl.dHW., Prd., F$1)","v":46.21486275960001},47.821126618535132,52.834160317522169,57.916624688151487,63.005737404669183,68.130161495587942,73.342559091387301,78.634835741590734,79.962873151854836,81.220979820049109,82.479814394142707,83.812287258903609,85.231750462292865,86.692879933353822,88.154164731615055,89.615370343460455,91.099779605564237,92.615182227780821]
[null,null,"Dem.nFlr.dSH.",null,"Non-Residential Space Heat",{"$f":"+SUMIFS(Dem.nFlr.dSH., Prd., F$1)","v":100.05595794248059},99.227909952500426,106.603228597993,113.84472317359533,120.9532071628711,127.9295018121485,134.77443620015981,141.48884730828195,140.28023377078344,139.07653879434892,137.87779782754205,136.68404657440806,135.49532099631458,134.31165731380662,133.13309200847425,131.959661824834,130.79140377222376,129.62835512671157]
[null,null,"Dem.nFlr.dHW.",null,"Non-Residential Hot Water",{"$f":"+SUMIFS(Dem.nFlr.dHW., Prd., F$1)","v":10.615059669199994},10.691563470724271,11.666003529735123,12.653934019192253,13.655498778215721,14.670843018527657,15.700113336765817,16.743457726903461,16.864129508945894,16.985670984645331,17.108088421971324,17.23138813406733,17.35557647957625,17.480659862968388,17.606644734871672,17.733537592404399,17.861344979510196,17.990073487295597]
[null,null,null,null,"Total",{"$f":"SUM(F503:F506)","v":425.59297154312748},438.5899353225779,465.61653872914201,487.02440876390705,510.42226248703452,529.805048392358,544.62007711997069,559.6470301213393,557.10120754824345,552.9362352679625,546.65706824383517,537.72717829848227,533.91899874502417,525.54053077227263,508.58898949842296,500.3496217615612,488.82383178075054,480.50372775593667]
[]
[]
[]
[]
[null,"Share of Heat Supplied - Domestic"]
[null,null,"Shr.dDHN.",null,"District Heat Network ",{"$f":"+SUMIFS(Shr.dDHN., Prd., F$1)","v":3.6675753645661162E-2},3.6675753645661162E-2,3.7229794704717635E-2,3.7783835763774108E-2,3.8337876822830581E-2,3.8891917881887055E-2,3.9445958940943528E-2,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04]
[null,null,"Shr.dHPA.",null,"Heat Pump Air Source ",{"$f":"+SUMIFS(Shr.dHPA., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Shr.dHPG.",null,"Heat Pump Ground Source ",{"$f":"+SUMIFS(Shr.dHPG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Shr.dHyb.",null,"Hybrid Heat Pump / Gas Boiler ",{"$f":"+SUMIFS(Shr.dHyb., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Shr.dblO.",null,"Oil Fuel Boiler",{"$f":"+SUMIFS(Shr.dblO., Prd., F$1)","v":5.8305872140616291E-2},5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2,5.8305872140616291E-2]
[null,null,"Shr.dblS.",null,"Solid Fuel Boiler ",{"$f":"+SUMIFS(Shr.dblS., Prd., F$1)","v":7.2309208564598895E-2},7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2,7.2309208564598895E-2]
[null,null,"Shr.dblG.",null,"Gas Boiler ",{"$f":"+SUMIFS(Shr.dblG., Prd., F$1)","v":0.7437774988833844},0.7437774988833844,0.74322345782432797,0.74266941676527143,0.742115375706215,0.74156133464715857,0.74100729358810202,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559]
[null,null,"Shr.dhtE.",null,"Electric Heater ",{"$f":"+SUMIFS(Shr.dhtE., Prd., F$1)","v":8.893166676573927E-2},8.893166676573927E-2,8.8931666765739159E-2,8.893166676573927E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.893166676573927E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2]
[]
[null,null,null,null,"District Heat Network ",{"$f":" +F513","v":3.6675753645661162E-2},3.6675753645661162E-2,3.7229794704717635E-2,3.7783835763774108E-2,3.8337876822830581E-2,3.8891917881887055E-2,3.9445958940943528E-2,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04]
[null,null,null,null,"Heat Pump",{"$f":" +F514 +F515","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Hybrid Heat Pump / Gas Boiler ",{"$f":" +F516","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electric Heater ",{"$f":" +F520","v":8.893166676573927E-2},8.893166676573927E-2,8.8931666765739159E-2,8.893166676573927E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.893166676573927E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2,8.8931666765739159E-2]
[null,null,null,null,"Gas Boiler ",{"$f":" +F519","v":0.7437774988833844},0.7437774988833844,0.74322345782432797,0.74266941676527143,0.742115375706215,0.74156133464715857,0.74100729358810202,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559,0.74045325252904559]
[null,null,null,null,"Oil/Solid Fuel Boiler",{"$f":" +F517 +F518","v":0.13061508070521519},0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519,0.13061508070521519]
[]
[null,"Share of Heat Supplied - Non-Domestic"]
[null,null,"Shr.nDHN.",null,"District Heat Network ",{"$f":"+SUMIFS(Shr.nDHN., Prd., F$1)","v":2.9636418556377574E-2},2.9636418556377574E-2,3.3030348796981315E-2,3.642427903758505E-2,3.9818209278188785E-2,4.3212139518792526E-2,4.6606069759396268E-2,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05]
[null,null,"Shr.nHPA.",null,"Heat Pump Air Source ",{"$f":"+SUMIFS(Shr.nHPA., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Shr.nHPG.",null,"Heat Pump Ground Source ",{"$f":"+SUMIFS(Shr.nHPG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Shr.nHyb.",null,"Hybrid Heat Pump / Gas Boiler ",{"$f":"+SUMIFS(Shr.nHyb., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Shr.nblO.",null,"Oil Fuel Boiler",{"$f":"+SUMIFS(Shr.nblO., Prd., F$1)","v":8.0134582794908538E-2},8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2,8.0134582794908538E-2]
[null,null,"Shr.nblS.",null,"Solid Fuel Boiler ",{"$f":"+SUMIFS(Shr.nblS., Prd., F$1)","v":5.3860295179673862E-2},5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2,5.3860295179673862E-2]
[null,null,"Shr.nblG.",null,"Gas Boiler ",{"$f":"+SUMIFS(Shr.nblG., Prd., F$1)","v":0.68295510126783787},0.68295510126783787,0.67956117102723412,0.67616724078663037,0.67277331054602663,0.66937938030542288,0.66598545006481913,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549]
[null,null,"Shr.nhtE.",null,"Electric Heater ",{"$f":"+SUMIFS(Shr.nhtE., Prd., F$1)","v":0.15341360220120226},0.15341360220120226,0.15341360220120215,0.15341360220120226,0.15341360220120215,0.15341360220120226,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215]
[]
[null,null,null,null,"District Heat Network ",{"$f":" +F530","v":2.9636418556377574E-2},2.9636418556377574E-2,3.3030348796981315E-2,3.642427903758505E-2,3.9818209278188785E-2,4.3212139518792526E-2,4.6606069759396268E-2,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05]
[null,null,null,null,"Heat Pump",{"$f":" +F531 +F532","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Hybrid Heat Pump / Gas Boiler ",{"$f":" +F533","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electric Heater ",{"$f":" +F537","v":0.15341360220120226},0.15341360220120226,0.15341360220120215,0.15341360220120226,0.15341360220120215,0.15341360220120226,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215,0.15341360220120215]
[null,null,null,null,"Gas Boiler ",{"$f":" +F536","v":0.68295510126783787},0.68295510126783787,0.67956117102723412,0.67616724078663037,0.67277331054602663,0.66937938030542288,0.66598545006481913,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549,0.66259151982421549]
[null,null,null,null,"Oil/Solid Fuel Boiler",{"$f":" +F534 +F535","v":0.1339948779745824},0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824,0.1339948779745824]
[]
[null,"Heat Supplied - Domestic"]
[null,null,"EB.dDHN.dHt.",null,"District Heat Network ",{"$f":"+SUMIFS(EB.dDHN.dHt., Prd., F$1)","v":11.55},12.054236891226342,12.931668916007252,13.6220457859744,14.40789383920842,15.059133534401353,15.547448297797319,16.056589003446156,15.998273770740568,15.874961019558729,15.666847279772877,15.352469743600277,15.242724050765331,14.949928543819906,14.313970110203083,14.02625689377291,13.606843321160664,13.315411965677178]
[null,null,"EB.dHPA.dHt.",null,"Heat Pump Air Source ",{"$f":"+SUMIFS(EB.dHPA.dHt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EB.dHPG.dHt.",null,"Heat Pump Ground Source ",{"$f":"+SUMIFS(EB.dHPG.dHt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EB.dHyb.dHt.",null,"Hybrid Heat Pump / Gas Boiler ",{"$f":"+SUMIFS(EB.dHyb.dHt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EB.dblO.dHt.",null,"Oil Fuel Boiler",{"$f":"+SUMIFS(EB.dblO.dHt., Prd., F$1)","v":18.361799180199998},19.163417927900991,20.252387647089481,21.02076837450528,21.9121371766783,22.576307938112659,22.980998736052776,23.404835636233926,23.319832623684366,23.14008618609147,22.83672985852499,22.378478447825948,22.218507989465508,21.791715554682831,20.864712776752604,20.445328526494027,19.833971673024809,19.409167689260144]
[null,null,"EB.dblS.dHt.",null,"Solid Fuel Boiler ",{"$f":"+SUMIFS(EB.dblS.dHt., Prd., F$1)","v":22.7717572484},23.765900978503389,25.116408837393315,26.069331763264842,27.174780841684615,27.998465667035344,28.500351158806268,29.025981077155834,28.920562869050791,28.697646682953739,28.321433187570396,27.753123416792164,27.554732811985453,27.025437527523096,25.875796252152735,25.35568837781171,24.597501790390648,24.070672523742672]
[null,null,"EB.dblG.dHt.",null,"Gas Boiler ",{"$f":"+SUMIFS(EB.dblG.dHt., Prd., F$1)","v":234.2318632386},244.45769410834765,258.15666627826988,267.7514496481844,278.89701871158491,287.1360367548582,292.0647106741668,297.22883880309536,296.1493462098743,293.86666301760187,290.01420062959141,284.19465390006468,282.16311501979749,276.74308038370668,264.97064311758538,259.64468844505245,251.88078484516336,246.48600246874599]
[null,null,"EB.dhtE.dHt.",null,"Electric Heater ",{"$f":"+SUMIFS(EB.dhtE.dHt., Prd., F$1)","v":28.00653426424693},29.229211993374893,30.890174922653969,32.062155999190495,33.421725976791492,34.434759667274307,35.052018716221859,35.698480566222635,35.568828795164137,35.294668582762391,34.831971038862207,34.133018081723819,33.889021397119507,33.238051585765099,31.82413049838328,31.184460101191601,30.251981399277089,29.604044494503469]
[]
[null,null,null,null,"District Heat Network ",{"$f":" +F547","v":11.55},{"$f":" +G547","v":12.054236891226342},12.931668916007252,13.6220457859744,14.40789383920842,15.059133534401353,15.547448297797319,16.056589003446156,15.998273770740568,15.874961019558729,15.666847279772877,15.352469743600277,15.242724050765331,14.949928543819906,14.313970110203083,14.02625689377291,13.606843321160664,13.315411965677178]
[null,null,null,null,"Heat Pump",{"$f":" +F548 +F549","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Hybrid Heat Pump / Gas Boiler ",{"$f":" +F550","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electric Heater ",{"$f":" +F554","v":28.00653426424693},29.229211993374893,30.890174922653969,32.062155999190495,33.421725976791492,34.434759667274307,35.052018716221859,35.698480566222635,35.568828795164137,35.294668582762391,34.831971038862207,34.133018081723819,33.889021397119507,33.238051585765099,31.82413049838328,31.184460101191601,30.251981399277089,29.604044494503469]
[null,null,null,null,"Gas Boiler ",{"$f":" +F553","v":234.2318632386},244.45769410834765,258.15666627826988,267.7514496481844,278.89701871158491,287.1360367548582,292.0647106741668,297.22883880309536,296.1493462098743,293.86666301760187,290.01420062959141,284.19465390006468,282.16311501979749,276.74308038370668,264.97064311758538,259.64468844505245,251.88078484516336,246.48600246874599]
[null,null,null,null,"Oil/Solid Fuel Boiler",{"$f":" +F551 +F552","v":41.133556428600002},42.929318906404376,45.3687964844828,47.090100137770122,49.086918018362915,50.574773605148003,51.481349894859044,52.43081671338976,52.240395492735161,51.837732869045212,51.158163046095382,50.131601864618112,49.77324080145096,48.817153082205927,46.740509028905336,45.80101690430574,44.431473463415458,43.479840213002817]
[]
[null,"Heat Supplied - Non-Domestic"]
[null,null,"EB.nDHN.dHt.",null,"District Heat Network ",{"$f":"+SUMIFS(EB.nDHN.dHt., Prd., F$1)","v":3.2798925999999993},3.2576195218673081,3.9064739891300082,4.6076223874699105,5.3598776238283685,6.1620659962511031,7.0130273527316858,7.9116152517592706,7.8572181639864667,7.8031104889497129,7.7492943124756692,7.6957717354237696,7.6425448737945416,7.5896158588387506,7.536986837167297,7.4846599708619204,7.4326374375866981,7.3809214307003588]
[null,null,"EB.nHPA.dHt.",null,"Heat Pump Air Source ",{"$f":"+SUMIFS(EB.nHPA.dHt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EB.nHPG.dHt.",null,"Heat Pump Ground Source ",{"$f":"+SUMIFS(EB.nHPG.dHt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EB.nHyb.dHt.",null,"Hybrid Heat Pump / Gas Boiler ",{"$f":"+SUMIFS(EB.nHyb.dHt., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EB.nblO.dHt.",null,"Oil Fuel Boiler",{"$f":"+SUMIFS(EB.nblO.dHt., Prd., F$1)","v":8.868575823799997},8.8083511438061493,9.4774555740296869,10.13691711826019,10.786812491151517,11.427219139416326,12.058215248393333,12.679879748671288,12.592697989992654,12.5059800706912,12.419729333703906,12.333949146060659,12.248642899057849,12.163814008433294,12.079465914542372,11.995602082535445,11.912226002536562,11.829341189823454]
[null,null,"EB.nblS.dHt.",null,"Solid Fuel Boiler ",{"$f":"+SUMIFS(EB.nblS.dHt., Prd., F$1)","v":5.9607736764000006},5.9202952845691987,6.3700157530728037,6.8132550162359138,7.2500646357408547,7.6804966653034974,8.1046036550872707,8.5224386561552805,8.4638417920681235,8.4055566850888148,8.3475855820821465,8.2899307461063039,8.2325944565295472,8.1755790091477802,8.1188867163029421,8.062519907002244,8.006480927038286,7.9507721391100397]
[null,null,"EB.nblG.dHt.",null,"Gas Boiler ",{"$f":"+SUMIFS(EB.nblG.dHt., Prd., F$1)","v":75.583336040399985},75.070065103065829,80.371177881210699,85.534247997261019,90.561144724301585,95.453730454097624,100.21386059665033,104.84338347855237,104.1225224973245,103.40549676458934,102.69233392136805,101.98306180789351,101.27770846504585,100.57630213579873,99.878871266675716,99.185444509217348,98.496050721458658,97.810718969417465]
[null,null,"EB.nhtE.dHt.",null,"Electric Heater ",{"$f":"+SUMIFS(EB.nhtE.dHt., Prd., F$1)","v":16.978439471080616},16.863142369916218,18.144108930284919,19.406614673560565,20.650806466064488,21.876832575607622,23.084842684062995,24.274987900047208,24.108082836357593,23.942065769675182,23.77694309988361,23.612721272991145,23.44940678146305,23.287006164556466,23.125526008657605,22.96497294762144,22.805353663113763,22.64667488495585]
[]
[null,null,null,null,"District Heat Network ",{"$f":" +F564","v":3.2798925999999993},3.2576195218673081,3.9064739891300082,4.6076223874699105,5.3598776238283685,6.1620659962511031,7.0130273527316858,7.9116152517592706,7.8572181639864667,7.8031104889497129,7.7492943124756692,7.6957717354237696,7.6425448737945416,7.5896158588387506,7.536986837167297,7.4846599708619204,7.4326374375866981,7.3809214307003588]
[null,null,null,null,"Heat Pump",{"$f":" +F565 +F566","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Hybrid Heat Pump / Gas Boiler ",{"$f":" +F567","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electric Heater ",{"$f":" +F571","v":16.978439471080616},16.863142369916218,18.144108930284919,19.406614673560565,20.650806466064488,21.876832575607622,23.084842684062995,24.274987900047208,24.108082836357593,23.942065769675182,23.77694309988361,23.612721272991145,23.44940678146305,23.287006164556466,23.125526008657605,22.96497294762144,22.805353663113763,22.64667488495585]
[null,null,null,null,"Gas Boiler ",{"$f":" +F570","v":75.583336040399985},75.070065103065829,80.371177881210699,85.534247997261019,90.561144724301585,95.453730454097624,100.21386059665033,104.84338347855237,104.1225224973245,103.40549676458934,102.69233392136805,101.98306180789351,101.27770846504585,100.57630213579873,99.878871266675716,99.185444509217348,98.496050721458658,97.810718969417465]
[null,null,null,null,"Oil/Solid Fuel Boiler",{"$f":" +F568 +F569","v":14.829349500199998},14.728646428375349,15.84747132710249,16.950172134496103,18.036877126892371,19.107715804719824,20.162818903480606,21.20231840482657,21.056539782060778,20.911536755780013,20.767314915786052,20.623879892166961,20.481237355587396,20.339393017581074,20.198352630845314,20.058121989537689,19.918706929574846,19.780113328933496]
[]
[]
[null,"Heat Supplied",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,null,null,"District Heat Network ",{"$f":" +F556 +F573","v":14.829892600000001},{"$f":" +G556 +G573","v":15.311856413093651},16.838142905137261,18.22966817344431,19.767771463036787,21.221199530652456,22.560475650529003,23.968204255205428,23.855491934727034,23.678071508508442,23.416141592248547,23.048241479024046,22.885268924559874,22.539544402658656,21.850956947370381,21.510916864634829,21.039480758747363,20.696333396377536]
[null,null,null,null,"Heat Pump",{"$f":" +F557 +F574","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Hybrid Heat Pump/Boiler ",{"$f":" +F558 +F575","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electric Heater ",{"$f":" +F559 +F576","v":44.984973735327543},46.092354363291108,49.034283852938884,51.468770672751063,54.07253244285598,56.311592242881929,58.136861400284857,59.973468466269843,59.676911631521733,59.236734352437573,58.608914138745817,57.745739354714964,57.338428178582561,56.525057750321565,54.949656507040885,54.149433048813037,53.057335062390848,52.250719379459319]
[null,null,null,null,"Gas Boiler ",{"$f":" +F560 +F577","v":309.81519927900001},319.52775921141347,338.52784415948059,353.28569764544545,369.45816343588649,382.58976720895583,392.27857127081711,402.07222228164773,400.27186870719879,397.27215978219124,392.70653455095947,386.17771570795821,383.44082348484335,377.31938251950544,364.84951438426111,358.8301329542698,350.37683556662205,344.29672143816344]
[null,null,null,null,"Oil/Solid Fuel Boiler",{"$f":" +F561 +F578","v":55.962905928799998},57.657965334779725,61.21626781158529,64.040272272266222,67.123795145255286,69.682489409867827,71.644168798339649,73.63313511821633,73.296935274795942,72.749269624825217,71.925477961881427,70.755481756785073,70.254478157038363,69.156546099786993,66.938861659750643,65.859138893843436,64.350180392990296,63.259953541936312]
[null,null,null,null,"Total",{"$f":"SUM(F582:F587)","v":425.59297154312759},438.5899353225779,465.61653872914201,487.02440876390705,510.42226248703457,529.805048392358,544.62007711997057,559.64703012133941,557.10120754824356,552.9362352679625,546.65706824383528,537.72717829848227,533.91899874502406,525.54053077227263,508.58898949842296,500.34962176156114,488.82383178075054,480.50372775593655]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Lighting Electricity Demand",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,"EB.dLt.fElc.",null,"Domestic",{"$f":"-SUMIFS(EB.dLt.fElc., Prd., F$1)","v":13.4285795},9.7522854078763093,7.6741644031194802,8.2399700306828656,10.44010887574774,12.898493089274552,15.62957346450966,18.638325806099711,18.953102249666433,19.251303444588356,19.549677170516162,19.865504922262389,20.201951452671377,20.548273879235872,20.894633122040119,21.240973595780961,21.592813886356517,21.952000340221666]
[null,null,"EB.nLt.fElc.",null,"Non-Domestic",{"$f":"-SUMIFS(EB.nLt.fElc., Prd., F$1)","v":24.1570219},24.331123983874065,24.812750583243417,25.211895819833025,25.526710397299677,25.755318068219495,25.895815308663288,25.946270989243484,26.133268371068446,26.32161346181174,26.511315974546928,26.702385692350688,26.894832468807309,27.088666228516871,27.283896967607003,27.480534754248488,27.678589729174355,27.878072106202975]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Appliances Electricity Demand",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,"EB.dAp.fElc.",null,"Domestic",{"$f":"-SUMIFS(EB.dAp.fElc., Prd., F$1)","v":59.227054300000006},62.417103225320425,65.735397993063955,69.461098403577722,74.312410567868056,80.769815146933979,87.329687090907825,95.137378543531995,96.744121873364392,98.266258585565012,99.789275964183204,101.40138558631462,103.11874160080723,104.88650809104627,106.65446250591837,108.42232111607559,110.21825296422465,112.05168253212577]
[null,null,"EB.nAp.fElc.",null,"Non-Domestic",{"$f":"-SUMIFS(EB.nAp.fElc., Prd., F$1)","v":40.003594699999994},41.035822016167245,41.301150344894097,41.819543197009914,43.00027097128141,45.000088545145644,46.87415524295011,49.217135256160532,49.571848094766224,49.929117384437546,50.288961549774136,50.65139914816362,51.016448870738557,51.384129543340435,51.754460127490383,52.12745972136721,52.503147560792108,52.881543020220874]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Cooling Electricity Demand",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,"EB.dAC.fElc.",null,"Domestic",{"$f":"-SUMIFS(EB.dAC.fElc., Prd., F$1)","v":0.15},0.2,0.39272868029290431,0.72277098243570637,1.2765854171871582,2.3189856340689148,4.2297372849386132,7.7131948893598912,7.8434604551123224,7.966866599880972,8.0903441440492596,8.2210447781099525,8.360278188121713,8.5035985913831365,8.6469342304997117,8.790262102317584,8.9358659918176855,9.0845099821149944]
[null,null,"EB.nAC.fElc.",null,"Non-Domestic",{"$f":"-SUMIFS(EB.nAC.fElc., Prd., F$1)","v":12.930350300000001},14.069829504592567,15.726328552633234,17.38270024584773,20.104045100303185,23.024196681864893,26.150834354673147,29.491800935875041,29.704351308242533,29.918433552498495,30.134058708997504,30.351237897663129,30.569982318561323,30.790303252478047,31.012212061501007,31.235720189605658,31.460839163245254,31.687580591945434]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Domestic Energy Consumption",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G16578","v":"EB.dDwl.fElc."},null,"Electricity ",{"$f":"-SUMIFS(EB.dDwl.fElc., Prd., F$1)","v":108.00789393303027},109.06800009856114,112.4384812930201,118.44866866339875,127.63152732746161,138.77649431933011,150.72575724463758,165.79943749514084,167.79773301103469,169.52515511178544,171.04738121319099,172.42967942331626,174.45015335505639,176.09231054071466,176.89960736436922,178.55425536028895,179.92579547853495,181.65873676618139]
[null,null,{"$f":"Model!G16579","v":"EB.dDwl.fBiS."},null,"Bioenergy Solid ",{"$f":"-SUMIFS(EB.dDwl.fBiS., Prd., F$1)","v":23.517343507174157},24.542294396501841,25.946647458392984,26.944110931478189,28.09781114140624,28.963094120703829,29.499181356218614,30.05992472192338,29.957588279884078,29.734620829437304,29.354658120487478,28.778273388956311,28.58110730077841,28.045224091155635,26.874018630994016,26.347544964327238,25.577343000157544,25.04421529903556]
[null,null,{"$f":"Model!G16580","v":"EB.dDwl.fBiL."},null,"Bioenergy Liquid ",{"$f":"-SUMIFS(EB.dDwl.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16581","v":"EB.dDwl.fBiG."},null,"Bioenergy Gaseous ",{"$f":"-SUMIFS(EB.dDwl.fBiG., Prd., F$1)","v":0.56882371435650314},0.59352252443309805,0.78341970909208081,0.97533618391184074,1.1853509267173514,1.3951397680642477,1.5974254111527579,1.8072910402809006,1.8017659547851514,1.7890847973888622,1.7671264537445628,1.7335897191217198,1.7224967358292798,1.6914040036035249,1.6227676205976782,1.5922309655392655,1.5473005657077923,1.5163920156423289]
[null,null,{"$f":"Model!G16582","v":"EB.dDwl.fFsS."},null,"Fossil Fuel Solid ",{"$f":"-SUMIFS(EB.dDwl.fFsS., Prd., F$1)","v":6.8158443050872162},7.1123808939637234,7.5222479463380996,7.8152903636818625,8.1532330923239442,8.4083489178683948,8.5689875645680278,8.7368119137565312,8.7090897663983178,8.6466178200579229,8.5390369591817663,8.3751109611171319,8.3202570001165697,8.168131394491656,7.8334572689472539,7.6840354270781672,7.4646119252354204,7.3133468231265777]
[null,null,{"$f":"Model!G16583","v":"EB.dDwl.fFsL."},null,"Fossil Fuel Liquid ",{"$f":"-SUMIFS(EB.dDwl.fFsL., Prd., F$1)","v":29.482610958016522},30.766731041066652,32.531798511965235,33.788500704364324,35.240470528281293,36.332065955021562,37.012429734740785,37.723766456767237,37.598522192050268,37.322381755940128,36.850040451570827,36.132370745672823,35.888797012686247,35.222000072537469,33.761219593033054,33.106182230990925,32.146595601559099,31.483350574302989]
[null,null,{"$f":"Model!G16584","v":"EB.dDwl.fFsG."},null,"Fossil Fuel Gaseous ",{"$f":"-SUMIFS(EB.dDwl.fFsG., Prd., F$1)","v":283.84303346389504},296.1677396921159,312.58446392774027,324.13672512003507,337.48634242109733,347.38980224799769,353.38599928946007,359.65091701589921,358.55142500224514,356.02787468038349,351.65816429516798,344.98435410522222,342.77685043002663,336.58939671710147,322.93075649893797,316.85396214231378,307.91281257585064,301.76201111282347]
[null,null,{"$f":"Model!G16585","v":"EB.dDwl.fH2G."},null,"Hydrogen Gaseous ",{"$f":"-SUMIFS(EB.dDwl.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16586","v":"EB.dDwl.fNwkH."},null,"Network Heat ",{"$f":"-SUMIFS(EB.dDwl.fNwkH., Prd., F$1)","v":17.325000000000003},18.081355336839515,19.397503374010881,20.4330686789616,21.611840758812633,22.588700301602032,23.321172446695982,24.084883505169238,23.997410656110851,23.812441529338095,23.500270919659318,23.028704615400418,22.864086076147998,22.424892815729862,21.470955165304627,21.039385340659368,20.410264981740998,19.973117948515771]
[null,null,{"$f":"Model!G16587","v":"EB.dDwl.rEnvH."},null,"Environmental Heat ",{"$f":"-SUMIFS(EB.dDwl.rEnvH., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,null,null,"Electricity ",{"$f":"F643","v":108.00789393303027},109.06800009856114,112.4384812930201,118.44866866339875,127.63152732746161,138.77649431933011,150.72575724463758,165.79943749514084,167.79773301103469,169.52515511178544,171.04738121319099,172.42967942331626,174.45015335505639,176.09231054071466,176.89960736436922,178.55425536028895,179.92579547853495,181.65873676618139]
[null,null,null,null,"Bioenergy",{"$f":" +F644 +F645 +F646","v":24.086167221530662},25.135816920934939,26.730067167485064,27.919447115390028,29.283162068123591,30.358233888768076,31.096606767371373,31.867215762204282,31.759354234669228,31.523705626826168,31.121784574232041,30.511863108078032,30.303604036607688,29.736628094759162,28.496786251591693,27.939775929866503,27.124643565865338,26.560607314677888]
[null,null,null,null,"Fossil Fuel",{"$f":" +F647 +F648 +F649","v":320.14148872699877},334.04685162714628,352.63851038604361,365.74051618808124,380.8800460417026,392.13021712088766,398.96741658876886,406.11149538642297,404.85903696069374,401.99687425638155,397.04724170592056,389.4918358120122,386.98590444282945,{"$f":" +S647 +S648 +S649","v":379.97952818413057},364.52543336091827,357.64417980038286,347.52402010264518,340.55870851025304]
[null,null,null,null,"Hydrogen",{"$f":"F650","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Network Heat ",{"$f":"F651","v":17.325000000000003},18.081355336839515,19.397503374010881,20.4330686789616,21.611840758812633,22.588700301602032,23.321172446695982,24.084883505169238,23.997410656110851,23.812441529338095,23.500270919659318,23.028704615400418,22.864086076147998,22.424892815729862,21.470955165304627,21.039385340659368,20.410264981740998,19.973117948515771]
[null,null,null,null,"Total Domestic Energy Consumption",{"$f":"SUM(F654:F658)","v":469.56054988155967},{"$f":"SUM(G654:G658)","v":486.33202398348186},511.20456222055964,532.54170064583161,559.40657619610045,583.85364563058783,604.1109530474738,627.86303214893735,628.41353486250853,626.85817652433127,622.71667841300291,615.46208295880695,614.60374791064146,608.2333596353343,591.39278214218382,585.17759643119768,574.98472412878641,568.75117053962811,"*Excludes Environmental heat as this is not a fuel"]
[]
[null,"Non-Domestic Energy Consumption",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G16598","v":"EB.nFlr.fElc."},null,"Electricity ",{"$f":"-SUMIFS(EB.nFlr.fElc., Prd., F$1)","v":104.58349133265033},106.8673009551989,110.75432572261627,114.79230747161503,120.45393455207001,127.02808747462835,133.5758713161643,140.69803348005073,141.33786837163234,141.98460327187431,142.63828790983226,143.2989723729641,143.96670710971313,144.64154293210976,145.32353101839155,146.01272291564311,146.70917054245356,147.41292619159503]
[null,null,{"$f":"Model!G16599","v":"EB.nFlr.fBiS."},null,"Bioenergy Solid ",{"$f":"-SUMIFS(EB.nFlr.fBiS., Prd., F$1)","v":2.5712375692274256},2.553973256940429,2.7722480564163701,2.9910883285858847,3.2104399156430157,3.4302497912138938,3.6504660698550668,3.8710380166435763,3.8447503673354744,3.8186046813039014,3.7926019816924534,3.7667432990186271,3.7410296712269604,3.7154621437425619,3.6900417695250263,3.6647696091227329,3.6396467307275366,3.6146742102298606]
[null,null,{"$f":"Model!G16600","v":"EB.nFlr.fBiL."},null,"Bioenergy Liquid ",{"$f":"-SUMIFS(EB.nFlr.fBiL., Prd., F$1)","v":0},0,8.8977771546623285E-2,0.19027585248704784,0.30361339528457665,0.42871295173199403,0.56530050107277829,0.71310547840125726,0.70830043724080749,0.70352158888979077,0.69876912212241549,0.69404322707340627,0.68934409524780627,0.68467191953085604,0.68002689419793882,0.67540921492460015,0.67081907879663849,0.66625668432027019]
[null,null,{"$f":"Model!G16601","v":"EB.nFlr.fBiG."},null,"Bioenergy Gaseous ",{"$f":"-SUMIFS(EB.nFlr.fBiG., Prd., F$1)","v":0.19297237515217563},0.19186194636736167,0.25563588883594718,0.32524380585111889,0.40044870774484298,0.481017980037383,0.56672336230606291,0.65734092668663047,0.65335222077662214,0.64938814000191003,0.64544886183831762,0.64153456504075601,0.6376454296524392,0.63378163701417212,0.62994336977370047,0.62613081189513065,0.6223441486684167,0.61858356671891634]
[null,null,{"$f":"Model!G16602","v":"EB.nFlr.fFsS."},null,"Fossil Fuel Solid ",{"$f":"-SUMIFS(EB.nFlr.fFsS., Prd., F$1)","v":8.703544061258043},8.6457892668843641,9.257279199508238,9.8530579835902383,10.433348213425495,10.99837142005509,11.548348062962095,12.083497521676922,12.002492870760832,11.921932508321754,11.841819636391373,11.762157480078754,11.682949287736625,11.60419833112894,11.525907905599576,11.44808133024228,11.370721948071841,11.293833126196501]
[null,null,{"$f":"Model!G16603","v":"EB.nFlr.fFsL."},null,"Fossil Fuel Liquid ",{"$f":"-SUMIFS(EB.nFlr.fFsL., Prd., F$1)","v":14.183456774527563},14.088628536034388,15.084302287848567,16.054262779145979,16.998874296776883,17.918499394266505,18.813498878310021,19.684231795120009,19.551182292578975,19.41885535323938,19.2872561846868,19.156390032038427,19.026262178213511,18.896877944205862,18.768242689358217,18.640361811638627,18.513240747918843,18.386884974254702]
[null,null,{"$f":"Model!G16604","v":"EB.nFlr.fFsG."},null,"Fossil Fuel Gaseous ",{"$f":"-SUMIFS(EB.nFlr.fFsG., Prd., F$1)","v":96.293215200935634},95.73911123731348,101.99871964554292,108.08935814452184,114.01346779078172,119.77347702930837,125.37180159459677,130.81084441063945,130.01709193454781,129.22823986038009,128.4443235058252,127.66537844311044,126.8914405008354,126.12254576582023,125.35873058496639,124.60003156713098,123.84648558501492,123.09812977706434]
[null,null,{"$f":"Model!G16605","v":"EB.nFlr.fH2G."},null,"Hydrogen Gaseous ",{"$f":"-SUMIFS(EB.nFlr.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16606","v":"EB.nFlr.fNwkH."},null,"Network Heat ",{"$f":"-SUMIFS(EB.nFlr.fNwkH., Prd., F$1)","v":4.9198388999999993},4.8864292828009628,5.8597109836950132,6.9114335812048653,8.0398164357425532,9.2430989943766555,10.51954102909753,11.867422877638907,11.785827245979702,11.704665733424569,11.623941468713504,11.543657603135657,11.463817310691812,11.384423788258127,11.305480255750947,11.226989956292883,11.148956156380049,11.071382146050539]
[null,null,{"$f":"Model!G16607","v":"EB.nFlr.rEnvH."},null,"Environmental Heat ",{"$f":"-SUMIFS(EB.nFlr.rEnvH., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,null,null,"Electricity ",{"$f":"F662","v":104.58349133265033},106.8673009551989,110.75432572261627,114.79230747161503,120.45393455207001,127.02808747462835,133.5758713161643,140.69803348005073,141.33786837163234,141.98460327187431,142.63828790983226,143.2989723729641,143.96670710971313,144.64154293210976,145.32353101839155,146.01272291564311,146.70917054245356,147.41292619159503]
[null,null,null,null,"Bioenergy",{"$f":" +F663 +F664 +F665","v":2.7642099443796013},2.7458352033077906,3.1168617167989408,3.5066079869240516,3.9145020186724353,4.3399807229832712,4.7824899332339079,5.2414844217314638,5.2064030253529037,5.1715144101956021,5.1368199656531868,5.1023210911327901,5.0680191961272056,5.0339157002875901,5.0000120334966658,4.9663096359424639,4.9328099581925926,4.8995144612690469]
[null,null,null,null,"Fossil Fuel",{"$f":" +F666 +F667 +F668","v":119.18021603672125},118.47352904023224,126.34030113289973,133.99667890725806,141.4456903009841,148.69034784362995,155.73364853586889,162.57857372743638,161.57076709788763,160.56902772194121,159.57339932690337,158.58392595522761,157.60065196678553,156.62362204115504,155.65288117992418,154.6884747090119,153.73044828100561,152.77884787751555]
[null,null,null,null,"Hydrogen",{"$f":"F669","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Network Heat ",{"$f":"F670","v":4.9198388999999993},4.8864292828009628,5.8597109836950132,6.9114335812048653,8.0398164357425532,9.2430989943766555,10.51954102909753,11.867422877638907,11.785827245979702,11.704665733424569,11.623941468713504,11.543657603135657,11.463817310691812,11.384423788258127,11.305480255750947,11.226989956292883,11.148956156380049,11.071382146050539]
[null,null,null,null,"Total Non-Domestic Energy Consumption",{"$f":"SUM(F673:F677)","v":231.44775621375118},232.9730944815399,246.07119955600993,259.20702794700202,273.85394330746914,289.30151503561825,304.61155081436465,320.38551450685748,319.90086574085257,319.42981113743571,318.97244867110231,318.52887702246016,318.09919558331768,317.68350446181051,317.28190448756334,316.89449721689033,316.52138493803182,316.1626706764302,"*Excludes Environmental heat as this is not a fuel"]
[]
[]
[null,"Buildings & Heat Network Energy Consumption",null,null,null,"* Residential buildings +Non-Residential buildings +Heat Networks (note FEC does not include fuel for heat networks so there is currently a discrepency)"]
[null,null,null,null,"Waste Heat",{"$f":" +F732","v":10.694838899999999},{"$f":" +G732","v":11.417784619640473},13.707214357705892,15.794502260166462,18.10165719455518,20.206272596577776,21.481496380286316,22.821898834304303,22.71457710306618,22.545642001579779,22.296239168271445,21.945934277853333,21.790756062950486,21.461566192096722,20.805911180322234,20.482133884152297,20.009221138121042,19.494500094566305]
[null,null,null,null,"Electricity",{"$f":" +F643 +F662 +F733","v":203.40491271168059},206.8500409005097,214.42806702571522,224.76845645143709,239.93594388676937,257.87984776053349,275.87676224069781,297.54690982962813,300.22713093799871,302.66754289728675,304.94126737798746,307.12163675004831,309.87070503898497,312.31680360871854,314.06323102532758,316.5340537128734,318.75250698032545,321.11714297101571]
[null,null,null,null,"Hydrogen",{"$f":" +F657 +F676 +F736","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Bioenergy",{"$f":" +F644 +F645 +F646 +F663 +F664 +F665 +F734 +F735","v":27.503210070519053},28.534485028851517,30.414770356684862,31.909004521749591,33.595820832508785,35.012433329977952,36.117069928924735,37.272830278292041,37.12911552000994,36.857363352786557,36.418954205136494,35.772014548469357,35.528337574283505,34.9248906751954,33.646429838097518,33.053388583468966,32.20182852405793,31.604496775946938]
[null,null,null,null,"Natural Gas",{"$f":" +F649 +F668 +F737","v":408.35841576022187},420.1290180248206,442.89034210088232,460.61813384512141,479.97665346616628,495.91287730758177,509.41787039450537,523.12365020344191,521.07681067436613,517.52263437795602,512.01207118599541,504.05797205078102,500.85444489903671,493.42697163250125,478.06616613272854,470.76729422378463,460.4899231608656,453.59076588988785]
[null,null,null,null,"Oil",{"$f":" +F648 +F667","v":43.666067732544086},44.855359577101041,47.6161007998138,49.842763483510304,52.239344825058176,54.250565349288067,55.825928613050806,57.40799825188725,57.14970448462924,56.741237109179508,56.137296636257631,55.288760777711246,54.915059190899754,54.118878016743331,52.529462282391272,51.746544042629552,50.659836349477942,49.870235548557687]
[null,null,null,null,"Coal",{"$f":" +F647 +F666","v":15.519388366345259},{"$f":" +G647 +G666","v":15.758170160848088},16.779527145846338,17.668348347272101,18.586581305749441,19.406720337923485,20.117335627530124,20.820309435433451,20.71158263715915,20.568550328379679,20.380856595573139,20.137268441195886,20.003206287853196,19.772329725620594,19.359365174546831,19.132116757320446,18.835333873307263,18.607179949323079]
[null,null,null,null,"Environmental Heat",{"$f":" +F652 +F671 +F731","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total",{"$f":"SUM(F682:F689)","v":709.14683354131091},{"$f":"SUM(G682:G689)","v":727.54485831177135},765.83602178664842,800.60120890925702,842.43600151080727,882.66871668188253,918.83646318499518,{"$f":"SUM(M682:M689)","v":958.99359683298712},959.00892135722938,956.90297006716844,952.18668516922151,944.32358684605924,942.96250905400871,936.02143985087582,918.47056563341403,911.71553120422936,900.94865002615529,894.28432122929757]
[]
[null,null,null,null,"Total excluding Heat networks (including network heat supplied)",{"$f":" +F690 -F738 +F723","v":701.0083060953109},719.30511846502168,757.27576177656965,791.74872859283369,833.26051950356964,873.15516066620614,908.7225038618385,948.24854665579483,948.31440060336115,946.28798766176715,941.68912708410517,933.99095998126722,932.70294349395931,925.91686409714487,908.67468662974727,902.07209364808807,891.50610906681834,884.91384121605824]
[null,null,null,null,"FEC (calculated above)",{"$f":" +F449 +F450","v":701.0083060953109},719.30511846502168,757.27576177656954,791.74872859283369,833.26051950356941,873.15516066620603,908.7225038618385,948.24854665579483,948.31440060336104,946.28798766176692,941.68912708410517,933.99095998126711,932.70294349395908,925.91686409714475,908.67468662974716,902.07209364808796,891.50610906681823,884.91384121605824]
[null,null,null,null,"Check",{"$f":" +F692 -F693","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
["Network Heating Source",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[null,"Total Network Heat Production (Pre Losses)",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,"Dem.hnPip.fNwkH.",null,"Network Heat Produced",{"$f":"+SUMIFS(Dem.hnPip.fNwkH., Prd., F$1)","v":22.244838900000001},22.967784619640476,25.257214357705895,27.344502260166465,29.651657194555185,31.831799295978687,33.840713475793514,35.952306382808146,35.783237902090555,35.517107262762664,35.124212388372825,34.572362218536071,34.327903386839807,33.809316603987988,32.776435421055574,32.266375296952248,31.559221138121046,31.04450009456631]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Total Network Heat Supply",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,"Actv.hnHPW.",null,"Heat Pump Water Source ",{"$f":"+SUMIFS(Actv.hnHPW., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Actv.hnHPG.",null,"Heat Pump Ground Source ",{"$f":"+SUMIFS(Actv.hnHPG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"Actv.hnWHO.",null,"Waste Heat from Power ",{"$f":"+SUMIFS(Actv.hnWHO., Prd., F$1)","v":10.694838899999999},11.417784619640473,13.707214357705892,15.794502260166462,18.10165719455518,20.206272596577776,21.481496380286316,22.821898834304303,22.71457710306618,22.545642001579779,22.296239168271445,21.945934277853333,21.790756062950486,21.461566192096722,20.805911180322234,20.482133884152297,20.009221138121042,19.494500094566305]
[null,null,null,null,"Heat Pump",{"$f":" +F716 +F717","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Actv.hnCHPB.",null,"Biomass CHP ",{"$f":"+SUMIFS(Actv.hnCHPB., Prd., F$1)","v":0.23851018220793144},0.23851018220793144,0.19875848517327621,0.15900678813862096,0.1192550911039657,7.9503394069310479E-2,3.9751697034655226E-2,-2.7755575615628914E-17,0,0,0,0,0,0,0,0,0,0]
[null,null,"Actv.hnCHPG.",null,"Gas CHP ",{"$f":"+SUMIFS(Actv.hnCHPG., Prd., F$1)","v":11.31148981779207},11.31148981779207,11.351241514826727,11.390993211861382,11.430744908896038,11.5460233053316,12.319465398472543,13.130407548503843,13.068660799024375,12.971465261182885,12.827973220101381,12.626427940682738,12.537147323889322,12.347750411891266,11.97052424073334,11.78424141279995,11.550000000000004,11.550000000000004]
[null,null,null,null,"Total",{"$f":"SUM(F719:F722)","v":22.244838900000001},{"$f":"SUM(G719:G722)","v":22.967784619640476},25.257214357705895,27.344502260166465,29.651657194555185,31.831799295978684,33.840713475793514,35.952306382808146,35.783237902090555,35.517107262762664,35.124212388372825,34.572362218536071,34.327903386839807,33.809316603987988,32.776435421055574,32.266375296952248,31.559221138121046,31.04450009456631]
[]
[]
[]
[]
[]
[]
[null,"Network Heat Production Energy Consumption",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G4575","v":"EB.hnALL.rEnvH."},null,"Environmental Heat ",{"$f":"-SUMIFS(EB.hnALL.rEnvH., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G4576","v":"EB.hnALL.fWstH."},null,"Waste Heat ",{"$f":"-SUMIFS(EB.hnALL.fWstH., Prd., F$1)","v":10.694838899999999},11.417784619640473,13.707214357705892,15.794502260166462,18.10165719455518,20.206272596577776,21.481496380286316,22.821898834304303,22.71457710306618,22.545642001579779,22.296239168271445,21.945934277853333,21.790756062950486,21.461566192096722,20.805911180322234,20.482133884152297,20.009221138121042,19.494500094566305]
[null,null,{"$f":"Model!G4577","v":"EB.hnALL.fElc."},null,"Electricity ",{"$f":"-SUMIFS(EB.hnALL.fElc., Prd., F$1)","v":-9.1864725540000016},-9.085260153250335,-8.7647399899211784,-8.4725196835766958,-8.1495179927622772,-7.9247340334249525,-8.4248663201040728,-8.9505611455634515,-8.9084704446682803,-8.8422154863729983,-8.7444017450357734,-8.6070150462320658,-8.5461554257845531,-8.4170498641058771,-8.1599073574332266,-8.0329245630586303,-7.8824590406630577,-7.9545199867607206]
[null,null,{"$f":"Model!G4578","v":"EB.hnALL.fBiS."},null,"Bioenergy Solid ",{"$f":"-SUMIFS(EB.hnALL.fBiS., Prd., F$1)","v":0.59627545551982852},0.59627545551982852,0.49689621293319053,0.39751697034655237,0.29813772775991426,0.19875848517327618,9.9379242586638064E-2,-6.9388939039072284E-17,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G4579","v":"EB.hnALL.fBiG."},null,"Bioenergy Gaseous ",{"$f":"-SUMIFS(EB.hnALL.fBiG., Prd., F$1)","v":5.6557449088960356E-2},5.6557449088960356E-2,7.0945259467667041E-2,8.543244908896036E-2,0.10001901795284032,0.115460233053316,0.13859398573281612,0.16413009435629802,0.16335825998780468,0.16214331576478605,0.16034966525126726,0.15783034925853423,0.15671434154861652,0.15434688014864081,0.14963155300916675,0.14730301765999937,0.14437500000000003,0.14437500000000003]
[null,null,{"$f":"Model!G4580","v":"EB.hnALL.fH2G."},null,"Hydrogen Gaseous ",{"$f":"-SUMIFS(EB.hnALL.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G4581","v":"EB.hnALL.fFsG."},null,"Fossil Fuel Gaseous ",{"$f":"-SUMIFS(EB.hnALL.fFsG., Prd., F$1)","v":28.22216709539121},28.22216709539121,28.30715852759915,28.39205058056449,28.476843254287253,28.749598030275681,30.66006951044854,32.661888776903311,32.508293737573133,32.266519837192426,31.909583385002183,31.408239502448311,31.186153968174686,30.715029149579522,29.776679048824182,29.313300514339875,28.730625000000007,28.730625000000007]
[null,null,null,null,"Total",{"$f":"SUM(F731:F737)","v":30.383366345999995},{"$f":"SUM(G731:G737)","v":31.207524466390137},33.817474367784719,36.196982576589768,38.82713920179291,41.345355311655098,43.954672798950241,46.697356560000458,46.477758655958837,46.132089668163992,45.621770473489121,44.904989083328111,44.587468946889231,43.913892357719007,42.572314424722357,41.909812853093541,41.001762097457991,40.41498010780559]
[]
[]
[]
[]
[]
[]
[]
["Industry",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[null,"Industry Energy Consumption",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G13583","v":"EB.inALLnonREF.fElc."},null,"Electricity ",{"$f":"-SUMIFS(EB.inALLnonREF.fElc., Prd., F$1)","v":93.4375134},90.669326906213072,88.098148779589678,86.133508303008824,84.316333662474406,83.101240252154639,82.43649523500315,81.86884453081629,83.147135478599466,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872]
[null,null,{"$f":"Model!G13584","v":"EB.inALLnonREF.fBiS."},null,"Bioenergy Solid ",{"$f":"-SUMIFS(EB.inALLnonREF.fBiS., Prd., F$1)","v":13.033857299999998},13.117405661434907,12.964206229689143,12.869151386168552,12.800655490801327,12.801854580717926,12.856783279102645,12.93189862161095,13.262106173271198,13.616334699315958,13.616334699315958,13.616334699315958,13.616334699315958,13.616334699315958,13.616334699315958,13.616334699315958,13.616334699315958,13.616334699315958]
[null,null,null,null,"Bioenergy Liquid ",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G13585","v":"EB.inALLnonREF.fFsG."},null,"Fossil Fuel Gaseous ",{"$f":"-SUMIFS(EB.inALLnonREF.fFsG., Prd., F$1)","v":102.78661988980002},100.4845613832896,98.17233078525453,96.673872903562426,95.376669892887449,94.760559694164741,94.792326027365021,94.96906758079534,97.099241788933028,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717]
[null,null,{"$f":"Model!G13586","v":"EB.inALLnonREF.fH2G."},null,"Hydrogen Gaseous ",{"$f":"-SUMIFS(EB.inALLnonREF.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G13587","v":"EB.inALLnonREF.fBiG."},null,"Bioenergy Gaseous ",{"$f":"-SUMIFS(EB.inALLnonREF.fBiG., Prd., F$1)","v":0.20598521020000005},0.20137186649957839,0.24604594181768055,0.29089430161553387,0.33499081246874662,0.3805644967637139,0.42849368872239335,0.477231495380881,0.48793588838659807,0.49952174934861665,0.49952174934861665,0.49952174934861665,0.49952174934861665,0.49952174934861665,0.49952174934861665,0.49952174934861665,0.49952174934861665,0.49952174934861665]
[null,null,{"$f":"Model!G13588","v":"EB.inALLnonREF.fFsS."},null,"Fossil Fuel Solid ",{"$f":"-SUMIFS(EB.inALLnonREF.fFsS., Prd., F$1)","v":58.565074699999997},49.348810743629393,47.38913776707949,45.896671696751142,44.565008284080498,43.43530653811667,42.496949548830045,41.703829988882262,41.212733515667367,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551]
[null,null,{"$f":"Model!G13589","v":"EB.inALLnonREF.fFsL."},null,"Fossil Fuel Liquid ",{"$f":"-SUMIFS(EB.inALLnonREF.fFsL., Prd., F$1)","v":50.79937480000001},50.325585783720719,49.042262835184573,47.894059113267147,46.808132062210426,46.003644091954421,45.407498283728792,44.846601719556141,45.420968090284795,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399]
[null,null,null,null,"Total",{"$f":"SUM(F748:F755)","v":318.82842530000005},304.14706234478729,295.91213233861504,289.75815770437362,284.20179020492287,280.4831696538721,278.41854606275206,276.7974739370419,280.63012093514243,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742]
[]
[null,null,null,null,"Electricity ",{"$f":"F748","v":93.4375134},90.669326906213072,88.098148779589678,86.133508303008824,84.316333662474406,83.101240252154639,82.43649523500315,81.86884453081629,83.147135478599466,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872]
[null,null,null,null,"Bioenergy",{"$f":" +F749 +F750 +F753","v":13.239842510199997},13.318777527934484,13.210252171506824,13.160045687784086,13.135646303270073,13.18241907748164,13.285276967825038,13.409130116991831,13.750042061657796,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575]
[null,null,null,null,"Fossil Fuel",{"$f":" +F754 +F755 +F751","v":212.15106938980003},200.15895791063971,194.60373138751859,190.46460371358071,186.74981023917837,184.19951032423583,182.69677385992387,181.51949928923375,183.73294339488518,186.31036125895565,186.31036125895565,186.31036125895565,186.31036125895565,186.31036125895565,186.31036125895565,186.31036125895565,186.31036125895565,186.31036125895565]
[null,null,null,null,"Hydrogen",{"$f":"F752","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total Industrial Energy Consumption",{"$f":"SUM(F758:F761)","v":318.82842530000005},304.14706234478729,295.91213233861509,289.75815770437362,284.20179020492287,280.4831696538721,278.41854606275206,276.7974739370419,280.63012093514243,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742]
[]
[]
[null,null,null,null,"Electricity",{"$f":" +F748","v":93.4375134},90.669326906213072,88.098148779589678,86.133508303008824,84.316333662474406,83.101240252154639,82.43649523500315,81.86884453081629,83.147135478599466,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872,84.5482645621872]
[null,null,null,null,"Hydrogen",{"$f":" +F752","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Bioenergy",{"$f":" +F749 +F750 +F753","v":13.239842510199997},13.318777527934484,13.210252171506824,13.160045687784086,13.135646303270073,13.18241907748164,13.285276967825038,13.409130116991831,13.750042061657796,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575,14.115856448664575]
[null,null,null,null,"Natural gas",{"$f":"F751","v":102.78661988980002},100.4845613832896,98.17233078525453,96.673872903562426,95.376669892887449,94.760559694164741,94.792326027365021,94.96906758079534,97.099241788933028,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717,99.404828120374717]
[null,null,null,null,"Oil",{"$f":" +F755","v":50.79937480000001},50.325585783720719,49.042262835184573,47.894059113267147,46.808132062210426,46.003644091954421,45.407498283728792,44.846601719556141,45.420968090284795,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399,46.044562207207399]
[null,null,null,null,"Coal",{"$f":" +F754","v":58.565074699999997},49.348810743629393,47.38913776707949,45.896671696751142,44.565008284080498,43.43530653811667,42.496949548830045,41.703829988882262,41.212733515667367,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551,40.860970931373551]
[null,null,null,null,"Total",{"$f":"SUM(F765:F770)","v":318.82842530000005},304.14706234478729,295.91213233861509,289.75815770437362,284.20179020492287,280.4831696538721,278.41854606275206,276.79747393704184,280.63012093514249,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742]
[]
[null,null,null,null,"FEC (calculated above)",{"$f":"F448","v":318.82842530000005},304.14706234478729,295.91213233861504,289.75815770437362,284.20179020492287,280.4831696538721,278.41854606275206,276.7974739370419,280.63012093514243,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742,284.97448226980742]
[null,null,null,null,"Check",{"$f":" +F771 -F773","v":0},{"$f":" +G771 -G773","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
["Gas Grid",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[null,"Gas Grid Fuel Shares"]
[null,null,{"$f":"Model!G5044","v":"Shr.ggALL.fH2G."},null,"Hydrogen",{"$f":"+SUMIFS(Shr.ggALL.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G5045","v":"Shr.ggALL.fBiG."},null,"Biomethane",{"$f":"+SUMIFS(Shr.ggALL.fBiG., Prd., F$1)","v":2E-3},2E-3,2.5000000000000001E-3,3.0000000000000001E-3,3.5000000000000001E-3,4.0000000000000001E-3,4.5000000000000005E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3]
[null,null,{"$f":"Model!G5046","v":"Shr.ggALL.fFsG."},null,"Natural Gas",{"$f":"+SUMIFS(Shr.ggALL.fFsG., Prd., F$1)","v":0.998},0.998,0.99750000000000005,0.997,0.99650000000000005,0.996,0.99550000000000005,0.995,0.995,0.995,0.995,0.995,0.995,0.995,0.995,0.995,0.995,0.995]
[]
[null,null,"Throuhput"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Gas Grid Throughput",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,"Dem.ggDstALL.fGrdG.",null,"Distribution",{"$f":"+SUMIFS(Dem.ggDstALL.fGrdG., Prd., F$1)","v":514.48676819881962},523.90488075942926,544.62312840457344,561.11048053044385,579.50393131975659,595.16032582949231,609.0496450364169,623.29470704957373,623.39993538733324,622.16590880643935,616.64732516520007,608.67307087208974,605.47450925816918,598.0304284846311,582.61199047456819,575.29712264071304,564.98850287837126,558.07570002983073]
[null,null,"Dem.ggTmsALL.fGrdG.",null,"Transmission",{"$f":"+SUMIFS(Dem.ggTmsALL.fGrdG., Prd., F$1)","v":755.33790667978531},766.26913021506482,754.3299816730397,799.24462775553934,1015.4938003611578,1179.2221982996221,1261.2077968624662,1346.4863119996355,1355.4882437184342,1362.3644028010594,1362.2195204416005,1358.9392582792318,1361.7211202317487,1359.567828843383,1347.8535521030867,1345.8864053231639,1340.3571163250369,1338.6029012553483]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Gas Distribution Grid Throughput",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G5062","v":"Dem.ggDstALL.fH2G."},null,"Hydrogen",{"$f":"+SUMIFS(Dem.ggDstALL.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G5063","v":"Dem.ggDstALL.fBiG."},null,"Biomethane",{"$f":"+SUMIFS(Dem.ggDstALL.fBiG., Prd., F$1)","v":1.0289735363976389},1.0478097615188586,1.3615578210114334,1.6833314415913314,2.0282637596191484,2.3806413033179692,2.740723402663876,3.1164735352478696,3.1169996769366661,3.1108295440321974,3.0832366258259998,3.0433653543604491,3.0273725462908461,2.9901521424231552,2.9130599523728411,2.8764856132035654,2.8249425143918563,2.7903785001491537]
[null,null,{"$f":"Model!G5064","v":"Dem.ggDstALL.fFsG."},null,"Natural Gas",{"$f":"+SUMIFS(Dem.ggDstALL.fFsG., Prd., F$1)","v":513.45779466242197},522.85707099791045,543.26157058356205,559.4271490888525,577.47566756013748,592.77968452617438,606.30892163375302,620.17823351432583,620.2829357103966,619.05507926240716,613.5640885393741,605.62970551772923,602.44713671187833,595.0402763422079,579.69893052219538,572.42063702750943,562.1635603639794,555.2853215296816]
[null,null,null,null,"Total ",{"$f":"SUM(F810:F812)","v":514.48676819881962},523.90488075942926,544.62312840457344,561.11048053044385,579.50393131975659,595.16032582949231,609.0496450364169,623.29470704957373,623.39993538733324,622.16590880643935,616.64732516520007,608.67307087208974,605.47450925816918,598.0304284846311,582.61199047456819,575.29712264071304,564.98850287837126,558.07570002983073]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Hydrogen Production",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[null,"Hydrogen Production",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,null,null,"Biomass CCS",{"$f":"+SUMIFS(EB.hpBccs.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Methane (SMR) CCS",{"$f":"+SUMIFS(EB.hpGccs.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electrolysis",{"$f":"+SUMIFS(EB.hpElc.fH2G., Prd., F$1)","v":1.7842295236715967E-2},1.7438977394033071E-2,1.6920140027729499E-2,1.3013381367003854E-2,9.8226342529498904E-3,6.5643198855160675E-3,3.3099196838731601E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Imports",{"$f":"+SUMIFS(EB.hpImp.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total",{"$f":"SUM(F828:F831)","v":1.7842295236715967E-2},1.7438977394033071E-2,1.6920140027729499E-2,1.3013381367003854E-2,9.8226342529498904E-3,6.5643198855160675E-3,3.3099196838731601E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Domestic Production",{"$f":" +F828 +F829 +F830","v":1.7842295236715967E-2},1.7438977394033071E-2,1.6920140027729499E-2,1.3013381367003854E-2,9.8226342529498904E-3,6.5643198855160675E-3,3.3099196838731601E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Imports",{"$f":" +F831","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Emissions",null,{"$f":"PrefUnit.Mass.GHG.","v":"Mt."}]
[null,null,null,null,"Biomass CCS",{"$f":"+SUMIFS(Em.GHG.hpBccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"SMR CCS",{"$f":"+SUMIFS(Em.GHG.hpGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Imports",{"$f":"+SUMIFS(Em.GHG.hpImp., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electrolysis",{"$f":"+SUMIFS(Em.GHG.hpElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Seasonal Storage",{"$f":"+SUMIFS(Em.GHG.hpSsnStr., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total",{"$f":"SUM(F837:F841)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,"H2 Emissions Intensity",null,{"$f":"PrefUnit.Mass.GHG.&\" / \"&PrefUnit.Energy.","v":"Mt. / TWh."}]
[null,null,null,null,"Direct GHG Intensity",{"$f":"IFERROR(F842 / F832, 0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Electricity Generation and Storage",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[null,"Electricity Generation",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G12150","v":"EB.eBccs.fElc."},null,"Biomass CCS ",{"$f":"+SUMIFS(EB.eBccs.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12154","v":"EB.eNuc.fElc."},null,"Nuclear ",{"$f":"+SUMIFS(EB.eNuc.fElc., Prd., F$1)","v":63.894559999999998},68.775932159999996,46.643776603540481,50.74219345995634,34.213436051245154,34.329780846043711,34.426081061782384,34.471209070126093,34.452884137391678,34.450143213470113,34.41573061156511,34.414984665733812,34.411169591267395,34.409788518680202,34.413103708110633,34.411666350541694,34.412259285609231,34.413077091937701]
[null,null,{"$f":"Model!G12158","v":"EB.eHyd.fElc."},null,"Hydro ",{"$f":"+SUMIFS(EB.eHyd.fElc., Prd., F$1)","v":5.6044092560768215},5.6044092560768215,5.5075490313774118,5.3920731819585379,5.4260766236938842,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,{"$f":"Model!G12161","v":"EB.eWons.fElc."},null,"Wind (onshore) ",{"$f":"+SUMIFS(EB.eWons.fElc., Prd., F$1)","v":21.912286551452549},33.429895191875097,30.812612576242785,24.172300830388821,12.289524160137027,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12164","v":"EB.eWoff.fElc."},null,"Wind (offshore) ",{"$f":"+SUMIFS(EB.eWoff.fElc., Prd., F$1)","v":16.44523127450309},36.352685840101898,37.735578154388747,35.281078596190326,22.151566028425439,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12167","v":"EB.eSol.fElc."},null,"Solar PV ",{"$f":"+SUMIFS(EB.eSol.fElc., Prd., F$1)","v":9.1942191000000015},13.636532411659719,13.503915730730562,13.345811370298497,4.3627727343088942,2.2880961419982775E-16,2.292577091662268E-16,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12170","v":"EB.eTidS.fElc."},null,"Tidal Stream ",{"$f":"+SUMIFS(EB.eTidS.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12173","v":"EB.eTidR.fElc."},null,"Tidal Range ",{"$f":"+SUMIFS(EB.eTidR.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12176","v":"EB.eWav.fElc."},null,"Wave ",{"$f":"+SUMIFS(EB.eWav.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12179","v":"EB.eBio.fElc."},null,"Biomass ",{"$f":"+SUMIFS(EB.eBio.fElc., Prd., F$1)","v":12.565751009123357},23.185234600200001,25.678144280313198,23.725757986768677,10.920236830423828,2.8783014008222256,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12183","v":"EB.eGccs.fElc."},null,"Gas CCS ",{"$f":"+SUMIFS(EB.eGccs.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12187","v":"EB.eCoal.fElc."},null,"Coal Unabated ",{"$f":"+SUMIFS(EB.eCoal.fElc., Prd., F$1)","v":74.275215970008972},12.809999999999999,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12191","v":"EB.eGas.fElc."},null,"Gas Unabated (CCGT)",{"$f":"+SUMIFS(EB.eGas.fElc., Prd., F$1)","v":107.5825914712924},115.23509629950267,98.451656115675064,109.92945928033468,218.4559982680012,299.40337697545726,337.1655241122802,375.6180985638149,379.93697272136848,384.13898285171638,386.3172479304651,388.78865793945442,391.85573220755566,394.62427752566839,396.68387898819697,399.48060080131916,402.03114465064408,404.77465975602047]
[null,null,{"$f":"Model!G12195","v":"EB.eGasPk.fElc."},null,"Gas Unabated Peaking plant (OCGT)",{"$f":"+SUMIFS(EB.eGasPk.fElc., Prd., F$1)","v":0},0,4.9285244097204233,11.094183507124525,9.6909520822161141,8.8164384806884808,8.0535138325580728,7.8731429934407933,8.1788937239883577,8.285860178911463,8.7607352808879746,8.8073340210986011,8.910153694161064,8.9716401943794484,8.9499404081389873,9.0128440217274246,9.0410372493176254,9.0715481410294778]
[null,null,{"$f":"Model!G12197","v":"EB.eInt.fElc."},null,"Interconnectors ",{"$f":"+SUMIFS(EB.eInt.fElc., Prd., F$1)","v":20.938419400000001},24.894962985803545,76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,{"$f":"Model!G9926","v":"EB.bcEfW.fElc."},null,"EFW",{"$f":"+SUMIFS(EB.bcEfW.fElc., Prd., F$1)","v":5.8856106896103748},4.8234462956202782,4.2701497166655997,3.9604822132110646,3.7881779681628394,3.6999248171927674,3.6624120378905678,3.6538496042039275,3.5277583229324225,3.5598126711708993,3.5852323090743274,3.6066700973779255,3.6175301843549095,3.6313966445666579,3.6541943551548552,3.6653779498682075,3.6799183131464086,3.6896314912371166]
[null,null,{"$f":"Model!G9941","v":"EB.bcEfWccs.fElc."},null,"EFW with CCS",{"$f":"+SUMIFS(EB.bcEfWccs.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,{"$f":"Model!G4564","v":"EB.hnCHPB.fElc."},null,"CHP - Heat Network - Bio",{"$f":"+SUMIFS(EB.hnCHPB.fElc., Prd., F$1)","v":0.22062191854233656},0.22062191854233656,0.18385159878528048,0.14708127902822438,0.11031095927116827,7.3540639514112188E-2,3.677031975705608E-2,-2.5673907444456743E-17,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G4571","v":"EB.hnCHPG.fElc."},null,"CHP - Heat Network - Gas",{"$f":"+SUMIFS(EB.hnCHPG.fElc., Prd., F$1)","v":10.463128081457665},10.463128081457665,10.499898401214724,10.536668720971777,10.573439040728834,10.680071557431729,11.395505493587102,12.145626982366053,12.088511239097546,11.998605366594168,11.865875228593776,11.679445845131532,11.596861274597622,11.421669130999419,11.07273492267834,10.900423306839953,10.683750000000003,10.683750000000003]
[]
[null,null,{"$f":"Model!$G$13469","v":"EB.inSTLHtCHP.fElc."},null,"CHP - Ferrous & non-ferrous metals",{"$f":"+SUMIFS(EB.inSTLHtCHP.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!$G$13501","v":"EB.inCCGHtCHP.fElc."},null,"CHP - Cement, Ceramics, Glass",{"$f":"+SUMIFS(EB.inCCGHtCHP.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!$G$13533","v":"EB.inCHEHtCHP.fElc."},null,"CHP - Chemicals",{"$f":"+SUMIFS(EB.inCHEHtCHP.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!$G$13485","v":"EB.inOTHHtCHP.fElc."},null,"CHP - Other Industry",{"$f":"+SUMIFS(EB.inOTHHtCHP.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!$G$13517","v":"EB.inREFHtCHP.fElc."},null,"CHP - Refineries",{"$f":"+SUMIFS(EB.inREFHtCHP.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[null,null,null,null,"Biomass & Waste CCS",{"$f":" +F865 +F882","v":0},{"$f":" +G865 +G882","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Nuclear",{"$f":" +F866","v":63.894559999999998},{"$f":" +G866","v":68.775932159999996},46.643776603540481,50.74219345995634,34.213436051245154,34.329780846043711,34.426081061782384,34.471209070126093,34.452884137391678,34.450143213470113,34.41573061156511,34.414984665733812,34.411169591267395,34.409788518680202,34.413103708110633,34.411666350541694,34.412259285609231,34.413077091937701]
[null,null,null,null,"Wind",{"$f":" +F868 +F869","v":38.35751782595564},{"$f":" +G868 +G869","v":69.782581031977003},68.548190730631532,59.453379426579147,34.44109018856247,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Solar",{"$f":" +F870","v":9.1942191000000015},{"$f":" +G870","v":13.636532411659719},13.503915730730562,13.345811370298497,4.3627727343088942,2.2880961419982775E-16,2.292577091662268E-16,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Tidal, Wave, Hydro",{"$f":" +F867 +F871 +F872 +F873","v":5.6044092560768215},{"$f":" +G867 +G871 +G872 +G873","v":5.6044092560768215},5.5075490313774118,5.3920731819585379,5.4260766236938842,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,null,null,"Biomass & Waste",{"$f":" +F874 +F881","v":18.451361698733731},{"$f":" +G874 +G881","v":28.00868089582028},29.948293996978798,27.686240199979743,14.708414798586668,6.5782262180149935,3.6624120378905678,3.6538496042039275,3.5277583229324225,3.5598126711708993,3.5852323090743274,3.6066700973779255,3.6175301843549095,3.6313966445666579,3.6541943551548552,3.6653779498682075,3.6799183131464086,3.6896314912371166]
[null,null,null,null,"Gas CCS",{"$f":" +F875","v":0},{"$f":" +G875","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Gas",{"$f":" +F877 +F878","v":107.5825914712924},{"$f":" +G877 +G878","v":115.23509629950267},103.38018052539549,121.02364278745921,228.14695035021731,308.21981545614574,345.21903794483825,383.49124155725571,388.11586644535686,392.42484303062781,395.07798321135306,397.59599196055302,400.76588590171673,403.59591772004785,405.63381939633598,408.49344482304656,411.07218189996172,413.84620789704996]
[null,null,null,null,"Coal",{"$f":" +F876","v":74.275215970008972},{"$f":" +G876","v":12.809999999999999},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"CHP",{"$f":" +F884 +F885 +F887 +F888 +F889 +F890 +F891","v":10.683750000000002},{"$f":" +G884 +G885 +G887 +G888 +G889 +G890 +G891","v":10.683750000000002},10.683750000000003,10.683750000000002,10.683750000000002,10.753612196945841,11.432275813344157,12.145626982366053,12.088511239097546,11.998605366594168,11.865875228593776,11.679445845131532,11.596861274597622,11.421669130999419,11.07273492267834,10.900423306839953,10.683750000000003,10.683750000000003]
[null,null,null,null,"Net Imports",{"$f":" +F879","v":20.938419400000001},{"$f":" +G879","v":24.894962985803545},76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total",{"$f":"SUM(F896:F906)","v":348.98204472206754},{"$f":"SUM(G896:G906)","v":349.43194504083999},354.69288191305077,363.54125267058578,377.96203496444832,396.08797615651577,415.63005547156502,439.2394010335662,443.65884016787822,447.90667779391043,450.41123336614277,452.76335584069471,455.85694953859871,458.52399922978407,460.23974061125136,462.93651406546968,465.31382935883119,468.09854940221476]
[null,null,null,null,"Check",{"$f":"F907-SUM(F865:F891)","v":0},{"$f":"G907-SUM(G865:G891)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,"Waste Heat from Power Available",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G12151","v":"EB.eBccs.fWstH."},null,"Biomass CCS "]
[null,null,{"$f":"Model!G12155","v":"EB.eNuc.fWstH."},null,"Nuclear "]
[null,null,{"$f":"Model!G12180","v":"EB.eBio.fWstH."},null,"Biomass "]
[null,null,{"$f":"Model!G12184","v":"EB.eGccs.fWstH."},null,"Gas CCS "]
[null,null,{"$f":"Model!G12188","v":"EB.eCoal.fWstH."},null,"Coal Unabated "]
[null,null,{"$f":"Model!G12192","v":"EB.eGas.fWstH."},null,"Gas Unabated (CCGT)"]
[]
[null,"Fuel consumed in centralised electricity generation",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G12149","v":"EB.eBccs.fBiS."},null,"Biomass CCS "]
[null,null,{"$f":"Model!G12153","v":"EB.eNuc.rURN."},null,"Nuclear "]
[null,null,{"$f":"Model!G12157","v":"EB.eHyd.rEnvE."},null,"Hydro "]
[null,null,{"$f":"Model!G12160","v":"EB.eWons.rEnvE."},null,"Wind (onshore) "]
[null,null,{"$f":"Model!G12163","v":"EB.eWoff.rEnvE."},null,"Wind (offshore) "]
[null,null,{"$f":"Model!G12166","v":"EB.eSol.rEnvE."},null,"Solar PV "]
[null,null,{"$f":"Model!G12169","v":"EB.eTidS.rEnvE."},null,"Tidal Stream "]
[null,null,{"$f":"Model!G12172","v":"EB.eTidR.rEnvE."},null,"Tidal Range "]
[null,null,{"$f":"Model!G12175","v":"EB.eWav.rEnvE."},null,"Wave "]
[null,null,{"$f":"Model!G12178","v":"EB.eBio.fBiS."},null,"Biomass "]
[null,null,{"$f":"Model!G12182","v":"EB.eGccs.fFsG."},null,"Gas CCS "]
[null,null,{"$f":"Model!G12186","v":"EB.eCoal.fFsS."},null,"Coal Unabated "]
[null,null,{"$f":"Model!G12190","v":"EB.eGas.fFsG."},null,"Gas Unabated (CCGT)"]
[null,null,{"$f":"Model!G12194","v":"EB.eGasPk.fFsG."},null,"Gas Unabated Peaking plant (OCGT)"]
[]
[]
[]
[null,"Centralised Electricity Generation Capacity",null,{"$f":"PrefUnit.Power.","v":"GW."}]
[null,null,{"$f":"Model!G11983","v":"Cap.eBccs."},null,"Biomass CCS ",{"$f":"+SUMIFS(Cap.eBccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11984","v":"Cap.eNuc."},null,"Nuclear ",{"$f":"+SUMIFS(Cap.eNuc., Prd., F$1)","v":9.5679999999999996},9.5679999999999996,6.3979999999999988,6.8879999999999981,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5]
[null,null,{"$f":"Model!G11985","v":"Cap.eHyd."},null,"Hydro ",{"$f":"+SUMIFS(Cap.eHyd., Prd., F$1)","v":1.835},1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835]
[null,null,{"$f":"Model!G11986","v":"Cap.eWons."},null,"Wind (onshore) ",{"$f":"+SUMIFS(Cap.eWons., Prd., F$1)","v":9.2219999999999995},13.786344098722545,13.044191106998451,10.50071951399433,5.5078735621830752,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11987","v":"Cap.eWoff."},null,"Wind (offshore) ",{"$f":"+SUMIFS(Cap.eWoff., Prd., F$1)","v":5.0979999999999999},10.406699999999999,10.282699999999998,9.4614999999999991,6.3631999999999991,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11988","v":"Cap.eSol."},null,"Solar PV ",{"$f":"+SUMIFS(Cap.eSol., Prd., F$1)","v":9.5350000000000001},14.141966286748094,14.141966286748096,14.141966286748096,9.6132899323653653,4.6069662867480954,1.7763568394002505E-15,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11989","v":"Cap.eTidS."},null,"Tidal Stream ",{"$f":"+SUMIFS(Cap.eTidS., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11990","v":"Cap.eTidR."},null,"Tidal Range ",{"$f":"+SUMIFS(Cap.eTidR., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11991","v":"Cap.eWav."},null,"Wave ",{"$f":"+SUMIFS(Cap.eWav., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11992","v":"Cap.eBio."},null,"Biomass ",{"$f":"+SUMIFS(Cap.eBio., Prd., F$1)","v":2.0128490000000001},2.9387829999999995,3.3004329999999991,3.1115199999999987,1.5159999999999989,1.4178999999999991,1.4178999999999991,0.43914999999999949,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11994","v":"Cap.eGccs."},null,"Gas CCS ",{"$f":"+SUMIFS(Cap.eGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11995","v":"Cap.eCoal."},null,"Coal Unabated ",{"$f":"+SUMIFS(Cap.eCoal., Prd., F$1)","v":17.533999999999999},13.772,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11996","v":"Cap.eGas."},null,"Gas Unabated (CCGT)",{"$f":"+SUMIFS(Cap.eGas., Prd., F$1)","v":29.855},28.675000000000001,24.524000000000001,15.208070499904276,28.948305606090702,39.413935962562427,43.777935465312233,48.093126318410022,48.613393881531614,49.089673890347122,49.346831021100201,49.577780491650657,49.913582170284549,50.183939975836665,50.313550031516861,50.588124398104554,50.810202206087766,51.065214661803807]
[null,null,{"$f":"Model!G11997","v":"Cap.eGasPk."},null,"Gas Unabated Peaking plant (OCGT)",{"$f":"+SUMIFS(Cap.eGasPk., Prd., F$1)","v":1.9547000000000001},0.89470000000000005,11.244637028794029,25.311849206307379,25.216549206307377,25.199549206307378,25.199549206307378,25.199549206307378,18.660492183409438,18.904540677416069,19.987988320529258,20.094305318500115,20.328892754189056,20.469176806706475,20.41966782600727,20.563185082654403,20.627509124612423,20.697121015353588]
[]
[null,null,null,null,"Energy from Waste",{"$f":"-F1066","v":0.67141349413761964},{"$f":"-G1066","v":0.55024484321472478},0.48712636512270119,0.45180038936927491,0.43214441799712966,0.42207675304503384,0.41779740336419885,0.41682062562216821,0.40243649588551467,0.40609316349200303,0.40899296247710776,0.41143852354299848,0.41267741094625926,0.41425925673815389,0.41685995381643332,0.41813574604930492,0.41979446875957194,0.42090252010462192,"*Note this currently is based on peak electricity supply rather than installed capacity (calculations yet to be added) which may be slightly larger."]
[null,null,null,null,"Energy from Waste with CCS",{"$f":"-F1067","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"*Note this currently is based on peak electricity supply rather than installed capacity (calculations yet to be added) which may be slightly larger."]
[]
[null,null,{"$f":"Model!G11998","v":"Cap.eSsnStr."},null,"Seasonal Storage ",{"$f":"+SUMIFS(Cap.eSsnStr., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11999","v":"Cap.eInt."},null,"Interconnectors ",{"$f":"+SUMIFS(Cap.eInt., Prd., F$1)","v":4.0999999999999996},4.2891771869081863,7.6,7.6,7.6,7.6,7.6,7.6,7.6,7.6,6.5,6.5,6.5,6.5,6.5,6.5,6.5,6.5]
[null,null,{"$f":"Model!G12000","v":"Cap.eDShiftDSR."},null,"Demand Shift Demand Side Response",{"$f":"+SUMIFS(Cap.eDShiftDSR., Prd., F$1)","v":0},0.7740591248009534,2.8279999999999998,2.8279999999999998,2.8279999999999998,3.333333333333333,4.1666666666666661,5,5,5,5,5,5,5,5,5,5,5]
[null,null,{"$f":"Model!G12001","v":"Cap.eDShiftVtG."},null,"Demand Shift Vehicle to Grid ",{"$f":"+SUMIFS(Cap.eDShiftVtG., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G12002","v":"Cap.eDShiftBat."},null,"Demand Shift Battery ",{"$f":"+SUMIFS(Cap.eDShiftBat., Prd., F$1)","v":1.5},1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5]
[]
[]
[null,null,null,null,"Fossil Fuel",{"$f":" +F949 +F950 +F951","v":49.343699999999998},43.341700000000003,37.768637028794032,40.519919706211653,54.164854812398076,64.613485168869801,68.977484671619607,73.292675524717396,67.273886064941053,67.994214567763194,69.334819341629455,69.672085810150776,70.242474924473612,70.653116782543137,70.733217857524124,71.151309480758954,71.437711330700182,71.762335677157395]
[null,null,null,null,"Nuclear",{"$f":" +F939","v":9.5679999999999996},9.5679999999999996,6.3979999999999988,6.8879999999999981,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5]
[null,null,null,null,"Gas CCS",{"$f":" +F948","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Biomass CCS",{"$f":" +F938","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Wind Onshore",{"$f":" +F941","v":9.2219999999999995},13.786344098722545,13.044191106998451,10.50071951399433,5.5078735621830752,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Wind Offshore",{"$f":" +F942","v":5.0979999999999999},10.406699999999999,10.282699999999998,9.4614999999999991,6.3631999999999991,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Solar",{"$f":" +F943","v":9.5350000000000001},14.141966286748094,14.141966286748096,14.141966286748096,9.6132899323653653,4.6069662867480954,1.7763568394002505E-15,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,0,0,0,0,0,0]
[null,null,null,null,"Tidal & Wave",{"$f":" +F944 +F945 +F946","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Other Renewables",{"$f":" +F940 +F947","v":3.8478490000000001},4.7737829999999999,5.135432999999999,4.9465199999999987,3.3509999999999991,3.252899999999999,3.252899999999999,2.2741499999999997,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835]
[null,null,null,null,"Total",{"$f":"SUM(F963:F971)","v":86.614548999999982},96.018493385470649,86.770927422540581,86.458625506954078,83.500218306946508,76.973351455617887,76.730384671619603,{"$f":"SUM(M963:M971)","v":80.066825524717402},73.608886064941046,74.329214567763188,75.669819341629449,76.00708581015077,76.577474924473606,76.988116782543131,77.068217857524118,77.486309480758948,77.772711330700176,78.097335677157389]
[]
[]
[]
[]
[]
[null,null,null,null,"Biomass & Waste CCS",{"$f":" +F938 +F954","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"*Note EFW is currently is based on peak electricity supply rather than installed capacity (calculations yet to be added) which may be slightly larger."]
[null,null,null,null,"Nuclear",{"$f":" +F939","v":9.5679999999999996},9.5679999999999996,6.3979999999999988,6.8879999999999981,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5]
[null,null,null,null,"Wind",{"$f":" +F941 +F942","v":14.32},24.193044098722545,23.326891106998449,19.962219513994327,11.871073562183074,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Solar",{"$f":" +F943","v":9.5350000000000001},14.141966286748094,14.141966286748096,14.141966286748096,9.6132899323653653,4.6069662867480954,1.7763568394002505E-15,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,1.9283592243819288E-16,0,0,0,0,0,0]
[null,null,null,null,"Tidal, Wave, Hydro",{"$f":" +F940 +F944 +F945 +F946","v":1.835},1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835,1.835]
[null,null,null,null,"Biomass & Waste",{"$f":" +F947 +F953","v":2.6842624941376196},3.4890278432147244,3.7875593651227004,3.5633203893692738,1.9481444179971286,1.8399767530450328,1.835697403364198,0.85597062562216775,0.40243649588551467,0.40609316349200303,0.40899296247710776,0.41143852354299848,0.41267741094625926,0.41425925673815389,0.41685995381643332,0.41813574604930492,0.41979446875957194,0.42090252010462192,"*Note EFW is currently is based on peak electricity supply rather than installed capacity (calculations yet to be added) which may be slightly larger."]
[null,null,null,null,"Gas CCS",{"$f":" +F948","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Gas",{"$f":" +F950 +F951","v":31.809699999999999},29.569700000000001,35.768637028794032,40.519919706211653,54.164854812398076,64.613485168869801,68.977484671619607,73.292675524717396,67.273886064941053,67.994214567763194,69.334819341629455,69.672085810150776,70.242474924473612,70.653116782543137,70.733217857524124,71.151309480758954,71.437711330700182,71.762335677157395]
[null,null,null,null,"Coal",{"$f":" +F949","v":17.533999999999999},13.772,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Interconnectors",{"$f":" +F957","v":4.0999999999999996},4.2891771869081863,7.6,7.6,7.6,7.6,7.6,7.6,7.6,7.6,6.5,6.5,6.5,6.5,6.5,6.5,6.5,6.5]
[null,null,null,null,"Seasonal Storage",{"$f":" +F956","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"DSR & Batteries",{"$f":" +F958 +F959 +F960","v":1.5},{"$f":" +G958 +G959 +G960","v":2.2740591248009534},4.3279999999999994,4.3279999999999994,4.3279999999999994,4.833333333333333,5.6666666666666661,6.5,6.5,6.5,6.5,6.5,6.5,6.5,6.5,6.5,6.5,6.5]
[null,null,null,null,"Total",{"$f":"SUM(F978:F989)","v":92.885962494137601},{"$f":"SUM(G978:G989)","v":103.13197454039451},99.186053787663269,98.838425896323344,95.860362724943641,89.828761541996258,90.414848741650474,94.583646150339561,88.111322560826565,88.835307731255199,89.078812304106563,89.418524333693767,89.990152335419879,90.402376039281293,90.48507781134056,90.904445226808264,91.192505799459752,91.518238197262022]
[null,null,null,null,"Total Generation Capacity",{"$f":"SUM(F978:F986)","v":87.285962494137607},{"$f":"SUM(G978:G986)","v":96.568738228685362},87.258053787663272,86.910425896323346,83.932362724943644,77.395428208662935,77.148182074983808,{"$f":"SUM(M978:M986)","v":80.483646150339567},74.011322560826571,74.735307731255205,76.078812304106563,76.418524333693767,76.990152335419879,77.402376039281293,77.48507781134056,77.904445226808264,78.192505799459752,78.518238197262022]
[]
[]
[]
[]
[]
[]
[null,"Peak Power Demand",null,{"$f":"PrefUnit.Power.","v":"GW."}]
[null,null,null,null,"Agriculture",{"$f":"SUMIFS(F$1024:F$1068,$Z$1024:$Z$1068,$E999)","v":0.46964450148300241},0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,{"$f":"SUMIFS(P$1024:P$1068,$Z$1024:$Z$1068,$E999)","v":0.46964450148300241},0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241]
[null,null,null,null,"Industry",13.136686973506283,12.732785828847055,12.367922207829167,12.074572259903954,11.826082971777439,11.656366168859037,11.564387035259353,11.48255558139126,11.663857717689449,11.861251370683938,11.870944078692126,11.880707922619722,11.89108694673927,11.901294897062474,11.910931749446567,11.921122623240423,11.93117284675626,11.941532106974091,"*Net of CHP (actual demand is higher)"]
[null,null,null,null,"Transport",0.91747572041475056,0.94792463892449241,0.97093465943904289,0.99519227951063305,1.0174576966290576,1.0367100938416089,1.0597076248371509,1.0792538420568609,1.0973867761927267,1.1145648806451636,1.131752923876153,1.1499464194115938,1.1693276752229225,1.1892778394712713,1.2092301245468433,1.2291813284163802,1.2494493533773974,1.2701405596081825]
[null,null,null,null,"Buildings Other",30.63841401482868,29.831176451521618,29.730899036216421,30.866502745573332,33.003916232206564,35.608136599630939,38.31777278138631,41.399260667796277,41.942015860181698,42.463161897928806,42.985386869205627,43.532101732844744,44.10759874807917,44.697334674465139,45.287990364110101,45.879496805576281,46.479334306351561,47.090009791134591]
[null,null,null,null,"Buildings Heat",9.0782492634968364,9.5637227542634662,10.414520781240045,11.04299389498072,11.751190534489572,12.266580990812379,12.299307034958112,12.322644154891389,12.231897343671449,12.09489565523239,11.895461467752174,11.6161438075099,11.485766925602093,11.219634729507455,10.700678430492722,10.438455688074505,10.067734632267271,9.715635019102411,"*Net of CHP (actual demand is higher)"]
[null,null,null,null,"Energy Supply & GGR",0.49277609438334286,0.52897106449397591,0.62438244817511268,0.70569139156311733,0.79539767412110329,0.87224489032500552,0.90944646031753096,0.94853044381595386,0.94261359704470482,0.93326532938431894,0.91933359412884774,0.89957398956495904,0.89079464478356507,0.87206886402956441,0.83477987645350593,0.81634171082506135,0.78980864941176754,0.76376254113641162]
[]
[null,null,null,null,"EFW",{"$f":"SUMIFS(F$1024:F$1068,$Z$1024:$Z$1068,$E1006)","v":-0.67141349413761964},-0.55024484321472478,-0.48712636512270119,{"$f":"SUMIFS(I$1024:I$1068,$Z$1024:$Z$1068,$E1006)","v":-0.45180038936927491},-0.43214441799712966,-0.42207675304503384,-0.41779740336419885,-0.41682062562216821,-0.40243649588551467,-0.40609316349200303,-0.40899296247710776,-0.41143852354299848,-0.41267741094625926,-0.41425925673815389,-0.41685995381643332,-0.41813574604930492,-0.41979446875957194,-0.42090252010462192]
[]
[null,"Peak Gate Power Demand",null,{"$f":"PrefUnit.Power.","v":"GW."}]
[null,null,null,null,"Agriculture",{"$f":"SUMPRODUCT(F$1024:F$1068,($Z$1024:$Z$1068=$E1009)*1, $Y$1024:$Y$1068)","v":0.50666772552237327},0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,{"$f":"SUMPRODUCT(P$1024:P$1068,($Z$1024:$Z$1068=$E1009)*1, $Y$1024:$Y$1068)","v":0.50666772552237327},0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327,0.50666772552237327]
[null,null,null,null,"Industry",14.172284118622247,13.736542459443511,13.342915747317123,13.02644030593957,12.758361999828939,12.575266006484902,12.476035932952023,12.387753505548716,12.583348132421772,12.796302809586006,12.806759617459097,12.817293169070005,12.828490397031128,12.839503065030373,12.84989961404399,12.860893859329336,12.871736366531445,12.882912272554169,"*Net of CHP (actual demand is higher)"]
[null,null,null,null,"Transport",0.98980257411012573,1.0226518552945778,1.0474758119714183,1.0736457195279818,1.0976663739028896,1.1184364846477923,1.1432469672263117,1.1643340605277441,1.1838964581852385,1.2024287546013968,1.2209717732943151,1.2405995065545476,1.2615086341365482,1.283031518598285,1.3045566910772393,1.3260806971160437,1.3479465000273994,1.3702688446224329]
[null,null,null,null,"Buildings Other",33.053715083403105,32.182841009788916,32.074658480719563,33.299784606326845,35.605695622752322,38.415213047432957,41.338456472764136,44.66286558157298,45.248407492471571,45.810636746250843,46.374029988527305,46.963843721243443,47.584708572919546,48.220934823918505,48.858153345362417,49.496289685473172,50.143413842662603,50.802230368631214]
[null,null,null,null,"Buildings Heat",9.7939098435874605,10.317654396310683,11.235522911423587,11.91354009694466,12.677565608644439,{"$f":"SUMPRODUCT(K$1024:K$1068,($Z$1024:$Z$1068=$E1013)*1, $Y$1024:$Y$1068)","v":13.233585554446918},13.268891472647404,13.294068314789701,13.196167710622024,13.048365844199752,12.833209772228454,12.531872818072063,12.391218007873416,12.104105960233646,11.544239067643574,11.261344665469707,10.861398762651763,10.481542276317484,"*Net of CHP (actual demand is higher)"]
[null,null,null,null,"Energy Supply & GGR",0.49281914595498943,0.52901214103545224,0.62442137577637602,0.70572065057306965,{"$f":"SUMPRODUCT(J$1024:J$1068,($Z$1024:$Z$1068=$E1014)*1, $Y$1024:$Y$1068)","v":0.79541926834526966},0.87225900770324327,0.90945342725228806,0.94853044381595386,0.94261359704470482,0.93326532938431894,0.91933359412884774,0.89957398956495904,0.89079464478356507,0.87206886402956441,0.83477987645350593,0.81634171082506135,0.78980864941176754,0.76376254113641162]
[null,null,null,null,"Total",{"$f":"SUM(F1009:F1014)","v":59.009198491200301},58.295369587395513,58.831662052730444,60.525799104834498,63.441376598996229,66.721427826238184,69.642751998364531,72.964219631777468,73.661101116267673,74.297667209544684,74.660972471160392,74.959850930027386,75.463387982266582,75.826311957332734,75.8982963201031,76.267618343735691,76.520971846807342,76.807384028784085]
[]
[]
[null,null,null,null,"EFW",{"$f":"SUMPRODUCT(F$1024:F$1068,($Z$1024:$Z$1068=$E1018)*1, $Y$1024:$Y$1068)","v":-0.67141349413761964},{"$f":"SUMPRODUCT(G$1024:G$1068,($Z$1024:$Z$1068=$E1018)*1, $Y$1024:$Y$1068)","v":-0.55024484321472478},-0.48712636512270119,{"$f":"SUMPRODUCT(I$1024:I$1068,($Z$1024:$Z$1068=$E1018)*1, $Y$1024:$Y$1068)","v":-0.45180038936927491},-0.43214441799712966,-0.42207675304503384,-0.41779740336419885,-0.41682062562216821,-0.40243649588551467,-0.40609316349200303,-0.40899296247710776,-0.41143852354299848,-0.41267741094625926,-0.41425925673815389,-0.41685995381643332,-0.41813574604930492,-0.41979446875957194,-0.42090252010462192]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Gate capacity adjustment factor","Category"]
[null,null,{"$f":"Model!G11276","v":"PeakCC.dHPA.fElc."},null,"Domestic Heat Pump Air Source",{"$f":"-SUMIFS(PeakCC.dHPA.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"1 / (Eff.eDst. * Eff.eTms.)","v":1.0788324443753992},"Buildings Heat"]
[null,null,{"$f":"Model!G11277","v":"PeakCC.dHPG.fElc."},null,"Domestic Heat Pump Ground Source",{"$f":"-SUMIFS(PeakCC.dHPG.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11278","v":"PeakCC.dHyb.fElc."},null,"Domestic Hybrid Heat Pump / Gas Boiler",{"$f":"-SUMIFS(PeakCC.dHyb.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11279","v":"PeakCC.dhtE.fElc."},null,"Domestic Electric Heater",{"$f":"-SUMIFS(PeakCC.dhtE.fElc., Prd., F$1)","v":11.408262595260393},11.915529845999874,12.541190067290653,12.948028187512712,13.438067470574925,13.773341194512389,13.930791416676573,14.099426999262374,14.012057679540371,13.862047047891636,13.6282485379359,13.287825926240263,13.147601576800888,12.825615744204189,12.16462925520157,11.847662311413371,11.400073753514095,11.078219223713546,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11280","v":"PeakCC.nHPA.fElc."},null,"Non-Domestic Heat Pump Air Source",{"$f":"-SUMIFS(PeakCC.nHPA.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11281","v":"PeakCC.nHPG.fElc."},null,"Non-Domestic Heat Pump Ground Source",{"$f":"-SUMIFS(PeakCC.nHPG.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11282","v":"PeakCC.nHyb.fElc."},null,"Non-Domestic Hybrid Heat Pump / Gas Boiler",{"$f":"-SUMIFS(PeakCC.nHyb.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11283","v":"PeakCC.nhtE.fElc."},null,"Non-Domestic Electric Heater",{"$f":"-SUMIFS(PeakCC.nhtE.fElc., Prd., F$1)","v":2.9748069249454128},2.9530131649725626,3.1755922329157391,3.3946684886917393,3.6102671073957575,3.8224135043593717,4.0311333373056613,4.2364525085229996,4.2047973161597509,4.1732943398320455,4.1419446765761432,4.1107494313347583,4.0797097170140333,4.0488266545409406,4.018101372921083,3.9875350092969279,3.9571287090064287,3.9268836256421165,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11284","v":"PeakCC.hnHPW.fElc."},null,"Heat Network Heat Pump Water Source",{"$f":"-SUMIFS(PeakCC.hnHPW.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11285","v":"PeakCC.hnHPG.fElc."},null,"Heat Network Heat Pump Ground Source",{"$f":"-SUMIFS(PeakCC.hnHPG.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11286","v":"PeakCC.hnCHPB.fElc."},null,"Heat Network Biomass CHP",{"$f":"-SUMIFS(PeakCC.hnCHPB.fElc., Prd., F$1)","v":-0.12458116550131937},-0.1245811655013194,-0.10381763791776617,-8.3054110334212936E-2,-6.2290582750659684E-2,-4.1527055167106461E-2,-2.076352758355323E-2,1.4497586339272284E-17,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11287","v":"PeakCC.hnCHPG.fElc."},null,"Heat Network Gas CHP",{"$f":"-SUMIFS(PeakCC.hnCHPG.fElc., Prd., F$1)","v":-5.1802390912076497},-5.1802390912076506,-5.1984438810485827,-5.2166486708895174,-5.2348534607304504,-5.2876466528922768,-5.6418541914405678,-6.0132353528939833,-5.9849576520286716,-5.9404457324912929,-5.8747317467598661,-5.7824315500651196,-5.7415443682128293,-5.6548076692376767,-5.4820521976299306,-5.3967416326357949,-5.2894678302532512,-5.2894678302532512,null,1.0788324443753992,"Buildings Heat"]
[null,null,{"$f":"Model!G11288","v":"PeakCC.dStvE.fElc."},null,"Domestic Electric Stove",{"$f":"-SUMIFS(PeakCC.dStvE.fElc., Prd., F$1)","v":1.576510782671029},1.6313046767175921,1.6829504629977294,1.7304034954494794,1.7726433980457348,1.8113036765214146,1.8482798857070688,1.8836356931751492,1.915447785668938,1.9455847421931436,1.9757391351311266,2.0076574754516812,2.041659600970696,2.0766598091873818,2.1116637381450829,2.146665770254423,2.1822236275705738,2.2185239064713742,null,1.0788324443753992,"Buildings other"]
[null,null,{"$f":"Model!G11289","v":"PeakCC.nStvE.fElc."},null,"Non-Domestic Electric Stove",{"$f":"-SUMIFS(PeakCC.nStvE.fElc., Prd., F$1)","v":2.4811219084067941},2.4990036032774356,2.5251747688824788,2.5515933669395512,2.5782616045992706,2.6051817079743635,2.6323559222983337,2.65978651208545,2.6789558607051234,2.6982633647462322,2.7177100199087776,2.7372968290688724,2.7570248023304575,2.7768949570773978,2.7969083180259395,2.8170659172775685,2.837368794372225,2.8578179963419195,null,1.0788324443753992,"Buildings other"]
[null,null,{"$f":"Model!G11290","v":"PeakCC.dLt.fElc."},null,"Domestic Lighting",{"$f":"-SUMIFS(PeakCC.dLt.fElc., Prd., F$1)","v":5.8824715126625593},4.2720483648465697,3.3617147282658912,3.6095693495120016,4.5733536485137254,5.6502639131661283,6.8466304019754842,8.1646327966487444,8.3025225460551102,8.4331514062536268,8.5638558447161834,8.7022061261108341,8.8495885898081319,9.001297250315508,9.1530220384022414,9.3047386045857738,9.4588643992253054,9.6162082256960062,null,1.0788324443753992,"Buildings other"]
[null,null,{"$f":"Model!G11291","v":"PeakCC.nLt.fElc."},null,"Non-Domestic Lighting",{"$f":"-SUMIFS(PeakCC.nLt.fElc., Prd., F$1)","v":5.2910657138945929},5.3291989560846682,5.4346886972196398,5.5221127052337904,5.5910659323312091,5.64113742767299,5.6719102661001033,5.6829614760834462,5.7239191504051359,5.7651720108006543,5.8067221847056931,5.848571814888583,5.8907230595608064,5.9331780924882951,5.9759391031035189,6.0190082966184235,6.0623878941381202,6.1060801327754639,null,1.0788324443753992,"Buildings other"]
[null,null,{"$f":"Model!G11292","v":"PeakCC.dAp.fElc."},null,"Domestic Appliances",{"$f":"-SUMIFS(PeakCC.dAp.fElc., Prd., F$1)","v":9.4590321720282908},9.968508386430365,10.498466483035537,11.093490504792241,11.868283686403746,12.899582615298602,13.947246398274117,15.194196892647133,15.450806596248018,15.693903949325916,15.937141951843081,16.194608695053663,16.468884125157434,16.751210509635495,17.033566907173817,17.315908003936318,17.602732620341598,17.89554592116998,null,1.0788324443753992,"Buildings other"]
[null,null,{"$f":"Model!G11293","v":"PeakCC.nAp.fElc."},null,"Non-Domestic Appliances",{"$f":"-SUMIFS(PeakCC.nAp.fElc., Prd., F$1)","v":5.4761936618754259},5.6174978803788136,5.653819349061477,5.7247834629719243,5.8864162862808209,6.1601763922170614,6.4167221414031621,6.7374586250733088,6.7860161662924314,6.8349236665896687,6.8841836481552532,6.9337986513570984,6.9837712348718055,7.0341039758166222,7.0847994698823236,7.1358603314671045,7.1872891938113748,7.239088709133588,null,1.0788324443753992,"Buildings other"]
[null,null,{"$f":"Model!G11294","v":"PeakCC.dAC.fElc."},null,"Domestic Air Conditioning",{"$f":"-SUMIFS(PeakCC.dAC.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Buildings other"]
[null,null,{"$f":"Model!G11295","v":"PeakCC.nAC.fElc."},null,"Non-Domestic Air Conditioning",{"$f":"-SUMIFS(PeakCC.nAC.fElc., Prd., F$1)","v":0.47201826328998409},0.5136145837861763,0.57408454675366583,0.63454986067434094,0.73389167603205785,0.84049086678037477,0.95462776562804097,1.0765886720830495,1.0843477548069371,1.0921627580195663,1.1000340847455168,1.1079621409140088,1.1159473353798337,1.1239900799444416,1.1320907893771759,1.1402498814366655,1.1484677768923659,1.1567448995462628,null,1.0788324443753992,"Buildings other"]
[null,null,{"$f":"Model!G11296","v":"PeakCC.carE.fElc."},null,"Car Electric",{"$f":"-SUMIFS(PeakCC.carE.fElc., Prd., F$1)","v":8.0725154625056403E-3},8.0520182943739985E-3,6.5089934703917917E-3,4.9833928968957362E-3,3.7742329883661686E-3,2.5233569428252797E-3,1.2658863768985923E-3,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11297","v":"PeakCC.carPHEV.fElc."},null,"Car Plug-in Hybrid Electric Vehicle",{"$f":"-SUMIFS(PeakCC.carPHEV.fElc., Prd., F$1)","v":1.0241040511017601E-2},1.0043108907827265E-2,8.4088609087847703E-3,6.7255638314056036E-3,5.1605555590877325E-3,3.4975761969901968E-3,1.7813812413955989E-3,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11298","v":"PeakCC.lgvE.fElc."},null,"LGV (van) Electric",{"$f":"-SUMIFS(PeakCC.lgvE.fElc., Prd., F$1)","v":2.1666353913930908E-3},2.2412453166135078E-3,2.0346161397913347E-3,1.7778165019105522E-3,1.4276301443167307E-3,1.0127640802398809E-3,5.353796669115286E-4,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11299","v":"PeakCC.lgvPHEV.fElc."},null,"LGV (van) Plug-in Hybrid Electric Vehicle",{"$f":"-SUMIFS(PeakCC.lgvPHEV.fElc., Prd., F$1)","v":2.1097001439745658E-4},2.2394754467723607E-4,2.0642934631518204E-4,1.8060663452961593E-4,1.431584472169475E-4,1.0020024053513724E-4,5.29196920049971E-5,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11300","v":"PeakCC.hgvRE.fElc."},null,"HGV _Rigid Electric",{"$f":"-SUMIFS(PeakCC.hgvRE.fElc., Prd., F$1)","v":1.5767592237743171E-3},1.5681048692126414E-3,1.2788683913952763E-3,1.0068108507876703E-3,7.5210500150442515E-4,4.9915950763529653E-4,2.4321107184101888E-4,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11301","v":"PeakCC.hgvRPHEV.fElc."},null,"HGV _Rigid Plug-in Hybrid Electric Vehicle",{"$f":"-SUMIFS(PeakCC.hgvRPHEV.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11302","v":"PeakCC.hgvAE.fElc."},null,"HGV _Articulated Electric",{"$f":"-SUMIFS(PeakCC.hgvAE.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11303","v":"PeakCC.hgvAPHEV.fElc."},null,"HGV _Articulated Plug-in Hybrid Electric Vehicle",{"$f":"-SUMIFS(PeakCC.hgvAPHEV.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11304","v":"PeakCC.busE.fElc."},null,"Bus Electric",{"$f":"-SUMIFS(PeakCC.busE.fElc., Prd., F$1)","v":6.3967648104021682E-4},5.8104731006245239E-4,4.4036524009575861E-4,3.1849251213333398E-4,2.2730634990150868E-4,1.4323015501043428E-4,6.7935693496432595E-5,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11305","v":"PeakCC.busPHEV.fElc."},null,"Bus Plug-in Hybrid Electric Vehicle",{"$f":"-SUMIFS(PeakCC.busPHEV.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11306","v":"PeakCC.trnPALL.fElc."},null,"Train Passenger All Types",{"$f":"-SUMIFS(PeakCC.trnPALL.fElc., Prd., F$1)","v":0.88862082149875632},0.9195061130400406,0.94640485779545314,0.97459851429526911,1.0003901788104284,1.023370285150383,1.0501894490252484,1.0736747973111378,1.0918077314470036,1.1089858358994404,1.1261738791304299,1.1443673746658707,1.1637486304771993,1.1836987947255482,1.2036510798011202,1.223602283670657,1.2438703086316742,1.2645615148624594,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11307","v":"PeakCC.trnFALL.fElc."},null,"Train Freight All Types",{"$f":"-SUMIFS(PeakCC.trnFALL.fElc., Prd., F$1)","v":5.8323076179815289E-3},5.5966588253358101E-3,5.5426172553529702E-3,5.517210291800018E-3,5.5192221085532348E-3,5.5212142978259323E-3,5.5501295217745003E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,5.5790447457230675E-3,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11308","v":"PeakCC.TRADref.fElc."},null,"Transport (All Modes) Domestic Refuelling Infrastructure",{"$f":"-SUMIFS(PeakCC.TRADref.fElc., Prd., F$1)","v":1.1499421388438381E-4},1.1239481634894643E-4,1.0905089146258159E-4,8.387169590136954E-5,6.3307219682555657E-5,4.2307270163717278E-5,2.133254757965203E-5,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11309","v":"PeakCC.aviD.fElc."},null,"Aviation Domestic",{"$f":"-SUMIFS(PeakCC.aviD.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11310","v":"PeakCC.aviI.fElc."},null,"Aviation International",{"$f":"-SUMIFS(PeakCC.aviI.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1.0788324443753992,"Transport"]
[null,null,{"$f":"Model!G11311","v":"PeakCC.AgrFU.fElc."},null,"Agricultural Fuel Use-Electricity ",{"$f":"-SUMIFS(PeakCC.AgrFU.fElc., Prd., F$1)","v":0.46964450148300241},0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,0.46964450148300241,null,1.0788324443753992,"Agriculture"]
[null,null,{"$f":"Model!G11312","v":"PeakCC.inALL.fElc."},null,"Industry All Types",{"$f":"-SUMIFS(PeakCC.inALL.fElc., Prd., F$1)","v":13.136686973506283},12.732785828847055,12.367922207829167,12.074572259903954,11.826082971777439,11.656366168859037,11.564387035259353,11.48255558139126,11.663857717689449,11.861251370683938,11.870944078692126,11.880707922619722,11.89108694673927,11.901294897062474,11.910931749446567,11.921122623240423,11.93117284675626,11.941532106974091,null,1.0788324443753992,"Industry"]
[]
[null,null,{"$f":"Model!G11314","v":"PeakCC.ggrAirCap.fElc."},null,"Direct Air Capture",{"$f":"-SUMIFS(PeakCC.ggrAirCap.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"1 / Eff.eTms.","v":1.0162601626016261},"Energy Supply & GGR"]
[null,null,{"$f":"Model!G11315","v":"PeakCC.ggrEnhWth.fElc."},null,"Enhanced Weathering-Electricity ",{"$f":"-SUMIFS(PeakCC.ggrEnhWth.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"1 / Eff.eTms.","v":1.0162601626016261},"Energy Supply & GGR"]
[null,null,{"$f":"Model!G11316","v":"PeakCC.hpElc.fElc."},null,"H2 prod Electrolysis",{"$f":"-SUMIFS(PeakCC.hpElc.fElc., Prd., F$1)","v":2.6476716562648314E-3},2.5262073007953629E-3,2.3940474776901585E-3,1.7994291120657434E-3,1.3280447862296094E-3,8.6821876162063128E-4,4.2846648755726552E-4,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"1 / Eff.eTms.","v":1.0162601626016261},"Energy Supply & GGR"]
[]
[null,null,{"$f":"Model!G11318","v":"PeakCC.bcEfW.fElc."},null,"Energy from Waste",{"$f":"-SUMIFS(PeakCC.bcEfW.fElc., Prd., F$1)","v":-0.67141349413761964},-0.55024484321472478,-0.48712636512270119,-0.45180038936927491,-0.43214441799712966,-0.42207675304503384,-0.41779740336419885,-0.41682062562216821,-0.40243649588551467,-0.40609316349200303,-0.40899296247710776,-0.41143852354299848,-0.41267741094625926,-0.41425925673815389,-0.41685995381643332,-0.41813574604930492,-0.41979446875957194,-0.42090252010462192,null,1,"EFW"]
[null,null,{"$f":"Model!G11319","v":"PeakCC.bcEfWccs.fElc."},null,"Energy from Waste with CCS",{"$f":"-SUMIFS(PeakCC.bcEfWccs.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,1,"EFW"]
[null,null,{"$f":"Model!G11320","v":"PeakCC.hnWHO.fElc."},null,"Heat Network Waste Heat Offtake from Power",{"$f":"-SUMIFS(PeakCC.hnWHO.fElc., Prd., F$1)","v":0.49012842272707802},0.52644485719318057,0.62198840069742256,0.70389196245105157,0.79406962933487368,0.87137667156338494,0.90901799382997373,0.94853044381595386,0.94261359704470482,0.93326532938431894,0.91933359412884774,0.89957398956495904,0.89079464478356507,0.87206886402956441,0.83477987645350593,0.81634171082506135,0.78980864941176754,0.76376254113641162,null,1,"Energy Supply & GGR"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Transport",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[]
[]
[null,"Passenger Travel Demand Per Person",null,{"$f":"Model!$H$5503","v":"Psg km. / person"}]
[null,null,{"$f":"Model!$G$5503","v":"DemUnit.dDPs."},null,"Domestic",{"$f":"+SUMIFS(DemUnit.dDPs., Prd., F$1)","v":10915.112928226921},11227.513138497374,11302.709801348714,11423.650071624403,11552.114836764511,11672.932102361678,11849.555874534008,12000.000000000002,12000,12000,12000,12000,12000,11999.999999999998,12000,12000,12000,12000]
[null,null,{"$f":"Model!$G$5610","v":"DemUnit.aviI.dDPs."},null,"International",{"$f":"+SUMIFS(DemUnit.aviI.dDPs., Prd., F$1)","v":5271.2285933993035},5609.4636992729602,5947.7014425118568,6285.9394857153402,6613.3907335001222,6940.8422716829446,7199.171021293364,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Share of Domestic Passenger Travel"]
[null,null,{"$f":"Model!G5574","v":"Shr.Wlk.dDPs."},null,"Walking",{"$f":"+SUMIFS(Shr.Wlk.dDPs., Prd., F$1)","v":2.8346762422078651E-2},2.755802724698634E-2,2.7131689372488617E-2,2.6705351497990894E-2,2.6279013623493171E-2,2.5852675748995448E-2,2.5426337874497724E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2,2.5000000000000001E-2]
[null,null,{"$f":"Model!G5575","v":"Shr.Cyc.dDPs."},null,"Cycling",{"$f":"+SUMIFS(Shr.Cyc.dDPs., Prd., F$1)","v":7.8091747315816185E-3},8.9275109962856751E-3,8.2729258302380627E-3,7.6183406641904504E-3,6.963755498142838E-3,6.3091703320952257E-3,5.6545851660476133E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3]
[null,null,{"$f":"Model!G5576","v":"Shr.carALL.dDPs."},null,"Car",{"$f":"+SUMIFS(Shr.carALL.dDPs., Prd., F$1)","v":0.7731441695707949},0.77897564699202748,0.78414637249335628,0.78931709799468497,0.79448782349601377,0.79965854899734257,0.80482927449867125,0.81,0.81,0.81,0.81,0.81,0.81,0.81,0.81,0.81,0.81,0.81]
[null,null,{"$f":"Model!G5577","v":"Shr.busALL.dDPs."},null,"Bus",{"$f":"+SUMIFS(Shr.busALL.dDPs., Prd., F$1)","v":6.3690889247791524E-2},5.9651082310345195E-2,5.7209235258620997E-2,5.4767388206896798E-2,5.23255411551726E-2,4.9883694103448395E-2,4.7441847051724197E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2,4.4999999999999998E-2]
[null,null,{"$f":"Model!G5578","v":"Shr.trnPALL.dDPs."},null,"Rail",{"$f":"+SUMIFS(Shr.trnPALL.dDPs., Prd., F$1)","v":0.10335873065448963},0.10048282315908579,9.9569019299238157E-2,9.8655215439390528E-2,9.7741411579542886E-2,9.6827607719695258E-2,9.5913803859847629E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2,9.5000000000000001E-2]
[null,null,{"$f":"Model!G5579","v":"Shr.aviD.dDPs."},null,"Aviation",{"$f":"+SUMIFS(Shr.aviD.dDPs., Prd., F$1)","v":2.365027337326369E-2},2.4404909295269537E-2,2.3670757746057949E-2,2.2936606196846357E-2,2.2202454647634769E-2,2.146830309842318E-2,2.0734151549211589E-2,0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02]
[]
[]
[]
[]
[]
[]
[]
[null,"Passenger Travel"]
[null,"Domestic Passenger Travel",null,{"$f":"\"Psg \"&PrefUnit.Distance.","v":"Psg km."}]
[null,null,{"$f":"Model!G5582","v":"Actv.Wlk.dDPs."},null,"Walking ",{"$f":"+SUMIFS(Actv.Wlk.dDPs., Prd., F$1)","v":20141569943.676167},20841619103.857224,21295824274.973824,21767749065.991562,22174525346.706837,22508097149.606525,22914772081.567532,23237005200.000004,23629447200,24001224300,24373216500,24766969200,25186428000,25618199400,26050016700,26481810600,26920461300,27368270700]
[null,null,{"$f":"Model!G5583","v":"Actv.Cyc.dDPs."},null,"Cycling",{"$f":"+SUMIFS(Actv.Cyc.dDPs., Prd., F$1)","v":5548747921.0687866},6751709114.0996065,6493468663.2261839,6209771396.9356775,5876094704.8556404,5492948588.6478329,5096035887.4863482,4647401040.000001,4725889440,4800244860,4874643300,4953393840,5037285600,5123639879.999999,5210003340,5296362120,5384092260,5473654140]
[null,null,{"$f":"Model!G5586","v":"Actv.trnPALL.dDPs."},null,"Rail",{"$f":"+SUMIFS(Actv.trnPALL.dDPs., Prd., F$1)","v":73440736256.55098},75993274409.398346,78152315144.007629,80414667970.108948,82475295288.704163,84300952925.678345,86439618861.864792,88300619760.000015,89791899360,91204652340,92618222700,94114482960,95708426400,97349157719.999985,98990063460,100630880280,102297752940,103999428660]
[null,null,{"$f":"Model!G5585","v":"Actv.busALL.dDPs."},null,"Bus",{"$f":"+SUMIFS(Actv.busALL.dDPs., Prd., F$1)","v":45255062340.387573},45112994682.193924,44903868839.387383,44641343274.48056,44152876331.257561,43430205985.749794,42755630704.066612,41826609360.000008,42533004960,43202203740,43871789700,44580544560,45335570400,46112758919.999992,46890030060,47667259080,48456830340,49262887260]
[null,null,{"$f":"Model!G5584","v":"Actv.carALL.dDPs."},null,"Car",{"$f":"+SUMIFS(Actv.carALL.dDPs., Prd., F$1)","v":549351532146.28314},589124670655.22632,615481149191.15283,643378782111.80225,670397703360.24097,696206167674.73096,725329753767.17395,752878968480.00012,765594089280,777639667320,789692214600,802449802080,816040267200,830029660560,844020541080,858010663440,872222946120,886731970680]
[null,null,{"$f":"Model!G5587","v":"Actv.aviD.dDPs."},null,"Aviation-Domestic",{"$f":"+SUMIFS(Actv.aviD.dDPs., Prd., F$1)","v":16804516446.775297},18456975139.677872,18579318467.602253,18695814138.824589,18734679329.933037,18690933830.912403,18686071088.96328,18589604160.000004,18903557760,19200979440,19498573200,19813575360,20149142400,20494559519.999996,20840013360,21185448480,21536369040,21894616560]
[null,null,{"$f":"Model!$G$5613","v":"Actv.aviI.dDPs."},null,"Aviation-International",{"$f":"+SUMIFS(Actv.aviI.dDPs., Prd., F$1)","v":343141679053.68799},377851455376.09485,413032476358.86554,448518672625.18762,483067652996.98755,517684900257.94574,547535327750.90381,577633220930,587388674980,596630434057.5,605877540162.5,615665576030,626092622700,636825740085,647559998467.5,658293675165,669197800482.5,680329595817.5]
[null,null,null,null,"Total Domestic",{"$f":"SUM(F1119:F1124)","v":710542165054.74194},756281243104.45325,784905944580.3501,815108127958.14355,843811174361.69812,870629306155.32581,901221882391.12244,929480208000.00012,945177888000,960048972000,974928660000,990678768000,1007457120000,1024727976000,1042000668000,1059272424000,1076818452000,1094730828000]
[]
[]
[]
[]
[]
[null,"Passenger Travel per Person"]
[null,"Domestic Passenger Travel per Person",null,{"$f":"Model!$H$5503","v":"Psg km. / person"}]
[null,null,null,null,"Walking ",{"$f":"F1119/F$1142","v":309.40811298660776},309.40811298660776,306.66161139757583,305.07259055277854,303.57818317549214,301.77652868239619,301.29081132864104,300.00000000000006,300,300,300,300,300,300,300,300,300,300]
[null,null,null,null,"Cycling",{"$f":"F1120/F$1142","v":85.238024071469525},100.2337470048772,93.506479867262698,87.029257874138324,80.446103209696318,73.646516908782246,67.004322872392351,60.000000000000014,60,60,60,60,60,59.999999999999986,60,60,60,60]
[null,null,null,null,"Rail",{"$f":"F1121/F$1142","v":1128.1722172119439},1128.1722172119439,1125.3997303441781,1127.0026589203144,1129.120010874344,1130.262090546114,1136.5359779763601,1140.0000000000002,1140,1140,1140,1140,1140,1139.9999999999998,1140,1140,1140,1140]
[null,null,null,null,"Bus",{"$f":"F1122/F$1142","v":695.19324863883833},669.73331036498894,646.61938408527988,625.64347821239812,604.47066032040141,582.28897428453263,562.16481743050235,540.00000000000011,540,540,540,540,540,539.99999999999989,540,540,540,540]
[null,null,null,null,"Car",{"$f":"F1123/F$1142","v":8438.9559206654503},8745.9593111724807,8862.9788900726962,9016.8823230413491,9178.0145734370453,9334.3599475190385,9536.8694576326725,9720.0000000000018,9720,9720,9720,9720,9720,9720,9720,9720,9720,9720]
[null,null,null,null,"Aviation - Domestic",{"$f":"F1124/F$1142","v":258.14540465261143},274.0064397564754,267.54370558172013,262.01976302342462,256.48530574753278,250.59804442081457,245.69048729343859,240.00000000000006,240,240,240,240,240,239.99999999999994,240,240,240,240]
[null,null,null,null,"Aviation - International",{"$f":"F1125/F$1142","v":5271.2285933993035},5609.4636992729602,5947.7014425118568,6285.9394857153402,6613.3907335001222,6940.8422716829446,7199.171021293364,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5]
[]
[null,null,{"$f":"Model!$G$1258","v":"Population."},null,"Population",{"$f":"+SUMIFS(Population., Prd., F$1)","v":65097097},67359640,69444050,71352687,73043870,74585314,76055330,77456684,78764824,80004081,81244055,82556564,83954760,85393998,86833389,88272702,89734871,91227569]
[]
[]
[]
[]
[]
[null,"Car - Vehicle Share"]
[null,null,{"$f":"Model!G6000","v":"Shr.carH2."},null,"Hydrogen",{"$f":"+SUMIFS(Shr.carH2., Prd., F$1)","v":2.5987192348005282E-6},2.5987192348005282E-6,2.5987192348005282E-6,2.0789753878404224E-6,1.559231540880317E-6,1.0394876939202114E-6,5.1974384696010581E-7,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G5999","v":"Shr.carE."},null,"Electric",{"$f":"+SUMIFS(Shr.carE., Prd., F$1)","v":8.0000000000000004E-4},8.0000000000000004E-4,6.6666666666666675E-4,5.3333333333333336E-4,4.0000000000000002E-4,2.6666666666666668E-4,1.3333333333333339E-4,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G6001","v":"Shr.carPHEV."},null,"Plug-in Hybrid Electric",{"$f":"+SUMIFS(Shr.carPHEV., Prd., F$1)","v":2.2737653120746648E-3},2.2737653120746648E-3,1.8948044267288874E-3,1.51584354138311E-3,1.1368826560373324E-3,7.57921770691555E-4,3.7896088534577761E-4,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G6002","v":"Shr.carIC."},null,"Conventional",{"$f":"+SUMIFS(Shr.carIC., Prd., F$1)","v":0.99692363596869049},0.99692363596869049,0.99743593018736965,0.99794874414989565,0.99846155811242188,0.99897437207494788,0.999487186037474,1,1,1,1,1,1,1,1,1,1,1]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Energy Consumption - Domestic Transport",null,{"$f":" PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G16618","v":"EB.TRAD.fElc."},null,"Electricity ",{"$f":"-SUMIFS(EB.TRAD.fElc., Prd., F$1)","v":5.9364161366561152},6.1331859745837534,6.2816538784687399,6.4381809454973595,6.5817977652436204,6.7059006358798143,6.8541935680900448,{"$f":"-SUMIFS(EB.TRAD.fElc., Prd., M$1)","v":6.9801479893901766},7.0973760486084885,7.2084312055356605,7.3195506159207646,7.4371702000452231,7.5624685652712769,7.6914448808745348,7.8204349074667254,7.9494179441429917,8.0804492054140962,8.2142163018556538]
[null,null,{"$f":"Model!G16619","v":"EB.TRAD.fH2G."},null,"Hydrogen Gaseous ",{"$f":"-SUMIFS(EB.TRAD.fH2G., Prd., F$1)","v":1.7842295236715967E-2},1.7438977394033071E-2,1.6920140027729499E-2,1.3013381367003854E-2,9.8226342529498904E-3,6.5643198855160675E-3,3.3099196838731601E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16620","v":"EB.TRAD.fFsL."},null,"Fossil Fuel Liquid ",{"$f":"-SUMIFS(EB.TRAD.fFsL., Prd., F$1)","v":454.70577778972233},406.63175952614307,393.5461700038806,369.25002219406491,374.22359202250743,378.25769814846734,384.13887233534734,388.75175400926963,400.53535977784361,412.12980463698159,423.72132611232632,435.49271648073812,447.47062290413629,459.53287820249142,471.57320292999685,483.59765947124453,495.67285620482636,507.82190481401875]
[null,null,{"$f":"Model!G16621","v":"EB.TRAD.fBiL."},null,"Bioenergy Liquid ",{"$f":"-SUMIFS(EB.TRAD.fBiL., Prd., F$1)","v":11.145948877770792},9.8088031323971911,9.5949590444519419,9.1077175267438566,9.3935252667610598,9.6522250648208932,9.9679479122187846,10.266701964803824,10.592159596131324,10.912306720487591,11.232347012079289,11.55739966474016,11.888221650542878,12.221406334245623,12.553983094657875,12.886114182860076,13.219654682839787,13.555248439955712]
[null,null,null,null,"FEC Domestic Transport",{"$f":"SUM(F1164:F1167)","v":471.80598509938591},422.59118761051803,409.43970306682905,384.80893404767312,390.20873768876504,394.62238816905352,400.96432373534003,405.99860396346361,418.22489542258347,430.25054256300484,442.27322374032639,454.4872863455235,466.92131311995047,479.44572941761157,491.94762093212148,504.43319159824756,516.97296009308025,529.59136955583006]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Energy Consumption - International Aviation & Shipping",null,{"$f":" PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G16623","v":"EB.TRAI.fElc."},null,"Electricity ",{"$f":"-SUMIFS(EB.TRAI.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16624","v":"EB.TRAI.fFsL."},null,"Fossil Fuel Liquid ",{"$f":"-SUMIFS(EB.TRAI.fFsL., Prd., F$1)","v":176.98808827374171},181.89554713304381,183.39994859307097,183.74081838887042,186.92914361867432,189.38460988623123,196.49229823489566,201.49919447871648,204.49690152293385,207.33675768396841,210.17825690763436,213.18597586347914,216.39005340747028,219.6881819647389,222.98666113369876,226.28496155944345,229.63563833038256,233.05627473741026]
[null,null,{"$f":"Model!G16625","v":"EB.TRAI.fBiL."},null,"Bioenergy Liquid ",{"$f":"-SUMIFS(EB.TRAI.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"FEC International Aviation & Shipping",{"$f":"SUM(F1179:F1181)","v":176.98808827374171},181.89554713304381,183.39994859307097,183.74081838887042,186.92914361867432,189.38460988623123,196.49229823489566,201.49919447871648,204.49690152293385,207.33675768396841,210.17825690763436,213.18597586347914,216.39005340747028,219.6881819647389,222.98666113369876,226.28496155944345,229.63563833038256,233.05627473741026]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Energy Consumption - Transport (All)",null,{"$f":" PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G11096","v":"EBWint.nHyb.fElc."},null,"Electricity ",{"$f":" +F1164 +F1179","v":5.9364161366561152},6.1331859745837534,6.2816538784687399,6.4381809454973595,6.5817977652436204,6.7059006358798143,6.8541935680900448,{"$f":" +M1164 +M1179","v":6.9801479893901766},7.0973760486084885,7.2084312055356605,7.3195506159207646,7.4371702000452231,7.5624685652712769,7.6914448808745348,7.8204349074667254,7.9494179441429917,8.0804492054140962,8.2142163018556538]
[null,null,{"$f":"Model!G11097","v":"EBWint.nhtE.fElc."},null,"Hydrogen ",{"$f":" +F1165","v":1.7842295236715967E-2},1.7438977394033071E-2,1.6920140027729499E-2,1.3013381367003854E-2,9.8226342529498904E-3,6.5643198855160675E-3,3.3099196838731601E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G11098","v":"EBWint.hnHPW.fElc."},null,"Biofuel",{"$f":" +F1167 +F1181","v":11.145948877770792},9.8088031323971911,9.5949590444519419,9.1077175267438566,9.3935252667610598,9.6522250648208932,9.9679479122187846,10.266701964803824,10.592159596131324,10.912306720487591,11.232347012079289,11.55739966474016,11.888221650542878,12.221406334245623,12.553983094657875,12.886114182860076,13.219654682839787,13.555248439955712]
[null,null,{"$f":"Model!G11099","v":"EBWint.hnHPG.fElc."},null,"Oil",{"$f":" +F1166 +F1180","v":631.69386606346404},588.52730665918693,576.94611859695158,552.99084058293533,561.15273564118172,567.64230803469854,580.63117057024306,590.25094848798608,605.03226130077746,619.46656232095006,633.89958301996069,648.67869234421732,663.86067631160654,679.22106016723035,694.55986406369561,709.88262103068791,725.30849453520887,740.87817955142896]
[null,null,null,null,"Total",{"$f":"SUM(F1194:F1197)","v":648.79407337312762},604.4867347435619,592.83965165990003,568.5497524365436,577.13788130743933,584.00699805528473,597.4566219702358,607.49779844218006,622.72179694551733,637.58730024697331,652.45148064796069,667.6732622090027,683.31136652742066,699.13391138235056,714.93428206582018,730.71815315769095,746.60859842346269,762.64764429324032]
[]
[null,null,null,null,"FEC (calculated above)",{"$f":" +F451 +F452","v":648.79407337312762},{"$f":" +G451 +G452","v":604.48673474356178},592.83965165990003,568.54975243654349,577.13788130743933,584.00699805528473,597.45662197023569,607.49779844218006,622.72179694551733,637.5873002469732,652.45148064796081,667.67326220900259,683.31136652742077,699.13391138235045,714.9342820658203,730.71815315769095,746.60859842346281,762.64764429324032]
[null,null,null,null,"check",{"$f":" +F1198 -F1200","v":0},{"$f":" +G1198 -G1200","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[]
[]
[null,"Output requested by DfT"]
[null,"Distance travelled by mode",null,{"$f":"PrefUnit.Distance.","v":"km."}]
[null,null,{"$f":"Model!G5680","v":"Actv.Wlk.dDVh."},null,"Walking",{"$f":"+SUMIFS(Actv.Wlk.dDVh., Prd., F$1)","v":20141569943.676167},20841619103.857224,21295824274.973824,21767749065.991562,22174525346.706837,22508097149.606525,22914772081.567532,23237005200.000004,23629447200,24001224300,24373216500,24766969200,25186428000,25618199400,26050016700,26481810600,26920461300,27368270700]
[null,null,{"$f":"Model!G5681","v":"Actv.Cyc.dDVh."},null,"Cycling",{"$f":"+SUMIFS(Actv.Cyc.dDVh., Prd., F$1)","v":5548747921.0687866},6751709114.0996065,6493468663.2261839,6209771396.9356775,5876094704.8556404,5492948588.6478329,5096035887.4863482,4647401040.000001,4725889440,4800244860,4874643300,4953393840,5037285600,5123639879.999999,5210003340,5296362120,5384092260,5473654140]
[null,null,{"$f":"Model!G5682","v":"Actv.carALL.dDVh."},null,"Car",{"$f":"+SUMIFS(Actv.carALL.dDVh., Prd., F$1)","v":358787005444.82129},392749780436.81757,416970760034.24457,438817756080.51538,460571621081.79712,480681215964.02979,500508048882.81848,519226874813.79315,527995923641.37927,536303218841.37927,544615320413.79303,553413656606.89648,562786391172.4137,572434248662.06885,582083131779.3103,591731492027.58618,601533066289.65515,611539290124.13782]
[null,null,{"$f":"Model!G5683","v":"Actv.busALL.dDVh."},null,"Bus",{"$f":"+SUMIFS(Actv.busALL.dDVh., Prd., F$1)","v":4432237407.1189957},4418323436.9149208,4397841852.4170198,4372130350.3456459,4324290366.3542433,4253512725.7384086,4187445469.5515633,4096458010.02244,4165641717.6703262,4231182404.4382539,4296761011.2440863,4366175782.5538998,4440122289.2721758,4516239387.6161814,4592364577.6837587,4668485642.5589275,4745815494.5837898,4824759936.3397064]
[null,null,{"$f":"Model!G5684","v":"Actv.trnPALL.dDVh."},null,"Train - Passenger",{"$f":"+SUMIFS(Actv.trnPALL.dDVh., Prd., F$1)","v":658666968.68573892},681559884.16138816,700923644.49960613,721213978.63869023,739695099.86259496,756068851.58266282,775249876.73331583,791940611.09651911,805315430.89902687,817985970.0339793,830663839.99422431,844083329.77679348,858378909.41550744,873094114.9003346,887810884.70352983,902526857.01108646,917476515.98934054,932738312.71565735]
[null,null,{"$f":"Model!G5686","v":"Actv.aviD.dDVh."},null,"Aviation - Dom",{"$f":"+SUMIFS(Actv.aviD.dDVh., Prd., F$1)","v":187056859.27799499},200147025.35558358,197194518.66495547,194594382.46272683,198337184.53919387,201429380.99640128,200302812.41307235,198295006.78397441,201643944.75522017,204816537.00332221,207990964.82599986,211351087.76979935,214930575.95580697,218615134.78579447,222300085.30742788,225984836.14312416,229728100.07854277,233549520.5777269]
[null,null,{"$f":"Model!G5687","v":"Actv.aviI.dDVh."},null,"Aviation - Int",{"$f":"+SUMIFS(Actv.aviI.dDVh., Prd., F$1)","v":3458495315.2751398},3694508600.9281492,3928226941.8967748,4158867633.5394425,4446899350.2113161,4734199857.3082314,5027255452.5203362,5323313912.0265636,5413217578.1953659,5498387168.3197813,5583606035.2254591,5673809966.7462063,5769902851.6228666,5868816402.6873207,5967740468.8808317,6066659174.4203129,6167148689.0428848,6269736349.9070425]
[null,null,{"$f":"Model!G5689","v":"Actv.lgvALL.dDVh."},null,"LGV (Vans)",{"$f":"+SUMIFS(Actv.lgvALL.dDVh., Prd., F$1)","v":72443775414.312103},82279391009.186203,92085868422.67131,101339989505.60249,109632254571.98438,117885141034.67607,126093006838.61971,134259060507.22113,142398154328.46005,150523774084.00058,158639362417.3606,166740792062.21649,174822047201.16626,182879378672.23856,190913890132.41751,198931284471.24149,206937096089.40805,214934075039.80615]
[null,null,{"$f":"Model!G5690","v":"Actv.hgvRALL.dDVh."},null,"HGV - Rigid",{"$f":"+SUMIFS(Actv.hgvRALL.dDVh., Prd., F$1)","v":16341227858.539589},16831947793.343658,17082862243.950911,17457542257.632645,17729055330.294544,18002710476.68166,18274295941.907696,18544330004.638397,18814774621.760319,19087102313.886986,19361353634.817657,19636695266.182903,19912209295.004093,20187355189.8783,20462182810.504692,20737219971.118732,21012926510.132713,21289447128.552532]
[null,null,{"$f":"Model!G5691","v":"Actv.hgvAALL.dDVh."},null,"HGV - Articulated",{"$f":"+SUMIFS(Actv.hgvAALL.dDVh., Prd., F$1)","v":12397178488.960676},13109747747.255653,13846228222.409567,14606080171.115755,15556987612.170233,16561864167.475817,17561168602.954147,18555356121.568386,19546465371.918186,20536299034.229923,21525264755.8997,22512750882.383312,23497912365.496456,24480227496.051628,25459832734.073212,26437475533.733524,27413873059.323524,28389368542.913765]
[null,null,{"$f":"Model!G5692","v":"Actv.trnFALL.dDVh."},null,"Train - Freight",{"$f":"+SUMIFS(Actv.trnFALL.dDVh., Prd., F$1)","v":35904576.728750348},35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348,35904576.728750348]
[null,null,{"$f":"Model!G5693","v":"Actv.shpD.dDVh."},null,"Shipping - Dom",{"$f":"+SUMIFS(Actv.shpD.dDVh., Prd., F$1)","v":42886435.580139734},39899770.651280507,37739670.432960339,32865922.438368674,31376240.563412845,30724798.183108427,30420913.12412136,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939]
[null,null,{"$f":"Model!G5694","v":"Actv.shpI.dDVh."},null,"Shipping - Int",{"$f":"+SUMIFS(Actv.shpI.dDVh., Prd., F$1)","v":92795069.40531002},93441487.365953058,93167710.292176783,97255957.222558588,97288776.579561979,97894657.695513323,98692672.506422922,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572]
[]
[null,null,null,null,null,{"$f":"F1212/SUM(F1210:F1222)","v":0.72545602134807829},0.72499445283679942,0.7224451063452817,0.71959547638741783,0.71805633171239303,0.71610748737228358,0.71419262553597773,0.71219526417552859,0.70600175016755684,0.69997438822356883,0.69423785444445307,0.68893303190119681,0.68407504352549597,0.67955117508018292,0.67525437490046425,0.67116329614778225,0.66730761812230788,0.66368780059966015]
[]
[null,null,null,null,"Issues"]
[null,null,null,null,null,"Impossible to see anything other than Cars and LGVs which totally dominate this metric."]
[null,null,null,null,null,"Metric does not mean a lot as vehicle km in different modes are not directly comparable. (e.g. one train km provides a lot more service demand than one car km)."]
[null,null,null,null,null,"Given there are currently no levers to influence fright demand it does not seem sensible to modify the distance travelled output to ensure freight is displayed in light of the consequences above."]
[null,"Output requested by DfT"]
[null,"All Transport Energy consumption by drive train",null,{"$f":" PrefUnit.Energy.","v":"TWh."}]
[null,null,null,null,"Hydrogen",{"$f":"SUMIFS(F$1274:F$1331, $X$1274:$X$1331, $E1232)","v":1.7842295236715967E-2},1.7438977394033071E-2,1.6920140027729499E-2,1.3013381367003854E-2,9.8226342529498904E-3,6.5643198855160675E-3,3.3099196838731601E-3,0,0,0,{"$f":"SUMIFS(P$1274:P$1331, $X$1274:$X$1331, $E1232)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Electric",5.867993364025037,6.0659690850124903,6.2251461096355616,6.392898493971682,6.5470271714722204,6.6823165303228853,6.842169976323512,6.9801479893901766,7.0973760486084885,7.2084312055356605,7.3195506159207646,7.4371702000452231,7.5624685652712769,7.6914448808745348,7.8204349074667254,7.9494179441429917,8.0804492054140962,8.2142163018556538]
[null,null,null,null,"Plug-in Hybrid Electric",0.22226891874533022,0.2020344615959439,0.1670984555630079,0.12959917636603038,0.10042582500567176,6.8835114556371285E-2,3.4989871634508452E-2,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Internal Combustion Engine",642.68522536615239,598.2005655955013,586.42978194883915,562.01369916061515,570.48019640028133,577.24900857719138,590.57601428927364,600.51765045278989,615.62442089690876,630.37886904143761,645.13193003204003,660.23609200895748,675.74889796214939,691.44246650147591,707.11384715835356,722.7687352135481,738.52814921804884,754.43342799138463]
[null,null,null,null,"Total",{"$f":"SUM(F1232:F1235)","v":648.7933299441595},604.48600811950382,592.83894665406547,568.54921021231985,577.13747203101218,584.00672454195615,597.45648405691554,607.49779844218006,622.72179694551721,637.58730024697331,652.45148064796081,667.6732622090027,683.31136652742066,699.13391138235045,714.9342820658203,730.71815315769106,746.60859842346292,762.64764429324032]
[]
[null,null,null,null,"Issues","Currently excludes refuelling infrastructure so does not match FEC"]
[null,null,null,null,null,"Units of energy consumption mean that the share of electric vehicles is far lower than the share of vehicles that are electric. This emphasises Conventional ICE vehicles strongly."]
[null,null,null,null,null,"Do we need to illustrate two charts demonstrating transport energy consumption (we already display segmented by fuel)."]
[null,null,null,null,null,"Some modes cannot switch to all drivetrain options which may be frustrating."]
[null,null,null,null,null,"Consider changing to distance travelled by drivetrain."]
[]
[]
[null,"Road Transport Energy consumption by drive train",null,{"$f":" PrefUnit.Energy.","v":"TWh."}]
[null,null,null,null,"Hydrogen",{"$f":"SUMIFS(F$1274:F$1308, $X$1274:$X$1308, $E1246)","v":1.7842295236715967E-2},1.7438977394033071E-2,1.6920140027729499E-2,1.3013381367003854E-2,9.8226342529498904E-3,6.5643198855160675E-3,3.3099196838731601E-3,0,0,0,{"$f":"SUMIFS(P$1274:P$1308, $X$1274:$X$1308, $E1246)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Electric",{"$f":"SUMIFS(F$1274:F$1308, $X$1274:$X$1308, $E1247)","v":8.2438617769555217E-2},8.238719612038567E-2,6.8042862159202605E-2,5.3702617712912064E-2,4.1076083510863656E-2,2.7786880321479458E-2,1.4054722754439485E-2,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Plug-in Hybrid Electric",0.22226891874533022,0.2020344615959439,0.1670984555630079,0.12959917636603038,0.10042582500567176,6.8835114556371285E-2,3.4989871634508452E-2,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Internal Combustion Engine",422.04454838034445,374.23492138971608,363.55093546295961,341.98522368868032,348.64607968226682,353.86955693050442,360.77532431229838,366.58936486727407,378.3767149059039,389.98653405548941,401.59314665534163,413.3668018386528,425.33166924300957,437.37315468300778,449.39206400128455,461.39467864378184,473.44382187078662,{"$f":"SUMIFS(W$1274:W$1308, $X$1274:$X$1308, $E1249)","v":485.56136217543207}]
[null,null,null,null,"Total",{"$f":"SUM(F1246:F1249)","v":422.36709821209604},374.53678202482644,363.80299692070957,342.18153886412625,348.7974042250363,353.97274324526779,360.8276788263712,366.58936486727407,378.3767149059039,389.98653405548941,401.59314665534163,413.3668018386528,425.33166924300957,437.37315468300778,449.39206400128455,461.39467864378184,473.44382187078662,485.56136217543207]
[]
[null,null,null,null,"Issues","Currently excludes refuelling infrastructure so does not match FEC"]
[null,null,null,null,null,"Units of energy consumption mean that the share of electric vehicles is far lower than the share of vehicles that are electric. This emphasises Conventional ICE vehicles strongly."]
[null,null,null,null,null,"Do we need to illustrate two charts demonstrating transport energy consumption (we already display segmented by fuel)."]
[null,null,null,null,null,"Some modes cannot switch to all drivetrain options which may be frustrating."]
[null,null,null,null,null,"Consider changing to distance travelled by drivetrain."]
[]
[]
[null,"Vehicle distance travelled by drive train",null,{"$f":"PrefUnit.Distance.","v":"km."}]
[null,null,null,null,"Hydrogen",{"$f":"SUMIFS(F$1337:F$1375, $X$1337:$X$1375, $E1260)","v":11291716.103954429},11975412.893787662,12653774.181887221,10676396.657876201,8517975.1310172658,6035431.7141699977,3195028.4718317674,0,0,0,{"$f":"SUMIFS(P$1337:P$1375, $X$1337:$X$1375, $E1260)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Electric",823718079.47413254,878186870.27418494,845025203.24947441,800288952.65437531,744002210.72996926,676646805.36597347,602290661.17798901,517633763.35103744,526327396.22266752,534563246.66038656,542803862.13454592,551526530.4932158,560818657.25837994,570383540.82351756,579949441.19559443,589514823.19550633,599232101.53137147,609152269.40347731]
[null,null,null,null,"Plug-in Hybrid Electric",829293266.95359385,908348959.93271482,804373890.17206454,677765063.01411951,533827787.48616755,371639178.35900521,193588028.96203077,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Internal Combustion Engine",467214926776.17395,512338140525.60846,547716664970.60522,580347470403.91602,612079362217.73816,642188345075.65723,671994718321.26599,700651248220.07605,718988062235.09167,736841456102.9082,754690772207.30261,773021041450.3092,791914328999.36511,811060844515.67993,830182557027.96204,849284866686.89429,868531151642.95898,887977065681.82336]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,{"$f":"Model!G6268","v":"EB.carE.fElc."},null,"Car Electric ",{"$f":"-SUMIFS(EB.carE.fElc., Prd., F$1)","v":5.2188207026439289E-2},5.2055694371755834E-2,4.2080154611572655E-2,3.2217261323963672E-2,2.4400133202313157E-2,1.6313313383594721E-2,8.1838604851711318E-3,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6269","v":"EB.carH2.fH2G."},null,"Car Hydrogen ",{"$f":"-SUMIFS(EB.carH2.fH2G., Prd., F$1)","v":3.4653889694163253E-4},3.3736971482366837E-4,3.3620927307003487E-4,2.6579939111051788E-4,2.0283487608623843E-4,1.3667640415691341E-4,6.9309222774026463E-5,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6270","v":"EB.carPHEV.fElc."},null,"Car Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.carPHEV.fElc., Prd., F$1)","v":6.6207558825690474E-2},6.4927945855935185E-2,5.4362655110725383E-2,4.3480265752749873E-2,3.3362604647835262E-2,2.2611567795326849E-2,1.1516496122029443E-2,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6271","v":"EB.carPHEV.fFsL."},null,"Car Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.carPHEV.fFsL., Prd., F$1)","v":0.14689525405552969},0.12835646298942205,0.10498260938474445,7.9824758266116708E-2,6.2010024372720879E-2,4.2631002889460527E-2,2.1595445154977164E-2,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6272","v":"EB.carPHEV.fBiL."},null,"Car Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.carPHEV.fBiL., Prd., F$1)","v":4.4012856048534785E-3},3.8458250845306006E-3,3.143817101864654E-3,2.3891616040489392E-3,1.8549734819302665E-3,1.2745859440798175E-3,6.4531742324030333E-4,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6273","v":"EB.carIC.fFsL."},null,"Car Internal Combustion Engine ",{"$f":"-SUMIFS(EB.carIC.fFsL., Prd., F$1)","v":241.48269156183395},202.97538252596092,191.49820129405299,175.38730002662317,176.75636513727213,176.92846601333875,177.90756326315054,178.09030987182527,181.09801748238769,183.94734760786565,186.79832627735021,189.81607919999738,193.03084577716646,196.33997712855901,199.64946026130863,202.95876405454291,206.32061892422692,209.75266682037818,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6274","v":"EB.carIC.fBiL."},null,"Car Internal Combustion Engine ",{"$f":"-SUMIFS(EB.carIC.fBiL., Prd., F$1)","v":7.2353208483549585},6.0815622328644654,5.734619512058428,5.2493563671621555,5.2875059058396658,5.2898247895537365,5.3162530096527174,5.318866103277994,5.4086946518941739,5.4937930799465535,5.5789407436077809,5.6690693066940518,5.7650819027166085,5.8639128081649963,5.9627542199566941,6.0615902755733719,6.1619958278090428,6.2644977732141776,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6275","v":"EB.lgvE.fElc."},null,"LGV (van) Electric ",{"$f":"-SUMIFS(EB.lgvE.fElc., Prd., F$1)","v":1.5115044315090836E-2},1.5635543671157902E-2,1.4194041710622798E-2,1.2402536816866041E-2,9.9595404850432029E-3,7.0653207338754759E-3,3.7349557857832253E-3,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6276","v":"EB.lgvH2.fH2G."},null,"LGV (van) Hydrogen ",{"$f":"-SUMIFS(EB.lgvH2.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6277","v":"EB.lgvPHEV.fElc."},null,"LGV (van) Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.lgvPHEV.fElc., Prd., F$1)","v":1.4717848371906168E-3},1.5623196572431854E-3,1.4401078879649469E-3,1.2599615493030967E-3,9.9871269635841073E-4,6.9902443303926473E-4,3.6918232434216122E-4,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6278","v":"EB.lgvPHEV.fFsL."},null,"LGV (van) Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.lgvPHEV.fFsL., Prd., F$1)","v":3.2177940271396225E-3},3.2655499415374305E-3,3.0936034306615723E-3,2.5791703575166382E-3,2.1424890060560003E-3,1.5753039684013935E-3,8.3927633370339577E-4,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6279","v":"EB.lgvPHEV.fBiL."},null,"LGV (van) Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.lgvPHEV.fBiL., Prd., F$1)","v":7.5241394926310574E-5},7.6358067275431268E-5,7.5662647046918712E-5,6.5858836295099813E-5,5.7020800770944975E-5,4.3629526063430392E-5,2.4154276215988337E-5,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6280","v":"EB.lgvIC.fFsL."},null,"LGV (van) Internal Combustion Engine ",{"$f":"-SUMIFS(EB.lgvIC.fFsL., Prd., F$1)","v":64.488713084951428},63.019068830013545,69.667270736965463,70.59033755042438,76.304206897728434,81.981230572970858,87.617546684400153,93.215451179868538,98.866386765711255,104.50796736941305,110.14258320261071,115.76736872318708,121.37814717665555,126.97231553702001,132.55064006827297,138.11708026051761,143.67547862282623,149.22774450433207,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6281","v":"EB.lgvIC.fBiL."},null,"LGV (van) Internal Combustion Engine ",{"$f":"-SUMIFS(EB.lgvIC.fBiL., Prd., F$1)","v":1.5079339101849298},1.4735693477380101,1.7039062163717242,1.8025166391977061,2.030781472951285,2.2705473405397689,2.5216229017726342,2.7839836088735197,2.9527551145269064,3.1212472231853536,3.2895313211902271,3.4575218259242275,3.6250939939474875,3.7921700829800002,3.9587729783521275,4.1250209346601556,4.2910287127311646,4.4568533374105348,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6282","v":"EB.hgvRE.fElc."},null,"HGV _Rigid Electric ",{"$f":"-SUMIFS(EB.hgvRE.fElc., Prd., F$1)","v":1.0999905953836176E-2},1.0939530796466422E-2,8.9217375871810823E-3,7.0237893680787566E-3,5.2468913193702846E-3,3.482273994128429E-3,1.6967073202077043E-3,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6283","v":"EB.hgvRH2.fH2G."},null,"HGV _Rigid Hydrogen ",{"$f":"-SUMIFS(EB.hgvRH2.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6284","v":"EB.hgvRPHEV.fElc."},null,"HGV _Rigid Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.hgvRPHEV.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6285","v":"EB.hgvRPHEV.fFsL."},null,"HGV _Rigid Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.hgvRPHEV.fFsL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6286","v":"EB.hgvRPHEV.fBiL."},null,"HGV _Rigid Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.hgvRPHEV.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6287","v":"EB.hgvRIC.fFsL."},null,"HGV _Rigid Internal Combustion Engine ",{"$f":"-SUMIFS(EB.hgvRIC.fFsL., Prd., F$1)","v":47.055194108290962},45.625466939841878,43.429057559111271,41.440782155337992,40.651828937525451,39.823128980887823,39.318586761079935,38.777500465423238,39.343019212322879,39.912475601717816,40.485954434459252,41.061713183130443,41.637832427027206,42.213181876906233,42.787865792911042,43.362987871791866,43.939509668063863,44.517733761724386,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6288","v":"EB.hgvRIC.fBiL."},null,"HGV _Rigid Internal Combustion Engine ",{"$f":"-SUMIFS(EB.hgvRIC.fBiL., Prd., F$1)","v":1.0754483639613899},1.0427718917173023,0.9899652511521817,0.94215457760302279,0.92177746785474646,0.90059649021544885,0.88682661153308162,0.87229551149213835,0.88501679209724282,0.89782664952739477,0.91072699136820423,0.92367861966142117,0.93663835725419076,0.94958077841711375,0.96250822847039164,0.97544553494828345,0.98841432791145711,1.0014214138629209,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6289","v":"EB.hgvAE.fElc."},null,"HGV _Articulated Electric ",{"$f":"-SUMIFS(EB.hgvAE.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6290","v":"EB.hgvAH2.fH2G."},null,"HGV _Articulated Hydrogen ",{"$f":"-SUMIFS(EB.hgvAH2.fH2G., Prd., F$1)","v":1.7495756339774335E-2},1.7101607679209402E-2,1.6583930754659464E-2,1.2747581975893336E-2,9.6197993768636515E-3,6.4276434813591542E-3,3.2406104610991338E-3,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6291","v":"EB.hgvAPHEV.fElc."},null,"HGV _Articulated Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.hgvAPHEV.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6292","v":"EB.hgvAPHEV.fFsL."},null,"HGV _Articulated Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.hgvAPHEV.fFsL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6293","v":"EB.hgvAPHEV.fBiL."},null,"HGV _Articulated Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.hgvAPHEV.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6294","v":"EB.hgvAIC.fFsL."},null,"HGV _Articulated Internal Combustion Engine ",{"$f":"-SUMIFS(EB.hgvAIC.fFsL., Prd., F$1)","v":43.814810607830523},42.046724042109545,39.883873617091915,37.305020193485035,37.842132883903851,38.271807252298139,39.159293661793541,39.873295513702949,42.003073663292128,44.130110723006112,46.255282679540265,48.377275158638788,50.494272250342583,52.605152862473744,54.710210231704359,56.811050549847742,58.909214919296005,61.00544090572501,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6295","v":"EB.hgvAIC.fBiL."},null,"HGV _Articulated Internal Combustion Engine ",{"$f":"-SUMIFS(EB.hgvAIC.fBiL., Prd., F$1)","v":1.0013892680376173},0.96097957808775258,0.90915279265558757,0.84812818954812674,0.85806780013649886,0.86551348845952591,0.88323377234129796,0.89694529785425869,0.94485441778366752,0.99270187720463665,1.0405073813393517,1.0882413634867623,1.1358629749565816,1.1833469969063626,1.2307000256620613,1.2779581923278636,1.3251561638287446,1.3723105316216262,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6296","v":"EB.busE.fElc."},null,"Bus Electric ",{"$f":"-SUMIFS(EB.busE.fElc., Prd., F$1)","v":4.1354604741889239E-3},3.7564272810055007E-3,2.8469282498260725E-3,2.0590302040035943E-3,1.4695185041370112E-3,9.2597220988083196E-4,4.3919916327742449E-4,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6297","v":"EB.busH2.fH2G."},null,"Bus Hydrogen ",{"$f":"-SUMIFS(EB.busH2.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6298","v":"EB.busPHEV.fElc."},null,"Bus Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.busPHEV.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6299","v":"EB.busPHEV.fFsL."},null,"Bus Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.busPHEV.fFsL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6300","v":"EB.busPHEV.fBiL."},null,"Bus Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.busPHEV.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6301","v":"EB.busIC.fFsL."},null,"Bus Internal Combustion Engine ",{"$f":"-SUMIFS(EB.busIC.fFsL., Prd., F$1)","v":14.061666666666662},10.763398102544834,9.5179273548487071,8.2324632559576454,7.8161817864289471,7.37173096757025,7.0063697106420246,6.6119815340270822,6.7236490761583996,6.8294365173031011,6.9352851641503346,7.0473256598581582,7.1666807065181803,7.2895392461255559,7.4124108463640175,7.5352757882415338,7.6600918006030607,7.7875138783656341,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6302","v":"EB.busIC.fBiL."},null,"Bus Internal Combustion Engine ",{"$f":"-SUMIFS(EB.busIC.fBiL., Prd., F$1)","v":0.32137996023211651},0.24599789883785456,0.21696112865139133,0.18716473334106937,0.17723139262588444,0.16671103467014139,0.15802793593250766,0.14873578092903458,0.15124772972953457,0.15362740631970168,0.15600845972526317,0.15852879807451892,0.16121367642474438,0.16397736545476713,0.16674134828221718,0.16950518133058667,0.17231290349004844,0.17517924879759098,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6303","v":"EB.trnPE.fElc."},null,"Train Passenger Electric ",{"$f":"-SUMIFS(EB.trnPE.fElc., Prd., F$1)","v":5.7448669644278478},5.944538057845385,6.1184364252832708,6.3007063000303427,6.4674474767460097,6.6160121407258403,6.7893960237395552,6.9412270390067077,7.0584550982250196,7.1695102551521916,7.2806296655372957,7.3982492496617542,7.523547614887808,7.6525239304910659,7.7815139570832565,7.9104969937595229,8.0415282550306273,8.1752953514721849,"Electric"]
[null,null,{"$f":"Model!G6304","v":"EB.trnPIC.fFsL."},null,"Train Passenger Internal Combustion Engine ",{"$f":"-SUMIFS(EB.trnPIC.fFsL., Prd., F$1)","v":8.3920503103813004},8.6837280588591028,8.8843459982033384,9.0942017688539476,9.2788035296627918,9.434793848789564,9.6236008672398707,9.7792666370251968,9.9444253967076772,10.100887357237772,10.25743984235292,10.423150208607371,10.599678957176337,10.781389449148069,10.963119258081463,11.14483921915205,11.329444856535037,11.517904922170613,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6305","v":"EB.trnPIC.fBiL."},null,"Train Passenger Internal Combustion Engine ",{"$f":"-SUMIFS(EB.trnPIC.fBiL., Prd., F$1)","v":0},0,3.2695820000079201E-2,6.7183491912285717E-2,0.10320206150282177,0.1404367149346214,0.17972769022009949,0.21998350308236642,0.22369873080528521,0.22721832500943864,0.23073995555395121,0.23446759160466479,0.238438585948752,0.24252614302787068,0.24661413463986934,0.25070190472530179,0.25485458777481684,0.25909397575434923,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6306","v":"EB.trnFE.fElc."},null,"Train Freight Electric ",{"$f":"-SUMIFS(EB.trnFE.fElc., Prd., F$1)","v":4.0687781827634099E-2},3.9043831046719588E-2,3.8666822193087549E-2,3.8489576228427178E-2,3.8503611215347226E-2,3.8517509275565617E-2,3.8719229829517414E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,3.8920950383469204E-2,"Electric"]
[null,null,{"$f":"Model!G6307","v":"EB.trnFIC.fFsL."},null,"Train Freight Internal Combustion Engine ",{"$f":"-SUMIFS(EB.trnFIC.fFsL., Prd., F$1)","v":1.2778369001442971},1.2267234241385252,1.2056014050237835,1.1850319481358245,1.1725098901205449,1.1601522591725475,1.1553146051257432,1.1504808389408978,1.1504808389408978,1.1504808389408978,1.1504808389408978,1.1504808389408978,1.1504808389408978,1.1504808389408978,1.1504808389408978,1.1504808389408978,1.1504808389408978,1.1504808389408978,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6308","v":"EB.trnFIC.fBiL."},null,"Train Freight Internal Combustion Engine ",{"$f":"-SUMIFS(EB.trnFIC.fBiL., Prd., F$1)","v":0},0,4.4368067766014123E-3,8.7544334650732514E-3,1.3041060456345798E-2,1.7268842829361333E-2,2.1576333881805059E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,2.5879937072290138E-2,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6309","v":"EB.nrmIC.fFsL."},null,"Non-Road Mobile Machinery Internal Combustion Engine ",{"$f":"-SUMIFS(EB.nrmIC.fFsL., Prd., F$1)","v":5.5555555555555556E-4},5.5555555555555556E-4,5.5351851851851851E-4,5.5148148148148146E-4,5.4944444444444442E-4,5.4740740740740737E-4,5.4537037037037043E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,5.4333333333333328E-4,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6310","v":"EB.nrmIC.fBiL."},null,"Non-Road Mobile Machinery Internal Combustion Engine ",{"$f":"-SUMIFS(EB.nrmIC.fBiL., Prd., F$1)","v":0},0,2.0370370370370371E-6,4.0740740740740742E-6,6.1111111111111121E-6,8.1481481481481483E-6,1.0185185185185188E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,1.2222222222222224E-5,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6311","v":"EB.shpDIC.fFsL."},null,"Shipping Domestic Internal Combustion Engine ",{"$f":"-SUMIFS(EB.shpDIC.fFsL., Prd., F$1)","v":23.938697406595633},21.466428952336649,19.083685499455193,16.109560995409485,14.644078765083108,13.780667152025924,13.004035675027332,12.203104979490899,12.203104979490899,12.203104979490899,12.203104979490899,12.203104979490899,12.203104979490899,12.203104979490899,12.203104979490899,12.203104979490899,12.203104979490899,12.203104979490899,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6312","v":"EB.shpDIC.fBiL."},null,"Shipping Domestic Internal Combustion Engine ",{"$f":"-SUMIFS(EB.shpDIC.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6313","v":"EB.shpIIC.fFsL."},null,"Shipping International Internal Combustion Engine ",{"$f":"-SUMIFS(EB.shpIIC.fFsL., Prd., F$1)","v":41.319266813131179},37.691654559026567,33.964603264397027,30.369313202269751,28.152999180760581,26.925916711154031,25.526083777724477,24.001031248082818,24.001031248082818,24.001031248082818,24.001031248082818,24.001031248082818,24.001031248082818,24.001031248082818,24.001031248082818,24.001031248082818,24.001031248082818,24.001031248082818,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6314","v":"EB.shpIIC.fBiL."},null,"Shipping International Internal Combustion Engine ",{"$f":"-SUMIFS(EB.shpIIC.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G8554","v":"EB.aviDPHEV.fElc."},null,"Aviation Domestic Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.aviDPHEV.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G8555","v":"EB.aviDPHEV.fFsL."},null,"Aviation Domestic Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.aviDPHEV.fFsL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G8556","v":"EB.aviDPHEV.fBiL."},null,"Aviation Domestic Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.aviDPHEV.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G8557","v":"EB.aviDCon.fFsL."},null,"Aviation Domestic Conventional ",{"$f":"-SUMIFS(EB.aviDCon.fFsL., Prd., F$1)","v":10.043448539389448},10.692661081851584,10.267576807794002,9.822368889732271,9.6927822369589265,9.460967387148246,9.3235810150291218,9.0498196556321666,9.2026590294984487,9.347450308673011,9.4923253600975297,9.6456751955538742,9.809036457484817,9.9771929504936399,10.145367319589278,10.313532575385755,10.484368261510092,10.658770869557745,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G8558","v":"EB.aviDCon.fBiL."},null,"Aviation Domestic Conventional ",{"$f":"-SUMIFS(EB.aviDCon.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G8559","v":"EB.aviIPHEV.fElc."},null,"Aviation International Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.aviIPHEV.fElc., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G8560","v":"EB.aviIPHEV.fFsL."},null,"Aviation International Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.aviIPHEV.fFsL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G8561","v":"EB.aviIPHEV.fBiL."},null,"Aviation International Plug-in Hybrid Electric Vehicle ",{"$f":"-SUMIFS(EB.aviIPHEV.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G8562","v":"EB.aviICon.fFsL."},null,"Aviation International Conventional ",{"$f":"-SUMIFS(EB.aviICon.fFsL., Prd., F$1)","v":135.66882146061053},144.20389257401723,149.43534532867395,153.37150518660067,158.77614443791373,162.4586931750772,170.96621445717119,177.49816323063365,180.49587027485103,183.33572643588559,186.17722565955154,189.18494461539632,192.38902215938745,195.68715071665608,198.98562988561594,202.28393031136062,205.63460708229974,209.05524348932744,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G8563","v":"EB.aviICon.fBiL."},null,"Aviation International Conventional ",{"$f":"-SUMIFS(EB.aviICon.fBiL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Internal Combustion Engine"]
[]
[]
[]
[]
[]
[null,null,{"$f":"Model!G6030","v":"Actv.carE."},null,"Car Electric ",{"$f":"+SUMIFS(Actv.carE., Prd., F$1)","v":287029604.35585707},314199824.34945405,277980506.6894964,234036136.57627487,184228648.43271884,128181657.59040795,66734406.517709158,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6031","v":"Actv.carH2."},null,"Car Hydrogen ",{"$f":"+SUMIFS(Actv.carH2., Prd., F$1)","v":932386.69224593893},1020646.4088848419,1083589.9344503868,912291.31463875331,718137.79842511599,499662.20869321242,260135.97876085277,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6032","v":"Actv.carPHEV."},null,"Car Plug-in Hybrid Electric Vehicle ",{"$f":"+SUMIFS(Actv.carPHEV., Prd., F$1)","v":815797447.40357852},893020827.08217657,790078041.9293952,665179061.39887822,523615887.87089336,364318758.34162724,189672973.32732064,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6033","v":"Actv.carIC."},null,"Car Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.carIC., Prd., F$1)","v":357683246006.36957},391541539138.97705,415901617895.69122,437917628591.22559,459863058407.69513,480188215885.88904,500251381366.99475,519226874813.79315,527995923641.37927,536303218841.37927,544615320413.79303,553413656606.89648,562786391172.4137,572434248662.06885,582083131779.3103,591731492027.58618,601533066289.65515,611539290124.13782,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G6035","v":"Actv.lgvE."},null,"LGV (van) Electric ",{"$f":"+SUMIFS(Actv.lgvE., Prd., F$1)","v":89099555.793564215},101196509.26468883,94381354.418197781,83092927.330508232,67419078.638196841,48329497.097488455,25847242.300995771,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6036","v":"Actv.lgvH2."},null,"LGV (van) Hydrogen ",{"$f":"+SUMIFS(Actv.lgvH2., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6037","v":"Actv.lgvPHEV."},null,"LGV (van) Plug-in Hybrid Electric Vehicle ",{"$f":"+SUMIFS(Actv.lgvPHEV., Prd., F$1)","v":13495819.550015353},15328132.85053825,14295848.242669314,12586001.615241259,10211899.615274187,7320420.0173779959,3915055.6347101233,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6038","v":"Actv.lgvIC."},null,"LGV (van) Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.lgvIC., Prd., F$1)","v":72341180038.968521},82162866367.070969,91977191220.010437,101244310576.65675,109554623593.73091,117829491117.5612,126063244540.68401,134259060507.22113,142398154328.46005,150523774084.00058,158639362417.3606,166740792062.21649,174822047201.16626,182879378672.23856,190913890132.41751,198931284471.24149,206937096089.40805,214934075039.80615,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G6040","v":"Actv.hgvRE."},null,"HGV _Rigid Electric ",{"$f":"+SUMIFS(Actv.hgvRE., Prd., F$1)","v":13655055.666831117},14065111.024028257,11895650.116241442,9725246.8173398171,7407375.9802874615,5014474.5515449382,2545060.9803115567,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6041","v":"Actv.hgvRH2."},null,"HGV _Rigid Hydrogen ",{"$f":"+SUMIFS(Actv.hgvRH2., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6042","v":"Actv.hgvRPHEV."},null,"HGV _Rigid Plug-in Hybrid Electric Vehicle ",{"$f":"+SUMIFS(Actv.hgvRPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6043","v":"Actv.hgvRIC."},null,"HGV _Rigid Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.hgvRIC., Prd., F$1)","v":16327572802.872759},16817882682.31963,17070966593.834669,17447817010.815308,17721647954.314259,17997696002.130116,18271750880.927383,18544330004.638397,18814774621.760319,19087102313.886986,19361353634.817657,19636695266.182903,19912209295.004093,20187355189.8783,20462182810.504692,20737219971.118732,21012926510.132713,21289447128.552532,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G6045","v":"Actv.hgvAE."},null,"HGV _Articulated Electric ",{"$f":"+SUMIFS(Actv.hgvAE., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6046","v":"Actv.hgvAH2."},null,"HGV _Articulated Hydrogen ",{"$f":"+SUMIFS(Actv.hgvAH2., Prd., F$1)","v":10359329.411708489},10954766.48490282,11570184.247436834,9764105.3432374485,7799837.3325921502,5535769.5054767849,2934892.4930709144,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6047","v":"Actv.hgvAPHEV."},null,"HGV _Articulated Plug-in Hybrid Electric Vehicle ",{"$f":"+SUMIFS(Actv.hgvAPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6048","v":"Actv.hgvAIC."},null,"HGV _Articulated Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.hgvAIC., Prd., F$1)","v":12386819159.548967},13098792980.77075,13834658038.16213,14596316065.772516,15549187774.837641,16556328397.970341,17558233710.461075,18555356121.568386,19546465371.918186,20536299034.229923,21525264755.8997,22512750882.383312,23497912365.496456,24480227496.051628,25459832734.073212,26437475533.733524,27413873059.323524,28389368542.913765,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G6050","v":"Actv.busE."},null,"Bus Electric ",{"$f":"+SUMIFS(Actv.busE., Prd., F$1)","v":5111485.2989007551},5095438.9891897188,4226515.4726395085,3361444.4892286104,2493497.5956269265,1635123.5857671527,804863.09702869609,0,0,0,0,0,0,0,0,0,0,0,"Electric"]
[null,null,{"$f":"Model!G6051","v":"Actv.busH2."},null,"Bus Hydrogen ",{"$f":"+SUMIFS(Actv.busH2., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen"]
[null,null,{"$f":"Model!G6052","v":"Actv.busPHEV."},null,"Bus Plug-in Hybrid Electric Vehicle ",{"$f":"+SUMIFS(Actv.busPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G6053","v":"Actv.busIC."},null,"Bus Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.busIC., Prd., F$1)","v":4427125921.8200951},4413227997.9257307,4393615336.9443808,4368768905.8564177,4321796868.7586164,4251877602.1526413,4186640606.4545345,4096458010.02244,4165641717.6703262,4231182404.4382539,4296761011.2440863,4366175782.5538998,4440122289.2721758,4516239387.6161814,4592364577.6837587,4668485642.5589275,4745815494.5837898,4824759936.3397064,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G6055","v":"Actv.trnPE."},null,"Train Passenger Electric ",{"$f":"+SUMIFS(Actv.trnPE., Prd., F$1)","v":426039334.0819692},440846942.3698138,453743245.29900742,467260379.21025026,479625904.87548411,490643460.35622835,503501609.12052542,514761397.21273744,523455030.08436751,531690880.52208656,539931495.99624586,548654164.35491574,557946291.12007987,567511174.6852175,577077075.05729437,586642457.05720627,596359735.39307141,606279903.26517725,"Electric"]
[null,null,{"$f":"Model!G6056","v":"Actv.trnPIC."},null,"Train Passenger Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.trnPIC., Prd., F$1)","v":232627634.60376969},240712941.79157436,247180399.20059875,253953599.42844,260069194.98711085,265425391.22643447,271748267.61279041,277179213.88378167,281860400.81465936,286295089.51189274,290732343.99797851,295429165.42187768,300432618.29542756,305582940.2151171,310733809.64623541,315884399.95388025,321116780.59626919,326458409.45048004,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G6058","v":"Actv.trnFE."},null,"Train Freight Electric ",{"$f":"+SUMIFS(Actv.trnFE., Prd., F$1)","v":2783044.2770101726},2783044.2770101726,2797931.253891815,2812818.2307734578,2827705.2076551006,2842592.184536743,2857479.1614183853,2872366.1383000277,2872366.1383000277,2872366.1383000277,2872366.1383000277,2872366.1383000277,2872366.1383000277,2872366.1383000277,2872366.1383000277,2872366.1383000277,2872366.1383000277,2872366.1383000277,"Electric"]
[null,null,{"$f":"Model!G6059","v":"Actv.trnFIC."},null,"Train Freight Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.trnFIC., Prd., F$1)","v":33121532.451740179},33121532.451740179,33106645.474858534,33091758.497976892,33076871.521095246,33061984.544213604,33047097.567331962,33032210.59045032,33032210.59045032,33032210.59045032,33032210.59045032,33032210.59045032,33032210.59045032,33032210.59045032,33032210.59045032,33032210.59045032,33032210.59045032,33032210.59045032,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G6061","v":"Actv.nrmIC."},null,"Non-Road Mobile Machinery Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.nrmIC., Prd., F$1)","v":2000000},2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6062","v":"Actv.shpDIC."},null,"Shipping Domestic Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.shpDIC., Prd., F$1)","v":42886435.580139734},39899770.651280507,37739670.432960339,32865922.438368674,31376240.563412845,30724798.183108427,30420913.12412136,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,30046442.485319939,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G6063","v":"Actv.shpIIC."},null,"Shipping International Internal Combustion Engine ",{"$f":"+SUMIFS(Actv.shpIIC., Prd., F$1)","v":92795069.40531002},93441487.365953058,93167710.292176783,97255957.222558588,97288776.579561979,97894657.695513323,98692672.506422922,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,105301977.06238572,"Internal Combustion Engine"]
[]
[null,null,{"$f":"Model!G8495","v":"Actv.aviDPHEV."},null,"Aviation Domestic Plug-in Hybrid Electric Vehicle ",{"$f":"+SUMIFS(Actv.aviDPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G8496","v":"Actv.aviDCon."},null,"Aviation Domestic Conventional ",{"$f":"+SUMIFS(Actv.aviDCon., Prd., F$1)","v":187056859.27799499},200147025.35558358,197194518.66495547,194594382.46272683,198337184.53919387,201429380.99640128,200302812.41307235,198295006.78397441,201643944.75522017,204816537.00332221,207990964.82599986,211351087.76979935,214930575.95580697,218615134.78579447,222300085.30742788,225984836.14312416,229728100.07854277,233549520.5777269,"Internal Combustion Engine"]
[null,null,{"$f":"Model!G8497","v":"Actv.aviIPHEV."},null,"Aviation International Plug-in Hybrid Electric Vehicle ",{"$f":"+SUMIFS(Actv.aviIPHEV., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Plug-in Hybrid Electric"]
[null,null,{"$f":"Model!G8498","v":"Actv.aviICon."},null,"Aviation International Conventional ",{"$f":"+SUMIFS(Actv.aviICon., Prd., F$1)","v":3458495315.2751398},3694508600.9281492,3928226941.8967748,4158867633.5394425,4446899350.2113161,4734199857.3082314,5027255452.5203362,5323313912.0265636,5413217578.1953659,5498387168.3197813,5583606035.2254591,5673809966.7462063,5769902851.6228666,5868816402.6873207,5967740468.8808317,6066659174.4203129,6167148689.0428848,6269736349.9070425,"Internal Combustion Engine"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Farming and Forestry",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[]
[null,"Land Balance",null,{"$f":" PrefUnit.Area.","v":"sqkm."}]
[null,null,{"$f":"Model!G9170","v":"LB.LndWdl."},null,"Woodland ",{"$f":"+SUMIFS(LB.LndWdl., Prd., F$1)","v":34972},35082,35039.001141161702,34996.018258587239,34988.027387880866,34980.036517174485,34992.022823234052,35004,34996,34988,34980,34972,34972,34972,34972,34972,34972,34972]
[null,null,{"$f":"Model!G9171","v":"LB.LndBi."},null,"Bioenergy Land",{"$f":"+SUMIFS(LB.LndBi., Prd., F$1)","v":930},930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930]
[null,null,{"$f":"Model!G9173","v":"LB.LndLivG."},null,"Livestock Grazing Land",{"$f":"+SUMIFS(LB.LndLivG., Prd., F$1)","v":136015.00848111024},135412.89782850255,134818.28145625268,134224.53136427302,133707.54263664264,133190.57820724923,132661.80393705229,132133.03177766915,132133.03177766915,132133.03177766915,132133.03177766915,132133.03177766915,132133.03177766915,132133.03177766915,132133.03177766915,132133.03177766915,132133.03177766915,132133.03177766915]
[null,null,{"$f":"Model!G9174","v":"LB.LndArbl."},null,"Arable Land for Food ",{"$f":"+SUMIFS(LB.LndArbl., Prd., F$1)","v":48498.454877108525},48869.316910559915,49104.342531742033,49339.049906466505,49607.041778880724,49875.021055797864,50144.063539962772,50413.104903914864,50413.104903914864,50413.104903914864,50413.104903914864,50413.104903914864,50413.104903914864,50413.104903914864,50413.104903914864,50413.104903914864,50413.104903914864,50413.104903914864]
[null,null,{"$f":"Model!G9175","v":"LB.LndSet."},null,"Settlement Land",{"$f":"+SUMIFS(LB.LndSet., Prd., F$1)","v":19211.380672095078},19249.767030152361,19618.230396146264,19986.181295180435,20215.713681420173,20445.235279741315,20670.29612499295,20895.356041517807,20895.356041517807,20895.356041517807,20895.356041517807,20895.356041517807,20895.356041517807,20895.356041517807,20895.356041517807,20895.356041517807,20895.356041517807,20895.356041517807]
[null,null,{"$f":"Model!G9172","v":"LB.LndOth."},null,"Other Land ",{"$f":"+SUMIFS(LB.LndOth., Prd., F$1)","v":4553.1559696861423},4636.0182307851665,4670.1444746973211,4704.2191754927953,4731.6745151755867,4759.1289400371261,4781.8135747579381,4804.5072768981991,4812.5072768981991,4820.5072768981991,4828.5072768981991,4836.5072768981991,4836.5072768981991,4836.5072768981991,4836.5072768981991,4836.5072768981991,4836.5072768981991,4836.5072768981991]
[null,null,null,null,"Total UK Land",{"$f":"SUM(F1390:F1395)","v":244180},244180.00000000003,244180.00000000003,244180,244179.99999999997,244180.00000000003,244180.00000000003,244180,244180,244180,244180,244180,244180,244180,244180,244180,244180,244180]
[]
[]
[]
[]
[]
[]
[]
[null,"Land Area Trade Off",null,{"$f":" PrefUnit.Area.","v":"sqkm."}]
[null,null,null,null,"Forest",{"$f":"F1390","v":34972},35082,35039.001141161702,34996.018258587239,34988.027387880866,34980.036517174485,34992.022823234052,35004,34996,34988,34980,34972,34972,34972,34972,34972,34972,34972]
[null,null,null,null,"Bioenergy Land",{"$f":"F1391","v":930},930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930]
[null,null,{"$f":"Model!$G$9177","v":"LB.LndTotAvail."},null,"Remaining Available Land",{"$f":"+SUMIFS(LB.LndTotAvail., Prd., F$1)","v":0},0,21.546272058229079,42.954529750466463,64.271910040639341,85.482753201467858,106.60397842736711,127.62548532910296,135.62548532910296,143.62548532910296,151.62548532910296,159.62548532910296,159.62548532910296,{"$f":"+SUMIFS(LB.LndTotAvail., Prd., S$1)","v":159.62548532910296},159.62548532910296,159.62548532910296,159.62548532910296,159.62548532910296]
[null,null,null,null,"Total Potential Land",{"$f":"SUM(F1405:F1407)","v":35902},36012,35990.547413219931,35968.972788337705,35982.299297921505,35995.519270375953,36028.626801661419,36061.625485329103,36061.625485329103,36061.625485329103,36061.625485329103,36061.625485329103,36061.625485329103,36061.625485329103,36061.625485329103,36061.625485329103,36061.625485329103,{"$f":"SUM(W1405:W1407)","v":36061.625485329103}]
[]
[]
[]
[null,"User selected land",null,{"$f":" PrefUnit.Area.","v":"sqkm."}]
[null,null,{"$f":"Model!G9133","v":"LBLvr.LndWdl."},null,"Woodland ",{"$f":"+SUMIFS(LBLvr.LndWdl., Prd., F$1)","v":34972},35082,35039.001141161702,34996.018258587239,34988.027387880866,34980.036517174485,34992.022823234052,35004,34996,34988,34980,34972,34972,34972,34972,34972,34972,34972]
[null,null,{"$f":"Model!G9134","v":"LBLvr.LndBi."},null,"Bioenergy Land",{"$f":"+SUMIFS(LBLvr.LndBi., Prd., F$1)","v":930},930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930]
[null,"Difference between user requested and applied land balance"]
[null,null,null,null,"Woodland ",{"$f":" +F1413 -F1390","v":0},0,0,{"$f":" +I1413 -I1390","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Bioenergy Land",{"$f":" +F1414 -F1391","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total land shortfall",{"$f":" +F1416 +F1417","v":0},{"$f":" +G1416 +G1417","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,"Domestic Bioenergy Resource Production",null,{"$f":" PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G9253","v":"EB.LndBi.rBiS."},null,"Solid Biomass - land dedicated to bioenergy",{"$f":"+SUMIFS(EB.LndBi.rBiS., Prd., F$1)","v":3.575333333333333},3.7030238095238097,3.8307142857142855,3.9584047619047622,4.0860952380952371,4.2137857142857138,4.3414761904761896,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663]
[null,null,{"$f":"Model!G9250","v":"EB.LndWdlBaU.rBiS."},null,"Dry Waste - Baseline Woodland",{"$f":"+SUMIFS(EB.LndWdlBaU.rBiS., Prd., F$1)","v":5.9796302379448276},5.998438408085911,5.9924539903137477,5.9864695725415853,5.9864695725415853,5.9864695725415853,5.9898892398399637,5.9933089071383421,5.9933089071383421,5.9933089071383421,5.9933089071383421,5.9933089071383421,5.9933089071383421,5.9933089071383421,5.9933089071383421,5.9933089071383421,5.9933089071383421,5.9933089071383421]
[null,null,{"$f":"Model!G9251","v":"EB.LndWdlDif.rBiS."},null,"Dry Waste - Additional Woodland",{"$f":"+SUMIFS(EB.LndWdlDif.rBiS., Prd., F$1)","v":0},0,-1.3676717996837983E-3,-2.7326119240181001E-3,-4.098917886025906E-3,-5.4652238480349564E-3,-6.8354322034006086E-3,-8.2072015161086514E-3,-9.5750684354600924E-3,-1.0942935354811535E-2,-1.2310802274162976E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2]
[null,null,{"$f":"Model!G9252","v":"EB.LndArbl.rBiS."},null,"Dry Waste - Arable land for food crops",{"$f":"+SUMIFS(EB.LndArbl.rBiS., Prd., F$1)","v":1.7270000000000001},1.7402061677716019,1.7485752848663632,1.756933069401484,1.7664760943253115,1.7760186707312731,1.7855991072901314,1.795179503958904,1.795179503958904,1.795179503958904,1.795179503958904,1.795179503958904,1.795179503958904,1.795179503958904,1.795179503958904,1.795179503958904,1.795179503958904,1.795179503958904]
[null,null,{"$f":"Model!G9254","v":"EB.MnrMng.rWstW."},null,"Wet Waste - Manure",{"$f":"+SUMIFS(EB.MnrMng.rWstW., Prd., F$1)","v":0},8.4638188642188833E-2,0.16927637728437767,0.25391456592656647,0.33855275456875533,0.42319094321094414,0.50782913185313294,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218]
[]
[null,null,null,null,"Solid Biomass",{"$f":" +F1422","v":3.575333333333333},3.7030238095238097,3.8307142857142855,3.9584047619047622,4.0860952380952371,4.2137857142857138,4.3414761904761896,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663,4.4691666666666663]
[null,null,null,null,"Dry Waste",{"$f":" +F1423 +F1424 +F1425","v":7.7066302379448279},7.7386445758575126,7.7396616033804273,7.740670030019051,7.7488467489808706,7.7570230194248229,7.7686529149266939,7.7802812095811378,7.7789133426617862,7.7775454757424347,7.7761776088230832,7.7748097419037316,7.7748097419037316,7.7748097419037316,7.7748097419037316,7.7748097419037316,7.7748097419037316,7.7748097419037316]
[null,null,null,null,"Wet Waste",{"$f":" +F1426","v":0},8.4638188642188833E-2,0.16927637728437767,0.25391456592656647,0.33855275456875533,0.42319094321094414,0.50782913185313294,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218,0.5924673204953218]
[null,null,null,null,"Total",{"$f":"SUM(F1428:F1430)","v":11.281963571278162},11.526306574023511,11.739652266379091,11.952989357850379,12.173494741644863,12.393999676921482,12.617958237256016,12.841915196743125,12.840547329823774,12.839179462904424,12.837811595985071,12.836443729065719,12.836443729065719,12.836443729065719,12.836443729065719,12.836443729065719,12.836443729065719,12.836443729065719]
[]
[]
[]
[]
[]
[]
[]
[null,"Land Yield Index (output per unit area)",null,"Index (2015=1)"]
[null,null,{"$f":"Model!G9044","v":"YieldIndx.LndBi.rBiS."},null,"Bioenergy Land",{"$f":"+SUMIFS(YieldIndx.LndBi.rBiS., Prd., F$1)","v":1},1.0357142857142858,1.0714285714285714,1.1071428571428572,1.1428571428571428,1.1785714285714286,1.2142857142857142,1.25,1.25,1.25,1.25,1.25,1.25,1.25,1.25,1.25,1.25,1.25]
[null,null,{"$f":"Model!G9045","v":"YieldIndx.LndArbl.mFOOD."},null,"Arable Land for Food ",{"$f":"+SUMIFS(YieldIndx.LndArbl.mFOOD., Prd., F$1)","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,null,{"$f":"Model!G9046","v":"YieldIndx.LndLivG.mFOOD."},null,"Livestock Grazing Land",{"$f":"+SUMIFS(YieldIndx.LndLivG.mFOOD., Prd., F$1)","v":1},1.0044464793403229,1.0089779817205169,1.0135430921729216,1.017564251971889,1.0216164422379312,1.0257915213780924,1.03,1.03,1.03,1.03,1.03,1.03,1.03,1.03,1.03,1.03,1.03]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Share of waste resource collected for energy",null,"Share of total resource collected"]
[null,null,{"$f":"Model!G9223","v":"Shr.MnrMng.mSlryALL."},null,"Manure slurry deposits",{"$f":"+SUMIFS(Shr.MnrMng.mSlryALL., Prd., F$1)","v":0.17531710928712302},0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302,0.17531710928712302]
[null,null,{"$f":"Model!G9224","v":"Shr.MnrMng.mSlryE._of_mSlryALL."},null,"Slurry collected for energy (lever)",{"$f":"+SUMIFS(Shr.MnrMng.mSlryE._of_mSlryALL., Prd., F$1)","v":0},1.4285714285714285E-2,2.8571428571428571E-2,4.2857142857142858E-2,5.7142857142857141E-2,7.1428571428571425E-2,8.5714285714285715E-2,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1]
[null,null,{"$f":"Model!G9220","v":"Shr.LndWdlBaU.mWdArE."},null,"Baseline Woodland - Wood Arising (Dry Waste)",{"$f":"+SUMIFS(Shr.LndWdlBaU.mWdArE., Prd., F$1)","v":0.17820547090795688},0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688,0.17820547090795688]
[null,null,{"$f":"Model!G9222","v":"Shr.LndArbl.mStrwE."},null,"Arable Land for food - Straw Arising (Dry Waste)",{"$f":"+SUMIFS(Shr.LndArbl.mStrwE., Prd., F$1)","v":0.19047619047619047},0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047,0.19047619047619047]
[null,null,null,null,"Livestock Manure (Wet Waste)",{"$f":" F1457 * F1458","v":0},{"$f":" G1457 * G1458","v":2.5045301326731858E-3},5.0090602653463717E-3,7.513590398019558E-3,1.0018120530692743E-2,1.252265066336593E-2,1.5027180796039116E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2,1.7531710928712304E-2]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Share of food crop demand produced domestically"]
[]
[]
[null,"Agricultural Fuel Consumption"]
[]
[]
[null,"Emissions intensity of Agricultural processes"]
[null,null,{"$f":"Model!G9373","v":"EmFIndx.EntFrm."},null,"Livestock Enteric Fermentation",{"$f":"+SUMIFS(EmFIndx.EntFrm., Prd., F$1)","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,null,{"$f":"Model!G9374","v":"EmFIndx.MnrMng."},null,"Livestock Manure Management",{"$f":"+SUMIFS(EmFIndx.MnrMng., Prd., F$1)","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,null,{"$f":"Model!G9375","v":"EmFIndx.LndArbl."},null,"Arable land for food crops",{"$f":"+SUMIFS(EmFIndx.LndArbl., Prd., F$1)","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,null,{"$f":"Model!G9376","v":"EmFIndx.SoilMng."},null,"Soil Management",{"$f":"+SUMIFS(EmFIndx.SoilMng., Prd., F$1)","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[]
[]
[]
[]
["Bioenergy and Waste",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[null,"Dry Waste",null,"Million odt"]
[null,null,{"$f":"Model!G9751","v":"RB.bcEfW.rWstD."},null,"EfW",{"$f":"-SUMIFS(RB.bcEfW.rWstD., Prd., F$1)","v":0.9394612910000002},0.97211361599880941,1.010967916691442,1.0501674855601957,1.0897123226050707,1.129602427826067,1.169837801223184,1.2104184427964226,1.2104184427964226,1.2104184427964226,1.2104184427964226,1.2104184427964226,1.2104184427964226,1.2104184427964226,1.2104184427964226,1.2104184427964226,1.2104184427964226,1.2104184427964226]
[null,null,{"$f":"Model!G9752","v":"RB.bcRcyc.rWstD."},null,"Recycled",{"$f":"-SUMIFS(RB.bcRcyc.rWstD., Prd., F$1)","v":15.68269909943794},16.227773806356737,16.871779816664823,17.521241216644132,18.176158006294681,18.836530185616461,19.502357754609466,20.173640713273713,20.173640713273713,20.173640713273713,20.173640713273713,20.173640713273713,20.173640713273713,20.173640713273713,20.173640713273713,20.173640713273713,20.173640713273713,20.173640713273713]
[null,null,{"$f":"Model!G9753","v":"RB.bcLndF.rWstD."},null,"Landfill",{"$f":"-SUMIFS(RB.bcLndF.rWstD., Prd., F$1)","v":15.655664750800002},16.199799840146138,16.67487188981972,17.144143281645935,17.607614015624804,18.065284091756322,18.51715351004048,18.963222270477289,18.963222270477289,18.963222270477289,18.963222270477289,18.963222270477289,18.963222270477289,18.963222270477289,18.963222270477289,18.963222270477289,18.963222270477289,18.963222270477289]
[null,null,{"$f":"Model!G9750","v":"RB.bcWstPrd.rWstD."},null,"Total",{"$f":"+SUMIFS(RB.bcWstPrd.rWstD., Prd., F$1)","v":32.27782514123794},33.399687262501686,34.557619623175981,35.715551983850261,36.873484344524556,38.031416705198851,39.189349065873131,40.347281426547426,40.347281426547426,40.347281426547426,40.347281426547426,40.347281426547426,40.347281426547426,40.347281426547426,40.347281426547426,40.347281426547426,40.347281426547426,40.347281426547426]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Wet Waste",null,"Million odt"]
[null,null,{"$f":"Model!G9755","v":"RB.bcAD.rWstW."},null,"Anaerobic Digestion",{"$f":"-SUMIFS(RB.bcAD.rWstW., Prd., F$1)","v":0.17635812999999997},0.18248770982634138,0.18695990685239636,0.1914121510512983,0.19584444242304713,0.20025678096764288,0.20464916668508548,0.20902159957537506,0.20902159957537506,0.20902159957537506,0.20902159957537506,0.20902159957537506,0.20902159957537506,0.20902159957537506,0.20902159957537506,0.20902159957537506,0.20902159957537506,0.20902159957537506]
[null,null,{"$f":"Model!G9756","v":"RB.bcRcyc.rWstW."},null,"Recycled",{"$f":"-SUMIFS(RB.bcRcyc.rWstW., Prd., F$1)","v":3.6804168944203144},3.8083350638212083,3.9134152578858741,4.0186883028017082,4.1241541985687098,4.2298129451868789,4.3356645426562155,4.4417089909767196,4.4417089909767196,4.4417089909767196,4.4417089909767196,4.4417089909767196,4.4417089909767196,4.4417089909767196,4.4417089909767196,4.4417089909767196,4.4417089909767196,4.4417089909767196]
[null,null,{"$f":"Model!G9757","v":"RB.bcLndF.rWstW."},null,"Landfill",{"$f":"-SUMIFS(RB.bcLndF.rWstW., Prd., F$1)","v":0.49784163339999948},0.51514483361425378,0.5255211728772945,0.53572461411632144,0.54575515733133362,0.55561280252233058,0.56529754968931301,0.57480939883228155,0.57480939883228155,0.57480939883228155,0.57480939883228155,0.57480939883228155,0.57480939883228155,0.57480939883228155,0.57480939883228155,0.57480939883228155,0.57480939883228155,0.57480939883228155]
[null,null,{"$f":"Model!G9754","v":"RB.bcWstPrd.rWstW."},null,"Total",{"$f":"+SUMIFS(RB.bcWstPrd.rWstW., Prd., F$1)","v":4.3546166578203138},4.5059676072618036,4.6258963376155648,4.7458250679693279,4.8657537983230901,4.9856825286768522,5.1056112590306135,5.2255399893843766,5.2255399893843766,5.2255399893843766,5.2255399893843766,5.2255399893843766,5.2255399893843766,5.2255399893843766,5.2255399893843766,5.2255399893843766,5.2255399893843766,5.2255399893843766]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"UCO / Tallow",null,"Million odt"]
[null,null,{"$f":"Model!G9759","v":"RB.bcBL.rUCO."},null,"Biofuel",{"$f":"-SUMIFS(RB.bcBL.rUCO., Prd., F$1)","v":0.139592999},0.14444475395209036,0.14802624518262072,0.1515121563241329,0.15490248737662696,0.15819723834010282,0.1613964092145605,0.16450000000000001,0.16450000000000001,0.16450000000000001,0.16450000000000001,0.16450000000000001,0.16450000000000001,0.16450000000000001,0.16450000000000001,0.16450000000000001,0.16450000000000001,0.16450000000000001]
[null,null,{"$f":"Model!G9760","v":"RB.bcRcyc.rUCO."},null,"Recycled",{"$f":"-SUMIFS(RB.bcRcyc.rUCO., Prd., F$1)","v":1.6450000000000003E-2},1.7021743350552176E-2,1.7611869458793481E-2,1.8201995567034782E-2,1.879212167527609E-2,1.9382247783517395E-2,1.9972373891758696E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2,2.0562500000000001E-2]
[null,null,{"$f":"Model!G9761","v":"RB.bcLndF.rUCO."},null,"Landfill",{"$f":"-SUMIFS(RB.bcLndF.rUCO., Prd., F$1)","v":0.172957001},0.17896836970840099,0.18659927453445535,0.19432575944952796,0.2021478244536187,0.21006546954672761,0.21807869472885472,0.22618749999999999,0.22618749999999999,0.22618749999999999,0.22618749999999999,0.22618749999999999,0.22618749999999999,0.22618749999999999,0.22618749999999999,0.22618749999999999,0.22618749999999999,0.22618749999999999]
[null,null,{"$f":"Model!G9758","v":"RB.bcWstPrd.rUCO."},null,"Total",{"$f":"+SUMIFS(RB.bcWstPrd.rUCO., Prd., F$1)","v":0.32900000000000001},0.34043486701104353,0.35223738917586961,0.36403991134069563,0.37584243350552177,0.38764495567034785,0.39944747783517393,0.41125,0.41125,0.41125,0.41125,0.41125,0.41125,0.41125,0.41125,0.41125,0.41125,0.41125]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Total Waste",null,{"$f":"IF(AND(D1489=D1504,D1489=D1519),D1489, \"Error - Inconsistent Units\")","v":"Million odt"}]
[null,null,null,null,"Energy Purposes",{"$f":" +F1490 +F1505 +F1520","v":1.2554124200000001},1.2990460797772412,1.3459540687264591,1.3930917929356268,1.4404592524047448,1.4880564471338127,1.5358833771228302,1.5839400423717978,1.5839400423717978,1.5839400423717978,1.5839400423717978,1.5839400423717978,1.5839400423717978,1.5839400423717978,1.5839400423717978,1.5839400423717978,1.5839400423717978,1.5839400423717978]
[null,null,null,null,"Recycled",{"$f":" +F1491 +F1506 +F1521","v":19.379565993858254},20.053130613528495,20.80280694400949,21.558131515012878,22.319104326538667,23.085725378586858,23.857994671157439,24.635912204250435,24.635912204250435,24.635912204250435,24.635912204250435,24.635912204250435,24.635912204250435,24.635912204250435,24.635912204250435,24.635912204250435,24.635912204250435,24.635912204250435]
[null,null,null,null,"Landfill",{"$f":" +F1492 +F1507 +F1522","v":16.3264633852},16.893913043468793,17.386992337231469,17.874193655211783,18.355516997409758,18.830962363825378,19.300529754458648,19.76421916930957,19.76421916930957,19.76421916930957,19.76421916930957,19.76421916930957,19.76421916930957,19.76421916930957,19.76421916930957,19.76421916930957,19.76421916930957,19.76421916930957]
[null,null,null,null,"Total",{"$f":" +F1493 +F1508 +F1523","v":36.961441799058257},38.246089736774529,39.535753349967415,40.825416963160286,42.115080576353172,43.404744189546051,44.694407802738915,45.984071415931801,45.984071415931801,45.984071415931801,45.984071415931801,45.984071415931801,45.984071415931801,45.984071415931801,45.984071415931801,45.984071415931801,45.984071415931801,45.984071415931801]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Landfill Gas",null,{"$f":"Model!$H$9835","v":"Mt"}]
[null,null,{"$f":"Model!G9836","v":"RB.bcLndFGC.rLndFG."},null,"Captured",{"$f":"-SUMIFS(RB.bcLndFGC.rLndFG., Prd., F$1)","v":1.1100819733753959},0.83123052336693493,0.69601138820895181,0.62200061858145583,0.58365648989255658,0.56663347978588863,0.56263042414746378,0.5667293506599046,0.53527696911305378,0.54287595609110428,0.54741030881920238,0.55014343367358665,0.55180436541461897,0.55282101902036873,0.55344768622043461,0.55383684400793054,0.55408053549980196,0.55423462009765023]
[null,null,{"$f":"Model!G9837","v":"RB.bcLndFGRel.rLndFG."},null,"Released",{"$f":"-SUMIFS(RB.bcLndFGRel.rLndFG., Prd., F$1)","v":0.57186041052671921},0.42820966355266354,0.34800569410447596,0.30176267634149834,0.27466187759649724,0.25856090825181327,0.24885576452676281,0.24288400742567343,0.22940441533416589,0.23266112403904471,0.23460441806537244,0.23577575728868,0.23648758517769386,0.2369232938658723,0.23719186552304342,0.23735864743197024,0.23746308664277227,0.23752912289899297]
[null,null,{"$f":"Model!G9835","v":"RB.bcLndF.rLndFG."},null,"Total",{"$f":"+SUMIFS(RB.bcLndF.rLndFG., Prd., F$1)","v":1.6819423839021153},1.2594401869195986,1.0440170823134278,0.92376329492295417,0.85831836748905388,0.82519438803770184,0.81148618867422662,0.80961335808557811,0.76468138444721967,0.7755370801301491,0.78201472688457485,0.7859191909622667,0.78829195059231294,0.78974431288624103,0.79063955174347811,0.79119549143990087,0.79154362214257423,0.79176374299664332]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Imported Bioenergy",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!$G$9947","v":"Actv.ITrade.rBiS."},null,"Total",{"$f":"+SUMIFS(Actv.ITrade.rBiS., Prd., F$1)","v":118.27952337061514},155.65153512609646,159.54621265942018,146.22776129709217,102.1647474372146,75.217230750667284,66.473516590395803,{"$f":"+SUMIFS(Actv.ITrade.rBiS., Prd., M$1)","v":68.030482976569857},68.989732683315125,69.817043555403998,70.006859410775434,69.963019084498512,70.403648204574182,70.427344485927819,69.657697779744751,69.691294727171439,69.424314745164253,69.457739017153159]
[null,null,"Prd_2050.ActvMax.ITrade.rBiS.",null,"High Availability",null,null,null,null,null,null,null,{"$f":"Prd_2050.ActvMax.ITrade.rBiS.","v":155}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Bioenergy Fuel Demand",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,{"$f":"Model!G9840","v":"Dem.fBiS."},null,"Solid",{"$f":"+SUMIFS(Dem.fBiS., Prd., F$1)","v":86.868623104368339},119.5113661239595,123.11610541240876,113.37692137877541,77.994894733964287,56.004849065872428,48.492983747762956,49.250035160177902,49.451618620490748,49.556734010057163,49.150768601495891,48.548525187290892,48.325645471321323,47.764194734214158,46.567568899835003,46.015823072765926,45.220498230201038,44.662398008581377]
[null,null,{"$f":"Model!G9841","v":"Dem.fBiG."},null,"Gaseous",{"$f":"+SUMIFS(Dem.fBiG., Prd., F$1)","v":1.0332449411863955},1.0521593579610824,1.3672098270068429,1.6903191723019286,2.0366833498508163,2.3905236591838972,2.7521005067901685,3.1294104277058565,3.1299387534781591,3.1237430075386579,3.0960355474916912,3.0559987651224607,3.0399395687983906,3.0025646581278553,2.9251524482343596,2.8884262841619668,2.8366692231526849,2.8019617291306367]
[null,null,{"$f":"Model!G9842","v":"Dem.fBiL."},null,"Liquid",{"$f":"+SUMIFS(Dem.fBiL., Prd., F$1)","v":11.270856008170792},9.9337102627971916,9.8079388222652319,9.42109026136424,9.8193304200456364,10.202224650419556,10.653629923024896,11.099283828805081,11.419936418972133,11.735304694977383,12.050592519801706,12.370919277413565,12.697042131390683,13.025554639376479,13.353486374455812,13.680999783384678,14.009950147236426,14.340981509875983]
[null,null,null,null,"Total",{"$f":" +F1579 +F1580 +F1581","v":99.172724053725531},130.49723574471778,134.29125406168083,124.48833081244157,89.850908503860737,68.597597375475885,61.898714177578022,63.478729416688836,64.001493792941034,64.415781712573207,64.29739666878929,63.975443229826915,64.0626271715104,63.79231403171849,62.846207722525172,62.58524914031257,62.067117600590144,61.805341247587997]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Greenhouse Gas Removal & CCS",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[]
[null,"Total CO2 Captured and Stored",null,{"$f":"PrefUnit.Mass.GHG.&\" / year\"","v":"Mt. / year"}]
[null,null,{"$f":"Model!G10649","v":"EmCapt.CO2.CCSoff."},null,"Total CO2 Captured and Stored",{"$f":"+SUMIFS(EmCapt.CO2.CCSoff., Prd., F$1)","v":0},{"$f":"+SUMIFS(EmCapt.CO2.CCSoff., Prd., G$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Cumulative CO2 Captured and Stored",null,{"$f":"PrefUnit.Mass.GHG.","v":"Mt."}]
[null,null,null,null,"Cumulative Storage",{"$f":"+SUMIFS(EmCaptTot.CO2.CCSoff., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Ref 1 (tbc)",{"$f":"F1625*uc_GHG.Mt.","v":0},0,27,191,411,631,839,1044,1224,1384,1539,1591,1621,1645,1645,1645,1645,{"$f":"W1625*uc_GHG.Mt.","v":1645}]
[null,null,null,null,"Ref 2 (tbc)",{"$f":"F1626*uc_GHG.Mt.","v":0},0,27,191,541,1216,2204,3514,5124,7039,9274,11731,14491,17570,20950,24655,28685,33040]
[null,null,null,null,"Ref 3 (tbc)"]
[]
[null,null,null,"Mt","Ref 1",{"$f":"+SUMIFS(NamedCap.StorageEm., Prd.,F$1)","v":0},0,27,191,411,631,839,1044,1224,1384,1539,1591,1621,1645,1645,1645,1645,1645]
[null,null,null,null,"Ref 2",{"$f":"+SUMIFS(PotentialCap.StorageEm., Prd.,F$1)","v":0},0,27,191,541,1216,2204,3514,5124,7039,9274,11731,14491,17570,20950,24655,28685,33040]
[null,null,null,null,"Ref 3"]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Dedicated Greenhouse Gas Removal Activity",null,{"$f":"PrefUnit.Mass.GHG.&\" / year\"","v":"Mt. / year"}]
[null,null,{"$f":"Model!G10645","v":"Em.GHG.ggrAirCap."},null,"Direct Air Capture",{"$f":"+SUMIFS(Em.GHG.ggrAirCap., Prd., F$1)","v":0},{"$f":"+SUMIFS(Em.GHG.ggrAirCap., Prd., G$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G10646","v":"Em.GHG.ggrEnhWth."},null,"Enhanced Weathering",{"$f":"+SUMIFS(Em.GHG.ggrEnhWth., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"CCS Capture rates",null,"Share of emissions captured"]
[null,null,{"$f":"Model!G10553","v":"CaptRt.bcBGccs."},null,{"$f":"Model!$F$610","v":"Biomass Gasification Plant (BioSNG) with CCS "},{"$f":"+SUMIFS(CaptRt.bcBGccs., Prd., F$1)","v":0.85},0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85]
[null,null,{"$f":"Model!G10554","v":"CaptRt.bcBLccs."},null,{"$f":"Model!$F$613","v":"Biofuel Plant with CCS "},{"$f":"+SUMIFS(CaptRt.bcBLccs., Prd., F$1)","v":0.85},0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85]
[null,null,{"$f":"Model!G10555","v":"CaptRt.bcEfWccs."},null,{"$f":"Model!$F$619","v":"Energy from Waste with CCS "},{"$f":"+SUMIFS(CaptRt.bcEfWccs., Prd., F$1)","v":0.85},0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85]
[null,null,{"$f":"Model!G10556","v":"CaptRt.hpBccs."},null,{"$f":"Model!$F$546","v":"H2 prod Bio Gasification with CCS "},{"$f":"+SUMIFS(CaptRt.hpBccs., Prd., F$1)","v":0.85},0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85]
[null,null,{"$f":"Model!G10557","v":"CaptRt.hpGccs."},null,{"$f":"Model!$F$547","v":"H2 prod SMR with CCS "},{"$f":"+SUMIFS(CaptRt.hpGccs., Prd., F$1)","v":0.85},0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85]
[null,null,{"$f":"Model!G10558","v":"CaptRt.eBccs."},null,{"$f":"Model!$F$555","v":"Electricity -  Biomass CCS "},{"$f":"+SUMIFS(CaptRt.eBccs., Prd., F$1)","v":0.85},0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85]
[null,null,{"$f":"Model!G10559","v":"CaptRt.eGccs."},null,{"$f":"Model!$F$566","v":"Electricity -  Gas CCS "},{"$f":"+SUMIFS(CaptRt.eGccs., Prd., F$1)","v":0.85},0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85,0.85]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Share of Bioenergy Conversion Processes with CCS",null,"Fraction"]
[null,null,{"$f":"Model!G10481","v":"Shr.bcBGccs."},null,"Biomass Gasification",{"$f":"+SUMIFS(Shr.bcBGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G10482","v":"Shr.bcBLccs."},null,"Biofuel Production",{"$f":"+SUMIFS(Shr.bcBLccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G10483","v":"Shr.bcEfWccs."},null,"Energy from Waste",{"$f":"+SUMIFS(Shr.bcEfWccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"EmCapt.CO2.inALL.",null,"Industry CCS",{"$f":"+SUMIFS(EmCapt.CO2.inALL., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EmCapt.CO2.eBccs.",null,"Electricity - bio CCS",{"$f":"+SUMIFS(EmCapt.CO2.eBccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EmCapt.CO2.eGccs.",null,"Electricity - gas CCS",{"$f":"+SUMIFS(EmCapt.CO2.eGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EmCapt.CO2.hpBccs.",null,"Hydrogen - bio CCS",{"$f":"+SUMIFS(EmCapt.CO2.hpBccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EmCapt.CO2.hpGccs.",null,"Hydrogen - gas CCS",{"$f":"+SUMIFS(EmCapt.CO2.hpGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EmCapt.CO2.bcBGccs.",null,"Biomass gasification with CCS",{"$f":"+SUMIFS(EmCapt.CO2.bcBGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EmCapt.CO2.bcBLccs.",null,"Biofuel production with CCS",{"$f":"+SUMIFS(EmCapt.CO2.bcBLccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EmCapt.CO2.bcEfWccs.",null,"EfW with CCS",{"$f":"+SUMIFS(EmCapt.CO2.bcEfWccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[null,null,null,null,"Process CCS",{"$f":"SUM(F1689:F1696)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Direct Air Capture (CCS)",{"$f":" -F1637","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Enhanced Weathering",{"$f":" -F1638","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Forestry",{"$f":" -F340","v":19.7},21.1,18.493767555821826,15.287547559815891,13.381321339723842,11.475095119631787,9.9688511164365323,10.3626,10.356366666666666,10.350133333333334,10.3439,10.337666666666667,10.337666666666667,10.337666666666667,10.337666666666667,10.337666666666667,10.337666666666667,10.337666666666667]
[null,null,null,null,"Total CO2 Removal",{"$f":"SUM(F1701:F1704)","v":19.7},21.1,18.493767555821826,15.287547559815891,13.381321339723842,11.475095119631787,9.9688511164365323,10.3626,10.356366666666666,10.350133333333334,10.3439,10.337666666666667,10.337666666666667,10.337666666666667,10.337666666666667,10.337666666666667,10.337666666666667,10.337666666666667]
[]
[]
[]
["Security & Imports",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[]
[null,"Energy Imports",null,{"$f":"PrefUnit.Energy.","v":"TWh."}]
[null,null,"EB.ITrade.fFsS.",null,"Coal ",{"$f":"+SUMIFS(EB.ITrade.fFsS., Prd., F$1)","v":274.50650646634523},128.12564043369989,98.751544790846452,96.427736281589404,95.692165733593697,94.969486094141416,94.563979284213929,94.139432740231882,94.127441122783466,94.203036208799034,94.553791411290106,94.852603932016777,95.295116919685,95.631312013635323,95.753693508419104,96.09256811268672,96.354094851436599,96.70141814497002]
[null,null,"EB.ITrade.fFsL.",null,"Oil",{"$f":"+SUMIFS(EB.ITrade.fFsL., Prd., F$1)","v":254.14971006560813},391.5306738394126,468.87684485423631,513.5563713557392,575.44336943171186,623.67437329699703,669.02738659497231,703.92620515237945,719.10541331027673,733.83423603401639,747.73826521498677,761.74433769473751,776.63287597591511,791.2760117282603,805.09991694112182,819.71855669480817,834.13543595304907,848.99562324439512]
[null,null,"EB.ITrade.fFsG.",null,"Gas ",{"$f":"+SUMIFS(EB.ITrade.fFsG., Prd., F$1)","v":358.91964706914013},509.12168327554542,555.98890253248544,646.34140118650885,897.66179957729628,1088.4416419427587,1191.2692249183026,1292.578380101942,1301.5802115298268,1308.4628933144131,1308.3457115259573,1305.105330172041,1307.9033835962562,1305.7873647312288,1294.1499431960692,1292.2194290439179,1286.7416341934049,1285.0220432061747]
[null,null,"EB.ITrade.rBiS.",null,"Biomass ",{"$f":"+SUMIFS(EB.ITrade.rBiS., Prd., F$1)","v":97.043209439869173},137.58900517119619,141.95540756017903,129.68194616740914,85.424691746177373,57.867238051432381,48.36062162805753,49.165345968494051,49.418088410423522,49.550535168132193,49.045664170575634,48.296034499981353,48.018103494167299,47.317974424994667,45.825782009523863,45.137754963168724,44.145984884490304,43.450033908130585]
[null,null,"EB.ITrade.fBiL.",null,"Biofuel",{"$f":"+SUMIFS(EB.ITrade.fBiL., Prd., F$1)","v":9.6382293666430137},8.1977883362865533,7.9836931608424413,7.5094181503444881,7.5975754025278261,7.8743989983450779,8.2206467991687298,8.5620563959422071,8.8827089861092592,9.1980772621145093,9.5133650869388315,9.8336918445506907,10.159814698527809,10.488327206513604,10.816258941592938,11.143772350521804,11.472722714373552,11.803754077013108]
[null,null,"EB.eInt.fElc.",null,"Electricity ",{"$f":"+SUMIFS(EB.eInt.fElc., Prd., F$1)","v":20.938419400000001},24.894962985803545,76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EB.hpImp.fH2G.",null,"Hydrogen",{"$f":"+SUMIFS(EB.hpImp.fH2G., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"EB.eNuc.rURN.",null,"Uranium",{"$f":"-SUMIFS(EB.eNuc.rURN., Prd., F$1)","v":180.02464000000001},193.77803725025137,131.42009415657293,142.96749379663925,96.39727557852234,96.725080164695001,96.996408610657795,97.123557987005228,97.071926996533776,97.064204369720997,96.967245938996825,96.965144216569456,96.954395141728185,96.950503932596718,96.959844567914416,96.955794774334194,96.957465384822413,96.959769576131862,"* Uranium imports have not yet been set up as a separate row so Uranium consumption in nuclear power stations is used here."]
[]
[null,null,"Exports are not net off"]
[null,null,null,null,"Coal",{"$f":"MAX(0, +F1713)","v":274.50650646634523},128.12564043369989,98.751544790846452,96.427736281589404,95.692165733593697,94.969486094141416,94.563979284213929,94.139432740231882,94.127441122783466,94.203036208799034,94.553791411290106,94.852603932016777,95.295116919685,95.631312013635323,95.753693508419104,96.09256811268672,96.354094851436599,96.70141814497002]
[null,null,null,null,"Oil",{"$f":"MAX(0, +F1714)","v":254.14971006560813},391.5306738394126,468.87684485423631,513.5563713557392,575.44336943171186,623.67437329699703,669.02738659497231,703.92620515237945,719.10541331027673,733.83423603401639,747.73826521498677,761.74433769473751,776.63287597591511,791.2760117282603,805.09991694112182,819.71855669480817,834.13543595304907,848.99562324439512]
[null,null,null,null,"Gas ",{"$f":"MAX(0, +F1715)","v":358.91964706914013},509.12168327554542,555.98890253248544,646.34140118650885,897.66179957729628,1088.4416419427587,1191.2692249183026,1292.578380101942,1301.5802115298268,1308.4628933144131,1308.3457115259573,1305.105330172041,1307.9033835962562,1305.7873647312288,1294.1499431960692,1292.2194290439179,1286.7416341934049,1285.0220432061747]
[null,null,null,null,"Bioenergy",{"$f":"MAX(0, +F1716) +MAX(0, +F1717)","v":106.68143880651219},145.78679350748274,149.93910072102148,137.19136431775362,93.022267148705197,65.741637049777452,56.581268427226263,57.727402364436259,58.300797396532779,58.748612430246702,58.559029257514467,58.129726344532045,58.17791819269511,57.806301631508269,56.642040951116797,56.281527313690532,55.618707598863857,55.253787985143695]
[null,null,null,null,"Electricity ",{"$f":"MAX(0, +F1718)","v":20.938419400000001},24.894962985803545,76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Hydrogen",{"$f":"MAX(0, +F1719)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Nuclear (Uranium)",{"$f":"MAX(0, +F1720)","v":180.02464000000001},193.77803725025137,131.42009415657293,142.96749379663925,96.39727557852234,96.725080164695001,96.996408610657795,97.123557987005228,97.071926996533776,97.064204369720997,96.967245938996825,96.965144216569456,96.954395141728185,96.950503932596718,96.959844567914416,96.955794774334194,96.957465384822413,96.959769576131862]
[null,null,null,null,"Total",{"$f":"SUM(F1723:F1729)","v":1195.2203618076057},1393.2377912921954,1481.4537123495593,1611.6985291825847,1804.1964216876634,2000.3094854504716,2123.8600406739351,2245.4949783459952,2270.1857903559535,2292.3129823571967,2306.1640433487455,2316.797142359897,2334.9636898262793,2347.4514940372292,2348.6054391646417,2361.267875939438,2369.8073379815769,2382.9326421568153]
[]
[]
[]
[null,"Energy Import Dependence"]
[null,null,null,null,"*Assumes no shale gas (not represented in the model)"]
[null,null,null,null,"Coal ",{"$f":" F1723 / F421","v":0.81425794000026408},0.91681612360470643,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,"Oil",{"$f":"F1724 / F422","v":0.30607830412551706},0.49886983606371554,0.60640415789816693,0.68561722538491221,0.75950282736688957,0.81561399088956776,0.8597931289498173,0.89291685064734894,0.89493973700738061,0.89683085702566123,0.89855465110178656,0.90023382084381742,0.90195888945977409,0.90359830753681203,0.90509647547201977,0.90663093370477832,0.90809637913066688,0.90955950797490792]
[null,null,null,null,"Gas ",{"$f":"F1725 / F423","v":0.44272227898151184},0.63261205556623368,0.70847040587739929,0.78499444060611945,0.86760478082370041,0.91126021023940862,0.93558701486675377,0.95320015584547679,0.95350877938067535,0.95374201675524772,0.95373806533320937,0.95362853016295901,0.95372314375319867,0.95365162817140792,0.95325433103232582,0.95318776440380415,0.95299784658602671,0.95293790931816436]
[null,null,null,null,{"$f":"WebOutputs!$G$713","v":"Bioenergy"},{"$f":"F1726 / F425","v":0.90436047669135144},0.92722902553624353,0.92836100932315202,0.92142494264990449,0.88713277718701389,0.8459602112245701,0.8237023915600139,0.82494999654720014,0.82638873275238145,0.82749973725557158,0.82705384336489052,0.82601489008576268,0.82613395339763596,0.82521159442700409,0.82225744965573078,0.82132234360222789,0.81957718608316332,0.8186017489831019]
[null,null,null,null,"Overall",{"$f":"F1730 / F433","v":0.50315670922006495},0.62883180967365693,0.69443624153566552,0.755607261482932,0.82078093836784383,0.8759682439653762,0.90311231759186117,0.92379766170666999,0.92474681581299689,0.92537638063003813,0.92576862705355201,0.92606923686945941,0.92659316443070749,0.92694955924417777,0.92697908529045203,0.92734015171567441,0.92758162176286207,0.92795085698943813]
[]
[]
[]
[]
["Energy Map Diagram Table",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[]
[]
[]
[null,"Area Deployed",null,{"$f":"PrefUnit.Area.","v":"sqkm."}]
[null,null,"Area.eWons.",null,"Onshore Wind",{"$f":"+SUMIFS(Area.eWons., Prd., F$1)","v":999.87618304597527},1525.434414413648,1472.3437062203236,1208.6203448392489,646.20635959709261,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Area.eHyd.",null,"Hydroelectric",{"$f":"+SUMIFS(Area.eHyd., Prd., F$1)","v":58.121349595304387},58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387,58.121349595304387]
[null,null,"Area.eSol.",null,"Solar PV",{"$f":"+SUMIFS(Area.eSol., Prd., F$1)","v":47.67499999999999},70.709831433740462,70.709831433740462,70.709831433740462,48.066449661826816,23.034831433740472,8.8817841970012507E-15,9.6417961219096422E-16,9.6417961219096422E-16,9.6417961219096422E-16,9.6417961219096422E-16,9.6417961219096422E-16,0,0,0,0,0,0]
[null,null,null,null,"Bioenergy Growth",{"$f":"F1391","v":930},930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930]
[null,null,null,null,"Forest/Woodland",{"$f":"F1390","v":34972},35082,35039.001141161702,34996.018258587239,34988.027387880866,34980.036517174485,34992.022823234052,35004,34996,34988,34980,34972,34972,34972,34972,34972,34972,34972]
[null,null,"Area.eWoff.",null,"Offshore Wind",{"$f":"+SUMIFS(Area.eWoff., Prd., F$1)","v":750.4098231577957},1658.8038256948162,1764.4954090020262,1739.0163798454039,1247.1871999999996,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Area.eTidS.",null,"Tidal Stream",{"$f":"+SUMIFS(Area.eTidS., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Area.eTidR.",null,"Tidal Range",{"$f":"+SUMIFS(Area.eTidR., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Area.ITrade.rBiS.",null,"Bioenergy Growth Overseas",{"$f":"+SUMIFS(Area.ITrade.rBiS., Prd., F$1)","v":30766.35000969758},39091.276511636737,38733.762610957507,34355.207763254919,23252.814626244653,16600.755078970182,14239.481622560137,14156.632295702399,14356.244951441298,14528.402127136094,14567.90138027697,14558.77853781472,14650.470146616593,14655.401164701743,14495.243468617406,14502.234740914289,14446.678212866551,14453.633552702393]
[]
[]
[null,"Distance Deployed",null,{"$f":"PrefUnit.Distance.","v":"km."}]
[null,null,"Length.eWav.",null,"Wave",{"$f":"+SUMIFS(Length.eWav., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[null,"Number Deployed",null,"Number of units"]
[null,null,"NUM.hpBccs.",null,"1.2 GW H2 prod Bio Gasification with CCS plants",{"$f":"+SUMIFS(NUM.hpBccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"NUM.hpGccs.",null,"1.2 GW H2 prod SMR with CCS plants",{"$f":"+SUMIFS(NUM.hpGccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"NUM.eThml.",null,"2 GW thermal power stations",{"$f":"+SUMIFS(NUM.eThml., Prd., F$1)","v":24.700924499999999},22.692891500000002,14.9122165,9.1597952499521362,15.23215280304535,20.415917981281211,22.597917732656114,24.26613815920501,24.306696940765807,24.544836945173561,24.6734155105501,24.788890245825328,24.956791085142275,25.091969987918333,25.156775015758431,25.294062199052277,25.405101103043883,25.532607330901904]
[null,null,"NUM.eThmlccs.",null,"1.2 GW CCS thermal power stations",{"$f":"+SUMIFS(NUM.eThmlccs., Prd., F$1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"NUM.eNuc.",null,"3GW Nuclear Power Stations",{"$f":"+SUMIFS(NUM.eNuc., Prd., F$1)","v":3.1893333333333334},3.1893333333333334,2.1326666666666663,2.2959999999999994,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5]
[null,null,"NUM.eGasPk.",null,"1 GW standby generators",{"$f":"+SUMIFS(NUM.eGasPk., Prd., F$1)","v":1.9547000000000001},0.89470000000000005,11.244637028794029,25.311849206307379,25.216549206307377,25.199549206307378,25.199549206307378,25.199549206307378,18.660492183409438,18.904540677416069,19.987988320529258,20.094305318500115,20.328892754189056,20.469176806706475,20.41966782600727,20.563185082654403,20.627509124612423,20.697121015353588]
[null,null,"NUM.bcEfW.",null,"Number of Household, C&I and CDW to energy facilities",{"$f":"+SUMIFS(NUM.bcEfW., Prd., F$1)","v":9.2182422818679992},8.0673725729820021,7.5232634927737152,7.2629972822100832,7.1631496125598897,7.1618001196330106,7.2202594707213468,7.3132192513968892,7.1667682836689242,7.2039983781851822,7.2335224700392065,7.2584217716510979,7.2710354133823181,7.287140860931852,7.3136196685381814,7.326609054100226,7.3434972183867275,7.3547787623345231]
[null,null,null,null,"1.2 GW CCS Hydrogen Production Plants",{"$f":"+F1768 +F1769","v":0},{"$f":"+G1768 +G1769","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[]
["Energy Flow Diagram Table",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[null,null,null,null,null,"Column 1","Column 2","Column 3","Column 4","Column 5","Column 6"]
[null,null,null,null,null,"Environmental Heat","Bio Conversion","Thermal Generation","Electricity","Gas Grid Distribution","Heat Buildings"]
[null,null,null,null,null,"Nuclear",null,null,"Hydrogen Production",null,"Appliances Buildings"]
[null,null,null,null,null,"Solar",null,null,null,null,"Light Vehicles"]
[null,null,null,null,null,"Wind",null,null,null,null,"Heavy Vehicles"]
[null,null,null,null,null,"Other Renewables",null,null,null,null,"Aviation"]
[null,null,null,null,null,"Interconnectors",null,null,null,null,"Industry"]
[null,null,null,null,null,"Waste",null,null,null,null,"Agriculture"]
[null,null,null,null,null,"UK Biomass",null,null,null,null,"GHG Removal"]
[null,null,null,null,null,"Bioenergy Imports",null,null,null,null,"Fossil Fuel Processing"]
[null,null,null,null,null,"Natural Gas",null,null,null,null,"Non Energy Use"]
[null,null,null,null,null,"Oil",null,null,null,null,"Losses"]
[null,null,null,null,null,"Coal",null,null,null,null,"Exports"]
[]
[]
[]
[null,null,null,null,"Nodes/Boxes in Column",{"$f":"COUNTA(F1784:F1798)","v":12},1,1,2,1,12]
[null,null,null,null,"Alignment (assuming only top box specified)",null,"Align bio-conversion with Bioenergy imports","Align thermal generation with bio conversion","Align electricity with waste, and hydrogen production with bioenergy imports","Align gas grid with bioenergy imports","Align with top"]
[]
[]
[null,null,null,"Formulae"]
[null,null,null,"^=SUBSTITUTE(LEFT($C2044, SEARCH(\"_\",C2044,1)-1), \".\", \" \")","^=SUBSTITUTE(RIGHT($C2044, LEN(C2044)-SEARCH(\"_\",$C2044,1)-3),\".\",\" \")"]
[]
[null,null,"Vector","From","To"]
[null,null,"_to_"]
[null,null,{"$f":"Model!G16679","v":"Nuclear_to_Thermal.Generation"},"Nuclear","Thermal Generation",{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2015)","v":180.02464000000001},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2020)","v":193.77803725025137},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2025)","v":131.42009415657293},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2030)","v":142.96749379663925},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2035)","v":96.39727557852234},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2040)","v":96.725080164695001},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2045)","v":96.996408610657795},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2050)","v":97.123557987005228},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2055)","v":97.071926996533776},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2060)","v":97.064204369720997},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2065)","v":96.967245938996825},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2070)","v":96.965144216569456},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2075)","v":96.954395141728185},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2080)","v":96.950503932596718},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2085)","v":96.959844567914416},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2090)","v":96.955794774334194},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2095)","v":96.957465384822413},{"$f":"+SUMIFS(Nuclear_to_Thermal.Generation, Prd., 2100)","v":96.959769576131862}]
[null,null,{"$f":"Model!G16671","v":"Environmental.Heat_to_Buildings.Heat"},"Environmental Heat","Buildings Heat",{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2015)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2020)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2025)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2030)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2035)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2040)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2045)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2050)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2055)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2060)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2065)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2070)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2075)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2080)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2085)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2090)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2095)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Buildings.Heat, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16678","v":"Environmental.Heat_to_Thermal.Generation"},"Environmental Heat","Thermal Generation",{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2015)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2020)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2025)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2030)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2035)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2040)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2045)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2050)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2055)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2060)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2065)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2070)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2075)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2080)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2085)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2090)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2095)","v":0},{"$f":"+SUMIFS(Environmental.Heat_to_Thermal.Generation, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16673","v":"Solar_to_Electricity"},"Solar","Electricity",{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2015)","v":9.1942191000000015},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2020)","v":13.636532411659719},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2025)","v":13.503915730730562},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2030)","v":13.345811370298497},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2035)","v":4.3627727343088942},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2040)","v":2.2880961419982775E-16},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2045)","v":2.292577091662268E-16},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2050)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2055)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2060)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2065)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2070)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2075)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2080)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2085)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2090)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2095)","v":0},{"$f":"+SUMIFS(Solar_to_Electricity, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16674","v":"Wind_to_Electricity"},"Wind","Electricity",{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2015)","v":38.35751782595564},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2020)","v":69.782581031977003},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2025)","v":68.548190730631532},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2030)","v":59.453379426579147},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2035)","v":34.44109018856247},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2040)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2045)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2050)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2055)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2060)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2065)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2070)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2075)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2080)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2085)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2090)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2095)","v":0},{"$f":"+SUMIFS(Wind_to_Electricity, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16675","v":"Other.Renewables_to_Electricity"},"Other Renewables","Electricity",{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2015)","v":5.6044092560768215},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2020)","v":5.6044092560768215},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2025)","v":5.5075490313774118},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2030)","v":5.3920731819585379},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2035)","v":5.4260766236938842},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2040)","v":5.4492745372635856},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2045)","v":5.4684757751472164},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2050)","v":5.477473819614465},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2055)","v":5.4738200230997212},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2060)","v":5.4732735120474327},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2065)","v":5.466412005556462},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2070)","v":5.466263271898443},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2075)","v":5.465502586662053},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2080)","v":5.4652272154899535},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2085)","v":5.4658882289715418},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2090)","v":5.4656016351732486},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2095)","v":5.465719860113806},{"$f":"+SUMIFS(Other.Renewables_to_Electricity, Prd., 2100)","v":5.4658829219899943}]
[null,null,{"$f":"Model!G16676","v":"Interconnectors_to_Electricity"},"Interconnectors","Electricity",{"$f":"+SUMIFS(Interconnectors_to_Electricity, Prd., F$1)","v":20.938419400000001},24.894962985803545,76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!G16665","v":"Waste_to_Bio.Conversion"},"Waste","Bio Conversion",{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2015)","v":3.1308597339641735},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2020)","v":3.3073179509184696},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2025)","v":3.7606152721167891},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2030)","v":4.2209362813753177},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2035)","v":4.7034769346985339},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2040)","v":5.1924585316168255},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2045)","v":5.6881414786191922},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2050)","v":6.1985223107418594},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2055)","v":6.199050636514162},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2060)","v":6.1928548905746617},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2065)","v":6.1651474305276945},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2070)","v":6.1251106481584641},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2075)","v":6.1090514518343939},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2080)","v":6.0716765411638587},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2085)","v":5.9942643312703634},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2090)","v":5.9575381671979706},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2095)","v":5.9057811061886882},{"$f":"+SUMIFS(Waste_to_Bio.Conversion, Prd., 2100)","v":5.87107361216664}]
[null,null,{"$f":"Model!G16680","v":"Waste_to_Thermal.Generation"},"Waste","Thermal Generation",{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2015)","v":22.052601380020956},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2020)","v":17.985708999796092},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2025)","v":15.857796066221775},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2030)","v":14.659332752248503},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2035)","v":13.984848040808279},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2040)","v":13.630922449668676},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2045)","v":13.470454594166736},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2050)","v":13.420301801832652},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2055)","v":12.939184153102591},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2060)","v":13.061491679051699},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2065)","v":13.158483606616722},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2070)","v":13.240282270240348},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2075)","v":13.28172034160168},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2080)","v":13.334629620229123},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2085)","v":13.421617243830191},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2090)","v":13.464289700946811},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2095)","v":13.519770344188318},{"$f":"+SUMIFS(Waste_to_Thermal.Generation, Prd., 2100)","v":13.556832235839932}]
[null,null,{"$f":"Model!G16666","v":"UK.Biomass_to_Bio.Conversion"},"UK Biomass","Bio Conversion",{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2015)","v":11.281963571278169},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2020)","v":11.44166838538132},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2025)","v":11.57037588909472},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2030)","v":11.699074791923806},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2035)","v":11.834941987076107},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2040)","v":11.970808733710541},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2045)","v":12.110129105402883},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2050)","v":12.2494478762478},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2055)","v":12.248080009328454},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2060)","v":12.246712142409102},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2065)","v":12.245344275489749},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2070)","v":12.243976408570397},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2075)","v":12.243976408570397},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2080)","v":12.243976408570397},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2085)","v":12.243976408570397},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2090)","v":12.243976408570397},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2095)","v":12.243976408570397},{"$f":"+SUMIFS(UK.Biomass_to_Bio.Conversion, Prd., 2100)","v":12.243976408570397}]
[null,null,{"$f":"Model!G16669","v":"UK.Biomass_to_Exports"},"UK Biomass","Exports",{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2015)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2020)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2025)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2030)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2035)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2040)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2045)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2050)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2055)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2060)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2065)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2070)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2075)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2080)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2085)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2090)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2095)","v":0},{"$f":"+SUMIFS(UK.Biomass_to_Exports, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16667","v":"Bioenergy.Imports_to_Bio.Conversion"},"Bioenergy Imports","Bio Conversion",{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2015)","v":118.27952337061514},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2020)","v":155.65153512609646},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2025)","v":159.54621265942018},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2030)","v":146.22776129709217},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2035)","v":102.1647474372146},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2040)","v":75.217230750667284},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2045)","v":66.473516590395803},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2050)","v":68.030482976569857},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2055)","v":68.989732683315125},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2060)","v":69.817043555403998},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2065)","v":70.006859410775434},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2070)","v":69.963019084498512},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2075)","v":70.403648204574182},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2080)","v":70.427344485927819},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2085)","v":69.657697779744751},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2090)","v":69.691294727171439},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2095)","v":69.424314745164253},{"$f":"+SUMIFS(Bioenergy.Imports_to_Bio.Conversion, Prd., 2100)","v":69.457739017153159}]
[null,null,{"$f":"Model!G16682","v":"Hydrogen.Imports_to_Hydrogen.Production"},"Hydrogen Imports","Hydrogen Production",{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2015)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2020)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2025)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2030)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2035)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2040)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2045)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2050)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2055)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2060)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2065)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2070)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2075)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2080)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2085)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2090)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2095)","v":0},{"$f":"+SUMIFS(Hydrogen.Imports_to_Hydrogen.Production, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16697","v":"Natural.Gas_to_Hydrogen.Production"},"Natural Gas","Hydrogen Production",{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2015)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2020)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2025)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2030)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2035)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2040)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2045)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2050)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2055)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2060)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2065)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2070)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2075)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2080)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2085)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2090)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2095)","v":0},{"$f":"+SUMIFS(Natural.Gas_to_Hydrogen.Production, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16698","v":"Natural.Gas_to_Thermal.Generation"},"Natural Gas","Thermal Generation",{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2015)","v":238.73999991564114},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2020)","v":240.21446472510669},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2025)","v":207.47205353985947},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2030)","v":235.83169350213052},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2035)","v":433.61193986267932},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2040)","v":581.61969903813178},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2045)","v":649.65898513545585},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2050)","v":720.63398525029459},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2055)","v":729.5302568386893},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2060)","v":737.64550619143563},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2065)","v":743.04185236025876},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2070)","v":747.76856594626156},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2075)","v":753.76211445039212},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2080)","v":759.0834497834411},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2085)","v":762.85087887876136},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2090)","v":768.22861566981044},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2095)","v":773.05024669533543},{"$f":"+SUMIFS(Natural.Gas_to_Thermal.Generation, Prd., 2100)","v":778.23720038287559}]
[null,null,{"$f":"Model!G16699","v":"Natural.Gas_to_Fossil.Fuel.Processing"},"Natural Gas","Fossil Fuel Processing",{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2015)","v":51.103150400000004},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2020)","v":34.272603687831179},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2025)","v":26.508126878888817},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2030)","v":20.511483267715533},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2035)","v":15.871394752408492},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2040)","v":12.280982710951221},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2045)","v":9.502790315501116},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2050)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2055)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2060)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2065)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2070)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2075)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2080)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2085)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2090)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2095)","v":7.353077999194376},{"$f":"+SUMIFS(Natural.Gas_to_Fossil.Fuel.Processing, Prd., 2100)","v":7.353077999194376}]
[null,null,{"$f":"Model!G16700","v":"Natural.Gas_to_Losses"},"Natural Gas","Losses",{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2015)","v":3.5866602883174892E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2020)","v":3.638547474531606E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2025)","v":3.5802797816472776E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2030)","v":3.792309146979278E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2035)","v":4.8189103030381375E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2040)","v":5.595743709841372E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2045)","v":5.9838596723921E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2050)","v":6.3875583914068557E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2055)","v":6.4303593652311974E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2060)","v":6.4630844262637765E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2065)","v":6.4625272624425634E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2070)","v":6.4471202334971167E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2075)","v":6.4604241275219465E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2080)","v":6.4503631006346041E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2085)","v":6.3950306965125492E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2090)","v":6.385851688173716E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2095)","v":6.3598064377401897E-2},{"$f":"+SUMIFS(Natural.Gas_to_Losses, Prd., 2100)","v":6.3516303049709677E-2}]
[null,null,{"$f":"Model!G16701","v":"Natural.Gas_to_Non.energy.use"},"Natural Gas","Non energy use",{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2015)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2020)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2025)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2030)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2035)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2040)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2045)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2050)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2055)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2060)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2065)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2070)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2075)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2080)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2085)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2090)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2095)","v":5.2668780999999996},{"$f":"+SUMIFS(Natural.Gas_to_Non.energy.use, Prd., 2100)","v":5.2668780999999996}]
[null,null,{"$f":"Model!G16702","v":"Natural.Gas_to_Gas.Grid.Distribution"},"Natural Gas","Gas Grid Distribution",{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2015)","v":515.56471095061579},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2020)","v":525.00255615897822},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2025)","v":545.49078331284738},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2030)","v":561.72269545064853},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2035)","v":579.84527398673379},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2040)","v":595.21208926444444},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2045)","v":608.79684207423884},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2050)","v":622.72306511559441},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2055)","v":622.82819694534612},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2060)","v":621.5953021265758},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2065)","v":616.08177974093496},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2070)","v":608.11483887130555},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2075)","v":604.91921075244966},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2080)","v":597.48195716464238},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2085)","v":582.0776598582039},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2090)","v":574.76950070508678},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2095)","v":564.47033528155293},{"$f":"+SUMIFS(Natural.Gas_to_Gas.Grid.Distribution, Prd., 2100)","v":557.56387236811031}]
[null,null,{"$f":"Model!G16710","v":"Oil_to_Buildings.Heat"},"Oil","Buildings Heat",{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2015)","v":43.666067732544086},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2020)","v":44.855359577101041},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2025)","v":47.6161007998138},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2030)","v":49.842763483510304},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2035)","v":52.239344825058176},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2040)","v":54.250565349288067},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2045)","v":55.825928613050806},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2050)","v":57.40799825188725},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2055)","v":57.14970448462924},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2060)","v":56.741237109179508},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2065)","v":56.137296636257631},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2070)","v":55.288760777711246},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2075)","v":54.915059190899754},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2080)","v":54.118878016743331},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2085)","v":52.529462282391272},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2090)","v":51.746544042629552},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2095)","v":50.659836349477942},{"$f":"+SUMIFS(Oil_to_Buildings.Heat, Prd., 2100)","v":49.870235548557687}]
[null,null,{"$f":"Model!G16711","v":"Oil_to_Industry"},"Oil","Industry",{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2015)","v":50.799930355555567},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2020)","v":50.326141339276276},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2025)","v":49.042816353703088},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2030)","v":47.894610594748627},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2035)","v":46.808681506654871},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2040)","v":46.004191499361831},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2045)","v":45.40804365409916},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2050)","v":44.847145052889474},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2055)","v":45.421511423618128},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2060)","v":46.045105540540732},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2065)","v":46.045105540540732},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2070)","v":46.045105540540732},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2075)","v":46.045105540540732},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2080)","v":46.045105540540732},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2085)","v":46.045105540540732},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2090)","v":46.045105540540732},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2095)","v":46.045105540540732},{"$f":"+SUMIFS(Oil_to_Industry, Prd., 2100)","v":46.045105540540732}]
[null,null,{"$f":"Model!G16712","v":"Oil_to_Agriculture"},"Oil","Agriculture",{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2015)","v":5.3058376695999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2020)","v":5.3058376695999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2025)","v":5.3067427937333322},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2030)","v":5.3076479178666665},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2035)","v":5.3085530419999998},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2040)","v":5.3094581661333331},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2045)","v":5.3103632902666664},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2050)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2055)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2060)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2065)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2070)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2075)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2080)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2085)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2090)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2095)","v":5.3112684143999989},{"$f":"+SUMIFS(Oil_to_Agriculture, Prd., 2100)","v":5.3112684143999989}]
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[null,null,{"$f":"Model!G16715","v":"Oil_to_Aviation"},"Oil","Aviation",{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2015)","v":145.71226999999999},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2020)","v":154.89655365586881},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2025)","v":159.70292213646795},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2030)","v":163.19387407633295},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2035)","v":168.46892667487265},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2040)","v":171.91966056222546},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2045)","v":180.28979547220032},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2050)","v":186.54798288626583},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2055)","v":189.69852930434948},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2060)","v":192.68317674455861},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2065)","v":195.66955101964908},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2070)","v":198.8306198109502},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2075)","v":202.19805861687226},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2080)","v":205.66434366714972},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2085)","v":209.1309972052052},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2090)","v":212.59746288674637},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2095)","v":216.11897534380984},{"$f":"+SUMIFS(Oil_to_Aviation, Prd., 2100)","v":219.71401435888518}]
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[null,null,{"$f":"Model!G16717","v":"Oil_to_Non.energy.use"},"Oil","Non energy use",{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2015)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2020)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2025)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2030)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2035)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2040)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2045)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2050)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2055)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2060)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2065)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2070)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2075)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2080)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2085)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2090)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2095)","v":84.996808299999998},{"$f":"+SUMIFS(Oil_to_Non.energy.use, Prd., 2100)","v":84.996808299999998}]
[null,null,{"$f":"Model!G16704","v":"Coal_to_Thermal.Generation"},"Coal","Thermal Generation",{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2015)","v":225.3646718},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2020)","v":38.867897024004449},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2025)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2030)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2035)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2040)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2045)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2050)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2055)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2060)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2065)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2070)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2075)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2080)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2085)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2090)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2095)","v":0},{"$f":"+SUMIFS(Coal_to_Thermal.Generation, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16705","v":"Coal_to_Buildings.Heat"},"Coal","Buildings Heat",{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2015)","v":15.519388366345259},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2020)","v":15.758170160848088},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2025)","v":16.779527145846338},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2030)","v":17.668348347272101},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2035)","v":18.586581305749441},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2040)","v":19.406720337923485},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2045)","v":20.117335627530124},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2050)","v":20.820309435433451},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2055)","v":20.71158263715915},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2060)","v":20.568550328379679},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2065)","v":20.380856595573139},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2070)","v":20.137268441195886},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2075)","v":20.003206287853196},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2080)","v":19.772329725620594},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2085)","v":19.359365174546831},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2090)","v":19.132116757320446},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2095)","v":18.835333873307263},{"$f":"+SUMIFS(Coal_to_Buildings.Heat, Prd., 2100)","v":18.607179949323079}]
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[null,null,{"$f":"Model!G16708","v":"Coal_to_Non.energy.use"},"Coal","Non energy use",{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2015)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2020)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2025)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2030)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2035)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2040)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2045)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2050)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2055)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2060)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2065)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2070)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2075)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2080)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2085)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2090)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2095)","v":1.1356695000000001},{"$f":"+SUMIFS(Coal_to_Non.energy.use, Prd., 2100)","v":1.1356695000000001}]
[null,null,{"$f":"Model!G16684","v":"Bio.Conversion_to_Hydrogen.Production"},"Bio Conversion","Hydrogen Production",{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2015)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2020)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2025)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2030)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2035)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2040)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2045)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2050)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2055)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2060)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2065)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2070)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2075)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2080)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2085)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2090)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2095)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Hydrogen.Production, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16685","v":"Bio.Conversion_to_Thermal.Generation"},"Bio Conversion","Thermal Generation",{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2015)","v":45.359010927966757},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2020)","v":76.910519009082336},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2025)","v":79.045829867910271},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2030)","v":68.185396932542787},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2035)","v":31.498814386113711},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2040)","v":8.4224767732367773},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2045)","v":9.9379242586638064E-2},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2050)","v":-6.9388939039072284E-17},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2055)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2060)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2065)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2070)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2075)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2080)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2085)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2090)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2095)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Thermal.Generation, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16686","v":"Bio.Conversion_to_Buildings.Heat"},"Bio Conversion","Buildings Heat",{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2015)","v":26.088581076401582},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2020)","v":27.096267653442268},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2025)","v":28.807873286355978},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2030)","v":30.125475112551122},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2035)","v":31.611864452333833},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2040)","v":32.822056863649721},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2045)","v":33.714947927146461},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2050)","v":34.644068216968215},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2055)","v":34.510639084460358},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2060)","v":34.256747099630999},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2065)","v":33.846029224302349},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2070)","v":33.239059915048344},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2075)","v":33.011481067253179},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2080)","v":32.445358154429051},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2085)","v":31.24408729471698},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2090)","v":30.687723788374569},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2095)","v":29.887808809681719},{"$f":"+SUMIFS(Bio.Conversion_to_Buildings.Heat, Prd., 2100)","v":29.325146193585692}]
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[null,null,{"$f":"Model!G16688","v":"Bio.Conversion_to_Agriculture"},"Bio Conversion","Agriculture",{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2015)","v":2.5120809303999998},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2020)","v":2.5120809303999998},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2025)","v":2.5111758062666665},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2030)","v":2.5102706821333332},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2035)","v":2.5093655579999998},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2040)","v":2.5084604338666665},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2045)","v":2.5075553097333332},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2050)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2055)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2060)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2065)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2070)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2075)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2080)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2085)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2090)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2095)","v":2.5066501855999999},{"$f":"+SUMIFS(Bio.Conversion_to_Agriculture, Prd., 2100)","v":2.5066501855999999}]
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[null,null,{"$f":"Model!G16690","v":"Bio.Conversion_to_Heavy.Vehicles"},"Bio Conversion","Heavy Vehicles",{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2015)","v":1.3227692282697339},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2020)","v":1.2069774769256072},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2025)","v":1.1632465480836596},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2030)","v":1.1112308482665552},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2035)","v":1.1515423147215509},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2040)","v":1.1899300808936502},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2045)","v":1.2425657323757102},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2050)","v":1.29154451893795},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2055)","v":1.3456808153907773},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2060)","v":1.3994275456060672},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2065)","v":1.4531357336908561},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2070)","v":1.5071176902382362},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2075)","v":1.5613951744023682},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2080)","v":1.6157304424612906},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2085)","v":1.6699354456564379},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2090)","v":1.7240452154560422},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2095)","v":1.7782035921658998},{"$f":"+SUMIFS(Bio.Conversion_to_Heavy.Vehicles, Prd., 2100)","v":1.8324636932458565}]
[null,null,{"$f":"Model!G16691","v":"Bio.Conversion_to_Aviation"},"Bio Conversion","Aviation",{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2015)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2020)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2025)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2030)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2035)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2040)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2045)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2050)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2055)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2060)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2065)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2070)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2075)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2080)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2085)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2090)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2095)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Aviation, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16692","v":"Bio.Conversion_to_Fossil.Fuel.Processing"},"Bio Conversion","Fossil Fuel Processing",{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2015)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2020)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2025)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2030)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2035)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2040)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2045)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2050)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2055)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2060)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2065)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2070)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2075)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2080)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2085)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2090)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2095)","v":0},{"$f":"+SUMIFS(Bio.Conversion_to_Fossil.Fuel.Processing, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16693","v":"Bio.Conversion_to_Losses"},"Bio Conversion","Losses",{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2015)","v":21.921587185687113},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2020)","v":30.038594126045925},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2025)","v":30.978902827226037},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2030)","v":28.623124948152878},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2035)","v":19.709874404725241},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2040)","v":14.307420601766879},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2045)","v":12.480955687688937},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2050)","v":12.696791928696229},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2055)","v":12.746583068513791},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2060)","v":12.772546275147798},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2065)","v":12.672271501827606},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2070)","v":12.523515474891594},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2075)","v":12.468463421481109},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2080)","v":12.329783312352181},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2085)","v":12.034213050545118},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2090)","v":11.897930085041523},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2095)","v":11.701482388036968},{"$f":"+SUMIFS(Bio.Conversion_to_Losses, Prd., 2100)","v":11.563629983061007}]
[null,null,{"$f":"Model!G16694","v":"Bio.Conversion_to_Gas.Grid.Distribution"},"Bio Conversion","Gas Grid Distribution",{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2015)","v":1.0331958135282879},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2020)","v":1.0521093309799163},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2025)","v":1.3671448203329506},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2030)","v":1.6902388027602262},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2035)","v":2.0365865117446749},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2040)","v":2.3904099970459618},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2045)","v":2.7519696527715465},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2050)","v":3.1292616337467067},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2055)","v":3.1297899343987239},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2060)","v":3.1235944830481204},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2065)","v":3.0958883404067077},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2070)","v":3.0558534616648529},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2075)","v":3.0397950289067825},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2080)","v":3.0024218952997104},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2085)","v":2.925013366121628},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2090)","v":2.8882889482667684},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2095)","v":2.8365343481485072},{"$f":"+SUMIFS(Bio.Conversion_to_Gas.Grid.Distribution, Prd., 2100)","v":2.8018285043623634}]
[null,null,{"$f":"Model!G16748","v":"Thermal.Generation_to_Electricity"},"Thermal Generation","Electricity",{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2015)","v":273.39020169403511},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2020)","v":233.91496950857328},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2025)","v":188.73699111583591},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2030)","v":207.92459613097196},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2035)","v":285.21831919281135},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2040)","v":357.05255655362942},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2045)","v":391.73239736461534},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2050)","v":430.56686137714917},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2055)","v":435.00497935034923},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2060)","v":439.27701440164179},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2065)","v":441.82334787702825},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2070)","v":444.22466176989678},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2075)","v":447.34074110312355},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2080)","v":450.05415274740062},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2085)","v":451.86102481703472},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2090)","v":454.60341368651513},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2095)","v":457.04681853938041},{"$f":"+SUMIFS(Thermal.Generation_to_Electricity, Prd., 2100)","v":459.90343646698551}]
[null,null,{"$f":"Model!G16749","v":"Thermal.Generation_to_Losses"},"Thermal Generation","Losses",{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2015)","v":444.18460797407397},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2020)","v":339.15259742450735},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2025)","v":248.17967194408939},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2030)","v":254.85230162207606},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2035)","v":289.19976375299717},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2040)","v":340.37888083945313},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2045)","v":365.4507802386396},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2050)","v":397.48469615043473},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2055)","v":401.42480273344688},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2060)","v":405.40574372876108},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2065)","v":408.28995469072458},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2070)","v":410.74303829634539},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2075)","v":413.67245375348193},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2080)","v":416.37449001460652},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2085)","v":418.52119105424907},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2090)","v":421.2395146936239},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2095)","v":423.79644274684478},{"$f":"+SUMIFS(Thermal.Generation_to_Losses, Prd., 2100)","v":426.68086563329553}]
[null,null,{"$f":"Model!G16750","v":"Thermal.Generation_to_Buildings.Heat"},"Thermal Generation","Buildings Heat",{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2015)","v":22.244838900000001},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2020)","v":22.967784619640476},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2025)","v":25.257214357705895},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2030)","v":27.344502260166465},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2035)","v":29.651657194555185},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2040)","v":31.831799295978687},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2045)","v":33.840713475793514},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2050)","v":35.952306382808146},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2055)","v":35.783237902090555},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2060)","v":35.517107262762664},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2065)","v":35.124212388372825},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2070)","v":34.572362218536071},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2075)","v":34.327903386839807},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2080)","v":33.809316603987988},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2085)","v":32.776435421055574},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2090)","v":32.266375296952248},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2095)","v":31.559221138121046},{"$f":"+SUMIFS(Thermal.Generation_to_Buildings.Heat, Prd., 2100)","v":31.04450009456631}]
[null,null,{"$f":"Model!G16719","v":"Electricity_to_Hydrogen.Production"},"Electricity","Hydrogen Production",{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2015)","v":2.3209489738817517E-2},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2020)","v":2.2144733198772155E-2},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2025)","v":2.0986220189431935E-2},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2030)","v":1.5773795596368309E-2},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2035)","v":1.1641640596088758E-2},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2040)","v":7.6108056643664551E-3},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2045)","v":3.7559372299269902E-3},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2050)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2055)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2060)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2065)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2070)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2075)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2080)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2085)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2090)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2095)","v":0},{"$f":"+SUMIFS(Electricity_to_Hydrogen.Production, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16720","v":"Electricity_to_GHG.Removal"},"Electricity","GHG Removal",{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2015)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2020)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2025)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2030)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2035)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2040)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2045)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2050)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2055)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2060)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2065)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2070)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2075)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2080)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2085)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2090)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2095)","v":0},{"$f":"+SUMIFS(Electricity_to_GHG.Removal, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16721","v":"Electricity_to_Thermal.Generation"},"Electricity","Thermal Generation",{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2015)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2020)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2025)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2030)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2035)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2040)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2045)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2050)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2055)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2060)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2065)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2070)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2075)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2080)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2085)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2090)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2095)","v":0},{"$f":"+SUMIFS(Electricity_to_Thermal.Generation, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16722","v":"Electricity_to_Buildings.Heat"},"Electricity","Buildings Heat",{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2015)","v":48.696881966333976},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2020)","v":49.89437739920632},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2025)","v":53.058248558389565},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2030)","v":55.665903739626486},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2035)","v":58.458590029306649},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2040)","v":60.851584144222223},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2045)","v":62.790709565783082},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2050)","v":64.741369145824024},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2055)","v":64.403843003087644},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2060)","v":63.909688468690192},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2065)","v":63.210125028039428},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2070)","v":62.252315164024239},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2075)","v":61.792739595225314},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2080)","v":60.888336524906961},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2085)","v":59.149815904478785},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2090)","v":58.259776340090852},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2095)","v":57.050048518474966},{"$f":"+SUMIFS(Electricity_to_Buildings.Heat, Prd., 2100)","v":56.152529666117246}]
[null,null,{"$f":"Model!G16723","v":"Electricity_to_Buildings.Appliances"},"Electricity","Buildings Appliances",{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2015)","v":163.89450329934661},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2020)","v":166.04092365455372},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2025)","v":170.13455845724681},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2030)","v":177.57507239538731},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2035)","v":189.62687185022497},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2040)","v":204.95299764973626},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2045)","v":221.51091899501881},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2050)","v":241.75610182936754},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2055)","v":244.73175837957939},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2060)","v":247.60006991496954},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2065)","v":250.47554409498383},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2070)","v":253.47633663225611},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2075)","v":256.62412086954419},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2080)","v":259.84551694791742},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2085)","v":263.07332247828197},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2090)","v":266.30720193584119},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2095)","v":269.58491750251358},{"$f":"+SUMIFS(Electricity_to_Buildings.Appliances, Prd., 2100)","v":272.91913329165919}]
[null,null,{"$f":"Model!G16724","v":"Electricity_to_Industry"},"Electricity","Industry",{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2015)","v":93.4375134},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2020)","v":90.669326906213072},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2025)","v":88.098148779589678},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2030)","v":86.133508303008824},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2035)","v":84.316333662474406},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2040)","v":83.101240252154639},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2045)","v":82.43649523500315},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2050)","v":81.86884453081629},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2055)","v":83.147135478599466},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2060)","v":84.5482645621872},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2065)","v":84.5482645621872},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2070)","v":84.5482645621872},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2075)","v":84.5482645621872},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2080)","v":84.5482645621872},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2085)","v":84.5482645621872},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2090)","v":84.5482645621872},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2095)","v":84.5482645621872},{"$f":"+SUMIFS(Electricity_to_Industry, Prd., 2100)","v":84.5482645621872}]
[null,null,{"$f":"Model!G16725","v":"Electricity_to_Agriculture"},"Electricity","Agriculture",{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2015)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2020)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2025)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2030)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2035)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2040)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2045)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2050)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2055)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2060)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2065)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2070)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2075)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2080)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2085)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2090)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2095)","v":4.1169036999999999},{"$f":"+SUMIFS(Electricity_to_Agriculture, Prd., 2100)","v":4.1169036999999999}]
[null,null,{"$f":"Model!G16726","v":"Electricity_to_Light.Vehicles"},"Electricity","Light Vehicles",{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2015)","v":0.14598250095824741},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2020)","v":0.14512103435255852},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2025)","v":0.12099869690806687},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2030)","v":9.6383814810961421E-2},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2035)","v":7.3967882350920319E-2},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2040)","v":5.0171500339964731E-2},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2045)","v":2.5501202037533668E-2},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2050)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2055)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2060)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2065)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2070)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2075)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2080)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2085)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2090)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2095)","v":0},{"$f":"+SUMIFS(Electricity_to_Light.Vehicles, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16727","v":"Electricity_to_Heavy.Vehicles"},"Electricity","Heavy Vehicles",{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2015)","v":5.7904336356978678},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2020)","v":5.9880649402311947},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2025)","v":6.1606551815606734},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2030)","v":6.3417971306863983},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2035)","v":6.5078298828926995},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2040)","v":6.6557291355398496},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2045)","v":6.8286923660525112},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2050)","v":6.9801479893901766},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2055)","v":7.0973760486084885},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2060)","v":7.2084312055356605},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2065)","v":7.3195506159207646},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2070)","v":7.4371702000452231},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2075)","v":7.5624685652712769},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2080)","v":7.6914448808745348},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2085)","v":7.8204349074667254},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2090)","v":7.9494179441429917},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2095)","v":8.0804492054140962},{"$f":"+SUMIFS(Electricity_to_Heavy.Vehicles, Prd., 2100)","v":8.2142163018556538}]
[null,null,{"$f":"Model!G16728","v":"Electricity_to_Aviation"},"Electricity","Aviation",{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2015)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2020)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2025)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2030)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2035)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2040)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2045)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2050)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2055)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2060)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2065)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2070)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2075)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2080)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2085)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2090)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2095)","v":0},{"$f":"+SUMIFS(Electricity_to_Aviation, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16729","v":"Electricity_to_Fossil.Fuel.Processing"},"Electricity","Fossil Fuel Processing",{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2015)","v":6.0312016999999996},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2020)","v":5.1752864173212689},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2025)","v":4.8280651221646806},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2030)","v":4.5238549417272864},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2035)","v":4.4244470868301295},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2040)","v":4.3254423591314124},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2045)","v":4.2679600985158492},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2050)","v":4.196948864768669},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2055)","v":4.2761803252852317},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2060)","v":4.3530608927003565},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2065)","v":4.4256362555001649},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2070)","v":4.498744257388533},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2075)","v":4.5764584978616591},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2080)","v":4.6528918019004477},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2085)","v":4.7250489387328924},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2090)","v":4.8013543801236187},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2095)","v":4.8766066849763643},{"$f":"+SUMIFS(Electricity_to_Fossil.Fuel.Processing, Prd., 2100)","v":4.9541729407649084}]
[null,null,{"$f":"Model!G16730","v":"Electricity_to_Losses"},"Electricity","Losses",{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2015)","v":25.848692783991979},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2020)","v":25.874233863417061},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2025)","v":26.235307186923002},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2030)","v":26.860824533318791},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2035)","v":27.891217222534745},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2040)","v":29.197418446206104},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2045)","v":30.641708878684092},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2050)","v":32.384019136596955},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2055)","v":32.705602438288665},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2060)","v":33.013869169606295},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2065)","v":33.193735625953337},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2070)","v":33.361190525893903},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2075)","v":33.58528789969597},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2080)","v":33.776021545103909},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2085)","v":33.893122554858529},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2090)","v":34.086096459302468},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2095)","v":34.255348225927868},{"$f":"+SUMIFS(Electricity_to_Losses, Prd., 2100)","v":34.464098926391245}]
[null,null,{"$f":"Model!G16733","v":"Hydrogen.Production_to_Light.Vehicles"},"Hydrogen Production","Light Vehicles",{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2015)","v":3.4653889694163253E-4},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2020)","v":3.3736971482366837E-4},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2025)","v":3.3620927307003487E-4},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2030)","v":2.6579939111051788E-4},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2035)","v":2.0283487608623843E-4},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2040)","v":1.3667640415691341E-4},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2045)","v":6.9309222774026463E-5},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2050)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2055)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2060)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2065)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2070)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2075)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2080)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2085)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2090)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2095)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Light.Vehicles, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16734","v":"Hydrogen.Production_to_Heavy.Vehicles"},"Hydrogen Production","Heavy Vehicles",{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2015)","v":1.7495756339774335E-2},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2020)","v":1.7101607679209402E-2},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2025)","v":1.6583930754659464E-2},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2030)","v":1.2747581975893336E-2},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2035)","v":9.6197993768636515E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2040)","v":6.4276434813591542E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2045)","v":3.2406104610991338E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2050)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2055)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2060)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2065)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2070)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2075)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2080)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2085)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2090)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2095)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Heavy.Vehicles, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16735","v":"Hydrogen.Production_to_Losses"},"Hydrogen Production","Losses",{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2015)","v":5.3671945021015501E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2020)","v":4.7057558047390834E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2025)","v":4.0660801617024359E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2030)","v":2.7604142293644555E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2035)","v":1.8190063431388678E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2040)","v":1.0464857788503876E-3},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2045)","v":4.4601754605383013E-4},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2050)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2055)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2060)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2065)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2070)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2075)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2080)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2085)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2090)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2095)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Losses, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16736","v":"Hydrogen.Production_to_Gas.Grid.Distribution"},"Hydrogen Production","Gas Grid Distribution",{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2015)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2020)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2025)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2030)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2035)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2040)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2045)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2050)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2055)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2060)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2065)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2070)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2075)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2080)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2085)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2090)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2095)","v":0},{"$f":"+SUMIFS(Hydrogen.Production_to_Gas.Grid.Distribution, Prd., 2100)","v":0}]
[null,null,{"$f":"Model!G16739","v":"Gas.Grid.Distribution_to_Buildings.Heat"},"Gas Grid Distribution","Buildings Heat",{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2015)","v":369.04081840388915},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2020)","v":380.60613713686149},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2025)","v":403.35883782998025},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2030)","v":421.10037805362151},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2035)","v":440.51415706646003},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2040)","v":456.33509784103524},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2045)","v":468.09074210518321},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2050)","v":479.97410535287725},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2055)","v":477.91829743847427},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2060)","v":474.44133161425947},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2065)","v":469.11347697020477},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2070)","v":461.46880817775582},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2075)","v":458.31074007324349},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2080)","v":451.15416055434923},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2085)","v":436.49357842214067},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2090)","v":429.45772197215791},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2095)","v":419.54610524447941},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Heat, Prd., 2100)","v":412.44127093784101}]
[null,null,{"$f":"Model!G16740","v":"Gas.Grid.Distribution_to_Buildings.Appliances"},"Gas Grid Distribution","Buildings Appliances",{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2015)","v":11.857226350450208},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2020)","v":12.086098263368358},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2025)","v":12.263401341230935},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2030)","v":12.426285200698306},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2035)","v":12.571452779881236},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2040)","v":12.704339184372447},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2045)","v":12.831207552332463},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2050)","v":12.952288040628925},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2055)","v":13.10533767388047},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2060)","v":13.253255863894896},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2065)","v":13.40158614637123},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2070)","v":13.556048654739309},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2075)","v":13.71769302310029},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2080)","v":13.882967569190168},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2085)","v":14.048619652135081},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2090)","v":14.214633514721308},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2095)","v":14.382837630762356},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Buildings.Appliances, Prd., 2100)","v":14.553845534407976}]
[null,null,{"$f":"Model!G16741","v":"Gas.Grid.Distribution_to_Thermal.Generation"},"Gas Grid Distribution","Thermal Generation",{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2015)","v":28.27872454448017},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2020)","v":28.27872454448017},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2025)","v":28.378103787066816},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2030)","v":28.477483029653449},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2035)","v":28.576862272240092},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2040)","v":28.865058263328997},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2045)","v":30.798663496181355},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2050)","v":32.826018871259606},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2055)","v":32.671651997560936},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2060)","v":32.428663152957213},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2065)","v":32.069933050253447},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2070)","v":31.566069851706846},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2075)","v":31.342868309723304},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2080)","v":30.869376029728162},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2085)","v":29.92631060183335},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2090)","v":29.460603531999876},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2095)","v":28.875000000000007},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Thermal.Generation, Prd., 2100)","v":28.875000000000007}]
[null,null,{"$f":"Model!G16742","v":"Gas.Grid.Distribution_to_Agriculture"},"Gas Grid Distribution","Agriculture",{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2015)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2020)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2025)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2030)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2035)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2040)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2045)","v":0.98250240000000011},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2050)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2055)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2060)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2065)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2070)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2075)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2080)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2085)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2090)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2095)","v":0.9825024},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Agriculture, Prd., 2100)","v":0.9825024}]
[null,null,{"$f":"Model!G16743","v":"Gas.Grid.Distribution_to_Industry"},"Gas Grid Distribution","Industry",{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2015)","v":102.99260510000002},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2020)","v":100.68593324978919},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2025)","v":98.418376727072214},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2030)","v":96.964767205177964},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2035)","v":95.711660705356195},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2040)","v":95.141124190928466},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2045)","v":95.220819716087405},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2050)","v":95.446299076176231},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2055)","v":97.58717767731963},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2060)","v":99.904349869723333},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2065)","v":99.904349869723333},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2070)","v":99.904349869723333},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2075)","v":99.904349869723333},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2080)","v":99.904349869723333},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2085)","v":99.904349869723333},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2090)","v":99.904349869723333},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2095)","v":99.904349869723333},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Industry, Prd., 2100)","v":99.904349869723333}]
[null,null,{"$f":"Model!G16744","v":"Gas.Grid.Distribution_to_Fossil.Fuel.Processing"},"Gas Grid Distribution","Fossil Fuel Processing",{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2015)","v":1.3348914000000005},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2020)","v":1.2654851649300949},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2025)","v":1.2219063192231796},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2030)","v":1.1590646412925565},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2035)","v":1.1472960958191158},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2040)","v":1.1322039498272252},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2045)","v":1.1257097666324374},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2050)","v":1.113493308631758},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2055)","v":1.134968200097922},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2060)","v":1.1558059056044581},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2065)","v":1.1754767286472514},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2070)","v":1.1952919181644586},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2075)","v":1.2163555823788379},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2080)","v":1.2370720616401305},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2085)","v":1.256629528735691},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2090)","v":1.2773113521106498},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2095)","v":1.2977077334061022},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Fossil.Fuel.Processing, Prd., 2100)","v":1.318731287858282}]
[null,null,{"$f":"Model!G16745","v":"Gas.Grid.Distribution_to_Losses"},"Gas Grid Distribution","Losses",{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2015)","v":2.1111385653244645},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2020)","v":2.1497847305288253},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2025)","v":2.2347997286068537},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2030)","v":2.3024537229649225},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2035)","v":2.3779291787218324},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2040)","v":2.4421734319980581},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2045)","v":2.4991666905934933},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2050)","v":2.5576196997674208},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2055)","v":2.5580514924115789},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2060)","v":2.5529878031845636},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2065)","v":2.5303429161415729},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2070)","v":2.4976214608807199},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2075)","v":2.4844965231872651},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2080)","v":2.4539505753110329},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2085)","v":2.3906827497573055},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2090)","v":2.3606670126405587},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2095)","v":2.3183667513301853},{"$f":"+SUMIFS(Gas.Grid.Distribution_to_Losses, Prd., 2100)","v":2.2900008426419238}]
[]
[]
[]
[null,null,"From"]
[null,null,null,"PEC",{"$f":"F1784","v":"Environmental Heat"},{"$f":"SUMIFS(F$1808:F$1876, $D$1808:$D$1876,$E1881)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(P$1808:P$1876, $D$1808:$D$1876,$E1881)","v":0},0,0,0,0,0,0,0]
[null,null,null,{"$f":"D1881","v":"PEC"},"Nuclear",180.02464000000001,193.77803725025137,131.42009415657293,142.96749379663925,96.39727557852234,96.725080164695001,96.996408610657795,97.123557987005228,97.071926996533776,97.064204369720997,96.967245938996825,96.965144216569456,96.954395141728185,96.950503932596718,96.959844567914416,96.955794774334194,96.957465384822413,96.959769576131862]
[null,null,null,{"$f":"D1882","v":"PEC"},"Solar",9.1942191000000015,13.636532411659719,13.503915730730562,13.345811370298497,4.3627727343088942,2.2880961419982775E-16,2.292577091662268E-16,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Wind",38.35751782595564,69.782581031977003,68.548190730631532,59.453379426579147,34.44109018856247,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Other Renewables",5.6044092560768215,5.6044092560768215,5.5075490313774118,5.3920731819585379,5.4260766236938842,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,null,"PEC","Interconnectors",{"$f":"SUMIFS(F$1808:F$1876, $D$1808:$D$1876,$E1886)","v":20.938419400000001},{"$f":"SUMIFS(G$1808:G$1876, $D$1808:$D$1876,$E1886)","v":24.894962985803545},76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,{"$f":"D1885","v":"PEC"},"Waste",25.183461113985128,{"$f":"SUMIFS(G$1808:G$1876, $D$1808:$D$1876,$E1887)","v":21.293026950714562},19.618411338338564,18.880269033623819,18.688324975506813,18.823380981285503,19.158596072785926,19.618824112574512,19.138234789616753,19.25434656962636,19.323631037144416,{"$f":"SUMIFS(Q$1808:Q$1876, $D$1808:$D$1876,$E1887)","v":19.365392918398811},19.390771793436073,19.406306161392983,19.415881575100556,19.421827868144781,19.425551450377007,19.427905848006574]
[null,null,null,"PEC","UK Biomass",11.281963571278169,11.44166838538132,11.57037588909472,11.699074791923806,11.834941987076107,11.970808733710541,12.110129105402883,12.2494478762478,12.248080009328454,12.246712142409102,12.245344275489749,12.243976408570397,12.243976408570397,12.243976408570397,12.243976408570397,12.243976408570397,12.243976408570397,12.243976408570397]
[null,null,null,"PEC","Bioenergy Imports",118.27952337061514,155.65153512609646,159.54621265942018,146.22776129709217,102.1647474372146,75.217230750667284,66.473516590395803,68.030482976569857,68.989732683315125,69.817043555403998,70.006859410775434,69.963019084498512,70.403648204574182,70.427344485927819,69.657697779744751,69.691294727171439,69.424314745164253,69.457739017153159]
[null,null,null,"PEC","Natural Gas",810.71060596914003,804.79288814666143,784.77364462941216,823.37067341196439,1034.6436758048519,1194.4356065506258,1273.2853342219196,1356.0408820489974,1365.042713476882,1371.9253952614686,1371.8082134730125,1368.5678321190965,1371.3658855433114,1369.2498666782842,1357.6124451431247,1355.6819309909733,1350.2041361404602,1348.4845451532301]
[null,null,null,"PEC","Oil",830.34212696560826,784.83533285705892,773.20849263202842,749.042399084159,757.65796873555962,764.66855677251522,778.12599806670573,788.3446310169254,803.52383917482268,818.25266189856256,832.15669107953272,846.16276355928358,861.05130184046118,875.69443759280637,889.51834280566777,904.13698255935412,918.55386181759525,933.41404910894119]
[null,null,null,"PEC","Coal",337.12475246634529,139.75064043369986,98.751544790846467,96.427736281589404,95.692165733593697,94.969486094141416,94.563979284213929,94.139432740231896,94.127441122783452,94.203036208799034,94.553791411290121,94.852603932016791,95.295116919685,95.631312013635323,95.753693508419104,96.092568112686735,96.354094851436599,96.701418144970006]
[null,null,null,"Transformations",{"$f":"$G$1784","v":"Bio Conversion"},121.09426211175455,160.53577984378251,165.27009188223298,153.11137539105277,109.56068607047985,82.904904315104815,74.379539011248355,76.175372551425923,76.747928042375406,77.188179463230469,76.969520963531906,76.498813401260918,76.53094605309991,76.12195458124252,74.88028169095756,74.483041889458889,73.768465113622938,73.368838005880733]
[null,null,null,{"$f":"D1893","v":"Transformations"},{"$f":"$H$1784","v":"Thermal Generation"},739.81964856810907,596.03535155272107,462.17387741763122,490.1214000132145,604.06974014036359,729.26323668906127,791.02389107904855,864.00386391039206,872.21301998588672,880.19986539316551,885.23751495612566,889.54006228477829,895.34109824344523,900.23795936599515,903.1586512923393,908.10930367709125,912.40248242434632,917.62880219484737]
[null,null,null,{"$f":"D1894","v":"Transformations"},{"$f":"$I$1784","v":"Electricity"},347.98532247606755,347.92638264849404,352.77387190297202,361.33002235416245,375.42780295721064,393.25909799299478,412.62264597832495,436.04433519676365,440.47879937344891,444.75028791368925,447.28975988258469,449.69092504179525,452.80624368978562,455.51937996289047,457.32691304600604,460.06901532168831,462.51253839949408,465.36931938897544]
[null,null,null,{"$f":"D1894","v":"Transformations"},{"$f":"$I$1785","v":"Hydrogen Production"},2.3209489738817517E-2,2.2144733198772155E-2,2.0986220189431935E-2,1.5773795596368309E-2,1.1641640596088758E-2,7.6108056643664551E-3,3.7559372299269902E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,{"$f":"D1895","v":"Transformations"},{"$f":"$J$1784","v":"Gas Grid Distribution"},516.597906764144,{"$f":"SUMIFS(G$1808:G$1876, $D$1808:$D$1876,$E1897)","v":526.0546654899581},546.85792813318028,563.41293425340871,581.88186049847843,597.60249926149049,611.54881172701027,625.85232674934127,625.95798687974468,624.71889660962393,619.17766808134161,{"$f":"SUMIFS(Q$1808:Q$1876, $D$1808:$D$1876,$E1897)","v":611.17069233297048},607.95900578135661,600.48437905994206,585.00267322432546,577.65778965335369,567.3068696297014,560.36570087247253]
[null,null,null,"FEC","Buildings Heat",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,{"$f":"D1898","v":"FEC"},"Buildings Appliances",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC",{"$f":"K1786","v":"Light Vehicles"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC","Heavy Vehicles",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC","Aviation",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC","Industry",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC","Agriculture",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC","GHG Removal",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,{"$f":"D1905","v":"FEC"},"Fossil Fuel Processing",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,{"$f":"D1906","v":"FEC"},"Non Energy Use",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,{"$f":"D1907","v":"FEC"},"Losses",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,{"$f":"D1908","v":"FEC"},"Exports",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,null,"To"]
[null,null,null,{"$f":"D1881","v":"PEC"},"Environmental Heat",{"$f":"SUMIFS(F$1808:F$1876, $E$1808:$E$1876,$E1913)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(P$1808:P$1876, $E$1808:$E$1876,$E1913)","v":0},0,0,0,0,0,0,0]
[null,null,null,"PEC","Nuclear",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Solar",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Wind",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Other Renewables",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Interconnectors",{"$f":"SUMIFS(F$1808:F$1876, $E$1808:$E$1876,$E1918)","v":0},{"$f":"SUMIFS(G$1808:G$1876, $E$1808:$E$1876,$E1918)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Waste",0,{"$f":"SUMIFS(G$1808:G$1876, $E$1808:$E$1876,$E1919)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(Q$1808:Q$1876, $E$1808:$E$1876,$E1919)","v":0},0,0,0,0,0,0]
[null,null,null,"PEC","UK Biomass",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Bioenergy Imports",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Natural Gas",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Oil",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Coal",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Transformations","Bio Conversion",132.69234667585749,170.40052146239626,174.87720382063168,162.14777237039129,118.70316635898925,92.380498015994647,84.271787174417881,86.478453163559521,87.436863329157745,88.256610588387758,88.417351116792872,88.332106141227371,88.756676064978976,88.742997435662076,87.895938519585513,87.89280930293981,87.574072259923341,87.572789037890203]
[null,null,null,"Transformations","Thermal Generation",739.81964856810907,596.03535155272107,462.17387741763127,490.1214000132145,604.06974014036371,729.26323668906127,791.02389107904844,864.00386391039206,872.2130199858866,880.19986539316562,885.23751495612578,889.54006228477817,895.34109824344523,900.23795936599515,903.1586512923393,908.10930367709125,912.4024824243462,917.62880219484737]
[null,null,null,"Transformations","Electricity",347.4847672760676,347.83345519409033,352.77387190297191,361.33002235416245,375.42780295721053,393.25909799299495,412.62264597832501,436.04433519676365,440.47879937344896,444.75028791368925,447.28975988258469,449.69092504179525,452.80624368978562,455.51937996289058,457.32691304600627,460.06901532168837,462.51253839949419,465.3693193889755]
[null,null,null,"Transformations","Hydrogen Production",2.3209489738817517E-2,2.2144733198772155E-2,2.0986220189431935E-2,1.5773795596368309E-2,1.1641640596088758E-2,7.6108056643664551E-3,3.7559372299269902E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Transformations","Gas Grid Distribution",516.59790676414411,{"$f":"SUMIFS(G$1808:G$1876, $E$1808:$E$1876,$E1929)","v":526.0546654899581},546.85792813318028,563.41293425340871,581.88186049847843,597.60249926149038,611.54881172701039,625.85232674934116,625.95798687974479,624.71889660962393,619.17766808134172,{"$f":"SUMIFS(Q$1808:Q$1876, $E$1808:$E$1876,$E1929)","v":611.17069233297036},607.9590057813565,600.48437905994206,585.00267322432558,577.65778965335357,567.3068696297014,560.36570087247264]
[null,null,null,"FEC","Buildings Heat",525.25657644551404,541.1780965470997,574.87780197809184,601.74737099674803,631.06219487346334,655.49782383209742,674.38037731448719,693.54015678579833,690.47730454990119,685.43466188290245,677.8119968427502,666.95857469427165,662.36112960131481,652.18837958003712,631.55274449933017,621.55025819752564,607.53835393354234,597.44086238999103]
[null,null,null,"FEC","Buildings Appliances",175.75172964979683,178.12702191792209,182.39795979847776,190.00135759608563,202.19832463010621,217.65733683410872,234.34212654735128,254.70838986999647,257.83709605345985,260.85332577886442,263.87713024135508,267.03238528699541,270.3418138926445,273.72848451710757,277.12194213041704,280.52183545056249,283.96775513327594,287.47297882606716]
[null,null,null,"FEC","Light Vehicles",363.14622049251528,320.49882436828625,313.25565116845752,295.5939558796145,302.09270104406016,307.2896268865785,313.61707393603757,319.05840674076074,328.55389001894014,337.8806575316558,347.20606297058634,356.69543085859459,366.37363963476753,376.13113821204735,385.87200154927183,395.6008889320342,405.3770460835687,415.2209176109223]
[null,null,null,"FEC","Heavy Vehicles",139.93502732505695,129.09080116385124,119.88052279941896,109.76136692504053,106.57569803295094,104.7971550509253,103.5491970064423,101.89085325959798,104.46882206667209,107.02291041520333,109.57531110216974,112.14665598390238,114.73911272022535,117.33787394759781,119.9307277557876,122.51924578335499,125.11202144052871,127.71215676787739]
[null,null,null,"FEC","Aviation",145.71226999999999,154.89655365586881,159.70292213646795,163.19387407633295,168.46892667487265,171.91966056222546,180.28979547220032,186.54798288626583,189.69852930434948,192.68317674455861,195.66955101964908,198.8306198109502,202.19805861687226,205.66434366714972,209.1309972052052,212.59746288674637,216.11897534380984,219.71401435888518]
[null,null,null,"FEC","Industry",318.82898085555559,304.14761790034282,295.91268789417063,289.75871325992921,284.20234576047841,280.48372520942769,278.41910161830759,276.79802949259744,280.63067649069802,284.97503782536296,284.97503782536296,284.97503782536296,284.97503782536296,284.97503782536296,284.97503782536296,284.97503782536296,284.97503782536296,284.97503782536296]
[null,null,null,"FEC","Agriculture",12.917324699999998,12.917324699999998,12.917324699999998,12.9173247,12.9173247,12.9173247,12.9173247,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998,12.917324699999998]
[null,null,null,"FEC","GHG Removal",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC","Fossil Fuel Processing",108.8893640000001,86.177903142750779,75.305768004542571,65.931729274881036,60.000439443930816,55.196191568451816,51.664713797919624,48.674149831606968,49.444510579265717,50.192013793370471,50.897657869392255,51.60848074994216,52.36408969624064,53.107244206601329,53.808821907135297,54.550733219850557,55.282404975633568,56.036575079437995]
[null,null,null,"FEC","Non Energy Use",91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003,91.399355900000003]
[null,null,null,"FEC","Losses",494.10726030646276,397.2563013750493,307.66855056482348,312.67938833221183,339.22879266835247,386.3828972423014,411.13289610987607,445.18700249940946,449.49934332631324,453.80977782096238,456.75093000727151,459.18983696034661,462.27530583912147,464.99874907837994,466.90315971637517,469.64806676749015,472.13523817651725,475.06211168843936]
[null,null,null,"FEC","Exports",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[null,null,"Net energy balance"]
[null,null,null,{"$f":"D1913","v":"PEC"},"Environmental Heat",{"$f":" +F1881 -F1913","v":0},{"$f":" +G1881 -G1913","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Nuclear",{"$f":" +F1882 -F1914","v":180.02464000000001},193.77803725025137,131.42009415657293,142.96749379663925,96.39727557852234,96.725080164695001,96.996408610657795,97.123557987005228,97.071926996533776,97.064204369720997,96.967245938996825,96.965144216569456,96.954395141728185,96.950503932596718,96.959844567914416,96.955794774334194,96.957465384822413,96.959769576131862]
[null,null,null,"PEC","Solar",{"$f":" +F1883 -F1915","v":9.1942191000000015},13.636532411659719,13.503915730730562,13.345811370298497,4.3627727343088942,2.2880961419982775E-16,2.292577091662268E-16,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Wind",{"$f":" +F1884 -F1916","v":38.35751782595564},69.782581031977003,68.548190730631532,59.453379426579147,34.44109018856247,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Other Renewables",{"$f":" +F1885 -F1917","v":5.6044092560768215},5.6044092560768215,5.5075490313774118,5.3920731819585379,5.4260766236938842,5.4492745372635856,5.4684757751472164,5.477473819614465,5.4738200230997212,5.4732735120474327,5.466412005556462,5.466263271898443,5.465502586662053,5.4652272154899535,5.4658882289715418,5.4656016351732486,5.465719860113806,5.4658829219899943]
[null,null,null,"PEC","Interconnectors",20.938419400000001,24.894962985803545,76.477225294396504,75.214162244354299,45.979544217833933,30.757266902101925,15.421772838562454,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"PEC","Waste",{"$f":" +F1887 -F1919","v":25.183461113985128},21.293026950714562,19.618411338338564,18.880269033623819,18.688324975506813,18.823380981285503,19.158596072785926,19.618824112574512,19.138234789616753,19.25434656962636,19.323631037144416,19.365392918398811,19.390771793436073,19.406306161392983,19.415881575100556,19.421827868144781,19.425551450377007,19.427905848006574]
[null,null,null,"PEC","UK Biomass",{"$f":" +F1888 -F1920","v":11.281963571278169},11.44166838538132,11.57037588909472,11.699074791923806,11.834941987076107,11.970808733710541,12.110129105402883,12.2494478762478,12.248080009328454,12.246712142409102,12.245344275489749,12.243976408570397,12.243976408570397,12.243976408570397,12.243976408570397,12.243976408570397,12.243976408570397,12.243976408570397]
[null,null,null,"PEC","Bioenergy Imports",{"$f":" +F1889 -F1921","v":118.27952337061514},155.65153512609646,159.54621265942018,146.22776129709217,102.1647474372146,75.217230750667284,66.473516590395803,68.030482976569857,68.989732683315125,69.817043555403998,70.006859410775434,69.963019084498512,70.403648204574182,70.427344485927819,69.657697779744751,69.691294727171439,69.424314745164253,69.457739017153159]
[null,null,null,"PEC","Natural Gas",{"$f":" +F1890 -F1922","v":810.71060596914003},804.79288814666143,784.77364462941216,823.37067341196439,1034.6436758048519,1194.4356065506258,1273.2853342219196,1356.0408820489974,1365.042713476882,1371.9253952614686,1371.8082134730125,1368.5678321190965,1371.3658855433114,1369.2498666782842,1357.6124451431247,1355.6819309909733,1350.2041361404602,1348.4845451532301]
[null,null,null,"PEC","Oil",{"$f":" +F1891 -F1923","v":830.34212696560826},784.83533285705892,773.20849263202842,749.042399084159,757.65796873555962,764.66855677251522,778.12599806670573,788.3446310169254,803.52383917482268,818.25266189856256,832.15669107953272,846.16276355928358,861.05130184046118,875.69443759280637,889.51834280566777,904.13698255935412,918.55386181759525,933.41404910894119]
[null,null,null,"PEC","Coal",{"$f":" +F1892 -F1924","v":337.12475246634529},139.75064043369986,98.751544790846467,96.427736281589404,95.692165733593697,94.969486094141416,94.563979284213929,94.139432740231896,94.127441122783452,94.203036208799034,94.553791411290121,94.852603932016791,95.295116919685,95.631312013635323,95.753693508419104,96.092568112686735,96.354094851436599,96.701418144970006]
[null,null,null,"Transformations","Bio Conversion",{"$f":" +F1893 -F1925","v":-11.598084564102948},-9.8647416186137491,-9.6071119383987025,-9.0363969793385195,-9.1424802885094039,-9.4755937008898314,-9.8922481631695263,-10.303080612133598,-10.688935286782339,-11.068431125157289,-11.447830153260966,-11.833292739966453,-12.225730011879065,-12.621042854419557,-13.015656828627954,-13.409767413480921,-13.805607146300403,-14.203951032009471]
[null,null,null,"Transformations","Thermal Generation",{"$f":" +F1894 -F1926","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Transformations","Electricity",{"$f":" +F1895 -F1927","v":0.50055519999995113},9.2927454403707088E-2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Transformations","Hydrogen Production",{"$f":" +F1896 -F1928","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Transformations","Gas Grid Distribution",{"$f":" +F1897 -F1929","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC","Buildings Heat",{"$f":" +F1898 -F1930","v":-525.25657644551404},-541.1780965470997,-574.87780197809184,-601.74737099674803,-631.06219487346334,-655.49782383209742,-674.38037731448719,-693.54015678579833,-690.47730454990119,-685.43466188290245,-677.8119968427502,-666.95857469427165,-662.36112960131481,-652.18837958003712,-631.55274449933017,-621.55025819752564,-607.53835393354234,-597.44086238999103]
[null,null,null,"FEC","Buildings Appliances",{"$f":" +F1899 -F1931","v":-175.75172964979683},-178.12702191792209,-182.39795979847776,-190.00135759608563,-202.19832463010621,-217.65733683410872,-234.34212654735128,-254.70838986999647,-257.83709605345985,-260.85332577886442,-263.87713024135508,-267.03238528699541,-270.3418138926445,-273.72848451710757,-277.12194213041704,-280.52183545056249,-283.96775513327594,-287.47297882606716]
[null,null,null,"FEC","Light Vehicles",{"$f":" +F1900 -F1932","v":-363.14622049251528},-320.49882436828625,-313.25565116845752,-295.5939558796145,-302.09270104406016,-307.2896268865785,-313.61707393603757,-319.05840674076074,-328.55389001894014,-337.8806575316558,-347.20606297058634,-356.69543085859459,-366.37363963476753,-376.13113821204735,-385.87200154927183,-395.6008889320342,-405.3770460835687,-415.2209176109223]
[null,null,null,"FEC","Heavy Vehicles",{"$f":" +F1901 -F1933","v":-139.93502732505695},-129.09080116385124,-119.88052279941896,-109.76136692504053,-106.57569803295094,-104.7971550509253,-103.5491970064423,-101.89085325959798,-104.46882206667209,-107.02291041520333,-109.57531110216974,-112.14665598390238,-114.73911272022535,-117.33787394759781,-119.9307277557876,-122.51924578335499,-125.11202144052871,-127.71215676787739]
[null,null,null,"FEC","Aviation",{"$f":" +F1902 -F1934","v":-145.71226999999999},-154.89655365586881,-159.70292213646795,-163.19387407633295,-168.46892667487265,-171.91966056222546,-180.28979547220032,-186.54798288626583,-189.69852930434948,-192.68317674455861,-195.66955101964908,-198.8306198109502,-202.19805861687226,-205.66434366714972,-209.1309972052052,-212.59746288674637,-216.11897534380984,-219.71401435888518]
[null,null,null,"FEC","Industry",{"$f":" +F1903 -F1935","v":-318.82898085555559},-304.14761790034282,-295.91268789417063,-289.75871325992921,-284.20234576047841,-280.48372520942769,-278.41910161830759,-276.79802949259744,-280.63067649069802,-284.97503782536296,-284.97503782536296,-284.97503782536296,-284.97503782536296,-284.97503782536296,-284.97503782536296,-284.97503782536296,-284.97503782536296,-284.97503782536296]
[null,null,null,"FEC","Agriculture",{"$f":" +F1904 -F1936","v":-12.917324699999998},-12.917324699999998,-12.917324699999998,-12.9173247,-12.9173247,-12.9173247,-12.9173247,-12.917324699999998,-12.917324699999998,-12.917324699999998,-12.917324699999998,-12.917324699999998,-12.917324699999998,-12.917324699999998,-12.917324699999998,-12.917324699999998,-12.917324699999998,-12.917324699999998]
[null,null,null,"FEC","GHG Removal",{"$f":" +F1905 -F1937","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"FEC","Fossil Fuel Processing",{"$f":" +F1906 -F1938","v":-108.8893640000001},-86.177903142750779,-75.305768004542571,-65.931729274881036,-60.000439443930816,-55.196191568451816,-51.664713797919624,-48.674149831606968,-49.444510579265717,-50.192013793370471,-50.897657869392255,-51.60848074994216,-52.36408969624064,-53.107244206601329,-53.808821907135297,-54.550733219850557,-55.282404975633568,-56.036575079437995,"*Known issue of missing link between electricity for extracting coal and electricity demand. Link removed to avoid a circularity in calculation."]
[null,null,null,"FEC","Non Energy Use",{"$f":" +F1907 -F1939","v":-91.399355900000003},-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003,-91.399355900000003]
[null,null,null,"FEC","Losses",{"$f":" +F1908 -F1940","v":-494.10726030646276},-397.2563013750493,-307.66855056482348,-312.67938833221183,-339.22879266835247,-386.3828972423014,-411.13289610987607,-445.18700249940946,-449.49934332631324,-453.80977782096238,-456.75093000727151,-459.18983696034661,-462.27530583912147,-464.99874907837994,-466.90315971637517,-469.64806676749015,-472.13523817651725,-475.06211168843936]
[null,null,null,"FEC","Exports",{"$f":" +F1909 -F1941","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,null,null,"Check",{"$f":"SUM(F1945:F1973)","v":5.6843418860808015E-14},1.1368683772161603E-13,-2.2737367544323206E-13,1.7053025658242404E-13,-1.1368683772161603E-13,5.6843418860808015E-14,4.5474735088646412E-13,-5.1159076974727213E-13,-3.979039320256561E-13,5.1159076974727213E-13,1.1368683772161603E-13,2.8421709430404007E-13,0,3.4106051316484809E-13,2.8421709430404007E-13,5.6843418860808015E-14,3.4106051316484809E-13,3.979039320256561E-13,"Should equal zero as energy cannot be created or destroyed."]
[]
[null,null,null,"Net",{"$f":"$D$1881","v":"PEC"},{"$f":"SUM(F1945:F1956)","v":2387.0416390390046},{"$f":"SUM(G1945:G1956)","v":2225.4616148353812},2142.9256568828491,2142.0208339201822,2207.2885840167246,2293.016691487006,2361.6042105657916,2441.0247325781665,2465.6157882763819,2488.2366735180381,2502.528188631798,2513.5869955103326,2532.1705984384284,2545.0689744887036,2546.6277700175133,2559.6899770764085,2568.6291206585397,2582.1552861789933]
[null,null,null,"From","Total PEC (calculated above)",{"$f":"F433","v":2375.4435544749017},2215.5968732167671,2133.3185449444509,2132.9844369408438,2198.1461037282143,2283.5410977861161,2351.7119624026213,2430.7216519660328,2454.9268529895999,2477.1682423928805,2491.0803584785372,2501.7537027703656,2519.9448684265494,2532.447931634284,2533.6121131888849,2546.2802096629271,2554.82351351224,2567.9513351469836]
[null,null,null,null,"Check",{"$f":" +F1977 -F1978","v":11.598084564102919},9.8647416186140617,9.6071119383982477,9.0363969793384058,9.1424802885103418,9.4755937008899309,9.8922481631702794,10.303080612133726,10.688935286781998,11.068431125157531,11.447830153260838,11.833292739966964,12.225730011879023,12.621042854419557,13.01565682862838,13.409767413481404,13.805607146299735,14.203951032009627]
[]
[null,null,null,"To",{"$f":"D1904","v":"FEC"},{"$f":"SUM(F1930:F1941)-F1939-F1938-F1940","v":1681.5481294684391},1640.8562402533705,1658.9448704750848,1662.9739634337509,1707.5175157159317,1750.5626530753632,1797.5149965948258,1845.4611437350168,1864.583643184021,1881.7670948785478,1892.0324147018737,1899.5560291600766,1913.9061169911872,1922.9425824493026,1921.5007756653749,1930.6820537755871,1936.0065144600885,1945.453292479106]
[null,null,null,null,"Total FEC (calculated above)",{"$f":"F453","v":1681.5481294684382},1640.8562402533707,1658.9448704750846,1662.9739634337507,1707.5175157159317,1750.5626530753627,1797.5149965948262,1845.4611437350168,1864.5836431840212,1881.7670948785478,1892.0324147018732,1899.5560291600771,1913.9061169911872,1922.9425824493028,1921.5007756653749,1930.6820537755864,1936.0065144600885,1945.453292479106]
[null,null,null,null,"Check",{"$f":" +F1981 -F1982","v":0},{"$f":" +G1981 -G1982","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
["Webtool Warnings",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[]
[]
[]
[]
[]
[null,null,null,null,"Number of lever set to level 4",{"$f":"COUNTIFS(input.lever.ambition, \"= 4\")","v":0}]
[null,null,null,null,"Warning Threshold for levers set at 4",1]
[]
[]
[]
[null,null,null,null,"Levers with deployment rate faster than level 4",{"$f":"Control!AS115","v":""}]
[null,null,null,null,"Number of levers",{"$f":"Control!AT115","v":0}]
[]
[]
[]
[null,null,null,null,"Warning Level in 2050",{"$f":"IF(M1567 > M1568, 1, 0)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"*Greater than high availability = 4, Greater than medium availability = 3, Greater than low availability = 2, Less than low availability = 1."]
[null,null,null,null,"Fraction of maximum plausible",{"$f":"M1567 / M1568","v":0.43890634178432164}]
[]
[null,"Base year installed capacity of centralised unabated fossil fuel generation",null,{"$f":"PrefUnit.Power.","v":"GW."}]
[null,null,{"$f":"Model!G11903","v":"CapBYS.eCoal."},null,"Coal Unabated ",{"$f":"+SUMIFS(CapBYS.eCoal., Prd., F$1)","v":17.533999999999999}]
[null,null,{"$f":"Model!G11904","v":"CapBYS.eGas."},null,"Gas Unabated (CCGT)",{"$f":"+SUMIFS(CapBYS.eGas., Prd., F$1)","v":29.855}]
[null,null,{"$f":"Model!G11905","v":"CapBYS.eGasPk."},null,"Gas Unabated Peaking plant (OCGT)",{"$f":"+SUMIFS(CapBYS.eGasPk., Prd., F$1)","v":1.9547000000000001}]
[null,null,null,null,"Total Centralised Unabated Fossil Fuel Capacity",{"$f":" +F2007 +F2008 +F2009","v":49.343699999999998}]
[]
[null,"Required Capacity of unabated FF",null,{"$f":"PrefUnit.Power.","v":"GW."}]
[null,null,{"$f":"Model!$G$11851","v":"CapReq.eCoal."},null,"Coal Unabated ",{"$f":"+SUMIFS(CapReq.eCoal., Prd., F$1)","v":18.62},8.5399999999999991,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,{"$f":"Model!$G$11852","v":"CapReq.eGas."},null,"Gas Unabated (CCGT)",{"$f":"+SUMIFS(CapReq.eGas., Prd., F$1)","v":13.949583630302408},14.202060696304292,13.326460820671908,15.208070499904276,28.948305606090702,39.413935962562427,43.777935465312233,48.093126318410022,48.613393881531614,49.089673890347122,49.346831021100201,49.577780491650657,49.913582170284549,50.183939975836665,50.313550031516861,50.588124398104554,50.810202206087766,51.065214661803807]
[null,null,{"$f":"Model!$G$12063","v":"CapReq.eGasPk."},null,"Gas Unabated Peaking plant (OCGT)",{"$f":"+SUMIFS(CapReq.eGasPk., Prd., F$1)","v":0},0,11.244637028794029,25.311849206307379,22.110317321962384,20.115077528378919,18.374432654706986,17.962908951496217,18.660492183409438,18.904540677416069,19.987988320529258,20.094305318500115,20.328892754189056,20.469176806706475,20.41966782600727,20.563185082654403,20.627509124612423,20.697121015353588]
[null,null,null,null,"Fossil Fuel",{"$f":" +F2013 +F2014 +F2015","v":32.569583630302411},{"$f":" +G2014 +G2015","v":14.202060696304292},24.571097849465936,40.519919706211653,51.058622928053083,59.529013490941345,62.152368120019219,66.056035269906232,67.273886064941053,67.994214567763194,69.334819341629455,69.672085810150776,70.242474924473612,70.653116782543137,70.733217857524124,71.151309480758954,71.437711330700182,71.762335677157395]
[null,null,null,null,"Max Fossil Fuel Capacity required",{"$f":"MAX(F2016:W2016)","v":71.762335677157395}]
[null,null,null,null,"Warning threshold",{"$f":"F2010","v":49.343699999999998},"Warning comes on if the capacity required exceeds the base year capacity in any year."]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"On/Off","Text Displayed"]
[null,null,null,null,null,{"$f":"IF(F1993 >= F1994, 1, 0)","v":0},{"$f":"$F$1993&\" lever\"&IF($F$1993=1,\" is\",\"s are\")&\" set to level 4, considered by experts to be the limit of what is plausible.\"","v":"0 levers are set to level 4, considered by experts to be the limit of what is plausible."}]
[null,null,null,null,null,{"$f":"IF(F1999 > 0, 1, 0)","v":0},{"$f":"$F$1999 & \" lever\"&IF($F$1999 = 1, \" has\",\"s have\")&\" a rate of increase in ambition that is higher than Level 4 ambition over the default deployment time, considered by experts to be the fastest plausible.\"","v":"0 levers have a rate of increase in ambition that is higher than Level 4 ambition over the default deployment time, considered by experts to be the fastest plausible."}]
[null,null,null,null,null,{"$f":"IF(F2003>0, 1, 0)","v":0},{"$f":"\"Biomass imports of \"&\nROUND(INDEX(Actv.ITrade.rBiS.,, MATCH(2050,Prd.,0)),0)\n&\" TWh/year \"&IF($F$2028 = 0, \"do not exceed\", \"exceed\")&\" the maximum available in the CCC Global Governance & Innovation scenario of 155 TWh/year of imports (or 300 TWh/year including domestic supplies).\" &\nIF($F$2028 = 0, \"\", \" Reduce biomass demand, or increase domestic biomass production.\")","v":"Biomass imports of 68 TWh/year do not exceed the maximum available in the CCC Global Governance & Innovation scenario of 155 TWh/year of imports (or 300 TWh/year including domestic supplies)."}]
[null,null,null,null,null,{"$f":"IF(MAX(F1418:W1418) > 0, 1, 0)","v":0},{"$f":"IF($F$2029 = 0, \"There is sufficient land available for both the selected level of forest and bioenergy land in all years.\",\n\"Insufficient land is available for both forestry and bioenergy, consider increasing farming yield or reducing land needed for forestry and bioenergy.\")","v":"There is sufficient land available for both the selected level of forest and bioenergy land in all years."}]
[null,null,null,null,null,{"$f":"IF(F2017 > F2018, 1, 0)","v":1},{"$f":"IF(F2030 = 1, \"More centralised unabated fossil fuel generation capacity is required in some years than was present in 2015. \", \"\")&\nROUND(M2016 / uc_GW., 0)&\" GW of centralised unabated fossil fuel generation capacity is required to ensure peak electricity demand can be met in 2050, Compared to the \"&ROUND(F2010 / uc_GW., 0)&\" GW installed in 2015.\"&\nIF(F2030 = 1, \" Consider deploying more storage/balancing capacity, deploying more dispatchable generation, or reducing peak electricity demand. See electricity outputs for more information.\", \"\")","v":"More centralised unabated fossil fuel generation capacity is required in some years than was present in 2015. 66 GW of centralised unabated fossil fuel generation capacity is required to ensure peak electricity demand can be met in 2050, Compared to the 49 GW installed in 2015. Consider deploying more storage/balancing capacity, deploying more dispatchable generation, or reducing peak electricity demand. See electricity outputs for more information."}]
[]
[]
["Indirect emissions calculations",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Results!$Y$3), Results!$Y$3)","v":"Contents"}]
[null,null,null,"Emissions from productions of fuels are assigned to demand sectors. (Each module follows similar calculations, the first two modules are commented.)"]
[null,"Fossil Fuel Gas"]
[null,null,null,"All demand sectors that use this particular fuel are looked up from the Energy Balance sheet. The amount of energy from this fuel used in each sector is later used to calculate the proportion of emissions that should be assigned to each sector."]
[null,null,"Used by:",null,null,"Energy Used:",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,null,"Domestic Hybrid Heat Pump / Gas Boiler ",{"$f":" +SUMIFS(EB.dHyb.fFsG., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Gas Boiler ",{"$f":" +SUMIFS(EB.dblG.fFsG., Prd., F1)","v":-278.64766798520316},-290.79180183250423,-307.04907348455856,-318.45628565126503,-331.67851887330687,-341.46681709683116,-347.35381907661446,-353.5152676647304,-352.31215272368325,-349.6904359684641,-345.22250235349389,-338.44472315043816,-336.1264628569989,-329.82500142718158,-316.05234137239262,-309.86153335783058,-300.8045596195484,-294.53551566223638,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Hybrid Heat Pump / Gas Boiler ",{"$f":" +SUMIFS(EB.nHyb.fFsG., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Gas Boiler ",{"$f":" +SUMIFS(EB.nblG.fFsG., Prd., F1)","v":-89.655068781878228},-89.05312303008354,-95.301367250846766,-101.38079126819565,-107.29383864342056,-113.04294035283993,-118.63051468909543,-124.05896716138251,-123.21655322759862,-122.37868898772408,-121.5454072318599,-120.7167409864289,-119.89272351587833,-119.07338832439591,-118.25876915763732,-117.44890000446649,-116.64381509870861,-115.84354892091548,"Buildings",null,"Distribution"]
[null,null,null,null,"Heat Network Gas CHP ",{"$f":" +SUMIFS(EB.hnCHPG.fFsG., Prd., F1)","v":-28.22216709539121},-28.22216709539121,-28.30715852759915,-28.39205058056449,-28.476843254287253,-28.749598030275681,-30.66006951044854,-32.661888776903311,-32.508293737573133,-32.266519837192426,-31.909583385002183,-31.408239502448311,-31.186153968174686,-30.715029149579522,-29.776679048824182,-29.313300514339875,-28.730625000000007,-28.730625000000007,"Heat Network CHP",null,"Distribution"]
[null,null,null,null,"Domestic Gas Stove ",{"$f":" +SUMIFS(EB.dStvG.fFsG., Prd., F1)","v":-5.1953654786919001},-5.3759378596116827,-5.5353904431817078,-5.680439468770019,-5.8078235477904876,-5.9229851511665217,-6.0321802128456206,-6.1356493511688344,-6.2392722785618782,-6.3374387119194111,-6.4356619416740726,-6.5396309547840756,-6.6503875730277224,-6.7643952899198831,-6.8784151265453231,-6.9924287844832067,-7.1082529563022483,-7.2264954505870671,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Gas Stove ",{"$f":" +SUMIFS(EB.nStvG.fFsG., Prd., F1)","v":-6.6381464190574064},-6.6859882072299399,-6.69735239469615,-6.7085668763261923,-6.7196291473611636,-6.7305366764684349,-6.7412869055013473,-6.7518772492569461,-6.8005387069491912,-6.8495508726560113,-6.8989162739653009,-6.9486374566815376,-6.9987169849570652,-7.0491574414243345,-7.0999614273290828,-7.1511315626644949,-7.2026704863062969,-7.2545808561488698,"Buildings",null,"Distribution"]
[null,null,null,null,"Industry Ferrous and non-ferrous metal production ",{"$f":" +SUMIFS(EB.inSTL.fFsG., Prd., F1)","v":-8.6545656810000011},-6.7005615484982108,-6.265035404149919,-5.8903384253557132,-5.5367065108142492,-5.2052583471824443,-4.8943220393285491,-4.6026085332523197,-4.3310624784195806,-4.076103224819243,-4.076103224819243,-4.076103224819243,-4.076103224819243,-4.076103224819243,-4.076103224819243,-4.076103224819243,-4.076103224819243,-4.076103224819243,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Cement, ceramics and glass ",{"$f":" +SUMIFS(EB.inCCG.fFsG., Prd., F1)","v":-13.125249794199998},-14.066540635440296,-14.687509848730542,-15.537822946365063,-16.466237769288345,-17.474224254056125,-18.573041580997319,-19.745073910598162,-21.00216020414452,-22.339353624610879,-22.339353624610879,-22.339353624610879,-22.339353624610879,-22.339353624610879,-22.339353624610879,-22.339353624610879,-22.339353624610879,-22.339353624610879,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Chemicals ",{"$f":" +SUMIFS(EB.inCHE.fFsG., Prd., F1)","v":-16.299925319},-15.47432464125308,-14.581489139553559,-14.136951862043645,-13.718302386946959,-13.55544809183974,-13.721794536187851,-13.898313450367366,-14.435534494823488,-14.993543291014584,-14.993543291014584,-14.993543291014584,-14.993543291014584,-14.993543291014584,-14.993543291014584,-14.993543291014584,-14.993543291014584,-14.993543291014584,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Other Industry ",{"$f":" +SUMIFS(EB.inOTH.fFsG., Prd., F1)","v":-64.706879095600016},-64.243134558098021,-62.638296392820521,-61.108759669797998,-59.655423225837893,-58.525629001086436,-57.603167870851294,-56.723071686577484,-57.330484611545437,-57.995827979930006,-57.995827979930006,-57.995827979930006,-57.995827979930006,-57.995827979930006,-57.995827979930006,-57.995827979930006,-57.995827979930006,-57.995827979930006,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Refineries ",{"$f":" +SUMIFS(EB.inREF.fFsG., Prd., F1)","v":-1.3322216172000005},-1.2629541946002347,-1.2188515534251216,-1.1555874473686789,-1.143280559483749,-1.1276751340279163,-1.1206440726825915,-1.1079258420885991,-1.1292933590974323,-1.1500268760764358,-1.1695993450040152,-1.1893154585736363,-1.2102738044669437,-1.2308867013319298,-1.2503463810920126,-1.2709247953500966,-1.2912191947390717,-1.3121376314189905,"Refineries",null,"Distribution"]
[null,null,null,null,"Agricultural Fuel Use",{"$f":" +SUMIFS(EB.AgrFU.fFsG., Prd., F1)","v":-0.98053739520000005},-0.98053739520000005,-0.98004614400000001,-0.97955489279999997,-0.97906364160000003,-0.97857239039999999,-0.97808113920000006,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,"Land Use and Biofuels",null,"Distribution"]
[null,null,null,null,"H2 prod SMR with CCS ",{"$f":" +SUMIFS(EB.hpGccs.fFsG., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen Production",null,"Transmission"]
[null,null,null,null,"Electricity -  Gas CCS ",{"$f":" +SUMIFS(EB.eGccs.fFsG., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Electricity Generation",null,"Transmission"]
[null,null,null,null,"Electricity -  Gas Unabated (CCGT)",{"$f":" +SUMIFS(EB.eGas.fFsG., Prd., F1)","v":-238.73999991564114},-240.21446472510669,-193.49450882525502,-204.36802747320309,-406.12790918828347,-556.61583320674129,-626.81881222645097,-698.30535317164447,-706.33450021068677,-714.14638728248315,-718.19596362327457,-722.7905208231482,-728.4924675296013,-733.63942403550027,-737.46839482307132,-742.66773378171672,-747.40940738661629,-752.50983064075854,"Electricity Generation",null,"Transmission"]
[null,null,null,null,"Electricity -  Gas Unabated Peaking plant (OCGT)",{"$f":" +SUMIFS(EB.eGasPk.fFsG., Prd., F1)","v":0},0,-13.977544714604438,-31.463666028927438,-27.484030674395832,-25.003865831390485,-22.840172909004909,-22.328632078650067,-23.195756628002552,-23.499118908952529,-24.845888736984193,-24.978045123113407,-25.269646920790841,-25.444025747940803,-25.382484055690036,-25.560881888093682,-25.64083930871918,-25.727369742117006,"Electricity Generation",null,"Transmission"]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Solid ",{"$f":" +SUMIFS(EB.DRExFsS.fFsG., Prd., F1)","v":-7.9084000000000002E-2},-1.4681846885331157E-2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Domestic Resource Extraction Fossil Fuel Solid ",null,"Off-grid"]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Liquid ",{"$f":" +SUMIFS(EB.DRExFsL.fFsG., Prd., F1)","v":-30.749637546463877},-20.989473924692653,-16.241254811080484,-12.567173373894244,-9.7242391949769242,-7.5244309207634892,-5.8222612120223589,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,"Domestic Resource Extraction Fossil Fuel Liquid ",null,"Off-grid"]
[null,null,null,null,"Gas Grid Transmission All Types  - Fuel use",{"$f":" +SUMIFS(EB.ggTmsALL.fFsG., Prd., F1)","v":-3.5866602883174892E-2},-3.638547474531606E-2,-3.5802797816472776E-2,-3.792309146979278E-2,-4.8189103030381375E-2,-5.595743709841372E-2,-5.9838596723921E-2,-6.3875583914068557E-2,-6.4303593652311974E-2,-6.4630844262637765E-2,-6.4625272624425634E-2,-6.4471202334971167E-2,-6.4604241275219465E-2,-6.4503631006346041E-2,-6.3950306965125492E-2,-6.385851688173716E-2,-6.3598064377401897E-2,-6.3516303049709677E-2,null,null,"Off-grid"]
[null,null,null,null,"Gas Grid Distribution All Types - Fuel use",{"$f":" +SUMIFS(EB.ggDstALL.fFsG., Prd., F1)","v":-2.1069162881938155},-2.1454851610677679,-2.2292127292853365,-2.2955463617960277,-2.3696064265963059,-2.4324047382700655,-2.4879204404858228,-2.5448316012685837,-2.5452612349495212,-2.5402228641686406,-2.517691201560865,-2.485133353576316,-2.4720740405713286,-2.4416808224344777,-2.3787293360085187,-2.3488636775773557,-2.3067749175735344,-2.2785508384287141,null,null,"Transmission"]
[null,null,null,null,"Entire demand",{"$f":"F2060+SUMIFS(F$2038:F$2058,$Z$2038:$Z$2058,\"Off-grid\")","v":-785.169299015604},{"$f":"G2060+SUMIFS(G$2038:G$2058,$Z$2038:$Z$2058,\"Off-grid\")","v":-786.25756213040825},-769.23989446160363,-810.15948541814305,-1023.2296421474205,{"$f":"K2060+SUMIFS(K$2038:K$2058,$Z$2038:$Z$2058,\"Off-grid\")","v":-1184.412176660438},-1264.337927018441,-1347.9260806888117,-1356.927912116696,{"$f":"O2060+SUMIFS(O$2038:O$2058,$Z$2038:$Z$2058,\"Off-grid\")","v":-1363.8105939012828},-1363.6934121128268,-1360.4530307589107,-1363.2510841831256,-1361.1350653180982,-1349.4976437829387,-1347.5671296307873,-1342.0893347802744,-1340.3697437930441]
[null,null,null,null,"Demand for transmission grid",{"$f":"F2061+SUMIFS(F$2038:F$2058,$Z$2038:$Z$2058,\"Transmission\")","v":-754.30471086625698},-765.21702088408495,-752.96283685270669,-797.55438895277905,-1013.4572138494132,-1176.8317883025761,-1258.4558272096947,-1343.3570503658891,-1352.3584537840352,-1359.2408083180117,-1359.1236321011938,-1355.8834048175672,-1358.6813252028419,-1356.5654069480834,-1344.928538736965,-1342.9981163748971,-1337.5205819768885,-1335.8010727509859]
[null,null,null,null,"Demand for distribution grid",{"$f":"SUMIFS(F$2038:F$2058,$Z$2038:$Z$2058,\"Distribution\")","v":-513.45779466242197},{"$f":"SUMIFS(G$2038:G$2058,$Z$2038:$Z$2058,\"Distribution\")","v":-522.85707099791045},-543.26157058356193,-559.4271490888525,-577.47566756013748,-592.77968452617438,-606.30892163375302,-620.17823351432594,-620.28293571039649,-619.05507926240728,-613.5640885393741,-605.62970551772935,-602.44713671187844,-595.0402763422079,-579.69893052219527,-572.42063702750943,-562.1635603639794,{"$f":"SUMIFS(W$2038:W$2058,$Z$2038:$Z$2058,\"Distribution\")","v":-555.2853215296816}]
[null,null,null,"Emissions from results sheet are added to emissions from leakages in transmission/distribution grid"]
[null,null,"Emissions"]
[null,null,null,null,"Emissions from Natural Gas-GHG-Gas Grid Transmission All Types ",{"$f":"+SUMIFS(Em.GHG.ggTmsALL.fFsG., Prd., F$1)","v":5.8682643620140904E-2},5.9531588603018902E-2,5.8578249847398178E-2,6.2047338827837757E-2,7.8843930904665627E-2,9.155398267961054E-2,{"$f":"+SUMIFS(Em.GHG.ggTmsALL.fFsG., Prd., L$1)","v":9.7904088037466017E-2},0.10450914849859025,0.10520943068079465,0.1057448572168057,0.10573574125841265,0.10548366129650609,0.10570133110882764,0.10553671901628972,0.10463140557963209,0.10448122451094026,0.10405508876728864,0.10392131610778976]
[null,null,null,null,"Emissions from Natural Gas-GHG-Gas Grid Distribution All Types ",{"$f":"+SUMIFS(Em.GHG.ggDstALL.fFsG., Prd., F$1)","v":3.4472017904864725},3.5103057155798187,3.6472954121757426,3.7558262627091317,3.8769986080052625,3.979745192506202,{"$f":"+SUMIFS(Em.GHG.ggDstALL.fFsG., Prd., L$1)","v":4.0705764367994108},4.1636908412246463,4.164393780398111,4.1561503200981882,4.1192854536014059,4.066016383303916,4.0446495699067357,3.9949221286376688,3.891924929395651,3.843060647603886,3.7741977081233111,3.7280192734564723]
[null,null,null,null,"Production emissions",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2035)","v":5.8584254349366311},3.8340025909608917,2.9666781192111467,2.2955589763439379,1.7762597768019519,1.3744359553373549,1.0635123420546462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462,0.82292557707786462]
[null,null,null,"Sectors are grouped into categories and split into where on the transmission/distribution grid they lie in order to add leakages to the relevant places."]
[null,null,null,"Off-grid sectors don't have emissions from leakages assigned to them. Emissions assigned in proportion with fuel demand."]
[null,null,"Off-grid indirect emissions categories"]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Solid ",{"$f":"+SUMIFS(F$2038:F$2056,$X$2038:$X$2056,$E2070)","v":-7.9084000000000002E-2},-1.4681846885331157E-2,0,0,0,0,{"$f":"+SUMIFS(L$2038:L$2056,$X$2038:$X$2056,$E2070)","v":0},0,0,0,{"$f":"+SUMIFS(P$2038:P$2056,$X$2038:$X$2056,$E2070)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Liquid ",-30.749637546463877,-20.989473924692653,-16.241254811080484,-12.567173373894244,-9.7242391949769242,-7.5244309207634892,{"$f":"+SUMIFS(L$2038:L$2056,$X$2038:$X$2056,$E2071)","v":-5.8222612120223589},-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546,-4.505154739008546]
[null,null,null,null,"Indirect Emissions - Domestic Resource Extraction Fossil Fuel Solid ",{"$f":"IF(F$2066*F2070=0,0,F$2066*F2070/F$2059)","v":5.9007365376791316E-4},{"$f":"IF(G$2066*G2070=0,0,G$2066*G2070/G$2059)","v":7.1592620166258559E-5},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Domestic Resource Extraction Fossil Fuel Liquid ",{"$f":"IF(F$2066*F2071=0,0,F$2066*F2071/F$2059)","v":0.22943390545598283},{"$f":"IF(G$2066*G2071=0,0,G$2066*G2071/G$2059)","v":0.10235030006214475},6.263660481401391E-2,3.560865257391136E-2,1.6880643631266061E-2,8.7316295836381182E-3,4.8974617666132127E-3,2.7504528004452145E-3,2.7322063540136292E-3,2.7184178506916915E-3,2.7186514435672492E-3,2.7251268361360159E-3,2.7195335521373906E-3,2.7237613355859439E-3,2.7472497491963063E-3,2.7511854377447282E-3,2.7624145184274619E-3,2.765958483166206E-3]
[null,null,null,"Transmission grid sectors have a proportion of leakages from transmission grid assigned to them as well as emissions from production. Previously accounted for emissions (off-grid sectors) are subtracted. Proportions calculated from fuel use."]
[null,null,"Transmission indirect emissions categories"]
[null,null,null,null,"Hydrogen Production",{"$f":"+SUMIFS(F$2038:F$2056,$X$2038:$X$2056,$E2076)","v":0},0,0,0,0,0,{"$f":"+SUMIFS(L$2038:L$2056,$X$2038:$X$2056,$E2076)","v":0},0,0,0,{"$f":"+SUMIFS(P$2038:P$2056,$X$2038:$X$2056,$E2076)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Electricity Generation",-238.73999991564114,-240.21446472510669,-207.47205353985947,-235.83169350213052,-433.61193986267932,-581.61969903813178,{"$f":"+SUMIFS(L$2038:L$2056,$X$2038:$X$2056,$E2077)","v":-649.65898513545585},-720.63398525029459,-729.5302568386893,-737.64550619143563,-743.04185236025876,-747.76856594626156,-753.76211445039212,-759.0834497834411,-762.85087887876136,-768.22861566981044,-773.05024669533543,-778.23720038287559]
[null,null,null,null,"Indirect Emissions - Hydrogen Production",{"$f":"IF((F$2066-SUM(F$2072:F$2073)+F$2064)*(F2076)=0,0,\n(F$2066-SUM(F$2072:F$2073)+F$2064)*(F2076)/F$2060)","v":0},{"$f":"IF((G$2066-SUM(G$2072:G$2073)+G$2064)*(G2076)=0,0,\n(G$2066-SUM(G$2072:G$2073)+G$2064)*(G2076)/G$2060)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Electricity Generation",{"$f":"IF((F$2066-SUM(F$2072:F$2073)+F$2064)*(F2077)=0,0,\n(F$2066-SUM(F$2072:F$2073)+F$2064)*(F2077)/F$2060)","v":1.7999814105137693},{"$f":"IF((G$2066-SUM(G$2072:G$2073)+G$2064)*(G2077)=0,0,\n(G$2066-SUM(G$2072:G$2073)+G$2064)*(G2077)/G$2060)","v":1.1900937692863844},0.81632289969953198,0.68659974625362508,0.78649148461482732,0.72021349796670298,0.59703560745406503,0.49604006053889449,0.49920887579690865,0.50250429482322967,0.50621896208492323,0.51051401480743064,0.51367004723168597,0.51800878672184458,0.52455717699861115,0.5289262101755261,0.53417282456502968,0.53836920348402562]
[null,null,null,"Transmission grid sectors have a proportion of leakages from both grids assigned to them as well as emissions from production. Previously accounted for emissions (off-grid  and transmission sectors) are subtracted. Proportions calculated from fuel use."]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,null,"Buildings",{"$f":"+SUMIFS(F$2038:F$2056,$X$2038:$X$2056,$E2082)","v":-380.1362486648307},-391.90685092942942,-414.58318357328318,-432.22608326455691,-451.49981021187904,-467.16327927730606,-478.75780088405685,-490.46176142653866,-488.56851693679295,-485.25611454076358,{"$f":"+SUMIFS(P$2038:P$2056,$X$2038:$X$2056,$E2082)","v":-480.10248780099317},-472.64973254833262,-469.66829093086204,-462.7119424829217,-448.28948708390442,-441.45399370944477,-431.75929816086557,-424.86014088988782]
[null,null,null,null,"Industry",-102.78661988980002,-100.4845613832896,-98.172330785254545,-96.673872903562426,-95.376669892887449,-94.760559694164755,-94.792326027365021,-94.969067580795326,-97.099241788933028,-99.404828120374702,-99.404828120374702,-99.404828120374702,-99.404828120374702,-99.404828120374702,-99.404828120374702,-99.404828120374702,-99.404828120374702,-99.404828120374702]
[null,null,null,null,"Land Use and Biofuels",-0.98053739520000005,-0.98053739520000005,-0.98004614400000001,-0.97955489279999997,-0.97906364160000003,-0.97857239039999999,-0.97808113920000006,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002,-0.97758988800000002]
[null,null,null,null,"Heat Network CHP",-28.22216709539121,-28.22216709539121,-28.30715852759915,-28.39205058056449,-28.476843254287253,-28.749598030275681,-30.66006951044854,-32.661888776903311,-32.508293737573133,-32.266519837192426,-31.909583385002183,-31.408239502448311,-31.186153968174686,-30.715029149579522,-29.776679048824182,-29.313300514339875,-28.730625000000007,-28.730625000000007]
[null,null,null,null,"Refineries",-1.3322216172000005,-1.2629541946002347,-1.2188515534251216,-1.1555874473686789,-1.143280559483749,-1.1276751340279163,-1.1206440726825915,-1.1079258420885991,-1.1292933590974323,-1.1500268760764358,-1.1695993450040152,-1.1893154585736363,-1.2102738044669437,-1.2308867013319298,-1.2503463810920126,-1.2709247953500966,-1.2912191947390717,-1.3121376314189905]
[null,null,null,null,"Indirect Emissions - Buildings",{"$f":"IF((F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2082)= 0, 0,\n(F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2082)/F$2061)","v":5.4299204732207826},{"$f":"IF((G$2066-SUM(G$2072:G$2073)-SUM(G$2078:G$2079)+G$2064+G$2065)*(G2082)= 0, 0,\n(G$2066-SUM(G$2072:G$2073)-SUM(G$2078:G$2079)+G$2064+G$2065)*(G2082)/G$2061)","v":4.5807352871047042},4.4213065316369873,4.1653818816421264,3.8535316191389479,3.7172513548815838,3.6560195101888682,3.6318023072469927,3.6157961121772644,3.589790353599593,3.5516902468842928,3.497238612952434,3.4745927474341358,3.4235659045716718,3.3192023342657233,3.2689785738080901,3.1982697208710027,3.1474996122977288,null,null,null,null,"Buildings"]
[null,null,null,null,"Indirect Emissions - Industry",{"$f":"IF((F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2083)= 0, 0,\n(F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2083)/F$2061)","v":1.4682187601764061},{"$f":"IF((G$2066-SUM(G$2072:G$2073)-SUM(G$2078:G$2079)+G$2064+G$2065)*(G2083)= 0, 0,\n(G$2066-SUM(G$2072:G$2073)-SUM(G$2078:G$2079)+G$2064+G$2065)*(G2083)/G$2061)","v":1.1744963759782761},1.0469550732516595,0.93165038902614772,0.81403580875912751,0.75401649602553156,0.72387873937987146,0.7032329651017829,0.71861171726135908,0.7353693902970293,0.73537456584621752,0.7355180364582663,0.73539411009084799,0.73548778204548526,0.73600819791849448,0.73609539813667924,0.73634419279449626,0.73642271387018832,null,null,null,null,"Industry"]
[null,null,null,null,"Indirect Emissions - Land Use and Biofuels",{"$f":"IF((F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2084)= 0, 0,\n(F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2084)/F$2061)","v":1.4006136209466004E-2},1.1460841360303673E-2,1.0451664682648453E-2,9.4400138273135967E-3,8.3562664141196563E-3,7.7865699326612678E-3,7.4690871268517332E-3,7.2389195040468198E-3,7.2349437055345637E-3,7.2319392678649227E-3,7.2319901664444691E-3,7.2334011182283615E-3,7.2321823729628101E-3,7.2331035833041379E-3,7.2382215771141824E-3,7.239079141612214E-3,7.241525895419541E-3,7.2422981054926635E-3,null,null,null,null,"Land Use and Biofuels"]
[null,null,null,null,"Indirect Emissions - Heat Network Gas CHP ",{"$f":"IF((F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2085)= 0, 0,\n(F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2085)/F$2061)","v":0.40312946594324728},0.32986990757072243,0.301880611296032,0.27361544721622755,0.24304864235084106,0.22876259109163832,0.23413469630564418,0.24185682217913176,0.24058726265622282,0.2386987782016976,0.2360599225589326,0.23239642464324856,0.23071428599836044,0.22725786153294858,0.22047098014377478,0.21706577055466469,0.21282295109939608,0.21284564576748177]
[null,null,null,null,"Indirect Emissions - Refineries",{"$f":"IF((F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2086)= 0, 0,\n(F$2066-SUM(F$2072:F$2073)-SUM(F$2078:F$2079)+F$2064+F$2065)*(F2086)/F$2061)","v":1.902964386982136E-2},1.4761821161028763E-2,1.299839585341458E-2,1.1136447341555611E-2,9.7578508027500836E-3,8.9729910414111953E-3,8.5577646696085499E-3,8.2040394298070491E-3,8.3576702054675416E-3,8.5075803527513618E-3,8.6524329533049851E-3,8.8000048625429487E-3,8.9535714132964409E-3,9.1072249409819925E-3,9.2577514002342449E-3,9.4112319383735828E-3,9.5647442246924643E-3,9.7207346340425563E-3]
[null,null,null,null,"CHECK = 0",{"$f":"SUM(F2064:F2065,F2066)-SUM(F2087:F2091,F2078:F2079,F2072:F2073)","v":0},{"$f":"SUM(G2064:G2065,G2066)-SUM(G2087:G2091,G2078:G2079,G2072:G2073)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Fossil Fuel Liquid"]
[null,null,null,"All demand sectors that use this particular fuel are looked up from the Energy Balance sheet. The amount of energy from this fuel used in each sector is later used to calculate the proportion of emissions that should be assigned to each sector."]
[null,null,"Used by:",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,null,"Domestic Oil Fuel Boiler",{"$f":" +SUMIFS(EB.dblO.fFsL., Prd., F1)","v":-29.482610958016522},-30.766731041066652,-32.531798511965235,-33.788500704364324,-35.240470528281293,-36.332065955021562,-37.012429734740785,-37.723766456767237,-37.598522192050268,-37.322381755940128,-36.850040451570827,-36.132370745672823,-35.888797012686247,-35.222000072537469,-33.761219593033054,-33.106182230990925,-32.146595601559099,-31.483350574302989,"Buildings"]
[null,null,null,null,"Non-Domestic Oil Fuel Boiler",{"$f":" +SUMIFS(EB.nblO.fFsL., Prd., F1)","v":-14.183456774527563},-14.088628536034388,-15.084302287848567,-16.054262779145979,-16.998874296776883,-17.918499394266505,-18.813498878310021,-19.684231795120009,-19.551182292578975,-19.41885535323938,-19.2872561846868,-19.156390032038427,-19.026262178213511,-18.896877944205862,-18.768242689358217,-18.640361811638627,-18.513240747918843,-18.386884974254702,"Buildings"]
[null,null,null,null,"Car Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.carPHEV.fFsL., Prd., F1)","v":-0.14689525405552969},-0.12835646298942205,-0.10498260938474445,-7.9824758266116708E-2,-6.2010024372720879E-2,-4.2631002889460527E-2,-2.1595445154977164E-2,0,0,0,0,0,0,0,0,0,0,0,"Transport"]
[null,null,null,null,"Car Internal Combustion Engine ",{"$f":" +SUMIFS(EB.carIC.fFsL., Prd., F1)","v":-241.48269156183395},-202.97538252596092,-191.49820129405299,-175.38730002662317,-176.75636513727213,-176.92846601333875,-177.90756326315054,-178.09030987182527,-181.09801748238769,-183.94734760786565,-186.79832627735021,-189.81607919999738,-193.03084577716646,-196.33997712855901,-199.64946026130863,-202.95876405454291,-206.32061892422692,-209.75266682037818,"Transport"]
[null,null,null,null,"LGV (van) Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.lgvPHEV.fFsL., Prd., F1)","v":-3.2177940271396225E-3},-3.2655499415374305E-3,-3.0936034306615723E-3,-2.5791703575166382E-3,-2.1424890060560003E-3,-1.5753039684013935E-3,-8.3927633370339577E-4,0,0,0,0,0,0,0,0,0,0,0,"Transport"]
[null,null,null,null,"LGV (van) Internal Combustion Engine ",{"$f":" +SUMIFS(EB.lgvIC.fFsL., Prd., F1)","v":-64.488713084951428},-63.019068830013545,-69.667270736965463,-70.59033755042438,-76.304206897728434,-81.981230572970858,-87.617546684400153,-93.215451179868538,-98.866386765711255,-104.50796736941305,-110.14258320261071,-115.76736872318708,-121.37814717665555,-126.97231553702001,-132.55064006827297,-138.11708026051761,-143.67547862282623,-149.22774450433207,"Transport"]
[null,null,null,null,"HGV _Rigid Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.hgvRPHEV.fFsL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport"]
[null,null,null,null,"HGV _Rigid Internal Combustion Engine ",{"$f":" +SUMIFS(EB.hgvRIC.fFsL., Prd., F1)","v":-47.055194108290962},-45.625466939841878,-43.429057559111271,-41.440782155337992,-40.651828937525451,-39.823128980887823,-39.318586761079935,-38.777500465423238,-39.343019212322879,-39.912475601717816,-40.485954434459252,-41.061713183130443,-41.637832427027206,-42.213181876906233,-42.787865792911042,-43.362987871791866,-43.939509668063863,-44.517733761724386,"Transport"]
[null,null,null,null,"HGV _Articulated Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.hgvAPHEV.fFsL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport"]
[null,null,null,null,"HGV _Articulated Internal Combustion Engine ",{"$f":" +SUMIFS(EB.hgvAIC.fFsL., Prd., F1)","v":-43.814810607830523},-42.046724042109545,-39.883873617091915,-37.305020193485035,-37.842132883903851,-38.271807252298139,-39.159293661793541,-39.873295513702949,-42.003073663292128,-44.130110723006112,-46.255282679540265,-48.377275158638788,-50.494272250342583,-52.605152862473744,-54.710210231704359,-56.811050549847742,-58.909214919296005,-61.00544090572501,"Transport"]
[null,null,null,null,"Bus Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.busPHEV.fFsL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport"]
[null,null,null,null,"Bus Internal Combustion Engine ",{"$f":" +SUMIFS(EB.busIC.fFsL., Prd., F1)","v":-14.061666666666662},-10.763398102544834,-9.5179273548487071,-8.2324632559576454,-7.8161817864289471,-7.37173096757025,-7.0063697106420246,-6.6119815340270822,-6.7236490761583996,-6.8294365173031011,-6.9352851641503346,-7.0473256598581582,-7.1666807065181803,-7.2895392461255559,-7.4124108463640175,-7.5352757882415338,-7.6600918006030607,-7.7875138783656341,"Transport"]
[null,null,null,null,"Train Passenger Internal Combustion Engine ",{"$f":" +SUMIFS(EB.trnPIC.fFsL., Prd., F1)","v":-8.3920503103813004},-8.6837280588591028,-8.8843459982033384,-9.0942017688539476,-9.2788035296627918,-9.434793848789564,-9.6236008672398707,-9.7792666370251968,-9.9444253967076772,-10.100887357237772,-10.25743984235292,-10.423150208607371,-10.599678957176337,-10.781389449148069,-10.963119258081463,-11.14483921915205,-11.329444856535037,-11.517904922170613,"Transport"]
[null,null,null,null,"Train Freight Internal Combustion Engine ",{"$f":" +SUMIFS(EB.trnFIC.fFsL., Prd., F1)","v":-1.2778369001442971},-1.2267234241385252,-1.2056014050237835,-1.1850319481358245,-1.1725098901205449,-1.1601522591725475,-1.1553146051257432,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,-1.1504808389408978,"Transport"]
[null,null,null,null,"Non-Road Mobile Machinery Internal Combustion Engine ",{"$f":" +SUMIFS(EB.nrmIC.fFsL., Prd., F1)","v":-5.5555555555555556E-4},-5.5555555555555556E-4,-5.5351851851851851E-4,-5.5148148148148146E-4,-5.4944444444444442E-4,-5.4740740740740737E-4,-5.4537037037037043E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,"Industry"]
[null,null,null,null,"Shipping Domestic Internal Combustion Engine ",{"$f":" +SUMIFS(EB.shpDIC.fFsL., Prd., F1)","v":-23.938697406595633},-21.466428952336649,-19.083685499455193,-16.109560995409485,-14.644078765083108,-13.780667152025924,-13.004035675027332,-12.203104979490899,-12.203104979490899,-12.203104979490899,-12.203104979490899,-12.203104979490899,-12.203104979490899,-12.203104979490899,-12.203104979490899,-12.203104979490899,-12.203104979490899,-12.203104979490899,"Transport"]
[null,null,null,null,"Shipping International Internal Combustion Engine ",{"$f":" +SUMIFS(EB.shpIIC.fFsL., Prd., F1)","v":-41.319266813131179},-37.691654559026567,-33.964603264397027,-30.369313202269751,-28.152999180760581,-26.925916711154031,-25.526083777724477,-24.001031248082818,-24.001031248082818,-24.001031248082818,-24.001031248082818,-24.001031248082818,-24.001031248082818,-24.001031248082818,-24.001031248082818,-24.001031248082818,-24.001031248082818,-24.001031248082818,"Transport"]
[null,null,null,null,"Aviation Domestic Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.aviDPHEV.fFsL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport"]
[null,null,null,null,"Aviation Domestic Conventional ",{"$f":" +SUMIFS(EB.aviDCon.fFsL., Prd., F1)","v":-10.043448539389448},-10.692661081851584,-10.267576807794002,-9.822368889732271,-9.6927822369589265,-9.460967387148246,-9.3235810150291218,-9.0498196556321666,-9.2026590294984487,-9.347450308673011,-9.4923253600975297,-9.6456751955538742,-9.809036457484817,-9.9771929504936399,-10.145367319589278,-10.313532575385755,-10.484368261510092,-10.658770869557745,"Transport"]
[null,null,null,null,"Aviation International Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.aviIPHEV.fFsL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport"]
[null,null,null,null,"Aviation International Conventional ",{"$f":" +SUMIFS(EB.aviICon.fFsL., Prd., F1)","v":-135.66882146061053},-144.20389257401723,-149.43534532867395,-153.37150518660067,-158.77614443791373,-162.4586931750772,-170.96621445717119,-177.49816323063365,-180.49587027485103,-183.33572643588559,-186.17722565955154,-189.18494461539632,-192.38902215938745,-195.68715071665608,-198.98562988561594,-202.28393031136062,-205.63460708229974,-209.05524348932744,"Transport"]
[null,null,null,null,"Industry Ferrous and non-ferrous metal production ",{"$f":" +SUMIFS(EB.inSTL.fFsL., Prd., F1)","v":-0.1540975},-0.11930578856042572,-0.11160701203822458,-0.1049846840003188,-9.873134562572139E-2,-9.2867511217225057E-2,-8.736392424948447E-2,-8.2198106559880774E-2,-7.7348558441721685E-2,-7.2795234441981188E-2,-7.2795234441981188E-2,-7.2795234441981188E-2,-7.2795234441981188E-2,-7.2795234441981188E-2,-7.2795234441981188E-2,-7.2795234441981188E-2,-7.2795234441981188E-2,-7.2795234441981188E-2,"Industry"]
[null,null,null,null,"Industry Cement, ceramics and glass ",{"$f":" +SUMIFS(EB.inCCG.fFsL., Prd., F1)","v":-0.47113129999999986},-0.50491896763795996,-0.52747294424974489,-0.55829010652417321,-0.59194587832425694,-0.62849740403902554,-0.66835421054428623,-0.71088705300449828,-0.75614625915575262,-0.80428958311981769,-0.80428958311981769,-0.80428958311981769,-0.80428958311981769,-0.80428958311981769,-0.80428958311981769,-0.80428958311981769,-0.80428958311981769,-0.80428958311981769,"Industry"]
[null,null,null,null,"Industry Chemicals ",{"$f":" +SUMIFS(EB.inCHE.fFsL., Prd., F1)","v":-2.6031428999999981},-2.4712922012727518,-2.3298711863907067,-2.2599745941146856,-2.1941484363001731,-2.1691894121839193,-2.1969116094414902,-2.2262911378165611,-2.3123454964689487,-2.4017297258734951,-2.4017297258734951,-2.4017297258734951,-2.4017297258734951,-2.4017297258734951,-2.4017297258734951,-2.4017297258734951,-2.4017297258734951,-2.4017297258734951,"Industry"]
[null,null,null,null,"Industry Other Industry ",{"$f":" +SUMIFS(EB.inOTH.fFsL., Prd., F1)","v":-47.571003100000006},-47.230068826249578,-46.073311692505897,-44.970809728627962,-43.923306401960268,-43.11308976451425,-42.454868539493525,-41.827225422175204,-42.275127776218369,-42.765747663772103,-42.765747663772103,-42.765747663772103,-42.765747663772103,-42.765747663772103,-42.765747663772103,-42.765747663772103,-42.765747663772103,-42.765747663772103,"Industry"]
[null,null,null,null,"Industry Refineries ",{"$f":" +SUMIFS(EB.inREF.fFsL., Prd., F1)","v":-5.0861479000000811},-4.8216991390389179,-4.6556568268503353,-4.4162200694936553,-4.3713800451697313,-4.3138765758664244,-4.2891327081492552,-4.2425860660736561,-4.324408807708938,-4.40380376980315,-4.4787527246847052,-4.5542517387251333,-4.6345076393251912,-4.7134407102028817,-4.7879577609512838,-4.8667587874068587,-4.9444722342786163,-5.0245753103247219,"Refineries"]
[null,null,null,null,"Agricultural Fuel Use",{"$f":" +SUMIFS(EB.AgrFU.fFsL., Prd., F1)","v":-5.3058376695999989},-5.3058376695999989,-5.3067427937333322,-5.3076479178666665,-5.3085530419999998,-5.3094581661333331,-5.3103632902666664,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,"Land Use and Biofuels"]
[null,null,null,null,"Total Demand",{"$f":"SUM(F2097:F2123)","v":-736.55129416560828},{"$f":"SUM(G2097:G2123)","v":-693.83578882864754},{"$f":"SUM(H2097:H2123)","v":-683.56688185253358},-660.4515311670732,-669.88014561562022,-677.51985221794087,-691.46409346543862,-702.05940293990318,-717.23861109780046,-731.96743382154011,-745.8714630025105,-759.87753548226124,-774.76607376343884,-789.40920951578403,-803.23311472864555,-817.8517544823319,-832.2686337405728,-847.12882103191885]
[null,null,null,"The total emissions are for a particular fuel are looked up from the emissions table at the top of the results sheet. The rows chosen from this table correspond to the sectors that produce this particular fuel as found in the Energy Balance sheet."]
[null,null,null,"To this total, the emissions assigned to this fuel from the production of another fuel are added. (E.g. in this case liquid fossil fuels are used to produce gas fossil fuels so a portion of the emissions produced in producing gas fossil fuels is assigned to liquid fossil fuels.)"]
[null,null,null,"These emissions are distributed to the categories defined above. The fraction attributed to a particular sector is the same as the fraction of total energy used in that particular sector."]
[null,null,"Emissions"]
[null,null,null,null,"Emissions in production",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2094)","v":13.80279037243468},9.4216820660877278,7.2903179819242983,5.6411090827264925,4.3649826745718689,3.3775403861014777,2.6134763664017129,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105,2.0222581929284105]
[null,null,null,null,"Indirect Emissions from other fuel production",{"$f":"F2073","v":0.22943390545598283},0.10235030006214475,6.263660481401391E-2,3.560865257391136E-2,1.6880643631266061E-2,8.7316295836381182E-3,4.8974617666132127E-3,2.7504528004452145E-3,2.7322063540136292E-3,2.7184178506916915E-3,2.7186514435672492E-3,2.7251268361360159E-3,2.7195335521373906E-3,2.7237613355859439E-3,2.7472497491963063E-3,2.7511854377447282E-3,2.7624145184274619E-3,2.765958483166206E-3]
[null,null,null,null,"Total emissions",{"$f":"F2129+F2130","v":14.032224277890663},9.5240323661498731,7.3529545867383126,5.6767177353004037,4.381863318203135,3.3862720156851158,2.618373828168326,2.0250086457288559,2.0249903992824243,2.0249766107791021,2.0249768443719778,2.0249833197645466,2.024977726480548,2.0249819542639966,2.0250054426776067,2.0250093783661551,2.0250206074468378,2.0250241514115768]
[]
[null,null,"Indirect emissions categories"]
[null,null,null,null,"Transport",{"$f":"SUMIFS(F$2097:F$2123,$X$2097:$X$2123,$E2134)","v":-631.69331050790856},-588.52675110363134,-576.94556507843299,-552.99028910145387,-561.15218619673726,-567.64176062729121,-580.63062519987261,-590.25040515465275,-605.03171796744414,-619.46601898761674,{"$f":"SUMIFS(P$2097:P$2123,$X$2097:$X$2123,$E2134)","v":-633.89903968662736},-648.678149010884,-663.86013297827321,-679.22051683389702,-694.55932073036229,-709.88207769735459,-725.30795120187554,-740.87763621809563]
[null,null,null,null,"Buildings",-43.666067732544086,-44.855359577101041,-47.6161007998138,-49.842763483510304,-52.239344825058176,-54.250565349288067,-55.825928613050806,-57.40799825188725,-57.14970448462924,-56.741237109179508,-56.137296636257631,-55.288760777711246,-54.915059190899754,-54.118878016743331,-52.529462282391272,-51.746544042629552,-50.659836349477942,-49.870235548557687]
[null,null,null,null,"Industry",-50.79993035555556,-50.326141339276269,-49.042816353703088,-47.89461059474862,-46.808681506654864,-46.004191499361824,-45.40804365409916,-44.847145052889474,-45.421511423618128,-46.045105540540732,-46.045105540540732,-46.045105540540732,-46.045105540540732,-46.045105540540732,-46.045105540540732,-46.045105540540732,-46.045105540540732,-46.045105540540732]
[null,null,null,null,"Land Use and Biofuels",-5.3058376695999989,-5.3058376695999989,-5.3067427937333322,-5.3076479178666665,-5.3085530419999998,-5.3094581661333331,-5.3103632902666664,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989,-5.3112684143999989]
[null,null,null,null,"Refineries",-5.0861479000000811,-4.8216991390389179,-4.6556568268503353,-4.4162200694936553,-4.3713800451697313,-4.3138765758664244,-4.2891327081492552,-4.2425860660736561,-4.324408807708938,-4.40380376980315,-4.4787527246847052,-4.5542517387251333,-4.6345076393251912,-4.7134407102028817,-4.7879577609512838,-4.8667587874068587,-4.9444722342786163,-5.0245753103247219]
[null,null,null,null,"Transport",{"$f":"IF(F2134 * F$2131 =0,0,F2134 * F$2131 / F$2124)","v":12.034548412452017},{"$f":"IF(G2134 * G$2131 =0,0,G2134 * G$2131 / G$2124)","v":8.0784933785539934},6.2060562787138895,4.7530660971350081,3.6706449604731239,2.8370968063207482,2.1986796526728809,1.7025086033716257,1.7081950151431036,1.7137431826348186,1.7209813496118878,1.7286501709898821,1.7351069287913565,1.7423273924029457,1.7510313991680924,1.7576753451865945,1.7647709986709326,1.7710353718750818,null,null,null,null,"Transport"]
[null,null,null,null,"Indirect Emissions - Buildings",{"$f":"IF(F2135 * F$2131 =0,0,F2135 * F$2131 / F$2124)","v":0.83189325795801916},{"$f":"IF(G2135 * G$2131 =0,0,G2135 * G$2131 / G$2124)","v":0.61571326138828653},0.51219425058997547,0.42840887800387378,0.34171137979544497,0.2711465511689492,0.21139658847796944,0.16558669011090785,0.16135160755786704,0.15697375689636658,0.1524079300962343,0.14733797634149323,0.14352948002713706,0.13882502262184279,0.13243035561190222,0.12812497669664882,0.12326213967298781,0.11921260251704782,null,null,null,null,"Buildings"]
[null,null,null,null,"Indirect Emissions - Industry",{"$f":"IF(F2136 * F$2131 =0,0,F2136 * F$2131 / F$2124)","v":0.96780227215255621},0.69080869954529267,0.52754106588259264,0.4116641003285646,0.3061879737889065,0.22993083637111894,0.17194708187426772,0.1293563708256909,0.12823922629171147,0.12738307396225362,0.12500849964271257,0.12270473375320584,0.12034640685816909,0.11811428936706854,0.11608285019444126,0.11400815616819551,0.11203388402682996,0.1100687976361233,null,null,null,null,"Industry"]
[null,null,null,null,"Indirect Emissions - Land Use and Biofuels",{"$f":"IF(F2137 * F$2131 =0,0,F2137 * F$2131 / F$2124)","v":0.10108285023957579},7.2831310388469211E-2,5.7083278610680056E-2,4.562033343285872E-2,3.4724650371744138E-2,2.6536889727394507E-2,2.0108804475463433E-2,1.531973564332028E-2,1.499538282066277E-2,1.4693542110989617E-2,1.4419636742917012E-2,1.4153899074179646E-2,1.3881867834346558E-2,1.3624394754666591E-2,1.3390069768618935E-2,1.3150755367624859E-2,1.2923024555787924E-2,1.2696353313404993E-2,null,null,null,null,"Land Use and Biofuels"]
[null,null,null,null,"Indirect Emissions - Refineries",{"$f":"IF(F2138 * F$2131 =0,0,F2138 * F$2131 / F$2124)","v":9.6897485088495036E-2},6.6185716273832504E-2,5.0079712941174623E-2,3.7958326400097928E-2,2.8594353773914505E-2,2.1560932096904805E-2,1.6241700667744188E-2,1.2237245777311166E-2,1.2209167469079399E-2,1.21830551746738E-2,1.2159428278225878E-2,1.213653960578542E-2,1.2113042969538872E-2,1.2090855117472845E-2,1.207076793455197E-2,1.2050144947091007E-2,1.2030560520299459E-2,1.2011026069918712E-2,null,null,null,null,"Land Use and Biofuels"]
[null,null,null,null,"CHECK = 0",{"$f":"F2131-SUM(F2139:F2143)","v":0},{"$f":"G2131-SUM(G2139:G2143)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Fossil Fuel Solid"]
[null,null,"Used by:",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,null,"Domestic Solid Fuel Boiler ",{"$f":" +SUMIFS(EB.dblS.fFsS., Prd., F1)","v":-6.8158443050872162},-7.1123808939637234,-7.5222479463380996,-7.8152903636818625,-8.1532330923239442,-8.4083489178683948,-8.5689875645680278,-8.7368119137565312,-8.7090897663983178,-8.6466178200579229,-8.5390369591817663,-8.3751109611171319,-8.3202570001165697,-8.168131394491656,-7.8334572689472539,-7.6840354270781672,-7.4646119252354204,-7.3133468231265777,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Solid Fuel Boiler ",{"$f":" +SUMIFS(EB.nblS.fFsS., Prd., F1)","v":-8.703544061258043},-8.6457892668843641,-9.257279199508238,-9.8530579835902383,-10.433348213425495,-10.99837142005509,-11.548348062962095,-12.083497521676922,-12.002492870760832,-11.921932508321754,-11.841819636391373,-11.762157480078754,-11.682949287736625,-11.60419833112894,-11.525907905599576,-11.44808133024228,-11.370721948071841,-11.293833126196501,"Buildings",null,"Distribution"]
[null,null,null,null,"Industry Ferrous and non-ferrous metal production ",{"$f":" +SUMIFS(EB.inSTL.fFsS., Prd., F1)","v":-43.050654700000003},-33.330795808018287,-31.179966822020802,-29.329868295633215,-27.582855455794466,-25.944659441335084,-24.407106773967861,-22.963917665784535,-21.609085682878245,-20.337010670304707,-20.337010670304707,-20.337010670304707,-20.337010670304707,-20.337010670304707,-20.337010670304707,-20.337010670304707,-20.337010670304707,-20.337010670304707,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Cement, ceramics and glass ",{"$f":" +SUMIFS(EB.inCCG.fFsS., Prd., F1)","v":-8.1205311999999967},-8.7029034797217761,-9.091649187680618,-9.6228211300774777,-10.202920021750902,-10.832930816988622,-11.519912218475493,-12.253018412487306,-13.033116859859605,-13.8629266481753,-13.8629266481753,-13.8629266481753,-13.8629266481753,-13.8629266481753,-13.8629266481753,-13.8629266481753,-13.8629266481753,-13.8629266481753,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Chemicals ",{"$f":" +SUMIFS(EB.inCHE.fFsS., Prd., F1)","v":-0.59301369999999964},-0.56297721191483541,-0.53076054056231148,-0.51483762030964497,-0.49984197277820602,-0.49415613692203025,-0.50047144245821207,-0.50716429932210361,-0.52676806891369199,-0.54713040576459593,-0.54713040576459593,-0.54713040576459593,-0.54713040576459593,-0.54713040576459593,-0.54713040576459593,-0.54713040576459593,-0.54713040576459593,-0.54713040576459593,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Other Industry ",{"$f":" +SUMIFS(EB.inOTH.fFsS., Prd., F1)","v":-6.8008751000000007},-6.7521342439744974,-6.5867612168157583,-6.4291446507308079,-6.2793908337569233,-6.1635601428709377,-6.0694591139284775,-5.9797296112883167,-6.0437629040158267,-6.1139032071289421,-6.1139032071289421,-6.1139032071289421,-6.1139032071289421,-6.1139032071289421,-6.1139032071289421,-6.1139032071289421,-6.1139032071289421,-6.1139032071289421,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Refineries ",{"$f":" +SUMIFS(EB.inREF.fFsS., Prd.,F1)","v":-36.539948099999989},-34.640093005217935,-33.447210377920626,-31.727046737566155,-31.404906643763756,-30.991789718101256,-30.814024607853757,-30.479623815916181,-31.067455469956926,-31.637845449045802,-32.176294384343421,-32.718695059447342,-33.295270200458248,-33.86234185664118,-34.397687902498724,-34.963810923992732,-35.522120546755779,-36.097597764273381,"Refineries",null,"Distribution"]
[null,null,null,null,"Electricity -  Coal Unabated ",{"$f":" +SUMIFS(EB.eCoal.fFsS., Prd., F1)","v":-225.3646718},-38.867897024004449,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Electricity Generation",null,"Transmission"]
[null,null,null,null,"Total",{"$f":"SUM(F2148:F2155)","v":-335.98908296634522},{"$f":"SUM(G2148:G2155)","v":-138.61497093369985},-97.615875290846446,-95.292066781589398,-94.556496233593691,-93.83381659414141,-93.428309784213923,-93.003763240231905,-92.991771622783446,-93.067366708799028,-93.418121911290115,-93.716934432016785,-94.159447419684994,-94.495642513635318,-94.618024008419098,-94.956898612686729,-95.218425351436593,-95.565748644970014]
[]
[null,null,"Emissions"]
[null,null,null,null,"Emissions in extraction",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2146)","v":1.4693836845716071},0.27278926549850885,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Emissions assigned from other fuel production",{"$f":"+F2072","v":5.9007365376791316E-4},{"$f":"+G2072","v":7.1592620166258559E-5},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total emissions",{"$f":"F2160+F2159","v":1.4699737582253749},{"$f":"G2160+G2159","v":0.27286085811867511},{"$f":"H2160+H2159","v":0},{"$f":"I2160+I2159","v":0},{"$f":"J2160+J2159","v":0},{"$f":"K2160+K2159","v":0},0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,null,null,"Buildings",{"$f":"SUMIFS(F$2148:F$2155,$X$2148:$X$2155,$E2163)","v":-15.519388366345259},-15.758170160848088,-16.779527145846338,-17.668348347272101,-18.586581305749441,-19.406720337923485,-20.117335627530124,-20.820309435433451,-20.71158263715915,-20.568550328379679,{"$f":"SUMIFS(P$2148:P$2155,$X$2148:$X$2155,$E2163)","v":-20.380856595573139},-20.137268441195886,-20.003206287853196,-19.772329725620594,-19.359365174546831,-19.132116757320446,-18.835333873307263,-18.607179949323079]
[null,null,null,null,"Industry",-58.565074699999997,-49.348810743629393,-47.38913776707949,-45.896671696751142,-44.565008284080498,-43.43530653811667,-42.496949548830045,-41.703829988882262,-41.212733515667367,-40.860970931373551,-40.860970931373551,-40.860970931373551,-40.860970931373551,-40.860970931373551,-40.860970931373551,-40.860970931373551,-40.860970931373551,-40.860970931373551]
[null,null,null,null,"Electricity Generation",-225.3646718,-38.867897024004449,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Refineries",-36.539948099999989,-34.640093005217935,-33.447210377920626,-31.727046737566155,-31.404906643763756,-30.991789718101256,-30.814024607853757,-30.479623815916181,-31.067455469956926,-31.637845449045802,-32.176294384343421,-32.718695059447342,-33.295270200458248,-33.86234185664118,-34.397687902498724,-34.963810923992732,-35.522120546755779,-36.097597764273381]
[null,null,null,null,"Indirect Emissions - Buildings",{"$f":"IF(F2163*F$2161=0,0,F2163*F$2161/F$2156)","v":6.7898318126368429E-2},{"$f":"IF(G2163*G$2161=0,0,G2163*G$2161/G$2156)","v":3.1019649634567374E-2},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,null,null,"Buildings"]
[null,null,null,null,"Indirect Emissions - Industry",{"$f":"IF(F2164*F$2161=0,0,F2164*F$2161/F$2156)","v":0.25622595293113154},{"$f":"IF(G2164*G$2161=0,0,G2164*G$2161/G$2156)","v":9.7142168381533264E-2},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,null,null,"Industry"]
[null,null,null,null,"Indirect Emissions - Electricity Generation",{"$f":"IF(F2165*F$2161=0,0,F2165*F$2161/F$2156)","v":0.98598487383072875},7.651069479580834E-2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Refineries",{"$f":"IF(F2166*F$2161=0,0,F2166*F$2161/F$2156)","v":0.15986461333714627},6.8188345306766165E-2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"CHECK = 0",{"$f":"F2161-SUM(F2167:F2170)","v":0},{"$f":"G2161-SUM(G2167:G2170)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Bioenergy Gas"]
[null,null,"Uses",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,null,"Domestic Hybrid Heat Pump / Gas Boiler ",{"$f":" +SUMIFS(EB.dHyb.fBiG., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Gas Boiler ",{"$f":" +SUMIFS(EB.dblG.fBiG., Prd., F1)","v":-0.55841216029098828},-0.58274910186874596,-0.76954655008661288,-0.95824358771694595,-1.1649521485765921,-1.3713526791037396,-1.5701578963784684,-1.7764586314810573,-1.7704128277572022,-1.7572383717008249,-1.7347864439874066,-1.7007272520122521,-1.6890777027989896,-1.6574120674732742,-1.5882027204642846,-1.5570931324514101,-1.511580701605771,-1.4800779681519416,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Hybrid Heat Pump / Gas Boiler ",{"$f":" +SUMIFS(EB.nHyb.fBiG., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Gas Boiler ",{"$f":" +SUMIFS(EB.nblG.fBiG., Prd., F1)","v":-0.17966947651679005},-0.17846317240497703,-0.23885054448833776,-0.30505754644391869,-0.376847401156018,-0.45398771226040135,-0.53625044309485637,-0.62341189528332919,-0.61917865943516892,-0.61496828637047274,-0.61078094086361756,-0.60661678887652715,-0.60247599756722781,-0.59835873529847194,-0.59426517164641868,-0.59019547740937939,-0.58614982461662624,-0.58212838653726373,"Buildings",null,"Distribution"]
[null,null,null,null,"Heat Network Gas CHP ",{"$f":" +SUMIFS(EB.hnCHPG.fBiG., Prd., F1)","v":-5.6557449088960356E-2},-5.6557449088960356E-2,-7.0945259467667041E-2,-8.543244908896036E-2,-0.10001901795284032,-0.115460233053316,-0.13859398573281612,-0.16413009435629802,-0.16335825998780468,-0.16214331576478605,-0.16034966525126726,-0.15783034925853423,-0.15671434154861652,-0.15434688014864081,-0.14963155300916675,-0.14730301765999937,-0.14437500000000003,-0.14437500000000003,"Heat Network CHP",null,"Distribution"]
[null,null,null,null,"Domestic Gas Stove ",{"$f":" +SUMIFS(EB.dStvG.fBiG., Prd., F1)","v":-1.041155406551483E-2},-1.077342256435207E-2,-1.387315900546794E-2,-1.7092596194894744E-2,-2.0398778140759365E-2,-2.3787088960508119E-2,-2.7267514774289597E-2,-3.0832408799843392E-2,-3.1353127027949144E-2,-3.1846425688037243E-2,-3.2340009757156146E-2,-3.2862467109467712E-2,-3.341903303029007E-2,-3.3991936130250672E-2,-3.4564900133393577E-2,-3.5137833087855314E-2,-3.5719864102021347E-2,-3.6314047490387275E-2,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Gas Stove ",{"$f":" +SUMIFS(EB.nStvG.fBiG., Prd., F1)","v":-1.3302898635385585E-2},-1.3398773962384649E-2,-1.6785344347609397E-2,-2.0186259407200178E-2,-2.3601306588824957E-2,-2.7030267776981663E-2,-3.0472919211206498E-2,-3.3929031403301238E-2,-3.4173561341453218E-2,-3.441985363143725E-2,-3.4667920974700006E-2,-3.4917776164228836E-2,-3.516943208521138E-2,-3.5422901715700172E-2,-3.5678198127281818E-2,-3.593533448575123E-2,-3.619432405179044E-2,-3.6455180181652613E-2,"Buildings",null,"Distribution"]
[null,null,null,null,"Industry Ferrous and non-ferrous metal production ",{"$f":" +SUMIFS(EB.inSTL.fBiG., Prd., F1)","v":-1.7343819000000003E-2},-1.3427979055106636E-2,-1.5701843118170227E-2,-1.77241878395859E-2,-1.9446535662669212E-2,-2.0904651996716647E-2,-2.2124007209420867E-2,-2.3128686096745329E-2,-2.1764133057384828E-2,-2.0482930777986151E-2,-2.0482930777986151E-2,-2.0482930777986151E-2,-2.0482930777986151E-2,-2.0482930777986151E-2,-2.0482930777986151E-2,-2.0482930777986151E-2,-2.0482930777986151E-2,-2.0482930777986151E-2,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Cement, ceramics and glass ",{"$f":" +SUMIFS(EB.inCCG.fBiG., Prd., F1)","v":-2.6303105799999997E-2},-2.8189460191263116E-2,-3.6810801625891086E-2,-4.675373002918274E-2,-5.7834252074770907E-2,-7.0177607446008525E-2,-8.3956491325452479E-2,-9.9221476937679215E-2,-0.10553849348816342,-0.11225805841513006,-0.11225805841513006,-0.11225805841513006,-0.11225805841513006,-0.11225805841513006,-0.11225805841513006,-0.11225805841513006,-0.11225805841513006,-0.11225805841513006,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Chemicals ",{"$f":" +SUMIFS(EB.inCHE.fBiG., Prd., F1)","v":-3.2665181000000001E-2},-3.1010670623753671E-2,-3.6545085562790867E-2,-4.253847099912831E-2,-4.8182697796602468E-2,-5.44395505696375E-2,-6.2027197802958636E-2,-6.9840771107373703E-2,-7.2540374345846662E-2,-7.5344438648314485E-2,-7.5344438648314485E-2,-7.5344438648314485E-2,-7.5344438648314485E-2,-7.5344438648314485E-2,-7.5344438648314485E-2,-7.5344438648314485E-2,-7.5344438648314485E-2,-7.5344438648314485E-2,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Other Industry ",{"$f":" +SUMIFS(EB.inOTH.fBiG., Prd., F1)","v":-0.12967310440000002},-0.12874375662945495,-0.15698821151082837,-0.1838779127476369,-0.20952732693470405,-0.2350426867513512,-0.26038599238456139,-0.28504056123908278,-0.28809288749520318,-0.29143632150718596,-0.29143632150718596,-0.29143632150718596,-0.29143632150718596,-0.29143632150718596,-0.29143632150718596,-0.29143632150718596,-0.29143632150718596,-0.29143632150718596,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Refineries ",{"$f":" +SUMIFS(EB.inREF.fBiG., Prd., F1)","v":-2.6697828000000006E-3},-2.5309703298601895E-3,-3.0547657980579492E-3,-3.4771939238776696E-3,-4.0155363353669054E-3,-4.5288157993089006E-3,-5.065693949845968E-3,-5.5674665431587897E-3,-5.6748410004896091E-3,-5.7790295280222915E-3,-5.8773836432362576E-3,-5.9764595908222929E-3,-6.0817779118941895E-3,-6.1853603082006534E-3,-6.2831476436784562E-3,-6.3865567605532495E-3,-6.488538667030511E-3,-6.5936564392914112E-3,"Refineries",null,"Distribution"]
[null,null,null,null,"Agricultural Fuel Use",{"$f":" +SUMIFS(EB.AgrFU.fBiG., Prd., F1)","v":-1.9650048000000001E-3},-1.9650048000000001E-3,-2.456256E-3,-2.9475071999999999E-3,-3.4387584000000002E-3,-3.9300096000000001E-3,-4.4212608000000009E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,"Land Use and Biofuels",null,"Distribution"]
[null,null,null,null,"Gas Grid Distribution All Types - fuel use",{"$f":" +SUMIFS(EB.ggDstALL.fBiG., Prd., F1)","v":-4.2222771306490436E-3},-4.2995694610576951E-3,-5.5869993215171831E-3,-6.9073611688947878E-3,-8.3227521255264669E-3,-9.7686937279926056E-3,-1.1246250107670441E-2,-1.2788098498837108E-2,-1.2790257462057752E-2,-1.2764939015923016E-2,-1.2651714580707907E-2,-1.2488107304403862E-2,-1.2422482615936481E-2,-1.2269752876555184E-2,-1.195341374878689E-2,-1.1803335063202969E-2,-1.159183375665096E-2,-1.1450004213209741E-2,null,null,"Transmission"]
[null,null,null,null,"Gas Grid Transmission All Types - fuel use",{"$f":"+SUMIFS(EB.ggTmsALL.fBiG., Prd., F1)","v":-4.9127658107606109E-5},-5.0026981166073625E-5,-6.5006673892309408E-5,-8.0369541702429714E-5,-9.683810614147248E-5,-1.136621379353997E-4,-1.3085401862200641E-4,-1.4879395914979554E-4,-1.4881907943520289E-4,-1.4852449053748273E-4,-1.4720708498350277E-4,-1.4530345760777053E-4,-1.4453989160800873E-4,-1.4276282814496E-4,-1.3908211273161442E-4,-1.3733589519837608E-4,-1.3487500417763698E-4,-1.3322476827326568E-4,null,null,"Off-grid"]
[null,null,null,null,"Demand for distribution grid",{"$f":"SUMIFS(F$2175:F$2189,$Z$2175:$Z$2189,\"Distribution\")","v":-1.0289735363976391},-1.0478097615188584,-1.3615578210114332,-1.6833314415913314,-2.0282637596191488,-2.3806413033179692,-2.740723402663876,-3.1164735352478696,-3.1169996769366666,-3.1108295440321974,-3.0832366258260002,-3.0433653543604491,-3.0273725462908461,-2.9901521424231547,-2.9130599523728411,-2.8764856132035654,-2.8249425143918563,-2.7903785001491537]
[null,null,null,null,"Demand for transmission grid",{"$f":"F$2190+SUMIFS(F$2175:F$2189,$Z$2175:$Z$2189,\"Transmission\")","v":-1.0331958135282882},{"$f":"G$2190+SUMIFS(G$2175:G$2189,$Z$2175:$Z$2189,\"Transmission\")","v":-1.0521093309799161},-1.3671448203329504,-1.6902388027602262,-2.0365865117446753,-2.3904099970459618,-2.7519696527715465,-3.1292616337467067,-3.1297899343987243,-3.1235944830481204,-3.0958883404067081,-3.0558534616648529,-3.0397950289067825,-3.0024218952997099,-2.925013366121628,-2.8882889482667684,-2.8365343481485072,-2.8018285043623634]
[null,null,"Emissions"]
[null,null,null,null,"Emissions from Bioenergy Gas-GHG-Gas Grid Transmission All Types ",{"$f":" +SUMIFS(Em.GHG.ggTmsALL.fBiG., Prd., F1)","v":8.0379534744651538E-5},8.1850949662627532E-5,1.0635976563987958E-4,1.3149550820298515E-4,1.5844032093196043E-4,1.8596672663123243E-4,2.1409498318171233E-4,2.4344716744036218E-4,2.4348826764606044E-4,2.4300628011700255E-4,2.4085082533698861E-4,2.3773623187410889E-4,2.3648693398017599E-4,2.3357941630329612E-4,2.2755726495620431E-4,2.2470021541850369E-4,2.206738627910074E-4,2.1797385226085458E-4]
[null,null,null,null,"Emissions from Bioenergy Gas-GHG-Gas Grid Distribution All Types ",{"$f":" +SUMIFS(Em.GHG.ggDstALL.fBiG., Prd., F1)","v":6.9082200210151623E-3},7.0346807927451991E-3,9.1410912585859014E-3,1.1301382936938243E-2,1.3617155171117418E-2,1.5982912419704235E-2,1.8400395746455942E-2,2.0923069553892705E-2,2.0926601911548062E-2,2.0885177487930919E-2,2.0699926902519698E-2,2.0432243132180911E-2,2.0324872210586868E-2,2.0074985571043594E-2,1.9557411705506379E-2,1.9311862550773586E-2,1.8965817628760411E-2,1.8733765193248805E-2]
[null,null,null,null,"Other indirect emissions",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2173)","v":1.3009576940663399E-4},1.3247728177131614E-4,1.721452554904685E-4,2.128279215293385E-4,2.5643860122100874E-4,3.0099059993383308E-4,3.4651670542335146E-4,3.9402376063324245E-4,3.9409028207951842E-4,3.9331017631474022E-4,3.8982153273234358E-4,3.847805053831941E-4,3.8275849354596882E-4,3.7805262220184731E-4,3.6830565843157394E-4,3.6368147070812268E-4,3.5716474422263191E-4,3.5279472704762417E-4]
[]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,null,"Buildings",{"$f":"SUMIFS(F$2175:F$2187,$X$2175:$X$2187,$E2198)","v":-0.76179608950867872},-0.7853844708004597,-1.0390555979280278,-1.3005799897629595,-1.5857996344621945,-1.8761577481016305,-2.1641487734588205,-2.4646319669675316,-2.4551181755617737,-2.4384729373907721,{"$f":"SUMIFS(P$2175:P$2187,$X$2175:$X$2187,$E2198)","v":-2.4125753155828797},-2.3751242841624758,-2.3601421654817187,-2.3251856406176969,-2.2527109903713791,-2.2183617774343962,-2.1696447143762088,-2.1349755823612453]
[null,null,null,null,"Industry",-0.20598521020000002,-0.20137186649957836,-0.24604594181768055,-0.29089430161553387,-0.33499081246874662,-0.38056449676371384,-0.42849368872239335,-0.47723149538088105,-0.48793588838659807,-0.49952174934861665,-0.49952174934861665,-0.49952174934861665,-0.49952174934861665,-0.49952174934861665,-0.49952174934861665,-0.49952174934861665,-0.49952174934861665,-0.49952174934861665]
[null,null,null,null,"Land Use and Biofuels",-1.9650048000000001E-3,-1.9650048000000001E-3,-2.456256E-3,-2.9475071999999999E-3,-3.4387584000000002E-3,-3.9300096000000001E-3,-4.4212608000000009E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3,-4.912512E-3]
[null,null,null,null,"Heat Network CHP",-5.6557449088960356E-2,-5.6557449088960356E-2,-7.0945259467667041E-2,-8.543244908896036E-2,-0.10001901795284032,-0.115460233053316,-0.13859398573281612,-0.16413009435629802,-0.16335825998780468,-0.16214331576478605,-0.16034966525126726,-0.15783034925853423,-0.15671434154861652,-0.15434688014864081,-0.14963155300916675,-0.14730301765999937,-0.14437500000000003,-0.14437500000000003]
[null,null,null,null,"Refineries",-2.6697828000000006E-3,-2.5309703298601895E-3,-3.0547657980579492E-3,-3.4771939238776696E-3,-4.0155363353669054E-3,-4.5288157993089006E-3,-5.065693949845968E-3,-5.5674665431587897E-3,-5.6748410004896091E-3,-5.7790295280222915E-3,-5.8773836432362576E-3,-5.9764595908222929E-3,-6.0817779118941895E-3,-6.1853603082006534E-3,-6.2831476436784562E-3,-6.3865567605532495E-3,-6.488538667030511E-3,-6.5936564392914112E-3]
[null,null,null,null,"Indirect Emissions - Buildings",{"$f":"IF((F$2195 +F$2193 +F$2194) * F2198 = 0, 0,\n(F$2195 +F$2193 +F$2194) * F2198 / F$2190)","v":5.2702951721197979E-3},{"$f":"IF((G$2195 +G$2193 +G$2194) * G2198 = 0, 0,\n(G$2195 +G$2193 +G$2194) * G2198 / G$2190)","v":5.4334854716661524E-3},7.1884455390888655E-3,8.9977364486392864E-3,1.0970957021905047E-2,1.2979726803706822E-2,1.4972120478938873E-2,1.7050938086251168E-2,1.698511930665263E-2,1.6869963401313436E-2,1.6690797200458438E-2,1.64317016330171E-2,1.6328051602728301E-2,1.608621365322653E-2,1.5584815963537673E-2,1.5347179549277447E-2,1.5010142767687832E-2,1.477029307352919E-2,null,null,null,null,"Buildings"]
[null,null,null,null,"Indirect Emissions - Industry",{"$f":"IF((F$2195 +F$2193 +F$2194) * F2199 = 0, 0,\n(F$2195 +F$2193 +F$2194) * F2199 / F$2190)","v":1.4250570117067714E-3},{"$f":"IF((G$2195 +G$2193 +G$2194) * G2199 = 0, 0,\n(G$2195 +G$2193 +G$2194) * G2199 / G$2190)","v":1.3931407504309348E-3},1.7022071353998286E-3,2.0124792638279774E-3,2.3175499139108224E-3,2.632840017946933E-3,2.9644261109476257E-3,3.3016064019328936E-3,3.3756620600747869E-3,3.4558159331832638E-3,3.4558159331832786E-3,3.4558159331832829E-3,3.4558159331832422E-3,3.455815933183155E-3,3.4558159331833185E-3,3.4558159331831975E-3,3.4558159331831524E-3,3.4558159331831923E-3,null,null,null,null,"Industry"]
[null,null,null,null,"Indirect Emissions - Land Use and Biofuels",{"$f":"IF((F$2195 +F$2193 +F$2194) * F2200 = 0, 0,\n(F$2195 +F$2193 +F$2194) * F2200 / F$2190)","v":1.3594392847712626E-5},1.3594392847712523E-5,1.6992991059640376E-5,2.0391589271568263E-5,2.3790187483495957E-5,2.7188785695424328E-5,3.0587383907351903E-5,3.3985982119280596E-5,3.3985982119280386E-5,3.398598211928086E-5,3.398598211928101E-5,3.398598211928105E-5,3.398598211928065E-5,3.398598211927979E-5,3.3985982119281396E-5,3.3985982119280203E-5,3.3985982119279763E-5,3.3985982119280156E-5,null,null,null,null,"Land Use and Biofuels"]
[null,null,null,null,"Indirect Emissions - Heat Network CHP",{"$f":"IF((F$2195 +F$2193 +F$2194) * F2201 = 0, 0,\n(F$2195 +F$2193 +F$2194) * F2201 / F$2190)","v":3.912785258233637E-4},3.9127852582336071E-4,4.908169831882071E-4,5.9104297091666007E-4,6.9195648900871294E-4,7.9878266272691973E-4,9.5882772824885118E-4,1.1354928908120696E-3,1.1301531483245814E-3,1.1217478614490772E-3,1.1093389402534312E-3,1.0919096844507307E-3,1.0841888650259016E-3,1.0678101771351047E-3,1.0351883690156579E-3,1.0190789812439653E-3,9.9882222546652643E-4,9.9882222546653814E-4]
[null,null,null,null,"Indirect Emissions - Refineries",{"$f":"IF((F$2195 +F$2193 +F$2194) * F2202 = 0, 0,\n(F$2195 +F$2193 +F$2194) * F2202 / F$2190)","v":1.8470222668802739E-5},1.7509883410984015E-5,2.1133630979708111E-5,2.4056094015073563E-5,2.7780480962305747E-5,3.1331476193203578E-5,3.5045733018302931E-5,3.8517120850898188E-5,3.9259964102357218E-5,3.9980766297601247E-5,4.0661204574600962E-5,4.1346636667817235E-5,4.2075255056287281E-5,4.2791863884670482E-5,4.3468381038226685E-5,4.4183791076323243E-5,4.48893273172573E-5,4.5616558259080969E-5]
[null,null,null,null,"CHECK = 0",{"$f":"SUM(F2193:F2195)-SUM(F2203:F2207)","v":0},{"$f":"SUM(G2193:G2195)-SUM(G2203:G2207)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Bioenergy Liquid"]
[null,null,"Uses",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,null,"Domestic Oil Fuel Boiler",{"$f":" +SUMIFS(EB.dblO.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Oil Fuel Boiler",{"$f":" +SUMIFS(EB.nblO.fBiL., Prd., F1)","v":0},0,-8.8977771546623285E-2,-0.19027585248704784,-0.30361339528457665,-0.42871295173199403,-0.56530050107277829,-0.71310547840125726,-0.70830043724080749,-0.70352158888979077,-0.69876912212241549,-0.69404322707340627,-0.68934409524780627,-0.68467191953085604,-0.68002689419793882,-0.67540921492460015,-0.67081907879663849,-0.66625668432027019,"Buildings",null,"Distribution"]
[null,null,null,null,"Car Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.carPHEV.fBiL., Prd., F1)","v":-4.4012856048534785E-3},-3.8458250845306006E-3,-3.143817101864654E-3,-2.3891616040489392E-3,-1.8549734819302665E-3,-1.2745859440798175E-3,-6.4531742324030333E-4,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Car Internal Combustion Engine ",{"$f":" +SUMIFS(EB.carIC.fBiL., Prd., F1)","v":-7.2353208483549585},-6.0815622328644654,-5.734619512058428,-5.2493563671621555,-5.2875059058396658,-5.2898247895537365,-5.3162530096527174,-5.318866103277994,-5.4086946518941739,-5.4937930799465535,-5.5789407436077809,-5.6690693066940518,-5.7650819027166085,-5.8639128081649963,-5.9627542199566941,-6.0615902755733719,-6.1619958278090428,-6.2644977732141776,"Transport",null,"Off-grid"]
[null,null,null,null,"LGV (van) Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.lgvPHEV.fBiL., Prd., F1)","v":-7.5241394926310574E-5},-7.6358067275431268E-5,-7.5662647046918712E-5,-6.5858836295099813E-5,-5.7020800770944975E-5,-4.3629526063430392E-5,-2.4154276215988337E-5,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"LGV (van) Internal Combustion Engine ",{"$f":" +SUMIFS(EB.lgvIC.fBiL., Prd., F1)","v":-1.5079339101849298},-1.4735693477380101,-1.7039062163717242,-1.8025166391977061,-2.030781472951285,-2.2705473405397689,-2.5216229017726342,-2.7839836088735197,-2.9527551145269064,-3.1212472231853536,-3.2895313211902271,-3.4575218259242275,-3.6250939939474875,-3.7921700829800002,-3.9587729783521275,-4.1250209346601556,-4.2910287127311646,-4.4568533374105348,"Transport",null,"Off-grid"]
[null,null,null,null,"HGV _Rigid Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.hgvRPHEV.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"HGV _Rigid Internal Combustion Engine ",{"$f":" +SUMIFS(EB.hgvRIC.fBiL., Prd., F1)","v":-1.0754483639613899},-1.0427718917173023,-0.9899652511521817,-0.94215457760302279,-0.92177746785474646,-0.90059649021544885,-0.88682661153308162,-0.87229551149213835,-0.88501679209724282,-0.89782664952739477,-0.91072699136820423,-0.92367861966142117,-0.93663835725419076,-0.94958077841711375,-0.96250822847039164,-0.97544553494828345,-0.98841432791145711,-1.0014214138629209,"Transport",null,"Off-grid"]
[null,null,null,null,"HGV _Articulated Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.hgvAPHEV.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"HGV _Articulated Internal Combustion Engine ",{"$f":" +SUMIFS(EB.hgvAIC.fBiL., Prd., F1)","v":-1.0013892680376173},-0.96097957808775258,-0.90915279265558757,-0.84812818954812674,-0.85806780013649886,-0.86551348845952591,-0.88323377234129796,-0.89694529785425869,-0.94485441778366752,-0.99270187720463665,-1.0405073813393517,-1.0882413634867623,-1.1358629749565816,-1.1833469969063626,-1.2307000256620613,-1.2779581923278636,-1.3251561638287446,-1.3723105316216262,"Transport",null,"Off-grid"]
[null,null,null,null,"Bus Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.busPHEV.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Bus Internal Combustion Engine ",{"$f":" +SUMIFS(EB.busIC.fBiL., Prd., F1)","v":-0.32137996023211651},-0.24599789883785456,-0.21696112865139133,-0.18716473334106937,-0.17723139262588444,-0.16671103467014139,-0.15802793593250766,-0.14873578092903458,-0.15124772972953457,-0.15362740631970168,-0.15600845972526317,-0.15852879807451892,-0.16121367642474438,-0.16397736545476713,-0.16674134828221718,-0.16950518133058667,-0.17231290349004844,-0.17517924879759098,"Transport",null,"Off-grid"]
[null,null,null,null,"Train Passenger Internal Combustion Engine ",{"$f":" +SUMIFS(EB.trnPIC.fBiL., Prd., F1)","v":0},0,-3.2695820000079201E-2,-6.7183491912285717E-2,-0.10320206150282177,-0.1404367149346214,-0.17972769022009949,-0.21998350308236642,-0.22369873080528521,-0.22721832500943864,-0.23073995555395121,-0.23446759160466479,-0.238438585948752,-0.24252614302787068,-0.24661413463986934,-0.25070190472530179,-0.25485458777481684,-0.25909397575434923,"Transport",null,"Off-grid"]
[null,null,null,null,"Train Freight Internal Combustion Engine ",{"$f":" +SUMIFS(EB.trnFIC.fBiL., Prd., F1)","v":0},0,-4.4368067766014123E-3,-8.7544334650732514E-3,-1.3041060456345798E-2,-1.7268842829361333E-2,-2.1576333881805059E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,-2.5879937072290138E-2,"Transport",null,"Off-grid"]
[null,null,null,null,"Non-Road Mobile Machinery Internal Combustion Engine ",{"$f":" +SUMIFS(EB.nrmIC.fBiL., Prd., F1)","v":0},0,-2.0370370370370371E-6,-4.0740740740740742E-6,-6.1111111111111121E-6,-8.1481481481481483E-6,-1.0185185185185188E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,"Industry",null,"Distribution"]
[null,null,null,null,"Shipping Domestic Internal Combustion Engine ",{"$f":" +SUMIFS(EB.shpDIC.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Shipping International Internal Combustion Engine ",{"$f":" +SUMIFS(EB.shpIIC.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Aviation Domestic Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.aviDPHEV.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Aviation Domestic Conventional ",{"$f":" +SUMIFS(EB.aviDCon.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Aviation International Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.aviIPHEV.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Aviation International Conventional ",{"$f":" +SUMIFS(EB.aviICon.fBiL., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Agricultural Fuel Use",{"$f":" +SUMIFS(EB.AgrFU.fBiL., Prd., F1)","v":-0.12490713039999998},-0.12490713039999998,-0.12400200626666666,-0.12309688213333332,-0.12219175799999998,-0.12128663386666666,-0.12038150973333332,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,"Land Use and Biofuels",null,"Distribution"]
[null,null,null,null,"Total demand",{"$f":"SUM(F2212:F2233)","v":-11.270856008170792},{"$f":"SUM(G2212:G2233)","v":-9.9337102627971916},-9.8079388222652319,-9.4210902613642382,-9.8193304200456346,-10.202224650419556,-10.653629923024896,-11.099283828805081,-11.419936418972133,-11.735304694977383,-12.050592519801706,-12.370919277413565,-12.697042131390683,-13.025554639376479,-13.353486374455812,-13.680999783384678,-14.009950147236426,-14.340981509875983]
[]
[null,null,"Emissions"]
[null,null,null,null,"Total production emissions",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2210)","v":-1.8624920569962899E-3},-1.9963690990446184E-3,-2.1131270429215368E-3,-2.2289373662748419E-3,-2.8303057708503453E-3,-2.9887004088667833E-3,-3.1461128732600298E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3,-3.3025431640300884E-3]
[]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,null,"Transport",{"$f":"+SUMIFS(F$2212:F$2233,$X$2212:$X$2233,$E2240)","v":-11.145948877770792},-9.8088031323971911,-9.5949570074149051,-9.1077134526697829,-9.3935191556499493,-9.6522169166727458,-9.9679377270335987,-10.266689742581601,-10.592147373909102,-10.912294498265368,{"$f":"+SUMIFS(P$2212:P$2233,$X$2212:$X$2233,$E2240)","v":-11.232334789857067},-11.557387442517937,-11.888209428320655,-12.2213941120234,-12.553970872435652,-12.886101960637854,-13.219642460617564,-13.555236217733489]
[null,null,null,null,"Buildings",0,0,-8.8977771546623285E-2,-0.19027585248704784,-0.30361339528457665,-0.42871295173199403,-0.56530050107277829,-0.71310547840125726,-0.70830043724080749,-0.70352158888979077,-0.69876912212241549,-0.69404322707340627,-0.68934409524780627,-0.68467191953085604,-0.68002689419793882,-0.67540921492460015,-0.67081907879663849,-0.66625668432027019]
[null,null,null,null,"Industry",0,0,-2.0370370370370371E-6,-4.0740740740740742E-6,-6.1111111111111121E-6,-8.1481481481481483E-6,-1.0185185185185188E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5,-1.2222222222222224E-5]
[null,null,null,null,"Land Use and Biofuels",-0.12490713039999998,-0.12490713039999998,-0.12400200626666666,-0.12309688213333332,-0.12219175799999998,-0.12128663386666666,-0.12038150973333332,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856,-0.1194763856]
[null,null,null,null,"Indirect Emissions - Transport",{"$f":"IF(F2240 * F$2237=0,0,F2240 * F$2237 / F$2234)","v":-1.8418513409705017E-3},{"$f":"IF(G2240 * G$2237=0,0,G2240 * G$2237 / G$2234)","v":-1.9712666218448575E-3},-2.0672399670775229E-3,-2.1547954931747013E-3,-2.7075707138395446E-3,-2.8275778699055005E-3,-2.9436217917705346E-3,-3.0548084497656228E-3,-3.0631539982996919E-3,-3.0709320751214535E-3,-3.0782943175104724E-3,-3.0853625374487846E-3,-3.0921630702471499E-3,-3.0986535849741388E-3,-3.1048094500253538E-3,-3.1106577454071628E-3,-3.116245195765126E-3,-3.1215961527361271E-3,null,null,null,null,"Transport"]
[null,null,null,null,"Indirect Emissions - Buildings",{"$f":"IF(F2241 * F$2237=0,0,F2241 * F$2237 / F$2234)","v":0},{"$f":"IF(G2241 * G$2237=0,0,G2241 * G$2237 / G$2234)","v":0},-1.9170320969705937E-5,-4.5017396685759625E-5,-8.7512967587601619E-5,-1.2558972361730972E-4,-1.6693832961493015E-4,-2.121814037059378E-4,-2.0483413228142066E-4,-1.9798466887101498E-4,-1.9150221731492609E-4,-1.8528192317102243E-4,-1.7930070687855536E-4,-1.7359403342522288E-4,-1.6818215916152742E-4,-1.6304130699432878E-4,-1.5813110965407729E-4,-1.5343032530764969E-4,null,null,null,null,"Buildings"]
[null,null,null,null,"Indirect Emissions - Industry",{"$f":"IF(F2242 * F$2237=0,0,F2242 * F$2237 / F$2234)","v":0},0,-4.3888100531621747E-10,-9.6388588631994621E-10,-1.7614554459615651E-9,-2.3869670132068723E-9,-3.007776922905376E-9,-3.6366685519386495E-9,-3.5345570210179593E-9,-3.439571233845534E-9,-3.3495793989323974E-9,-3.2628469674806404E-9,-3.1790409161094596E-9,-3.0988635468338761E-9,-3.0227623945811377E-9,-2.9503996117504864E-9,-2.8811249165807237E-9,-2.8146202142063642E-9,null,null,null,null,"Industry"]
[null,null,null,null,"Indirect Emissions - Land Use and Biofuels",{"$f":"IF(F2243 * F$2237=0,0,F2243 * F$2237 / F$2234)","v":-2.0640716025787997E-5},-2.5102477199760828E-5,-2.6716315993302711E-5,-2.9123512528494254E-5,-3.522032796775379E-5,-3.5530428376959482E-5,-3.5549744097642099E-5,-3.5549673889975826E-5,-3.4551498891954185E-5,-3.3622980466385182E-5,-3.2743279625290636E-5,-3.1895440563314256E-5,-3.1076207863467628E-5,-3.0292446767179727E-5,-2.9548532080812704E-5,-2.8841161228984747E-5,-2.8163977485968152E-5,-2.7513871366096972E-5,null,null,null,null,"Land Use and Biofuels"]
[null,null,null,null,"CHECK = 0",{"$f":"F2237 -SUM(F2244:F2247)","v":0},{"$f":"G2237 -SUM(G2244:G2247)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Bioenergy Solid"]
[null,null,"Uses",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,null,"Domestic Solid Fuel Boiler ",{"$f":" +SUMIFS(EB.dblS.fBiS., Prd., F1)","v":-23.517343507174157},-24.542294396501841,-25.946647458392984,-26.944110931478189,-28.09781114140624,-28.963094120703829,-29.499181356218614,-30.05992472192338,-29.957588279884078,-29.734620829437304,-29.354658120487478,-28.778273388956311,-28.58110730077841,-28.045224091155635,-26.874018630994016,-26.347544964327238,-25.577343000157544,-25.04421529903556,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Solid Fuel Boiler ",{"$f":" +SUMIFS(EB.nblS.fBiS., Prd., F1)","v":-2.5712375692274256},-2.553973256940429,-2.7722480564163701,-2.9910883285858847,-3.2104399156430157,-3.4302497912138938,-3.6504660698550668,-3.8710380166435763,-3.8447503673354744,-3.8186046813039014,-3.7926019816924534,-3.7667432990186271,-3.7410296712269604,-3.7154621437425619,-3.6900417695250263,-3.6647696091227329,-3.6396467307275366,-3.6146742102298606,"Buildings",null,"Distribution"]
[null,null,null,null,"Heat Network Biomass CHP ",{"$f":" +SUMIFS(EB.hnCHPB.fBiS., Prd., F1)","v":-0.59627545551982852},-0.59627545551982852,-0.49689621293319053,-0.39751697034655237,-0.29813772775991426,-0.19875848517327618,-9.9379242586638064E-2,6.9388939039072284E-17,0,0,0,0,0,0,0,0,0,0,"Heat Network CHP",null,"Distribution"]
[null,null,null,null,"Industry Ferrous and non-ferrous metal production ",{"$f":" +SUMIFS(EB.inSTL.fBiS., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Cement, ceramics and glass ",{"$f":" +SUMIFS(EB.inCCG.fBiS., Prd., F1)","v":-2.3444916999999998},-2.5126293430297797,-2.6248647452803273,-2.7782202560900537,-2.9457015455785478,-3.1275929814916603,-3.3259324933009795,-3.5375887685800245,-3.7628122533499924,-4.0023879797858326,-4.0023879797858326,-4.0023879797858326,-4.0023879797858326,-4.0023879797858326,-4.0023879797858326,-4.0023879797858326,-4.0023879797858326,-4.0023879797858326,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Chemicals ",{"$f":" +SUMIFS(EB.inCHE.fBiS., Prd., F1)","v":-0.1835214},-0.17422593457572289,-0.16425576250388862,-0.15932805743255948,-0.15468731771798583,-0.15292770819042256,-0.15488212123927433,-0.15695337602084339,-0.16302020253889135,-0.16932178472181472,-0.16932178472181472,-0.16932178472181472,-0.16932178472181472,-0.16932178472181472,-0.16932178472181472,-0.16932178472181472,-0.16932178472181472,-0.16932178472181472,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Other Industry ",{"$f":" +SUMIFS(EB.inOTH.fBiS., Prd., F1)","v":-10.505844199999999},-10.430550383829404,-10.175085721904928,-9.9316030726459399,-9.700266627504794,-9.5213338910358445,-9.3759686645623912,-9.2373564770100831,-9.3362737173823138,-9.4446249348083118,-9.4446249348083118,-9.4446249348083118,-9.4446249348083118,-9.4446249348083118,-9.4446249348083118,-9.4446249348083118,-9.4446249348083118,-9.4446249348083118,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Refineries ",{"$f":" +SUMIFS(EB.inREF.fBiS., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Refineries",null,"Distribution"]
[null,null,null,null,"Agricultural Fuel Use",{"$f":" +SUMIFS(EB.AgrFU.fBiS., Prd., F1)","v":-2.3871737999999998},-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,"Land Use and Biofuels",null,"Distribution"]
[null,null,null,null,"H2 prod Bio Gasification with CCS ",{"$f":" +SUMIFS(EB.hpBccs.fBiS., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen Production",null,"Transmission"]
[null,null,null,null,"Electricity -  Biomass CCS ",{"$f":" +SUMIFS(EB.eBccs.fBiS., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Electricity Generation",null,"Transmission"]
[null,null,null,null,"Electricity -  Biomass ",{"$f":" +SUMIFS(EB.eBio.fBiS., Prd., F1)","v":-44.762735472446927},-76.314243553562505,-78.548933654977077,-67.787879962196229,-31.200676658353796,-8.2237182880635018,0,0,0,0,0,0,0,0,0,0,0,0,"Electricity Generation",null,"Transmission"]
[null,null,null,null,"Total",{"$f":"SUM(F2252:F2263)","v":-86.868623104368339},{"$f":"SUM(G2252:G2263)","v":-119.5113661239595},-123.11610541240876,-113.37692137877541,-77.994894733964301,-56.004849065872435,-48.492983747762963,-49.250035160177902,-49.451618620490741,-49.556734010057163,-49.150768601495891,-48.548525187290892,-48.325645471321323,-47.764194734214158,-46.567568899835003,-46.015823072765926,-45.220498230201038,-44.662398008581377]
[]
[null,null,"Emissions"]
[null,null,null,null,"Total production emissions",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2250)","v":0.71608976729674167},0.98517581260843312,1.0148909942929609,0.93460734550154889,0.64294038542864551,0.46166841261989533,0.39974536497187807,0.40598601608817986,0.40764774212950172,0.40851424665281488,0.40516772561267012,0.40020321333053221,0.39836593448069868,0.39373769112520529,0.38387346760398844,0.37932522536423119,0.37276907239340107,0.3681684485600093]
[]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,null,"Buildings",{"$f":"SUMIFS(F$2252:F$2263,$X$2252:$X$2263,$E2270)","v":-26.088581076401582},-27.096267653442268,-28.718895514809354,-29.935199260064074,-31.308251057049254,-32.393343911917725,-33.149647426073678,-33.930962738566954,-33.80233864721955,-33.553225510741207,{"$f":"SUMIFS(P$2252:P$2263,$X$2252:$X$2263,$E2270)","v":-33.147260102179935},-32.545016687974936,-32.322136972005367,-31.760686234898198,-30.564060400519043,-30.01231457344997,-29.216989730885082,-28.658889509265421]
[null,null,null,null,"Industry",-13.033857299999998,-13.117405661434907,-12.964206229689143,-12.869151386168554,-12.800655490801327,-12.801854580717928,-12.856783279102645,-12.931898621610951,-13.262106173271198,-13.61633469931596,-13.61633469931596,-13.61633469931596,-13.61633469931596,-13.61633469931596,-13.61633469931596,-13.61633469931596,-13.61633469931596,-13.61633469931596]
[null,null,null,null,"Land Use and Biofuels",-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998,-2.3871737999999998]
[null,null,null,null,"Heat Network CHP",-0.59627545551982852,-0.59627545551982852,-0.49689621293319053,-0.39751697034655237,-0.29813772775991426,-0.19875848517327618,-9.9379242586638064E-2,6.9388939039072284E-17,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Hydrogen Production",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Electricity Generation",-44.762735472446927,-76.314243553562505,-78.548933654977077,-67.787879962196229,-31.200676658353796,-8.2237182880635018,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Refineries",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Buildings",{"$f":"IF(F2270 * F$2267 =0,0,F2270 * F$2267 / F$2264)","v":0.21505769614487125},{"$f":"IF(G2270 * G$2267 =0,0,G2270 * G$2267 / G$2264)","v":0.22336442440501805},0.23674033812543643,0.24676677384843806,0.25808534097489277,0.26703015743646558,0.27326464335443584,0.27970531065540694,0.27864501532263702,0.27659148481235118,0.27324496377220647,0.26828045149006852,0.26644317264023504,0.26181492928474159,0.25195070576352474,0.24740246352376749,0.24084631055293745,0.23624568671954568,null,null,null,null,"Buildings"]
[null,null,null,null,"Indirect Emissions - Industry",0.10744284308181454,{"$f":"IF(G2271 * G$2267 =0,0,G2271 * G$2267 / G$2264)","v":0.10813156272027433},0.10686868388660144,0.10608511211644334,0.10552047544992947,0.1055303599857798,0.10598315729553999,0.10660236048093594,0.10932438185502774,0.11224441688862673,0.11224441688862669,0.11224441688862671,0.1122444168886267,0.1122444168886267,0.11224441688862674,0.11224441688862673,0.11224441688862667,0.11224441688862667,null,null,null,null,"Industry"]
[null,null,null,null,"Indirect Emissions - Land Use and Biofuels",1.9678344951837009E-2,1.9678344951836992E-2,1.9678344951837002E-2,1.9678344951836995E-2,1.9678344951836995E-2,1.9678344951836992E-2,1.9678344951836998E-2,1.9678344951836998E-2,1.9678344951837002E-2,1.9678344951836998E-2,1.9678344951836995E-2,1.9678344951837002E-2,1.9678344951836995E-2,1.9678344951836998E-2,1.9678344951837002E-2,1.9678344951837002E-2,1.9678344951836992E-2,1.9678344951836992E-2,null,null,null,null,"Land Use and Biofuels"]
[null,null,null,null,"Indirect Emissions - Heat Network Biomass CHP",4.9153162203912134E-3,4.9153162203912091E-3,4.0960968503260097E-3,3.2768774802608078E-3,2.4576581101956054E-3,1.6384387401304032E-3,8.1921937006520173E-4,-5.7199835146182208E-19,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Hydrogen Production",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Electricity Generation",0.36899556689782764,0.62908616431091258,0.64750753047876008,0.55880023710456972,0.25719856594179058,6.7791111505682566E-2,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Refineries",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"CHECK = 0",{"$f":"F2267 -SUM(F2277:F2283)","v":0},{"$f":"G2267 -SUM(G2277:G2283)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Heat Network CHP"]
[]
[null,null,null,"Heat Network CHP produces both Electricity and Network Heat so the emissions from its production must be split between these two fuels."]
[null,null,"Electricity production",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid"]
[null,null,null,null,"Heat Network Biomass CHP ",{"$f":" +SUMIFS(EB.hnCHPB.fElc., Prd., F1)","v":0.22062191854233656},0.22062191854233656,0.18385159878528048,0.14708127902822438,0.11031095927116827,7.3540639514112188E-2,3.677031975705608E-2,-2.5673907444456743E-17,0,0,0,0,0,0,0,0,0,0,"Heat Network CHP",null,"Distribution"]
[null,null,null,null,"Heat Network Gas CHP ",{"$f":" +SUMIFS(EB.hnCHPG.fElc., Prd., F1)","v":10.463128081457665},10.463128081457665,10.499898401214724,10.536668720971777,10.573439040728834,10.680071557431729,11.395505493587102,12.145626982366053,12.088511239097546,11.998605366594168,11.865875228593776,11.679445845131532,11.596861274597622,11.421669130999419,11.07273492267834,10.900423306839953,10.683750000000003,10.683750000000003,"Heat Network CHP",null,"Distribution"]
[null,null,null,null,"Total",{"$f":"SUM(F2290:F2291)","v":10.683750000000002},{"$f":"SUM(G2290:G2291)","v":10.683750000000002},10.683750000000003,10.683750000000002,10.683750000000002,10.753612196945841,11.432275813344157,12.145626982366053,12.088511239097546,11.998605366594168,11.865875228593776,11.679445845131532,11.596861274597622,11.421669130999419,11.07273492267834,10.900423306839953,10.683750000000003,10.683750000000003]
[null,null,"Network Heat Production"]
[null,null,null,null,"Heat Network Biomass CHP ",{"$f":" +SUMIFS(EB.hnCHPB.fNwkH., Prd., F1)","v":0.23851018220793144},0.23851018220793144,0.19875848517327621,0.15900678813862096,0.1192550911039657,7.9503394069310479E-2,3.9751697034655226E-2,-2.7755575615628914E-17,0,0,0,0,0,0,0,0,0,0,"Heat Network CHP",null,"Distribution"]
[null,null,null,null,"Heat Network Gas CHP ",{"$f":" +SUMIFS(EB.hnCHPG.fNwkH., Prd., F1)","v":11.31148981779207},11.31148981779207,11.351241514826727,11.390993211861382,11.430744908896038,11.5460233053316,12.319465398472543,13.130407548503843,13.068660799024375,12.971465261182885,12.827973220101381,12.626427940682738,12.537147323889322,12.347750411891266,11.97052424073334,11.78424141279995,11.550000000000004,11.550000000000004,"Heat Network CHP",null,"Distribution"]
[null,null,null,null,"Total",{"$f":"SUM(F2294:F2295)","v":11.550000000000002},11.550000000000002,11.550000000000002,11.550000000000002,11.550000000000004,11.625526699400911,12.359217095507198,13.130407548503843,13.068660799024375,12.971465261182885,12.827973220101381,12.626427940682738,12.537147323889322,12.347750411891266,11.97052424073334,11.78424141279995,11.550000000000004,11.550000000000004]
[]
[null,null,null,"Emissions calculated from total amount of fuel produced and added to indirect emissions."]
[null,null,"Emissions"]
[null,null,null,null,"Indirect emissions from other fuels",{"$f":"F2090+F2206+F2280","v":0.40843606068946187},0.33517650231693702,0.30646752512954623,0.277483367667405,0.24619825695004538,0.23119981249449564,0.23591274340395824,0.24299231506994384,0.24171741580454739,0.23982052606314669,0.23716926149918602,0.23348833432769928,0.23179847486338634,0.22832567171008369,0.22150616851279045,0.21808484953590865,0.2138217733248626,0.21384446799294832]
[null,null,null,null,"Direct emissions in production",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2286)","v":5.2050925791938578},5.2050925791938578,5.2194861332022064,5.2338614079900339,5.2482184035573436,5.2971914462419019,5.6477746994313556,6.0151814778777446,5.9868946252102972,5.9423682998242189,5.8766330464021204,5.7843029776487827,5.7434025630587975,5.6566377925968361,5.4838264103653351,5.3984882354387471,5.2911797149361437,5.2911797149361437]
[null,null,null,null,"Total Emissions",{"$f":"F2300+F2301","v":5.6135286398833193},5.5402690815107949,5.525953658331753,5.511344775657439,5.4944166605073885,5.5283912587363977,{"$f":"L2300+L2301","v":5.8836874428353134},6.2581737929476882,{"$f":"N2300+N2301","v":6.2286120410148449},6.1821888258873656,6.113802307901306,6.0177913119764819,5.9752010379221838,5.88496346430692,5.7053325788781253,5.6165730849746556,5.5050014882610059,5.505024182929092]
[]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,"Total emissions split between Electricity generation and Network Heat production. Split proportionally to fuel produced. Based on fact that one unit of fuel will produce twice as many units of electricity than of network heat."]
[null,null,null,"BEIS standard accounting for fuel input to CHP - DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.”"]
[null,null,null,"Fuel for electricity = 2 * Electricity output * Fuel / (2*Electricity Output +Heat Output), from 1) Fuel = 2A(Electricity Output) + A(Heat Output), 2) Fuel = A(2*Electricity Output +Heat Output), 3) A = Fuel / (2*Electricity Output +Heat Output)"]
[null,null,null,null,"Indirect Emissions - Electricity Generation",{"$f":"IF(F$2300 *  F2292  = 0, 0,\nF$2300 * (2 * F2292) / ((2 * F2292) +F2296))","v":0.26512516220193139},{"$f":"IF(G$2300 *  G2292  = 0, 0,\nG$2300 * (2 * G2292) / ((2 * G2292) +G2296))","v":0.21757071203029246},{"$f":"IF(H$2300 *  H2292  = 0, 0,\nH$2300 * (2 * H2292) / ((2 * H2292) +H2296))","v":0.1989350601718107},{"$f":"IF(I$2300 *  I2292  = 0, 0,\nI$2300 * (2 * I2292) / ((2 * I2292) +I2296))","v":0.18012078252094713},0.15981290363424,0.15007707126835679,0.15313634220958691,0.15773185364189338,0.1569042874520746,0.15567297305853378,0.15395197676262953,0.15156260298464688,0.15046567666570693,0.14821140093461571,0.14378470587672365,0.14156384969874772,0.13879658970210379,0.13881132132875593]
[null,null,null,null,"Direct Emissions - Electricity Generation",{"$f":"IF(F$2301 * F2292 = 0, 0, F$2301 * (2 * F2292) / ((2 * F2292) +F2296))","v":3.3787443057925044},{"$f":"IF(G$2301 * G2292 = 0, 0, G$2301 * (2 * G2292) / ((2 * G2292) +G2296))","v":3.3787443057925044},{"$f":"IF(H$2301 * H2292 = 0, 0, H$2301 * (2 * H2292) / ((2 * H2292) +H2296))","v":3.388087489973362},{"$f":"IF(I$2301 * I2292 = 0, 0, I$2301 * (2 * I2292) / ((2 * I2292) +I2296))","v":3.397418808695285},3.4067382619582758,3.4385277808938657,3.6660993662975461,3.9045914856399397,3.8862298444347543,3.8573267911139664,3.814656538892605,3.7547229854913149,3.7281735935644824,3.6718526022119811,3.559676792693288,3.5042818370391871,3.4346254289936371,3.4346254289936371]
[null,null,null,null,"Indirect Emissions - Network Heat Production",{"$f":"IF(F2300 * F2296 = 0, 0, F2300 * F2296 / ((2 * F2292) +F2296))","v":0.14331089848753048},{"$f":"IF(G2300 * G2296 = 0, 0, G2300 * G2296 / ((2 * G2292) +G2296))","v":0.11760579028664458},{"$f":"IF(H2300 * H2296 = 0, 0, H2300 * H2296 / ((2 * H2292) +H2296))","v":0.10753246495773551},{"$f":"IF(I2300 * I2296 = 0, 0, I2300 * I2296 / ((2 * I2292) +I2296))","v":9.7362585146457917E-2},8.6385353315805422E-2,8.1122741226138814E-2,8.277640119437131E-2,8.5260461428050494E-2,8.4813128352472761E-2,8.4147553004612866E-2,8.3217284736556513E-2,8.192573134305238E-2,8.1332798197679426E-2,8.0114270775467955E-2,7.7721462636066829E-2,7.6520999837160944E-2,7.5025183622758812E-2,7.5033146664192391E-2]
[null,null,null,null,"Direct Emissions - Network Heat Production",{"$f":"IF( F2301 * F2296= 0, 0, F2301 * F2296 / ((2 * F2292) +F2296))","v":1.8263482734013539},{"$f":"IF( G2301 * G2296= 0, 0, G2301 * G2296 / ((2 * G2292) +G2296))","v":1.8263482734013539},{"$f":"IF( H2301 * H2296= 0, 0, H2301 * H2296 / ((2 * H2292) +H2296))","v":1.831398643228844},{"$f":"IF( I2301 * I2296= 0, 0, I2301 * I2296 / ((2 * I2292) +I2296))","v":1.8364425992947488},1.8414801415990685,1.8586636653480357,1.9816753331338088,2.1105899922378057,2.100664780775543,2.0850415087102521,2.0619765075095162,2.0295799921574678,2.0152289694943151,1.984785190384855,1.9241496176720476,1.8942063983995607,1.8565542859425066,1.8565542859425066]
[null,null,null,null,"CHECK",{"$f":"F2302-SUM(F2308:F2311)","v":0},{"$f":"G2302-SUM(G2308:G2311)","v":0},0,0,{"$f":"J2302-SUM(J2308:J2311)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Electricity"]
[null,null,"Uses",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,null,"Direct Air Capture ",{"$f":" +SUMIFS(EB.ggrAirCap.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Dedicated GHG Removal",null,"Transmission"]
[null,null,null,null,"Enhanced Weathering",{"$f":" +SUMIFS(EB.ggrEnhWth.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Dedicated GHG Removal",null,"Transmission"]
[null,null,null,null,"Domestic Heat Pump Air Source ",{"$f":" +SUMIFS(EB.dHPA.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Heat Pump Ground Source ",{"$f":" +SUMIFS(EB.dHPG.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Hybrid Heat Pump / Gas Boiler ",{"$f":" +SUMIFS(EB.dHyb.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Electric Heater ",{"$f":" +SUMIFS(EB.dhtE.fElc., Prd., F1)","v":-30.266655304139466},-31.591462609612126,-33.367353159887301,-34.607430303448837,-36.052782456919751,-37.118526153200271,-37.750323162100003,-38.413413082444464,-38.260328686757987,-37.949656535299269,-37.432609199242577,-36.656342197411647,-36.377329234131366,-35.652501447857752,-34.092561674275366,-33.380101352525443,-32.346943950677669,-31.624979424530359,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Heat Pump Air Source ",{"$f":" +SUMIFS(EB.nHPA.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Heat Pump Ground Source ",{"$f":" +SUMIFS(EB.nHPG.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Hybrid Heat Pump / Gas Boiler ",{"$f":" +SUMIFS(EB.nHyb.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Electric Heater ",{"$f":" +SUMIFS(EB.nhtE.fElc., Prd., F1)","v":-18.430226662194514},-18.302914789594197,-19.690895398502267,-21.058473436177653,-22.405807572386898,-23.733057991021951,-25.04038640368308,-26.327956063379563,-26.143514316329664,-25.960031933390919,-25.777515828796854,-25.595972966612592,-25.415410361093951,-25.235835077049206,-25.057254230203419,-24.879674987565409,-24.703104567797297,-24.527550241586891,"Buildings",null,"Distribution"]
[null,null,null,null,"Heat Network Waste Heat Offtake from Power ",{"$f":" +SUMIFS(EB.hnWHO.fElc., Prd., $M$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Network Heat Production",null,"Distribution"]
[null,null,null,null,"Heat Network Heat Pump Water Source ",{"$f":" +SUMIFS(EB.hnHPW.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Network Heat Production",null,"Distribution"]
[null,null,null,null,"Heat Network Heat Pump Ground Source ",{"$f":" +SUMIFS(EB.hnHPG.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Network Heat Production",null,"Distribution"]
[null,null,null,null,"Domestic Electric Stove ",{"$f":" +SUMIFS(EB.dStvE.fElc., Prd., F1)","v":-4.935604828890801},-5.1071488557522917,-5.268837056656464,-5.4173989432536214,-5.5496400097388987,-5.6706742958524012,-5.7864362421814892,-5.8971251737047723,-5.9967197461335404,-6.0910699464518219,-6.1854747351998078,-6.2854019392176577,-6.3918528793246887,-6.5014285311916407,-6.6110158316356431,-6.7205971935893833,-6.8319186854584482,-6.9455644871885971,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Electric Stove ",{"$f":" +SUMIFS(EB.nStvE.fElc., Prd., F1)","v":-9.0622977704558174},-9.1276106609708361,-9.2232008433432568,-9.319694772746713,-9.4171005107988375,-9.5154261883763649,-9.614680006194666,-9.7148702353921088,-9.7848862812254662,-9.8554069397356159,-9.926435847716812,-9.9979766681740578,-10.070033090511998,-10.142608830725198,-10.215707631589746,-10.289333262856323,-10.363489521444555,-10.438180231638864,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Lighting ",{"$f":" +SUMIFS(EB.dLt.fElc., Prd., F1)","v":-13.4285795},-9.7522854078763093,-7.6741644031194802,-8.2399700306828656,-10.44010887574774,-12.898493089274552,-15.62957346450966,-18.638325806099711,-18.953102249666433,-19.251303444588356,-19.549677170516162,-19.865504922262389,-20.201951452671377,-20.548273879235872,-20.894633122040119,-21.240973595780961,-21.592813886356517,-21.952000340221666,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Lighting ",{"$f":" +SUMIFS(EB.nLt.fElc., Prd., F1)","v":-24.1570219},-24.331123983874065,-24.812750583243417,-25.211895819833025,-25.526710397299677,-25.755318068219495,-25.895815308663288,-25.946270989243484,-26.133268371068446,-26.32161346181174,-26.511315974546928,-26.702385692350688,-26.894832468807309,-27.088666228516871,-27.283896967607003,-27.480534754248488,-27.678589729174355,-27.878072106202975,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Appliances ",{"$f":" +SUMIFS(EB.dAp.fElc., Prd., F1)","v":-59.227054300000006},-62.417103225320425,-65.735397993063955,-69.461098403577722,-74.312410567868056,-80.769815146933979,-87.329687090907825,-95.137378543531995,-96.744121873364392,-98.266258585565012,-99.789275964183204,-101.40138558631462,-103.11874160080723,-104.88650809104627,-106.65446250591837,-108.42232111607559,-110.21825296422465,-112.05168253212577,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Appliances ",{"$f":" +SUMIFS(EB.nAp.fElc., Prd., F1)","v":-40.003594699999994},-41.035822016167245,-41.301150344894097,-41.819543197009914,-43.00027097128141,-45.000088545145644,-46.87415524295011,-49.217135256160532,-49.571848094766224,-49.929117384437546,-50.288961549774136,-50.65139914816362,-51.016448870738557,-51.384129543340435,-51.754460127490383,-52.12745972136721,-52.503147560792108,-52.881543020220874,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Air Conditioning ",{"$f":" +SUMIFS(EB.dAC.fElc., Prd., F1)","v":-0.15},-0.2,-0.39272868029290431,-0.72277098243570637,-1.2765854171871582,-2.3189856340689148,-4.2297372849386132,-7.7131948893598912,-7.8434604551123224,-7.966866599880972,-8.0903441440492596,-8.2210447781099525,-8.360278188121713,-8.5035985913831365,-8.6469342304997117,-8.790262102317584,-8.9358659918176855,-9.0845099821149944,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Air Conditioning ",{"$f":" +SUMIFS(EB.nAC.fElc., Prd., F1)","v":-12.930350300000001},-14.069829504592567,-15.726328552633234,-17.38270024584773,-20.104045100303185,-23.024196681864893,-26.150834354673147,-29.491800935875041,-29.704351308242533,-29.918433552498495,-30.134058708997504,-30.351237897663129,-30.569982318561323,-30.790303252478047,-31.012212061501007,-31.235720189605658,-31.460839163245254,-31.687580591945434,"Buildings",null,"Distribution"]
[null,null,null,null,"Car Electric ",{"$f":" +SUMIFS(EB.carE.fElc., Prd., F1)","v":-5.2188207026439289E-2},-5.2055694371755834E-2,-4.2080154611572655E-2,-3.2217261323963672E-2,-2.4400133202313157E-2,-1.6313313383594721E-2,-8.1838604851711318E-3,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Car Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.carPHEV.fElc., Prd., F1)","v":-6.6207558825690474E-2},-6.4927945855935185E-2,-5.4362655110725383E-2,-4.3480265752749873E-2,-3.3362604647835262E-2,-2.2611567795326849E-2,-1.1516496122029443E-2,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"LGV (van) Electric ",{"$f":" +SUMIFS(EB.lgvE.fElc., Prd., F1)","v":-1.5115044315090836E-2},-1.5635543671157902E-2,-1.4194041710622798E-2,-1.2402536816866041E-2,-9.9595404850432029E-3,-7.0653207338754759E-3,-3.7349557857832253E-3,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"LGV (van) Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.lgvPHEV.fElc., Prd., F1)","v":-1.4717848371906168E-3},-1.5623196572431854E-3,-1.4401078879649469E-3,-1.2599615493030967E-3,-9.9871269635841073E-4,-6.9902443303926473E-4,-3.6918232434216122E-4,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"HGV _Rigid Electric ",{"$f":" +SUMIFS(EB.hgvRE.fElc., Prd., F1)","v":-1.0999905953836176E-2},-1.0939530796466422E-2,-8.9217375871810823E-3,-7.0237893680787566E-3,-5.2468913193702846E-3,-3.482273994128429E-3,-1.6967073202077043E-3,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"HGV _Rigid Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.hgvRPHEV.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"HGV _Articulated Electric ",{"$f":" +SUMIFS(EB.hgvAE.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"HGV _Articulated Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.hgvAPHEV.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Bus Electric ",{"$f":" +SUMIFS(EB.busE.fElc., Prd., F1)","v":-4.1354604741889239E-3},-3.7564272810055007E-3,-2.8469282498260725E-3,-2.0590302040035943E-3,-1.4695185041370112E-3,-9.2597220988083196E-4,-4.3919916327742449E-4,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Bus Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.busPHEV.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Train Passenger Electric ",{"$f":" +SUMIFS(EB.trnPE.fElc., Prd., F1)","v":-5.7448669644278478},-5.944538057845385,-6.1184364252832708,-6.3007063000303427,-6.4674474767460097,-6.6160121407258403,-6.7893960237395552,-6.9412270390067077,-7.0584550982250196,-7.1695102551521916,-7.2806296655372957,-7.3982492496617542,-7.523547614887808,-7.6525239304910659,-7.7815139570832565,-7.9104969937595229,-8.0415282550306273,-8.1752953514721849,"Transport",null,"Distribution"]
[null,null,null,null,"Train Freight Electric ",{"$f":" +SUMIFS(EB.trnFE.fElc., Prd., F1)","v":-4.0687781827634099E-2},-3.9043831046719588E-2,-3.8666822193087549E-2,-3.8489576228427178E-2,-3.8503611215347226E-2,-3.8517509275565617E-2,-3.8719229829517414E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,-3.8920950383469204E-2,"Transport",null,"Distribution"]
[null,null,null,null,"Light Duty Vehicles Electric Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.LVEref.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"HGV _Articulated Electric Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.hgvAEref.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Bus Electric Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.busEref.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Light Duty Vehicles Hydrogen Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.LVH2ref.fElc., Prd., F1)","v":-1.4439120705901382E-5},-1.4057071450986206E-5,-1.4008719711251478E-5,-1.1074974629604931E-5,-8.4514531702599498E-6,-5.6948501732047354E-6,-2.8878842822511079E-6,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"HGV _Articulated Hydrogen Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.hgvAH2ref.fElc., Prd., F1)","v":-7.2898984749059862E-4},-7.1256698663372631E-4,-6.9099711477747891E-4,-5.3114924899555656E-4,-4.0082497403598618E-4,-2.6781847838996524E-4,-1.3502543587913082E-4,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Bus Hydrogen Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.busH2ref.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Light Duty Vehicles Internal Combustion Engine Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.LVICref.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"HGV _Articulated Internal Combustion Engine Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.hgvAICref.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Bus Internal Combustion Engine Refuelling Infrastructure ",{"$f":" +SUMIFS(EB.busICref.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Aviation Domestic Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.aviDPHEV.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Aviation International Plug-in Hybrid Electric Vehicle ",{"$f":" +SUMIFS(EB.aviIPHEV.fElc., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Distribution"]
[null,null,null,null,"Industry Ferrous and non-ferrous metal production ",{"$f":" +SUMIFS(EB.inSTL.fElc., Prd., F1)","v":-8.5029255999999993},-6.5831583496074293,-6.1583485767084358,-5.7929360125519302,-5.4478838802926344,-5.1243241359349119,-4.8206424375307986,-4.5355984655139645,-4.2680058904084195,-4.0167586268091542,-4.0167586268091542,-4.0167586268091542,-4.0167586268091542,-4.0167586268091542,-4.0167586268091542,-4.0167586268091542,-4.0167586268091542,-4.0167586268091542,"Industry",null,"Distribution","*Net electricity consumption is used including the generation from CHP as the emissions associated with electricity generation in CHP are already counted as direct emissions."]
[null,null,null,null,"Industry Cement, ceramics and glass ",{"$f":" +SUMIFS(EB.inCCG.fElc., Prd., F1)","v":-4.7542277000000004},-5.0951820484009316,-5.3227762251259758,-5.6337549406570435,-5.9733783164693435,-6.3422230016567092,-6.7444215682152269,-7.1736242507457142,-7.6303389108931174,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,"Industry",null,"Distribution","*Net electricity consumption is used including the generation from CHP as the emissions associated with electricity generation in CHP are already counted as direct emissions."]
[null,null,null,null,"Industry Chemicals ",{"$f":" +SUMIFS(EB.inCHE.fElc., Prd., F1)","v":-14.137079099999999},-13.421027838543186,-12.653002359116089,-12.273409808193684,-11.9159228642872,-11.780376061155382,-11.93092903135771,-12.090482591232988,-12.557824309264902,-13.043249800652493,-13.043249800652493,-13.043249800652493,-13.043249800652493,-13.043249800652493,-13.043249800652493,-13.043249800652493,-13.043249800652493,-13.043249800652493,"Industry",null,"Distribution","*Net electricity consumption is used including the generation from CHP as the emissions associated with electricity generation in CHP are already counted as direct emissions."]
[null,null,null,null,"Industry Other Industry ",{"$f":" +SUMIFS(EB.inOTH.fElc., Prd., F1)","v":-66.043281000000007},-65.569958669661531,-63.96402161863918,-62.433407541606158,-60.979148601425244,-59.854317053407641,-58.940502197899413,-58.069139223323631,-58.690966368033024,-59.372098675245169,-59.372098675245169,-59.372098675245169,-59.372098675245169,-59.372098675245169,-59.372098675245169,-59.372098675245169,-59.372098675245169,-59.372098675245169,"Industry",null,"Distribution","*Net electricity consumption is used including the generation from CHP as the emissions associated with electricity generation in CHP are already counted as direct emissions."]
[null,null,null,null,"Industry Refineries ",{"$f":" +SUMIFS(EB.inREF.fElc., Prd., F1)","v":-4.9250723999999995},-4.6689985855078966,-4.5082147418072127,-4.276360814554554,-4.2329408490806681,-4.1772584829485364,-4.1532982398806793,-4.1082257042984551,-4.1874571648150178,-4.2643377322301426,-4.336913095029951,-4.4100210969183191,-4.4877353373914453,-4.5641686414302338,-4.6363257782626786,-4.7126312196534048,-4.7878835245061504,-4.8654497802946945,"Refineries",null,"Distribution","*Net electricity consumption is used including the generation from CHP as the emissions associated with electricity generation in CHP are already counted as direct emissions."]
[null,null,null,null,"Agricultural Fuel Use",{"$f":" +SUMIFS(EB.AgrFU.fElc., Prd., F1)","v":-4.1169036999999999},-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,"Land Use and Biofuels",null,"Distribution"]
[null,null,null,null,"H2 prod Bio Gasification with CCS ",{"$f":" +SUMIFS(EB.hpBccs.fElc., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen Production",null,"Transmission"]
[null,null,null,null,"H2 prod Electrolysis ",{"$f":" +SUMIFS(EB.hpElc.fElc., Prd., F1)","v":-2.3209489738817517E-2},-2.2144733198772155E-2,-2.0986220189431935E-2,-1.5773795596368309E-2,-1.1641640596088758E-2,-7.6108056643664551E-3,-3.7559372299269902E-3,0,0,0,0,0,0,0,0,0,0,0,"Hydrogen Production",null,"Transmission"]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Solid ",{"$f":" +SUMIFS(EB.DRExFsS.fElc., Prd., F1)","v":-0.50055519999999998},-9.2927454403625431E-2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Domestic Resource Extraction Fossil Fuel Solid ",null,"N/A - This fuel consumption is neglected to avoid cyclic calculations"]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Liquid ",{"$f":" +SUMIFS(EB.DRExFsL.fElc., Prd., F1)","v":-0.6055741},-0.41336037740974663,-0.31985038035746755,-0.24749412717273284,-0.19150623774946138,-0.14818387618287612,-0.11466185863516977,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,-8.8723160470214113E-2,"Domestic Resource Extraction Fossil Fuel Liquid ",null,"N/A - This fuel consumption is neglected to avoid cyclic calculations"]
[null,null,null,null,"Electricity -  Transmission ",{"$f":" +SUMIFS(EB.eTms.fElc., Prd., F1)","v":-5.3888162764171099},-5.3943952831054744,-5.4734419504475804,-5.6103403576666286,-5.8359048473154003,-6.1200877727368166,-6.419045922639727,-6.7823793314303984,-6.8542446101496584,-6.9240269207535601,-6.9667821544638926,-7.0081836671466569,-7.0593501186430458,-7.1055633733102948,-7.1400668499732838,-7.1866974722376131,-7.2292606143919453,-7.2749691102236467,null,null,"Off-grid"]
[null,null,null,null,"Electricity -  Distribution ",{"$f":" +SUMIFS(EB.eDst.fElc., Prd., F1)","v":-20.459876507574869},-20.479838580311586,-20.761865236475423,-21.250484175652161,-22.055312375219344,-23.077330673469287,-24.222662956044363,-25.601639805166556,-25.851357828139008,-26.089842248852733,-26.226953471489445,-26.353006858747243,-26.525937781052928,-26.670458171793616,-26.753055704885245,-26.899398987064856,-27.026087611535921,-27.1891298161676,null,null,"Transmission"]
[null,null,null,null,"Demand for transmission grid",{"$f":"F2373+SUMIFS(F$2316:F$2371,$Z$2316:$Z$2371,\"Transmission\")","v":-341.49037689965041},-342.02569953357516,-346.98057957216685,-355.47218786932308,-369.4003918721458,-386.99082634407512,{"$f":"L2373+SUMIFS(L$2316:L$2371,$Z$2316:$Z$2371,\"Transmission\")","v":-406.08893819705008},-429.1732327048631,-433.53583160282886,-437.73753783246559,-440.23425456765062,-442.59401821417845,-445.65817041067237,-448.32509342911004,-450.09812303556271,-452.79359468898053,-455.19455462463202,-458.00562711828167]
[null,null,null,null,"Demand for distribution grid",{"$f":"SUMIFS(F$2316:F$2371,$Z$2316:$Z$2371,\"Distribution\")","v":-321.00729090233671},-321.52371622006478,-326.197728115502,-334.20592989807454,-347.33343785633036,-363.90588486494147,-381.8625193037758,-403.57159289969655,-407.68447377468988,-411.64769558361286,-414.0073010961612,-416.24101135543123,-419.13223262961947,-421.65463525731644,-423.34506733067747,-425.89419570191569,-428.16846701309612,-430.81649730211404]
[]
[null,null,"Emissions"]
[null,null,null,null,"Indirect Emissions assigned from other fuel production",{"$f":"F2282+F2169+F2079+F2308","v":3.4200870134442569},2.1132613404233975,1.6627654903501028,1.425520765879142,1.2035029541908577,0.93808168074074239,0.75017194966365197,{"$f":"M2282+M2169+M2079+M2308","v":0.65377191418078784},0.65611316324898328,0.65817726788176345,0.66017093884755274,0.66207661779207749,0.66413572389739284,0.66622018765646029,0.6683418828753348,0.67049005987427379,0.67296941426713341,0.67718052481278157]
[null,null,null,null,"Direct Emissions from DH CHP",{"$f":"+F2309","v":3.3787443057925044},{"$f":"+G2309","v":3.3787443057925044},3.388087489973362,3.397418808695285,3.4067382619582758,3.4385277808938657,3.6660993662975461,3.9045914856399397,3.8862298444347543,3.8573267911139664,3.814656538892605,3.7547229854913149,3.7281735935644824,3.6718526022119811,3.559676792693288,3.5042818370391871,3.4346254289936371,3.4346254289936371]
[null,null,null,null,"Emissions in production",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2314)","v":115.07668212124041},58.218299938916957,40.259464241060797,45.385807688514475,81.385877930858499,108.39297028727707,120.86054234333203,133.97360538768768,135.61180701678691,137.10638724040581,138.10023439768617,138.97075393986506,140.07456448933436,141.0545816624232,141.74843739294016,142.73883804013795,143.62682858976817,144.58209186271938]
[null,null,null,null,"Total emissions",{"$f":"SUM(F2376:F2378)","v":121.87551344047716},{"$f":"SUM(G2376:G2378)","v":63.710305585132858},45.31031722138426,50.208747263088902,85.996119147007633,112.76957974891167,125.27681365929323,{"$f":"SUM(M2376:M2378)","v":138.53196878750842},140.15415002447065,141.62189129940154,142.57506187542631,143.38755354314844,144.46687380679623,145.39265445229165,145.97645606850878,146.9136099370514,147.73442343302895,148.6938978165258]
[]
[null,null,"Transmission indirect emissions categories"]
[null,null,null,null,"Dedicated GHG Removal",{"$f":"SUMIFS(F$2316:F$2369,$X$2316:$X$2369,$E2382)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(P$2316:P$2369,$X$2316:$X$2369,$E2382)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Hydrogen Production",-2.3209489738817517E-2,-2.2144733198772155E-2,-2.0986220189431935E-2,-1.5773795596368309E-2,-1.1641640596088758E-2,-7.6108056643664551E-3,-3.7559372299269902E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Dedicated GHG Removal",{"$f":"IF((F$2379)*F2382=0,0,(F$2379)*F2382/F$2372)","v":0},{"$f":"IF((G$2379)*G2382=0,0,(G$2379)*G2382/G$2372)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,null,null,"Dedicated GHG Removal"]
[null,null,null,null,"Indirect Emissions - Hydrogen Production",{"$f":"IF((F$2379)*F2383=0,0,(F$2379)*F2383/F$2372)","v":8.283303630078856E-3},{"$f":"IF((G$2379)*G2383=0,0,(G$2379)*G2383/G$2372)","v":4.1249757580176048E-3},2.7404769893273184E-3,2.2279732240791392E-3,2.7101647258522552E-3,2.2177976786409729E-3,1.1586916170596236E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Note that transport is a distribution demand of electricity grid (despite being a off-grid demand for gas grid)"]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,"Fuel Consumption","Transport",{"$f":"SUMIFS(F$2316:F$2369,$X$2316:$X$2369,$E2388)","v":-5.9364161366561152},-6.1331859745837534,-6.2816538784687399,-6.4381809454973604,-6.5817977652436204,-6.7059006358798143,-6.8541935680900448,-6.9801479893901766,-7.0973760486084885,-7.2084312055356605,{"$f":"SUMIFS(P$2316:P$2369,$X$2316:$X$2369,$E2388)","v":-7.3195506159207646},-7.4371702000452231,-7.5624685652712769,-7.6914448808745348,-7.8204349074667254,-7.9494179441429917,-8.0804492054140962,-8.2142163018556538]
[null,null,null,"Fuel Consumption","Buildings",-212.59138526568063,-215.93530105376004,-223.19280701563633,-233.2409761350138,-248.08546187953161,-265.8045817939585,-284.30162856080187,-306.49747097519162,-309.13560138266695,-311.50975838365974,-313.68566912302322,-315.72865179628036,-318.41686046476946,-320.73385347282442,-322.22313838276079,-324.566978275932,-326.6349660209886,-329.07166295777643]
[null,null,null,"Fuel Consumption","Industry",-93.4375134,-90.669326906213087,-88.098148779589678,-86.133508303008824,-84.31633366247442,-83.101240252154639,-82.43649523500315,-81.86884453081629,-83.147135478599466,-84.5482645621872,-84.5482645621872,-84.5482645621872,-84.5482645621872,-84.5482645621872,-84.5482645621872,-84.5482645621872,-84.5482645621872,-84.5482645621872]
[null,null,null,"Fuel Consumption","Land Use and Biofuels",-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999,-4.1169036999999999]
[null,null,null,"Fuel Consumption","Network Heat Production",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Fuel Consumption","Refineries",-4.9250723999999995,-4.6689985855078966,-4.5082147418072127,-4.276360814554554,-4.2329408490806681,-4.1772584829485364,-4.1532982398806793,-4.1082257042984551,-4.1874571648150178,-4.2643377322301426,-4.336913095029951,-4.4100210969183191,-4.4877353373914453,-4.5641686414302338,-4.6363257782626786,-4.7126312196534048,-4.7878835245061504,-4.8654497802946945]
[null,null,null,"Indirect Emissions","Indirect Emissions - Transport",{"$f":"IF((F$2379-SUM(F$2384:F$2385))*F2388=0,0,(F$2379-SUM(F$2384:F$2385))*F2388/F$2373)","v":2.2537014330122096},{"$f":"IF((G$2379-SUM(G$2384:G$2385))*G2388=0,0,(G$2379-SUM(G$2384:G$2385))*G2388/G$2373)","v":1.2152193872388879},0.87249692640309684,0.96718408297044289,1.6295327929221064,2.078028291562029,2.2486197128832051,2.3960399106651704,2.4399425817881464,2.4799644734613326,2.5206931839176066,2.5619715769859299,2.6066384468511088,2.6521221262548296,2.6966166864883738,2.7421779842471032,2.7880626351805016,2.8350906872873169,null,null,null,null,"Transport"]
[null,null,null,"Indirect Emissions","Indirect Emissions - Buildings",80.708208216884557,{"$f":"IF((G$2379-SUM(G$2384:G$2385))*G2389=0,0,(G$2379-SUM(G$2384:G$2385))*G2389/G$2373)","v":42.785065595145959},31.000599823543958,35.038928157501068,61.421424662226819,82.367674528209136,93.269359850419008,105.20982851520579,106.27492642272189,107.17077154523423,108.02648544176661,108.76285067904448,109.75220901077817,110.59370022262112,111.10792456133005,111.96045150671966,112.70149975033495,113.57723887682172,null,null,null,null,"Buildings"]
[null,null,null,"Indirect Emissions","Indirect Emissions - Industry",35.472624054501324,{"$f":"IF((G$2379-SUM(G$2384:G$2385))*G2390=0,0,(G$2379-SUM(G$2384:G$2385))*G2390/G$2373)","v":17.965071390454384},12.236485091205306,12.939518001483728,20.875182675394544,25.751459451085964,27.044513173572991,28.102702010622483,28.584400068208069,29.087701113942014,29.1165735954349,29.125358821355629,29.142171649401188,29.153472027004639,29.153654973119885,29.165203203279827,29.172370409462861,29.181359326076027,null,null,null,null,"Industry"]
[null,null,null,"Indirect Emissions","Indirect Emissions - Land Use and Biofuels",1.5629416056215972,{"$f":"IF((G$2379-SUM(G$2384:G$2385))*G2391=0,0,(G$2379-SUM(G$2384:G$2385))*G2391/G$2373)","v":0.81571653172885394},0.57182167213312696,0.61846719802848327,1.0192700875554839,1.2757484530061149,1.35061123148896,1.4131886012386545,1.4153130077869549,1.4163657286235862,1.4177716146757928,1.4181993931675885,1.4190180592200101,1.4195683078455492,1.4195772160300359,1.4201395333256079,1.4204885256769755,1.4209262224677419,null,null,null,null,"Land Use and Biofuels"]
[null,null,null,"Indirect Emissions","Indirect Emissions - Network Heat Production",0,{"$f":"IF((G$2379-SUM(G$2384:G$2385))*G2392=0,0,(G$2379-SUM(G$2384:G$2385))*G2392/G$2373)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Indirect Emissions","Indirect Emissions - Refineries",1.8697548268274073,{"$f":"IF((G$2379-SUM(G$2384:G$2385))*G2393=0,0,(G$2379-SUM(G$2384:G$2385))*G2393/G$2373)","v":0.92510770480675231},0.62617323110944123,0.64242184988110296,1.0479987641828097,1.2944512273697988,1.3625509993119767,1.4102097497763235,1.4395679439656017,1.4670884381403422,1.4935380396313869,1.5191730725947812,1.5468366405457254,1.5737917685654965,1.5986826315404035,1.6256377094791596,1.6520021123736324,1.6792827038729725]
[null,null,null,null,"CHECK = 0",{"$f":"F$2379-SUM(F2384:F2385,F2394:F2399)","v":0},{"$f":"G$2379-SUM(G2384:G2385,G2394:G2399)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Hydrogen Production"]
[null,null,"Uses",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,"Despite Heat Network Gas CHP contributing to Heat Network CHP and therefore producing both electricity and Network Heat, accounting for this will produce cyclical calculations. Due to this the contribution to electricity has been neglected and it is assumed all hydrogen in Heat Network Gas CHP goes to Network Heat Production."]
[null,null,null,null,"Domestic Hybrid Heat Pump / Gas Boiler ",{"$f":" +SUMIFS(EB.dHyb.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Domestic Gas Boiler ",{"$f":" +SUMIFS(EB.dblG.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Hybrid Heat Pump / Gas Boiler ",{"$f":" +SUMIFS(EB.nHyb.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Gas Boiler ",{"$f":" +SUMIFS(EB.nblG.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Heat Network Gas CHP ",{"$f":" +SUMIFS(EB.hnCHPG.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Network Heat Production",null,"N/A - This fuel consumption is neglected to avoid cyclic calculations"]
[null,null,null,null,"Domestic Gas Stove ",{"$f":" +SUMIFS(EB.dStvG.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Non-Domestic Gas Stove ",{"$f":" +SUMIFS(EB.nStvG.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Buildings",null,"Distribution"]
[null,null,null,null,"Car Hydrogen ",{"$f":" +SUMIFS(EB.carH2.fH2G., Prd., F1)","v":-3.4653889694163253E-4},-3.3736971482366837E-4,-3.3620927307003487E-4,-2.6579939111051788E-4,-2.0283487608623843E-4,-1.3667640415691341E-4,-6.9309222774026463E-5,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"LGV (van) Hydrogen ",{"$f":" +SUMIFS(EB.lgvH2.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"HGV _Rigid Hydrogen ",{"$f":" +SUMIFS(EB.hgvRH2.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"HGV _Articulated Hydrogen ",{"$f":" +SUMIFS(EB.hgvAH2.fH2G., Prd., F1)","v":-1.7495756339774335E-2},-1.7101607679209402E-2,-1.6583930754659464E-2,-1.2747581975893336E-2,-9.6197993768636515E-3,-6.4276434813591542E-3,-3.2406104610991338E-3,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Bus Hydrogen ",{"$f":" +SUMIFS(EB.busH2.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Transport",null,"Off-grid"]
[null,null,null,null,"Industry Ferrous and non-ferrous metal production ",{"$f":" +SUMIFS(EB.inSTL.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Cement, ceramics and glass ",{"$f":" +SUMIFS(EB.inCCG.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Chemicals ",{"$f":" +SUMIFS(EB.inCHE.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Other Industry ",{"$f":" +SUMIFS(EB.inOTH.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Industry",null,"Distribution"]
[null,null,null,null,"Industry Refineries ",{"$f":" +SUMIFS(EB.inREF.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Refineries",null,"Distribution"]
[null,null,null,null,"Agricultural Fuel Use",{"$f":" +SUMIFS(EB.AgrFU.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"Land Use and Biofuels",null,"Distribution"]
[null,null,null,null,"Gas Grid Transmission All Types ",{"$f":" +SUMIFS(EB.ggTmsALL.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Off-grid"]
[null,null,null,null,"Gas Grid Distribution All Types ",{"$f":" +SUMIFS(EB.ggDstALL.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Transmission"]
[null,null,null,null,"Total demand (neglecting fossil fuel extraction)",{"$f":"F2426+SUMIFS(F$2405:F$2424,$Z$2405:$Z$2424,\"Off-grid\")","v":-1.7842295236715967E-2},-1.7438977394033071E-2,-1.6920140027729499E-2,-1.3013381367003854E-2,-9.8226342529498904E-3,-6.5643198855160675E-3,-3.3099196838731601E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Demand for transmission grid",{"$f":"F2427+SUMIFS(F$2405:F$2424,$Z$2405:$Z$2424,\"Transmission\")","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Demand for distribution grid",{"$f":"SUMIFS(F$2405:F$2424,$Z$2405:$Z$2424,\"Distribution\")","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"Emissions"]
[null,null,null,null,"Emissions in production",{"$f":"+SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2402)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Emissions from Hydrogen Gas-GHG-Gas Grid Distribution All Types ",{"$f":"+SUMIFS(Em.GHG.ggDstALL.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Emissions from Hydrogen Gas-GHG-Gas Grid Transmission All Types ",{"$f":"+SUMIFS(Em.GHG.ggTmsALL.fH2G., Prd., F1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect emissions assigned from other fuel production",{"$f":"F2078+F2281+F2385","v":8.283303630078856E-3},4.1249757580176048E-3,2.7404769893273184E-3,2.2279732240791392E-3,2.7101647258522552E-3,2.2177976786409729E-3,1.1586916170596236E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total emissions",{"$f":"SUM(F2430:F2433)","v":8.283303630078856E-3},{"$f":"SUM(G2430:G2433)","v":4.1249757580176048E-3},2.7404769893273184E-3,2.2279732240791392E-3,2.7101647258522552E-3,2.2177976786409729E-3,1.1586916170596236E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total emissions excluding grid leakages",{"$f":"F2433+F2430","v":8.283303630078856E-3},4.1249757580176048E-3,2.7404769893273184E-3,2.2279732240791392E-3,2.7101647258522552E-3,2.2177976786409729E-3,1.1586916170596236E-3,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,null,"Off-grid indirect emissions categories"]
[null,null,null,null,"Transport",{"$f":"SUMIFS(F$2405:F$2422,$X$2405:$X$2422,$E2438)","v":-1.7842295236715967E-2},-1.7438977394033071E-2,-1.6920140027729499E-2,-1.3013381367003854E-2,-9.8226342529498904E-3,-6.5643198855160675E-3,-3.3099196838731601E-3,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Transport",{"$f":"IF(F2438 * F$2435 = 0, 0, F2438 * F$2435 / F$2425)","v":8.283303630078856E-3},{"$f":"IF(G2438 * G$2435 = 0, 0, G2438 * G$2435 / G$2425)","v":4.1249757580176048E-3},2.7404769893273184E-3,2.2279732240791392E-3,2.7101647258522552E-3,2.2177976786409729E-3,1.1586916170596238E-3,0,0,0,0,0,0,0,0,0,0,0,null,null,null,null,"Transport"]
[]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,null,"Buildings",{"$f":"SUMIFS(F$2405:F$2422,$X$2405:$X$2422,$E2442)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(P$2405:P$2422,$X$2405:$X$2422,$E2442)","v":0},0,0,0,0,0,0,0]
[null,null,null,null,"Industry",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Land Use and Biofuels",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Network Heat Production",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Refineries",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Buildings",{"$f":"IF((F$2435-F$2439+F$2431+F$2432)*F2442=0,0,(F$2435-F$2439+F$2431+F$2432)*F2442/F$2427)","v":0},{"$f":"IF((G$2435-G$2439+G$2431+G$2432)*G2442=0,0,(G$2435-G$2439+G$2431+G$2432)*G2442/G$2427)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,null,null,"Buildings"]
[null,null,null,null,"Indirect Emissions - Industry",{"$f":"IF((F$2435-F$2439+F$2431+F$2432)*F2443=0,0,(F$2435-F$2439+F$2431+F$2432)*F2443/F$2427)","v":0},{"$f":"IF((G$2435-G$2439+G$2431+G$2432)*G2443=0,0,(G$2435-G$2439+G$2431+G$2432)*G2443/G$2427)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,null,null,"Industry"]
[null,null,null,null,"Indirect Emissions - Land Use and Biofuels",{"$f":"IF((F$2435-F$2439+F$2431+F$2432)*F2444=0,0,(F$2435-F$2439+F$2431+F$2432)*F2444/F$2427)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,null,null,null,"Land Use and Biofuels"]
[null,null,null,null,"Indirect Emissions - Network Heat Production",{"$f":"IF((F$2435-F$2439+F$2431+F$2432)*F2445=0,0,(F$2435-F$2439+F$2431+F$2432)*F2445/F$2427)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Indirect Emissions - Refineries",{"$f":"IF((F$2435-F$2439+F$2431+F$2432)*F2446=0,0,(F$2435-F$2439+F$2431+F$2432)*F2446/F$2427)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"CHECK = 0",{"$f":"F2435-SUM(F2439,F2447:F2451)","v":0},{"$f":"G2435-SUM(G2439,G2447:G2451)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Network Heat Production"]
[null,null,"Uses",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Category",null,"Connection to grid",null,"Indirect Emissions - Sector"]
[null,null,null,null,"Domestic District Heat Network ",{"$f":" +SUMIFS(EB.dDHN.fNwkH., Prd., F1)","v":-17.325000000000003},-18.081355336839515,-19.397503374010881,-20.4330686789616,-21.611840758812633,-22.588700301602032,-23.321172446695982,-24.084883505169238,-23.997410656110851,-23.812441529338095,-23.500270919659318,-23.028704615400418,-22.864086076147998,-22.424892815729862,-21.470955165304627,-21.039385340659368,-20.410264981740998,-19.973117948515771,"Buildings"]
[null,null,null,null,"Non-Domestic District Heat Network ",{"$f":" +SUMIFS(EB.nDHN.fNwkH., Prd., F1)","v":-4.9198388999999993},-4.8864292828009628,-5.8597109836950132,-6.9114335812048653,-8.0398164357425532,-9.2430989943766555,-10.51954102909753,-11.867422877638907,-11.785827245979702,-11.704665733424569,-11.623941468713504,-11.543657603135657,-11.463817310691812,-11.384423788258127,-11.305480255750947,-11.226989956292883,-11.148956156380049,-11.071382146050539,"Buildings"]
[null,null,null,null,"Total",{"$f":"SUM(F2456:F2457)","v":-22.244838900000001},{"$f":"SUM(G2456:G2457)","v":-22.967784619640476},-25.257214357705895,-27.344502260166465,-29.651657194555185,-31.831799295978687,-33.840713475793514,-35.952306382808146,-35.783237902090555,-35.517107262762664,-35.124212388372825,-34.572362218536071,-34.327903386839807,-33.809316603987988,-32.776435421055574,-32.266375296952248,-31.559221138121046,-31.04450009456631]
[]
[null,null,"Emissions"]
[null,null,null,null,"Indirect Emissions assigned from other fuel production",{"$f":"F2310+F2450+F2398","v":0.14331089848753048},0.11760579028664458,0.10753246495773551,9.7362585146457917E-2,8.6385353315805422E-2,8.1122741226138814E-2,8.277640119437131E-2,8.5260461428050494E-2,8.4813128352472761E-2,8.4147553004612866E-2,8.3217284736556513E-2,8.192573134305238E-2,8.1332798197679426E-2,8.0114270775467955E-2,7.7721462636066829E-2,7.6520999837160944E-2,7.5025183622758812E-2,7.5033146664192391E-2]
[null,null,null,null,"Direct emissions from CHP associated with network heat",{"$f":"F2311","v":1.8263482734013539},1.8263482734013539,1.831398643228844,1.8364425992947488,1.8414801415990685,1.8586636653480357,1.9816753331338088,2.1105899922378057,2.100664780775543,2.0850415087102521,2.0619765075095162,2.0295799921574678,2.0152289694943151,1.984785190384855,1.9241496176720476,1.8942063983995607,1.8565542859425066,1.8565542859425066]
[null,null,null,null,"Direct emissions in non CHP network heat production",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2454)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total emissions",{"$f":"SUM(F2461:F2463)","v":1.9696591718888843},{"$f":"SUM(G2461:G2463)","v":1.9439540636879984},1.9389311081865797,1.9338051844412067,1.9278654949148739,1.9397864065741746,2.0644517343281801,2.1958504536658561,2.1854779091280156,2.169189061714865,2.1451937922460727,2.1115057235005201,2.0965617676919943,2.0648994611603229,2.0018710803081143,1.9707273982367217,1.9315794695652655,1.9315874326066991]
[null,null,null,null,"Total Direct emissions",{"$f":"+F2462 +F2463","v":1.8263482734013539},{"$f":"+G2462 +G2463","v":1.8263482734013539},1.831398643228844,1.8364425992947488,1.8414801415990685,1.8586636653480357,1.9816753331338088,2.1105899922378057,2.100664780775543,2.0850415087102521,2.0619765075095162,2.0295799921574678,2.0152289694943151,1.984785190384855,1.9241496176720476,1.8942063983995607,1.8565542859425066,1.8565542859425066]
[]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,null,"Buildings",{"$f":"SUMIFS(F$2456:F$2457,$X$2456:$X$2457,$E2468)","v":-22.244838900000001},-22.967784619640476,-25.257214357705895,{"$f":"SUMIFS(I$2456:I$2457,$X$2456:$X$2457,$E2468)","v":-27.344502260166465},-29.651657194555185,-31.831799295978687,-33.840713475793514,-35.952306382808146,-35.783237902090555,-35.517107262762664,-35.124212388372825,-34.572362218536071,-34.327903386839807,-33.809316603987988,-32.776435421055574,-32.266375296952248,-31.559221138121046,-31.04450009456631]
[null,null,null,null,"Indirect Emissions - Buildings",{"$f":"IF(F$2461 * F2468=0,0,F$2461 * F2468 / F$2458)","v":0.14331089848753048},{"$f":"IF(G$2461 * G2468=0,0,G$2461 * G2468 / G$2458)","v":0.11760579028664458},0.10753246495773551,9.7362585146457917E-2,8.6385353315805422E-2,8.1122741226138814E-2,8.277640119437131E-2,8.5260461428050494E-2,8.4813128352472761E-2,8.4147553004612866E-2,8.3217284736556513E-2,8.192573134305238E-2,8.1332798197679426E-2,8.0114270775467955E-2,7.7721462636066829E-2,7.6520999837160944E-2,7.5025183622758812E-2,7.5033146664192391E-2,null,null,null,null,"Buildings"]
[null,null,null,null,"Direct Emissions - Buildings - Domestic",{"$f":"IF(F$2465 * F2456 =0,0,F$2465 * F2456 / F$2458)","v":1.4224191048953139},{"$f":"IF(G$2465 * G2456 =0,0,G$2465 * G2456 / G$2458)","v":1.4377900457998167},1.4065114568088553,1.3722743021372488,1.3421771106966229,1.3189576909442204,1.3656624648423903,1.4139096821485513,1.4087745645889318,1.3979159013453899,1.37958984021197,1.3519064111755137,1.3422424347456423,1.316459474113663,1.2604583030964647,1.2351228783493151,1.2006875823466392,1.1944524027765693]
[null,null,null,null,"Direct Emissions - Buildings - Non-Domestic",{"$f":"IF(F$2465 * F2457 =0,0,F$2465 * F2457 / F$2458)","v":0.40392916850603999},{"$f":"IF(G$2465 * G2457 =0,0,G$2465 * G2457 / G$2458)","v":0.38855822760153741},0.42488718641998879,0.46416829715749996,0.49930303090244571,0.53970597440381518,0.61601286829141844,0.69668031008925435,0.69189021618661117,0.68712560736486217,0.68238666729754593,0.67767358098195429,0.67298653474867287,0.66832571627119208,0.66369131457558272,0.65908352005024584,0.65586670359586752,0.66210188316593732]
[null,null,null,null,"CHECK = 0",{"$f":"F2464-SUM(F2469:F2471)","v":0},{"$f":"G2464-SUM(G2469:G2471)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Refineries"]
[]
[null,null,"Emissions"]
[null,null,null,null,"Direct emissions",{"$f":"SUMIFS(F$36:F$193,$AA$36:$AA$193,$B$2474)","v":12.802502453041726},12.136850179951306,11.718787491440681,11.115992901024061,11.003021320239011,10.85817757207229,10.7957928671798,10.678532066968057,10.884478807176025,11.084314858931922,11.27296037033085,11.462990373234556,11.664993395630338,11.863666873406531,12.051225287911278,12.24956641165296,12.44517011220975,12.646788477258673]
[null,null,null,null,"Indirect emissions",{"$f":"F2091 +F2143 +F2170 +F2207 +F2283 +F2399 +F2451","v":2.1455650393455388},{"$f":"G2091 +G2143 +G2170 +G2207 +G2283 +G2399 +G2451","v":1.0742610974317908},0.6892724735350102,0.69154067971677158,1.0863787492404366,1.325016481984308,1.3873855103823476,1.4306895521042926,1.460174041604251,1.487819054434065,1.5143905620674922,1.5401509636997774,1.567945330183617,1.5950326404878361,1.620054619256228,1.6471432701557005,1.6736423064459416,1.7010600811351928]
[null,null,null,null,"Total emissions",{"$f":"SUM(F2477:F2478)","v":14.948067492387263},{"$f":"SUM(G2477:G2478)","v":13.211111277383097},12.408059964975692,11.807533580740833,12.089400069479447,12.183194054056598,12.183178377562148,12.109221619072349,12.344652848780276,12.572133913365986,12.787350932398342,13.003141336934334,13.232938725813955,13.458699513894368,13.671279907167506,13.896709681808661,14.118812418655692,14.347848558393865]
[]
[]
[null,null,"Assumes responsibility for refining emissions by sector"]
[null,null,null,"Emissions from refining are distributed to end uses in the same proportions as emissions from fossil fuel liquid (Oil)."]
[null,null,null,null,"Transport",{"$f":"F2134 / SUM(F$2134:F$2137)","v":0.86360001393494867},0.85415778851308322,0.84981002495076907,0.8429276286611368,0.84319278006163867,0.8431918033494864,0.84495311726725131,0.84585293859631139,0.84867395827422598,0.85142521341200972,0.85501115791802607,0.85880862270775371,0.86200872965033881,0.86558452821501453,0.86988982858651709,0.87317980215681612,0.87669136832812955,0.87979325598013347]
[null,null,null,null,"Buildings",{"$f":"F2135 / SUM(F$2134:F$2137)","v":5.9696716864057038E-2},6.5100787122231066E-2,7.0135975138741424E-2,7.5975732769812176E-2,7.8495352018812983E-2,8.0585388888662568E-2,8.1239759597073816E-2,8.2268006249936868E-2,8.0163509579480208E-2,7.7988006499369183E-2,7.5718705967881758E-2,7.3198803701229609E-2,7.1306074970117109E-2,6.8967974810314039E-2,6.5789693661472928E-2,6.3650060353693902E-2,6.1233357741229857E-2,5.9220976265027828E-2]
[null,null,null,null,"Industry",{"$f":"F2136 / SUM(F$2134:F$2137)","v":6.944955698150132E-2},7.3040801476131637E-2,7.2237451003771228E-2,7.3006147359078233E-2,7.0335184040036108E-2,6.8335982097433162E-2,6.6079304758220547E-2,6.4267790584069825E-2,6.3712451340863716E-2,6.3286705985106023E-2,6.2106229130963565E-2,6.0960791930485467E-2,5.978862257558748E-2,5.8678926752246861E-2,5.7668463686860023E-2,5.6637091440023692E-2,5.5655458504568794E-2,5.4678628892418132E-2]
[null,null,null,null,"Land Use and Biofuels",{"$f":"F2137 / SUM(F$2134:F$2137)","v":7.2537122194928933E-3},7.7006228885539993E-3,7.8165489067183683E-3,8.0904912099726903E-3,7.9766838795123883E-3,7.8868256644177934E-3,7.7278183774543716E-3,7.6112645696819262E-3,7.4500808054302082E-3,7.3000741035149251E-3,7.1639069831286595E-3,7.0317816605311983E-3,6.8965728039565117E-3,6.7685702224245543E-3,6.652014065149996E-3,6.533046049466168E-3,6.4198154260717687E-3,6.3071388624205364E-3]
[null,null,null,null,"Check",{"$f":"100% -SUM(F2484:F2487)","v":0},{"$f":"100% -SUM(G2484:G2487)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,"Distribution indirect emissions categories"]
[null,null,null,null,"Transport",{"$f":"F$2479 * F2484","v":12.909151294726193},{"$f":"G$2479 * G2484","v":11.2843735924898},10.544493748426632,9.9528962815506112,10.193694853861743,10.272769364996723,10.29421454834411,10.24262069060633,10.476585396695556,10.704231800232,10.933327727414056,11.167209902446835,11.406908700579661,11.649642069121901,11.892507335004236,12.134326210592397,12.377840978479446,12.623140399499203]
[null,null,null,null,"Buildings",{"$f":"F$2479 * F2485","v":0.89235055275785757},0.86005374291702308,0.87025138522354795,0.89708601600094895,0.94896171415005137,0.98178743075219244,0.98975848252141674,0.99620151983971461,0.98959069689855528,0.98047566134652631,0.96824166535838863,0.95181439022160064,0.94358892085785584,0.92821924905385256,0.89942931705280027,0.88452640996488363,0.86454229171286279,0.84969359893085683]
[null,null,null,null,"Industry",{"$f":"F$2479 * F2486","v":1.0381366650758768},0.96495015609042256,0.89632662377178685,0.8620225365428299,0.85031017882046223,0.8325505307675658,0.80505595693469212,0.77823291915063264,0.78650809394776799,0.79564894258057361,0.79417414698557198,0.7926817934835485,0.79117917904356605,0.78974204295630812,0.78840170887938843,0.78706921696405963,0.78578897870028241,0.78452068672903463]
[null,null,null,null,"Land Use and Biofuels",{"$f":"F$2479 * F2487","v":0.10842897982733399},0.10173378588585014,9.6988207553726696E-2,9.5528746646441065E-2,9.6433322647192662E-2,9.6086727540115838E-2,9.4149389761929506E-2,9.2166489475671784E-2,9.1968661238397281E-2,9.1777509206884794E-2,9.1607392640325261E-2,9.1435250782349972E-2,9.126192533287146E-2,9.1096152762305246E-2,9.0941546231080778E-2,9.0787844287318314E-2,9.0640169763099465E-2,9.0493873234770414E-2]
[null,null,null,null,"Check",{"$f":"F2479 -SUM(F2490:F2493)","v":0},{"$f":"G2479 -SUM(G2490:G2493)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
[]
[]
[null,"Total Indirect Emissions by sector"]
[]
[null,null,"Indirect Emissions by sector"]
[null,null,null,null,"Transport",{"$f":" +F2139 +F2244 +F2394 +F2439 +F2490","v":27.203842592479525},{"$f":" +G2139 +G2244 +G2394 +G2439 +G2490","v":20.580240067418853},17.623720190565869,{"$f":" +I2139 +I2244 +I2394 +I2439 +I2490","v":15.673219639386968},15.493875201268985,15.187284682688237,14.739728983725485,14.33811439619336,14.621659839628506,14.894868524253029,15.171923966626039,15.454746287885198,15.74556191315188,16.040992934194701,16.337050611210678,16.631068882280687,16.927558367135113,17.226144862508868]
[null,null,null,null,"Buildings",{"$f":" +F2087 +F2140 +F2167 +F2203 +F2245 +F2277 +F2395 +F2447 +F2469 +F2491","v":88.293909708752111},{"$f":" +G2087 +G2140 +G2167 +G2203 +G2245 +G2277 +G2395 +G2447 +G2469 +G2491","v":49.218991236353872},37.155794069295759,40.88288701119486,66.920983513656267,87.698866900754552,98.497380658305389,110.3852235611694,111.42190326820507,112.27542233362612,113.07178682759744,113.72569426110297,114.67784488083106,115.4421522185485,115.80407537046445,116.58118906879248,117.21829740842553,118.01954038669932]
[null,null,null,null,"Industry",{"$f":" +F2088 +F2141 +F2168 +F2204 +F2246 +F2278 +F2396 +F2448 +F2492","v":39.311875604930812},{"$f":" +G2088 +G2141 +G2168 +G2204 +G2246 +G2278 +G2396 +G2448 +G2492","v":21.001993493920615},14.815878744694466,15.252952617797655,22.953554660365423,27.676120511866941,28.854342532160533,29.823428228946788,30.330459146089453,30.861802750164109,30.886831037381633,30.891963614609612,30.904791575036541,30.912516371096448,30.909847959911257,30.918076204420171,30.922237694925155,30.928071754318562]
[null,null,null,null,"Land Use and Biofuels",{"$f":" +F2089 +F2142 +F2205 +F2247 +F2279 +F2397 +F2449 +F2493","v":1.8061308705266319},{"$f":" +G2089 +G2142 +G2205 +G2247 +G2279 +G2397 +G2449 +G2493","v":1.0214093062309619},0.75601344460708553,0.78872590496367667,1.1784512417998931,1.4258286435154419,1.4920118954448514,1.5475905271217596,1.5491897749866137,1.5497474271628155,1.5507102218798106,1.5507023796357393,1.5510752894862838,1.5512039974330143,1.5508298360087254,1.5510007018948906,1.5509774128477527,1.5510435641840001]
[null,null,null,null,"Dedicated GHG Removal",{"$f":" +F2384","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Total Indirect Emissions",{"$f":"SUM(F2502:F2506)","v":156.61575877668906},{"$f":"SUM(G2502:G2506)","v":91.822634103924315},70.351406449163179,72.597785173343155,106.54686461709058,131.98810073882518,143.58346406963625,156.09435671343132,157.92321202890966,159.58184103520608,160.68125205348491,161.62310654323352,162.87927365850575,163.94686552127266,164.60180377759508,165.68133485738824,166.61907088333353,167.72480056771073]
[]
[null,null,"Assigned direct emissions by sector"]
[null,null,null,null,"Buildings - Residential",{"$f":" +F2470","v":1.4224191048953139},1.4377900457998167,1.4065114568088553,1.3722743021372488,1.3421771106966229,1.3189576909442204,1.3656624648423903,1.4139096821485513,1.4087745645889318,1.3979159013453899,1.37958984021197,1.3519064111755137,1.3422424347456423,1.316459474113663,1.2604583030964647,1.2351228783493151,1.2006875823466392,1.1944524027765693]
[null,null,null,null,"Buildings - Non-residential",{"$f":"+F2471","v":0.40392916850603999},0.38855822760153741,0.42488718641998879,0.46416829715749996,0.49930303090244571,0.53970597440381518,0.61601286829141844,0.69668031008925435,0.69189021618661117,0.68712560736486217,0.68238666729754593,0.67767358098195429,0.67298653474867287,0.66832571627119208,0.66369131457558272,0.65908352005024584,0.65586670359586752,0.66210188316593732]
[null,null,null,null,"Total assigned direct emissions",{"$f":"SUM(F2510:F2511)","v":1.8263482734013539},{"$f":"SUM(G2510:G2511)","v":1.8263482734013541},1.831398643228844,1.8364425992947488,1.8414801415990687,1.8586636653480357,1.9816753331338086,2.1105899922378057,2.100664780775543,2.0850415087102521,2.0619765075095158,2.0295799921574682,2.0152289694943151,1.984785190384855,1.9241496176720474,1.894206398399561,1.8565542859425066,1.8565542859425066]
[]
[null,null,null,null,"Total Emissions",{"$f":"F194","v":527.33447422474126},442.14262389392218,419.41082368083516,418.04210002483234,457.32938487802187,489.91810388731977,509.60388455847743,527.73029513705546,533.69268045856074,539.64725179637594,543.24430777532143,546.23754486288544,550.62822316721758,553.97973885733404,555.2400731646635,558.61467719164875,561.23664031444264,564.71320169024807]
[]
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[null,null,null,null,"Direct emissions + Indirect Emissions",{"$f":" +F2516 +F2512 +F2507","v":527.33447422474137},{"$f":" +G2516 +G2512 +G2507","v":442.14262389392235},419.41082368083511,418.04210002483228,457.32938487802181,489.91810388731983,509.60388455847755,527.73029513705535,533.69268045856074,539.64725179637594,543.24430777532132,546.23754486288522,550.62822316721747,553.97973885733393,555.24007316466339,558.61467719164864,561.23664031444252,564.71320169024784]
[]
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{"sheet":"EnergyBalance","index":4,"n_rows":340,"n_cols":72,"rows_kept":340,"cut":false,"hidden":false,"merged":[]}
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[null,{"$f":"Model!$F$603","v":"Enhanced Weathering"},{"$f":"Model!$G$603","v":"ggrEnhWth."},null,{"$f":" +SUMIFS(EB.ggrEnhWth.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E9:N9)","v":0},{"$f":"SUM(O9:Z9)","v":0},{"$f":"SUM(AA9:AE9)","v":0},null,{"$f":" +SUMIFS(Em.GHG.ggrEnhWth., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.ggrEnhWth., Prd., $AQ$3)","v":0},0,0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$236","v":"Dedicated GHG Removal"},"GGR"]
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[null,{"$f":"Model!$F$489","v":"Domestic Solid Fuel Boiler "},{"$f":"Model!$G$489","v":"dblS."},null,0,0,{"$f":" +SUMIFS(EB.dblS.fBiS., Prd., $G$3)","v":-30.05992472192338},0,0,{"$f":" +SUMIFS(EB.dblS.fFsS., Prd., $J$3)","v":-8.7368119137565312},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.dblS.lsCnv., Prd., $AA$3)","v":9.770755558524078},0,0,0,0,{"$f":" +SUMIFS(EB.dblS.dHt., Prd., $AF$3)","v":29.025981077155834},0,0,0,0,{"$f":" +SUMIFS(EB.dblS.NetEn., Prd., $AK$3)","v":0},-38.796736635679913,0,9.770755558524078,null,{"$f":" +SUMIFS(Em.GHG.dblS., Prd., $AP$3)","v":3.0784146120947353},{"$f":" +SUMIFS(Em.CO2.dblS., Prd., $AQ$3)","v":2.6807559480190046},{"$f":" +SUMIFS(Em.CH4.dblS., Prd., $AR$3)","v":7.6860791523154933E-4},{"$f":" +SUMIFS(Em.N2O.dblS., Prd., $AS$3)","v":0.39689005616049911},0,null,{"$f":" +SUMIFS(Em.PM10.dblS., Prd., $AV$3)","v":139668112.2201958},{"$f":" +SUMIFS(Em.NOX.dblS., Prd., $AW$3)","v":139668112.2201958},{"$f":" +SUMIFS(Em.SO2.dblS., Prd., $AX$3)","v":139668112.2201958},{"$f":" +SUMIFS(Em.NMVOC.dblS., Prd., $AY$3)","v":139668112.2201958},{"$f":" +SUMIFS(Em.PM2.5.dblS., Prd., $AZ$3)","v":139668112.2201958},{"$f":" +SUMIFS(Em.NH3.dblS., Prd., $BA$3)","v":139668112.2201958},null,null,"1A4b",1,"A",4,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$243","v":"Buildings-Residential"},"BuildingHeat"]
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[null,{"$f":"Model!$F$490","v":"Domestic Electric Heater "},{"$f":"Model!$G$490","v":"dhtE."},null,{"$f":" +SUMIFS(EB.dhtE.fElc., Prd., $E$3)","v":-38.413413082444464},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.dhtE.lsCnv., Prd., $AA$3)","v":2.714932516221829},0,0,0,0,{"$f":" +SUMIFS(EB.dhtE.dHt., Prd., $AF$3)","v":35.698480566222635},0,0,0,0,{"$f":" +SUMIFS(EB.dhtE.NetEn., Prd., $AK$3)","v":0},-38.413413082444464,0,2.714932516221829,null,{"$f":" +SUMIFS(Em.GHG.dhtE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.dhtE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.dhtE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.dhtE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.dhtE., Prd., $AV$3)","v":138288148.80851296},{"$f":" +SUMIFS(Em.NOX.dhtE., Prd., $AW$3)","v":138288148.80851296},{"$f":" +SUMIFS(Em.SO2.dhtE., Prd., $AX$3)","v":138288148.80851296},{"$f":" +SUMIFS(Em.NMVOC.dhtE., Prd., $AY$3)","v":138288148.80851296},{"$f":" +SUMIFS(Em.PM2.5.dhtE., Prd., $AZ$3)","v":138288148.80851296},{"$f":" +SUMIFS(Em.NH3.dhtE., Prd., $BA$3)","v":138288148.80851296},null,null,"1A4b",1,"A",4,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$243","v":"Buildings-Residential"},"BuildingHeat"]
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[null,{"$f":"Model!$F$508","v":"Non-Domestic District Heat Network "},{"$f":"Model!$G$508","v":"nDHN."},null,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nDHN.fNwkH., Prd., $M$3)","v":-11.867422877638907},0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nDHN.lsDst., Prd., $AB$3)","v":3.9558076258796362},0,0,0,{"$f":" +SUMIFS(EB.nDHN.dHt., Prd., $AF$3)","v":7.9116152517592706},0,0,0,0,{"$f":" +SUMIFS(EB.nDHN.NetEn., Prd., $AK$3)","v":0},{"$f":"SUM(E20:N20)","v":-11.867422877638907},{"$f":"SUM(O20:Z20)","v":0},{"$f":"SUM(AA20:AE20)","v":3.9558076258796362},null,{"$f":" +SUMIFS(Em.GHG.nDHN., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.nDHN., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.nDHN., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.nDHN., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.nDHN., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.nDHN., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.nDHN., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.nDHN., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.nDHN., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.nDHN., Prd., $BA$3)","v":0},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingHeat"]
[null,{"$f":"Model!$F$505","v":"Non-Domestic Heat Pump Air Source "},{"$f":"Model!$G$505","v":"nHPA."},null,{"$f":" +SUMIFS(EB.nHPA.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nHPA.rEnvH., Prd., $O$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nHPA.dHt., Prd., $AF$3)","v":0},0,0,0,0,{"$f":" +SUMIFS(EB.nHPA.NetEn., Prd., $AK$3)","v":0},0,0,0,null,{"$f":" +SUMIFS(Em.GHG.nHPA., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.nHPA., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.nHPA., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.nHPA., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.nHPA., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.nHPA., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.nHPA., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.nHPA., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.nHPA., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.nHPA., Prd., $BA$3)","v":0},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingHeat"]
[null,{"$f":"Model!$F$506","v":"Non-Domestic Heat Pump Ground Source "},{"$f":"Model!$G$506","v":"nHPG."},null,{"$f":" +SUMIFS(EB.nHPG.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nHPG.rEnvH., Prd., $O$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nHPG.dHt., Prd., $AF$3)","v":0},0,0,0,0,{"$f":" +SUMIFS(EB.nHPG.NetEn., Prd., $AK$3)","v":0},0,0,0,null,{"$f":" +SUMIFS(Em.GHG.nHPG., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.nHPG., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.nHPG., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.nHPG., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.nHPG., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.nHPG., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.nHPG., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.nHPG., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.nHPG., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.nHPG., Prd., $BA$3)","v":0},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingHeat"]
[null,{"$f":"Model!$F$507","v":"Non-Domestic Hybrid Heat Pump / Gas Boiler "},{"$f":"Model!$G$507","v":"nHyb."},null,{"$f":" +SUMIFS(EB.nHyb.fElc., Prd., $E$3)","v":0},{"$f":" +SUMIFS(EB.nHyb.fH2G., Prd., $F$3)","v":0},0,0,{"$f":" +SUMIFS(EB.nHyb.fBiG., Prd., $I$3)","v":0},0,0,{"$f":" +SUMIFS(EB.nHyb.fFsG., Prd., $L$3)","v":0},0,0,{"$f":" +SUMIFS(EB.nHyb.rEnvH., Prd., $O$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nHyb.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,{"$f":" +SUMIFS(EB.nHyb.dHt., Prd., $AF$3)","v":0},0,0,0,0,{"$f":" +SUMIFS(EB.nHyb.NetEn., Prd., $AK$3)","v":0},0,0,0,null,{"$f":" +SUMIFS(Em.GHG.nHyb., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.nHyb., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.nHyb., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.nHyb., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.nHyb., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.nHyb., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.nHyb., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.nHyb., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.nHyb., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.nHyb., Prd., $BA$3)","v":0},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingHeat"]
[null,{"$f":"Model!$F$501","v":"Non-Domestic Oil Fuel Boiler"},{"$f":"Model!$G$501","v":"nblO."},null,0,0,0,{"$f":" +SUMIFS(EB.nblO.fBiL., Prd., $H$3)","v":-0.71310547840125726},0,0,{"$f":" +SUMIFS(EB.nblO.fFsL., Prd., $K$3)","v":-19.684231795120009},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nblO.lsCnv., Prd., $AA$3)","v":7.7174575248499782},0,0,0,0,{"$f":" +SUMIFS(EB.nblO.dHt., Prd., $AF$3)","v":12.679879748671288},0,0,0,0,{"$f":" +SUMIFS(EB.nblO.NetEn., Prd., $AK$3)","v":0},-20.397337273521266,0,7.7174575248499782,null,{"$f":" +SUMIFS(Em.GHG.nblO., Prd., $AP$3)","v":4.9512865384000202},{"$f":" +SUMIFS(Em.CO2.nblO., Prd., $AQ$3)","v":4.9094676613142605},{"$f":" +SUMIFS(Em.CH4.nblO., Prd., $AR$3)","v":9.5738727546095307E-4},{"$f":" +SUMIFS(Em.N2O.nblO., Prd., $AS$3)","v":4.0861489810298565E-2},0,null,{"$f":" +SUMIFS(Em.PM10.nblO., Prd., $AV$3)","v":73430340.754262373},{"$f":" +SUMIFS(Em.NOX.nblO., Prd., $AW$3)","v":73430340.754262373},{"$f":" +SUMIFS(Em.SO2.nblO., Prd., $AX$3)","v":73430340.754262373},{"$f":" +SUMIFS(Em.NMVOC.nblO., Prd., $AY$3)","v":73430340.754262373},{"$f":" +SUMIFS(Em.PM2.5.nblO., Prd., $AZ$3)","v":73430340.754262373},{"$f":" +SUMIFS(Em.NH3.nblO., Prd., $BA$3)","v":73430340.754262373},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingHeat"]
[null,{"$f":"Model!$F$502","v":"Non-Domestic Solid Fuel Boiler "},{"$f":"Model!$G$502","v":"nblS."},null,0,0,{"$f":" +SUMIFS(EB.nblS.fBiS., Prd., $G$3)","v":-3.8710380166435763},0,0,{"$f":" +SUMIFS(EB.nblS.fFsS., Prd., $J$3)","v":-12.083497521676922},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nblS.lsCnv., Prd., $AA$3)","v":7.4320968821652169},0,0,0,0,{"$f":" +SUMIFS(EB.nblS.dHt., Prd., $AF$3)","v":8.5224386561552805},0,0,0,0,{"$f":" +SUMIFS(EB.nblS.NetEn., Prd., $AK$3)","v":0},-15.954535538320497,0,7.4320968821652169,null,{"$f":" +SUMIFS(Em.GHG.nblS., Prd., $AP$3)","v":3.7787842725314018},{"$f":" +SUMIFS(Em.CO2.nblS., Prd., $AQ$3)","v":3.7076347956059479},{"$f":" +SUMIFS(Em.CH4.nblS., Prd., $AR$3)","v":1.0630275586244588E-3},{"$f":" +SUMIFS(Em.N2O.nblS., Prd., $AS$3)","v":7.0086449366829326E-2},0,null,{"$f":" +SUMIFS(Em.PM10.nblS., Prd., $AV$3)","v":57436270.501625851},{"$f":" +SUMIFS(Em.NOX.nblS., Prd., $AW$3)","v":57436270.501625851},{"$f":" +SUMIFS(Em.SO2.nblS., Prd., $AX$3)","v":57436270.501625851},{"$f":" +SUMIFS(Em.NMVOC.nblS., Prd., $AY$3)","v":57436270.501625851},{"$f":" +SUMIFS(Em.PM2.5.nblS., Prd., $AZ$3)","v":57436270.501625851},{"$f":" +SUMIFS(Em.NH3.nblS., Prd., $BA$3)","v":57436270.501625851},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingHeat"]
[null,{"$f":"Model!$F$500","v":"Non-Domestic Gas Boiler "},{"$f":"Model!$G$500","v":"nblG."},null,0,{"$f":" +SUMIFS(EB.nblG.fH2G., Prd., $F$3)","v":0},0,0,{"$f":" +SUMIFS(EB.nblG.fBiG., Prd., $I$3)","v":-0.62341189528332919},0,0,{"$f":" +SUMIFS(EB.nblG.fFsG., Prd., $L$3)","v":-124.05896716138251},0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nblG.lsCnv., Prd., $AA$3)","v":19.838995578113472},0,0,0,0,{"$f":" +SUMIFS(EB.nblG.dHt., Prd., $AF$3)","v":104.84338347855237},0,0,0,0,{"$f":" +SUMIFS(EB.nblG.NetEn., Prd., $AK$3)","v":0},-124.68237905666584,0,19.838995578113472,null,{"$f":" +SUMIFS(Em.GHG.nblG., Prd., $AP$3)","v":22.847337657995126},{"$f":" +SUMIFS(Em.CO2.nblG., Prd., $AQ$3)","v":22.80304045840019},{"$f":" +SUMIFS(Em.CH4.nblG., Prd., $AR$3)","v":3.2318996195720089E-2},{"$f":" +SUMIFS(Em.N2O.nblG., Prd., $AS$3)","v":1.1978203399215116E-2},0,null,{"$f":" +SUMIFS(Em.PM10.nblG., Prd., $AV$3)","v":448856115.74743241},{"$f":" +SUMIFS(Em.NOX.nblG., Prd., $AW$3)","v":448856115.74743241},{"$f":" +SUMIFS(Em.SO2.nblG., Prd., $AX$3)","v":448856115.74743241},{"$f":" +SUMIFS(Em.NMVOC.nblG., Prd., $AY$3)","v":448856115.74743241},{"$f":" +SUMIFS(Em.PM2.5.nblG., Prd., $AZ$3)","v":448856115.74743241},{"$f":" +SUMIFS(Em.NH3.nblG., Prd., $BA$3)","v":448856115.74743241},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingHeat"]
[null,{"$f":"Model!$F$503","v":"Non-Domestic Electric Heater "},{"$f":"Model!$G$503","v":"nhtE."},null,{"$f":" +SUMIFS(EB.nhtE.fElc., Prd., $E$3)","v":-26.327956063379563},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nhtE.lsCnv., Prd., $AA$3)","v":2.0529681633323555},0,0,0,0,{"$f":" +SUMIFS(EB.nhtE.dHt., Prd., $AF$3)","v":24.274987900047208},0,0,0,0,{"$f":" +SUMIFS(EB.nhtE.NetEn., Prd., $AK$3)","v":0},-26.327956063379563,0,2.0529681633323555,null,{"$f":" +SUMIFS(Em.GHG.nhtE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.nhtE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.nhtE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.nhtE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.nhtE., Prd., $AV$3)","v":94780547.047524601},{"$f":" +SUMIFS(Em.NOX.nhtE., Prd., $AW$3)","v":94780547.047524601},{"$f":" +SUMIFS(Em.SO2.nhtE., Prd., $AX$3)","v":94780547.047524601},{"$f":" +SUMIFS(Em.NMVOC.nhtE., Prd., $AY$3)","v":94780547.047524601},{"$f":" +SUMIFS(Em.PM2.5.nhtE., Prd., $AZ$3)","v":94780547.047524601},{"$f":" +SUMIFS(Em.NH3.nhtE., Prd., $BA$3)","v":94780547.047524601},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingHeat"]
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[null,{"$f":"Model!$F$524","v":"Heat Network Waste Heat Offtake from Power "},{"$f":"Model!$G$524","v":"hnWHO."},null,{"$f":" +SUMIFS(EB.hnWHO.fElc., Prd., $M$3)","v":-3.1950658368026028},0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnWHO.fNwkH., Prd., $M$3)","v":22.821898834304303},{"$f":" +SUMIFS(EB.hnWHO.fWstH., Prd., $N$3)","v":-22.821898834304303},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnWHO.lsCnv., Prd., $AB$3)","v":3.1950658368026028},{"$f":" +SUMIFS(EB.hnWHO.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnWHO.NetEn., Prd., $AK$3)","v":8.8817841970012523E-16},{"$f":"SUM(E29:N29)","v":-3.1950658368026019},{"$f":"SUM(O29:Z29)","v":0},{"$f":"SUM(AA29:AE29)","v":3.1950658368026028},null,{"$f":" +SUMIFS(Em.GHG.hnWHO., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hnWHO., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hnWHO., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hnWHO., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hnWHO., Prd., $AV$3)","v":82158753.644659683},{"$f":" +SUMIFS(Em.NOX.hnWHO., Prd., $AW$3)","v":82158753.644659683},{"$f":" +SUMIFS(Em.SO2.hnWHO., Prd., $AX$3)","v":82158753.644659683},{"$f":" +SUMIFS(Em.NMVOC.hnWHO., Prd., $AY$3)","v":82158753.644659683},{"$f":" +SUMIFS(Em.PM2.5.hnWHO., Prd., $AZ$3)","v":82158753.644659683},{"$f":" +SUMIFS(Em.NH3.hnWHO., Prd., $BA$3)","v":82158753.644659683},null,null,{"$f":"BE29&BF29&BG29&BH29&BI29","v":"1A1a"},1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$247","v":"Buildings-Heat Network"},"BuildingHeat"]
[null,{"$f":"Model!$F$516","v":"Heat Network Heat Pump Water Source "},{"$f":"Model!$G$516","v":"hnHPW."},null,{"$f":" +SUMIFS(EB.hnHPW.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnHPW.fNwkH., Prd., $M$3)","v":0},0,{"$f":" +SUMIFS(EB.hnHPW.rEnvH., Prd., $O$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnHPW.NetEn., Prd., $AK$3)","v":0},0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hnHPW., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hnHPW., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hnHPW., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hnHPW., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hnHPW., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hnHPW., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hnHPW., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hnHPW., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hnHPW., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hnHPW., Prd., $BA$3)","v":0},null,null,"1A1a",1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$247","v":"Buildings-Heat Network"},"BuildingHeat"]
[null,{"$f":"Model!$F$517","v":"Heat Network Heat Pump Ground Source "},{"$f":"Model!$G$517","v":"hnHPG."},null,{"$f":" +SUMIFS(EB.hnHPG.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnHPG.fNwkH., Prd., $M$3)","v":0},0,{"$f":" +SUMIFS(EB.hnHPG.rEnvH., Prd., $O$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnHPG.NetEn., Prd., $AK$3)","v":0},0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hnHPG., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hnHPG., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hnHPG., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hnHPG., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hnHPG., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hnHPG., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hnHPG., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hnHPG., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hnHPG., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hnHPG., Prd., $BA$3)","v":0},null,null,"1A1a",1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$247","v":"Buildings-Heat Network"},"BuildingHeat"]
[null,{"$f":"Model!$F$520","v":"Heat Network Biomass CHP Heat Processes Heat Component "},{"$f":"Model!$G$520","v":"hnCHPB_HtComp."},null,0,0,{"$f":" +SUMIFS(EB.hnCHPB_HtComp.fBiS., Prd., $G$3)","v":2.4346996154060452E-17},0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPB_HtComp.fNwkH., Prd., $M$3)","v":-2.7755575615628914E-17},0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPB_HtComp.lsCnv., Prd., $AA$3)","v":3.4085794615684613E-18},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPB_HtComp.NetEn., Prd., $AK$3)","v":0},-3.4085794615684613E-18,0,3.4085794615684613E-18,null,{"$f":" +SUMIFS(Em.GHG.hnCHPB_HtComp., Prd., $AP$3)","v":-3.0920685115656775E-19},{"$f":" +SUMIFS(Em.CO2.hnCHPB_HtComp., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hnCHPB_HtComp., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hnCHPB_HtComp., Prd., $AS$3)","v":-3.0920685115656775E-19},0,null,{"$f":" +SUMIFS(Em.PM10.hnCHPB_HtComp., Prd., $AV$3)","v":-8.7649098505431483E-11},{"$f":" +SUMIFS(Em.NOX.hnCHPB_HtComp., Prd., $AW$3)","v":-8.7649098505431483E-11},{"$f":" +SUMIFS(Em.SO2.hnCHPB_HtComp., Prd., $AX$3)","v":-8.7649098505431483E-11},{"$f":" +SUMIFS(Em.NMVOC.hnCHPB_HtComp., Prd., $AY$3)","v":-8.7649098505431483E-11},{"$f":" +SUMIFS(Em.PM2.5.hnCHPB_HtComp., Prd., $AZ$3)","v":-8.7649098505431483E-11},{"$f":" +SUMIFS(Em.NH3.hnCHPB_HtComp., Prd., $BA$3)","v":-8.7649098505431483E-11},null,null,"1A1a",1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$247","v":"Buildings-Heat Network"},"BuildingHeat"]
[null,{"$f":"Model!$F$519","v":"Heat Network Biomass CHP Electrical Component "},{"$f":"Model!$G$519","v":"hnCHPB_ElecComp."},null,{"$f":" +SUMIFS(EB.hnCHPB_ElecComp.fElc., Prd., $E$3)","v":-2.5673907444456743E-17},0,{"$f":" +SUMIFS(EB.hnCHPB_ElecComp.fBiS., Prd., $G$3)","v":4.5041942885011832E-17},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPB_ElecComp.lsCnv., Prd., $AA$3)","v":-1.9368035440555088E-17},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPB_ElecComp.NetEn., Prd., $AK$3)","v":0},1.9368035440555088E-17,0,-1.9368035440555088E-17,null,{"$f":" +SUMIFS(Em.GHG.hnCHPB_ElecComp., Prd., $AP$3)","v":-5.7203267463965032E-19},{"$f":" +SUMIFS(Em.CO2.hnCHPB_ElecComp., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hnCHPB_ElecComp., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hnCHPB_ElecComp., Prd., $AS$3)","v":-5.7203267463965032E-19},0,null,{"$f":" +SUMIFS(Em.PM10.hnCHPB_ElecComp., Prd., $AV$3)","v":-1.6215083223504822E-10},{"$f":" +SUMIFS(Em.NOX.hnCHPB_ElecComp., Prd., $AW$3)","v":-1.6215083223504822E-10},{"$f":" +SUMIFS(Em.SO2.hnCHPB_ElecComp., Prd., $AX$3)","v":-1.6215083223504822E-10},{"$f":" +SUMIFS(Em.NMVOC.hnCHPB_ElecComp., Prd., $AY$3)","v":-1.6215083223504822E-10},{"$f":" +SUMIFS(Em.PM2.5.hnCHPB_ElecComp., Prd., $AZ$3)","v":-1.6215083223504822E-10},{"$f":" +SUMIFS(Em.NH3.hnCHPB_ElecComp., Prd., $BA$3)","v":-1.6215083223504822E-10},null,null,"1A1a",1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$523","v":"Heat Network Gas CHP Heat Processes Heat Component "},{"$f":"Model!$G$523","v":"hnCHPG_HtComp."},null,0,{"$f":" +SUMIFS(EB.hnCHPG_HtComp.fH2G., Prd., $F$3)","v":0},0,0,{"$f":" +SUMIFS(EB.hnCHPG_HtComp.fBiG., Prd., $I$3)","v":-5.758950679168353E-2},0,0,{"$f":" +SUMIFS(EB.hnCHPG_HtComp.fFsG., Prd., $L$3)","v":-11.460311851545024},{"$f":" +SUMIFS(EB.hnCHPG_HtComp.fNwkH., Prd., $M$3)","v":13.130407548503843},0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPG_HtComp.lsCnv., Prd., $AA$3)","v":-1.6125061901671351},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPG_HtComp.NetEn., Prd., $AK$3)","v":0},1.6125061901671351,0,-1.6125061901671351,null,{"$f":" +SUMIFS(Em.GHG.hnCHPG_HtComp., Prd., $AP$3)","v":2.1105899922378053},{"$f":" +SUMIFS(Em.CO2.hnCHPG_HtComp., Prd., $AQ$3)","v":2.1064979081819408},{"$f":" +SUMIFS(Em.CH4.hnCHPG_HtComp., Prd., $AR$3)","v":2.9855622983708382E-3},{"$f":" +SUMIFS(Em.N2O.hnCHPG_HtComp., Prd., $AS$3)","v":1.106521757493504E-3},0,null,{"$f":" +SUMIFS(Em.PM10.hnCHPG_HtComp., Prd., $AV$3)","v":41464403.425567254},{"$f":" +SUMIFS(Em.NOX.hnCHPG_HtComp., Prd., $AW$3)","v":41464403.425567254},{"$f":" +SUMIFS(Em.SO2.hnCHPG_HtComp., Prd., $AX$3)","v":41464403.425567254},{"$f":" +SUMIFS(Em.NMVOC.hnCHPG_HtComp., Prd., $AY$3)","v":41464403.425567254},{"$f":" +SUMIFS(Em.PM2.5.hnCHPG_HtComp., Prd., $AZ$3)","v":41464403.425567254},{"$f":" +SUMIFS(Em.NH3.hnCHPG_HtComp., Prd., $BA$3)","v":41464403.425567254},null,null,"1A1a",1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$247","v":"Buildings-Heat Network"},"BuildingHeat"]
[null,{"$f":"Model!$F$522","v":"Heat Network Gas CHP Electrical Component "},{"$f":"Model!$G$522","v":"hnCHPG_ElecComp."},null,{"$f":" +SUMIFS(EB.hnCHPG_ElecComp.fElc., Prd., $E$3)","v":12.145626982366053},{"$f":" +SUMIFS(EB.hnCHPG_ElecComp.fH2G., Prd., $F$3)","v":0},0,0,{"$f":" +SUMIFS(EB.hnCHPG_ElecComp.fBiG., Prd., $I$3)","v":-0.10654058756461451},0,0,{"$f":" +SUMIFS(EB.hnCHPG_ElecComp.fFsG., Prd., $L$3)","v":-21.201576925358289},0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPG_ElecComp.lsCnv., Prd., $AA$3)","v":9.1624905305568483},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPG_ElecComp.NetEn., Prd., $AK$3)","v":0},-9.16249053055685,0,9.1624905305568483,null,{"$f":" +SUMIFS(Em.GHG.hnCHPG_ElecComp., Prd., $AP$3)","v":3.9045914856399393},{"$f":" +SUMIFS(Em.CO2.hnCHPG_ElecComp., Prd., $AQ$3)","v":3.89702113013659},{"$f":" +SUMIFS(Em.CH4.hnCHPG_ElecComp., Prd., $AR$3)","v":5.5232902519860502E-3},{"$f":" +SUMIFS(Em.N2O.hnCHPG_ElecComp., Prd., $AS$3)","v":2.0470652513629823E-3},0,null,{"$f":" +SUMIFS(Em.PM10.hnCHPG_ElecComp., Prd., $AV$3)","v":76709146.337299407},{"$f":" +SUMIFS(Em.NOX.hnCHPG_ElecComp., Prd., $AW$3)","v":76709146.337299407},{"$f":" +SUMIFS(Em.SO2.hnCHPG_ElecComp., Prd., $AX$3)","v":76709146.337299407},{"$f":" +SUMIFS(Em.NMVOC.hnCHPG_ElecComp., Prd., $AY$3)","v":76709146.337299407},{"$f":" +SUMIFS(Em.PM2.5.hnCHPG_ElecComp., Prd., $AZ$3)","v":76709146.337299407},{"$f":" +SUMIFS(Em.NH3.hnCHPG_ElecComp., Prd., $BA$3)","v":76709146.337299407},null,null,"1A1a",1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
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[null,{"$f":"Model!$F$526","v":"Domestic Gas Stove "},{"$f":"Model!$G$526","v":"dStvG."},null,0,{"$f":" +SUMIFS(EB.dStvG.fH2G., Prd., $F$3)","v":0},0,0,{"$f":" +SUMIFS(EB.dStvG.fBiG., Prd., $I$3)","v":-3.0832408799843392E-2},0,0,{"$f":" +SUMIFS(EB.dStvG.fFsG., Prd., $L$3)","v":-6.1356493511688344},0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.dStvG.lsCnv., Prd., $AA$3)","v":1.5416204399921689},0,0,0,0,0,{"$f":" +SUMIFS(EB.dStvG.dCk., Prd., $AG$3)","v":4.6248613199765085},0,0,0,{"$f":" +SUMIFS(EB.dStvG.NetEn., Prd., $AK$3)","v":0},{"$f":"SUM(E37:N37)","v":-6.1664817599686774},{"$f":"SUM(O37:Z37)","v":0},{"$f":"SUM(AA37:AE37)","v":1.5416204399921689},null,{"$f":" +SUMIFS(Em.GHG.dStvG., Prd., $AP$3)","v":1.1299727515452811},{"$f":" +SUMIFS(Em.CO2.dStvG., Prd., $AQ$3)","v":1.1277819217312646},{"$f":" +SUMIFS(Em.CH4.dStvG., Prd., $AR$3)","v":1.5984175314045729E-3},{"$f":" +SUMIFS(Em.N2O.dStvG., Prd., $AS$3)","v":5.9241228261200634E-4},0,null,{"$f":" +SUMIFS(Em.PM10.dStvG., Prd., $AV$3)","v":22199312.136552904},{"$f":" +SUMIFS(Em.NOX.dStvG., Prd., $AW$3)","v":22199312.136552904},{"$f":" +SUMIFS(Em.SO2.dStvG., Prd., $AX$3)","v":22199312.136552904},{"$f":" +SUMIFS(Em.NMVOC.dStvG., Prd., $AY$3)","v":22199312.136552904},{"$f":" +SUMIFS(Em.PM2.5.dStvG., Prd., $AZ$3)","v":22199312.136552904},{"$f":" +SUMIFS(Em.NH3.dStvG., Prd., $BA$3)","v":22199312.136552904},null,null,"1A4b",1,"A",4,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$243","v":"Buildings-Residential"},"BuildingHeat"]
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[null,{"$f":"Model!$F$530","v":"Domestic Lighting "},{"$f":"Model!$G$530","v":"dLt."},null,{"$f":" +SUMIFS(EB.dLt.fElc., Prd., $E$3)","v":-18.638325806099711},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.dLt.dLt., Prd., $AH$3)","v":18.638325806099711},0,0,{"$f":" +SUMIFS(EB.dLt.NetEn., Prd., $AK$3)","v":0},-18.638325806099711,0,0,null,{"$f":" +SUMIFS(Em.GHG.dLt., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.dLt., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.dLt., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.dLt., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.dLt., Prd., $AV$3)","v":67097905.803986058},{"$f":" +SUMIFS(Em.NOX.dLt., Prd., $AW$3)","v":67097905.803986058},{"$f":" +SUMIFS(Em.SO2.dLt., Prd., $AX$3)","v":67097905.803986058},{"$f":" +SUMIFS(Em.NMVOC.dLt., Prd., $AY$3)","v":67097905.803986058},{"$f":" +SUMIFS(Em.PM2.5.dLt., Prd., $AZ$3)","v":67097905.803986058},{"$f":" +SUMIFS(Em.NH3.dLt., Prd., $BA$3)","v":67097905.803986058},null,null,"1A4b",1,"A",4,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$243","v":"Buildings-Residential"},"BuildingOther"]
[null,{"$f":"Model!$F$531","v":"Non-Domestic Lighting "},{"$f":"Model!$G$531","v":"nLt."},null,{"$f":" +SUMIFS(EB.nLt.fElc., Prd., $E$3)","v":-25.946270989243484},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nLt.dLt., Prd., $AH$3)","v":25.946270989243484},0,0,{"$f":" +SUMIFS(EB.nLt.NetEn., Prd., $AK$3)","v":0},-25.946270989243484,0,0,null,{"$f":" +SUMIFS(Em.GHG.nLt., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.nLt., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.nLt., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.nLt., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.nLt., Prd., $AV$3)","v":93406482.15470098},{"$f":" +SUMIFS(Em.NOX.nLt., Prd., $AW$3)","v":93406482.15470098},{"$f":" +SUMIFS(Em.SO2.nLt., Prd., $AX$3)","v":93406482.15470098},{"$f":" +SUMIFS(Em.NMVOC.nLt., Prd., $AY$3)","v":93406482.15470098},{"$f":" +SUMIFS(Em.PM2.5.nLt., Prd., $AZ$3)","v":93406482.15470098},{"$f":" +SUMIFS(Em.NH3.nLt., Prd., $BA$3)","v":93406482.15470098},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingOther"]
[null,{"$f":"Model!$F$532","v":"Domestic Appliances "},{"$f":"Model!$G$532","v":"dAp."},null,{"$f":" +SUMIFS(EB.dAp.fElc., Prd., $E$3)","v":-95.137378543531995},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.dAp.dAp., Prd., $AI$3)","v":95.137378543531995},0,{"$f":" +SUMIFS(EB.dAp.NetEn., Prd., $AK$3)","v":0},-95.137378543531995,0,0,null,{"$f":" +SUMIFS(Em.GHG.dAp., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.dAp., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.dAp., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.dAp., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.dAp., Prd., $AV$3)","v":342494220.26215243},{"$f":" +SUMIFS(Em.NOX.dAp., Prd., $AW$3)","v":342494220.26215243},{"$f":" +SUMIFS(Em.SO2.dAp., Prd., $AX$3)","v":342494220.26215243},{"$f":" +SUMIFS(Em.NMVOC.dAp., Prd., $AY$3)","v":342494220.26215243},{"$f":" +SUMIFS(Em.PM2.5.dAp., Prd., $AZ$3)","v":342494220.26215243},{"$f":" +SUMIFS(Em.NH3.dAp., Prd., $BA$3)","v":342494220.26215243},null,null,"1A4b",1,"A",4,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$243","v":"Buildings-Residential"},"BuildingOther"]
[null,{"$f":"Model!$F$533","v":"Non-Domestic Appliances "},{"$f":"Model!$G$533","v":"nAp."},null,{"$f":" +SUMIFS(EB.nAp.fElc., Prd., $E$3)","v":-49.217135256160532},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nAp.dAp., Prd., $AI$3)","v":49.217135256160532},0,{"$f":" +SUMIFS(EB.nAp.NetEn., Prd., $AK$3)","v":0},-49.217135256160532,0,0,null,{"$f":" +SUMIFS(Em.GHG.nAp., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.nAp., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.nAp., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.nAp., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.nAp., Prd., $AV$3)","v":177181509.74049097},{"$f":" +SUMIFS(Em.NOX.nAp., Prd., $AW$3)","v":177181509.74049097},{"$f":" +SUMIFS(Em.SO2.nAp., Prd., $AX$3)","v":177181509.74049097},{"$f":" +SUMIFS(Em.NMVOC.nAp., Prd., $AY$3)","v":177181509.74049097},{"$f":" +SUMIFS(Em.PM2.5.nAp., Prd., $AZ$3)","v":177181509.74049097},{"$f":" +SUMIFS(Em.NH3.nAp., Prd., $BA$3)","v":177181509.74049097},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingOther"]
[null,{"$f":"Model!$F$534","v":"Domestic Air Conditioning "},{"$f":"Model!$G$534","v":"dAC."},null,{"$f":" +SUMIFS(EB.dAC.fElc., Prd., $E$3)","v":-7.7131948893598912},0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.dAC.rExpH., Prd., $O$3)","v":40.879932913607419},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.dAC.dCl., Prd., $AJ$3)","v":-33.166738024247529},{"$f":" +SUMIFS(EB.dAC.NetEn., Prd., $AK$3)","v":0},-7.7131948893598912,40.879932913607419,0,null,{"$f":" +SUMIFS(Em.GHG.dAC., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.dAC., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.dAC., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.dAC., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.dAC., Prd., $AV$3)","v":27767473.834194005},{"$f":" +SUMIFS(Em.NOX.dAC., Prd., $AW$3)","v":27767473.834194005},{"$f":" +SUMIFS(Em.SO2.dAC., Prd., $AX$3)","v":27767473.834194005},{"$f":" +SUMIFS(Em.NMVOC.dAC., Prd., $AY$3)","v":27767473.834194005},{"$f":" +SUMIFS(Em.PM2.5.dAC., Prd., $AZ$3)","v":27767473.834194005},{"$f":" +SUMIFS(Em.NH3.dAC., Prd., $BA$3)","v":27767473.834194005},null,null,"1A4b",1,"A",4,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$243","v":"Buildings-Residential"},"Cooling"]
[null,{"$f":"Model!$F$535","v":"Non-Domestic Air Conditioning "},{"$f":"Model!$G$535","v":"nAC."},null,{"$f":" +SUMIFS(EB.nAC.fElc., Prd., $E$3)","v":-29.491800935875041},0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nAC.rExpH., Prd., $O$3)","v":111.41347020219459},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.nAC.dCl., Prd., $AJ$3)","v":-81.92166926631954},{"$f":" +SUMIFS(EB.nAC.NetEn., Prd., $AK$3)","v":0},-29.491800935875041,111.41347020219459,0,null,{"$f":" +SUMIFS(Em.GHG.nAC., Prd., $AP$3)","v":4.1478061229820602},{"$f":" +SUMIFS(Em.CO2.nAC., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.nAC., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.nAC., Prd., $AS$3)","v":0},{"$f":" +SUMIFS(Em.Fgas.nAC., Prd., $AT$3)","v":4.1478061229820602},null,{"$f":" +SUMIFS(Em.PM10.nAC., Prd., $AV$3)","v":106170377.19866678},{"$f":" +SUMIFS(Em.NOX.nAC., Prd., $AW$3)","v":106170377.19866678},{"$f":" +SUMIFS(Em.SO2.nAC., Prd., $AX$3)","v":106170377.19866678},{"$f":" +SUMIFS(Em.NMVOC.nAC., Prd., $AY$3)","v":106170377.19866678},{"$f":" +SUMIFS(Em.PM2.5.nAC., Prd., $AZ$3)","v":106170377.19866678},{"$f":" +SUMIFS(Em.NH3.nAC., Prd., $BA$3)","v":106170377.19866678},null,null,"1A4a",1,"A",4,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"Cooling"]
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[null,{"$f":"Model!$F$406","v":"Car Electric "},{"$f":"Model!$G$406","v":"carE."},null,{"$f":" +SUMIFS(EB.carE.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E48:N48)","v":0},{"$f":"SUM(O48:Z48)","v":0},{"$f":"SUM(AA48:AE48)","v":0},null,{"$f":" +SUMIFS(Em.GHG.carE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.carE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.carE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.carE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.carE., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.carE., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.carE., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.carE., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.carE., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.carE., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Cars"]
[null,{"$f":"Model!$F$407","v":"Car Hydrogen "},{"$f":"Model!$G$407","v":"carH2."},null,0,{"$f":" +SUMIFS(EB.carH2.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.carH2., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.carH2., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.carH2., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.carH2., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.carH2., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.carH2., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.carH2., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.carH2., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.carH2., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.carH2., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Cars"]
[null,{"$f":"Model!$F$408","v":"Car Plug-in Hybrid Electric Vehicle "},{"$f":"Model!$G$408","v":"carPHEV."},null,{"$f":" +SUMIFS(EB.carPHEV.fElc., Prd., $E$3)","v":0},0,0,{"$f":" +SUMIFS(EB.carPHEV.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.carPHEV.fFsL., Prd., $K$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.carPHEV., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.carPHEV., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.carPHEV., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.carPHEV., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.carPHEV., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.carPHEV., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.carPHEV., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.carPHEV., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.carPHEV., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.carPHEV., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Cars"]
[null,{"$f":"Model!$F$409","v":"Car Internal Combustion Engine "},{"$f":"Model!$G$409","v":"carIC."},null,0,0,0,{"$f":" +SUMIFS(EB.carIC.fBiL., Prd., $H$3)","v":-5.318866103277994},0,0,{"$f":" +SUMIFS(EB.carIC.fFsL., Prd., $K$3)","v":-178.09030987182527},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-183.40917597510327,0,0,null,{"$f":" +SUMIFS(Em.GHG.carIC., Prd., $AP$3)","v":44.793601007471821},{"$f":" +SUMIFS(Em.CO2.carIC., Prd., $AQ$3)","v":44.417715977410914},{"$f":" +SUMIFS(Em.CH4.carIC., Prd., $AR$3)","v":8.6618262947123648E-3},{"$f":" +SUMIFS(Em.N2O.carIC., Prd., $AS$3)","v":0.36722320376619566},0,null,{"$f":" +SUMIFS(Em.PM10.carIC., Prd., $AV$3)","v":519226355.58691841},{"$f":" +SUMIFS(Em.NOX.carIC., Prd., $AW$3)","v":519226355.58691841},{"$f":" +SUMIFS(Em.SO2.carIC., Prd., $AX$3)","v":519226355.58691841},{"$f":" +SUMIFS(Em.NMVOC.carIC., Prd., $AY$3)","v":519226355.58691841},{"$f":" +SUMIFS(Em.PM2.5.carIC., Prd., $AZ$3)","v":519226355.58691841},{"$f":" +SUMIFS(Em.NH3.carIC., Prd., $BA$3)","v":519226355.58691841},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Cars"]
[null,{"$f":"Model!$F$410","v":"LGV (van) Electric "},{"$f":"Model!$G$410","v":"lgvE."},null,{"$f":" +SUMIFS(EB.lgvE.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.lgvE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.lgvE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.lgvE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.lgvE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.lgvE., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.lgvE., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.lgvE., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.lgvE., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.lgvE., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.lgvE., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"LGV"]
[null,{"$f":"Model!$F$411","v":"LGV (van) Hydrogen "},{"$f":"Model!$G$411","v":"lgvH2."},null,0,{"$f":" +SUMIFS(EB.lgvH2.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.lgvH2., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.lgvH2., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.lgvH2., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.lgvH2., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.lgvH2., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.lgvH2., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.lgvH2., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.lgvH2., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.lgvH2., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.lgvH2., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"LGV"]
[null,{"$f":"Model!$F$412","v":"LGV (van) Plug-in Hybrid Electric Vehicle "},{"$f":"Model!$G$412","v":"lgvPHEV."},null,{"$f":" +SUMIFS(EB.lgvPHEV.fElc., Prd., $E$3)","v":0},0,0,{"$f":" +SUMIFS(EB.lgvPHEV.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.lgvPHEV.fFsL., Prd., $K$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.lgvPHEV., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.lgvPHEV., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.lgvPHEV., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.lgvPHEV., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.lgvPHEV., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.lgvPHEV., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.lgvPHEV., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.lgvPHEV., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.lgvPHEV., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.lgvPHEV., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"LGV"]
[null,{"$f":"Model!$F$413","v":"LGV (van) Internal Combustion Engine "},{"$f":"Model!$G$413","v":"lgvIC."},null,0,0,0,{"$f":" +SUMIFS(EB.lgvIC.fBiL., Prd., $H$3)","v":-2.7839836088735197},0,0,{"$f":" +SUMIFS(EB.lgvIC.fFsL., Prd., $K$3)","v":-93.215451179868538},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-95.999434788742064,0,0,null,{"$f":" +SUMIFS(Em.GHG.lgvIC., Prd., $AP$3)","v":23.445721055163805},{"$f":" +SUMIFS(Em.CO2.lgvIC., Prd., $AQ$3)","v":23.248976534397325},{"$f":" +SUMIFS(Em.CH4.lgvIC., Prd., $AR$3)","v":4.5337449672830238E-3},{"$f":" +SUMIFS(Em.N2O.lgvIC., Prd., $AS$3)","v":0.19221077579919588},0,null,{"$f":" +SUMIFS(Em.PM10.lgvIC., Prd., $AV$3)","v":134258926.24816063},{"$f":" +SUMIFS(Em.NOX.lgvIC., Prd., $AW$3)","v":134258926.24816063},{"$f":" +SUMIFS(Em.SO2.lgvIC., Prd., $AX$3)","v":134258926.24816063},{"$f":" +SUMIFS(Em.NMVOC.lgvIC., Prd., $AY$3)","v":134258926.24816063},{"$f":" +SUMIFS(Em.PM2.5.lgvIC., Prd., $AZ$3)","v":134258926.24816063},{"$f":" +SUMIFS(Em.NH3.lgvIC., Prd., $BA$3)","v":134258926.24816063},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"LGV"]
[null,{"$f":"Model!$F$414","v":"HGV _Rigid Electric "},{"$f":"Model!$G$414","v":"hgvRE."},null,{"$f":" +SUMIFS(EB.hgvRE.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvRE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvRE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvRE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvRE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvRE., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hgvRE., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hgvRE., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hgvRE., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hgvRE., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hgvRE., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$415","v":"HGV _Rigid Hydrogen "},{"$f":"Model!$G$415","v":"hgvRH2."},null,0,{"$f":" +SUMIFS(EB.hgvRH2.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvRH2., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvRH2., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvRH2., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvRH2., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvRH2., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hgvRH2., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hgvRH2., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hgvRH2., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hgvRH2., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hgvRH2., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$416","v":"HGV _Rigid Plug-in Hybrid Electric Vehicle "},{"$f":"Model!$G$416","v":"hgvRPHEV."},null,{"$f":" +SUMIFS(EB.hgvRPHEV.fElc., Prd., $E$3)","v":0},0,0,{"$f":" +SUMIFS(EB.hgvRPHEV.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.hgvRPHEV.fFsL., Prd., $K$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvRPHEV., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvRPHEV., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvRPHEV., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvRPHEV., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvRPHEV., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hgvRPHEV., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hgvRPHEV., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hgvRPHEV., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hgvRPHEV., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hgvRPHEV., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$417","v":"HGV _Rigid Internal Combustion Engine "},{"$f":"Model!$G$417","v":"hgvRIC."},null,0,0,0,{"$f":" +SUMIFS(EB.hgvRIC.fBiL., Prd., $H$3)","v":-0.87229551149213835},0,0,{"$f":" +SUMIFS(EB.hgvRIC.fFsL., Prd., $K$3)","v":-38.777500465423238},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-39.649795976915378,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvRIC., Prd., $AP$3)","v":9.7527659083189189},{"$f":" +SUMIFS(Em.CO2.hgvRIC., Prd., $AQ$3)","v":9.6715425068704537},{"$f":" +SUMIFS(Em.CH4.hgvRIC., Prd., $AR$3)","v":1.8860317184936427E-3},{"$f":" +SUMIFS(Em.N2O.hgvRIC., Prd., $AS$3)","v":7.9337369729972226E-2},0,null,{"$f":" +SUMIFS(Em.PM10.hgvRIC., Prd., $AV$3)","v":18544311.460308395},{"$f":" +SUMIFS(Em.NOX.hgvRIC., Prd., $AW$3)","v":18544311.460308395},{"$f":" +SUMIFS(Em.SO2.hgvRIC., Prd., $AX$3)","v":18544311.460308395},{"$f":" +SUMIFS(Em.NMVOC.hgvRIC., Prd., $AY$3)","v":18544311.460308395},{"$f":" +SUMIFS(Em.PM2.5.hgvRIC., Prd., $AZ$3)","v":18544311.460308395},{"$f":" +SUMIFS(Em.NH3.hgvRIC., Prd., $BA$3)","v":18544311.460308395},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$418","v":"HGV _Articulated Electric "},{"$f":"Model!$G$418","v":"hgvAE."},null,{"$f":" +SUMIFS(EB.hgvAE.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvAE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvAE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvAE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvAE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvAE., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hgvAE., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hgvAE., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hgvAE., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hgvAE., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hgvAE., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$419","v":"HGV _Articulated Hydrogen "},{"$f":"Model!$G$419","v":"hgvAH2."},null,0,{"$f":" +SUMIFS(EB.hgvAH2.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvAH2., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvAH2., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvAH2., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvAH2., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvAH2., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hgvAH2., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hgvAH2., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hgvAH2., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hgvAH2., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hgvAH2., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$420","v":"HGV _Articulated Plug-in Hybrid Electric Vehicle "},{"$f":"Model!$G$420","v":"hgvAPHEV."},null,{"$f":" +SUMIFS(EB.hgvAPHEV.fElc., Prd., $E$3)","v":0},0,0,{"$f":" +SUMIFS(EB.hgvAPHEV.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.hgvAPHEV.fFsL., Prd., $K$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvAPHEV., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvAPHEV., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvAPHEV., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvAPHEV., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvAPHEV., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hgvAPHEV., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hgvAPHEV., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hgvAPHEV., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hgvAPHEV., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hgvAPHEV., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$421","v":"HGV _Articulated Internal Combustion Engine "},{"$f":"Model!$G$421","v":"hgvAIC."},null,0,0,0,{"$f":" +SUMIFS(EB.hgvAIC.fBiL., Prd., $H$3)","v":-0.89694529785425869},0,0,{"$f":" +SUMIFS(EB.hgvAIC.fFsL., Prd., $K$3)","v":-39.873295513702949},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-40.770240811557208,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvAIC., Prd., $AP$3)","v":10.028364708166691},{"$f":" +SUMIFS(Em.CO2.hgvAIC., Prd., $AQ$3)","v":9.9448460530261773},{"$f":" +SUMIFS(Em.CH4.hgvAIC., Prd., $AR$3)","v":1.9393281969468279E-3},{"$f":" +SUMIFS(Em.N2O.hgvAIC., Prd., $AS$3)","v":8.157932694356726E-2},0,null,{"$f":" +SUMIFS(Em.PM10.hgvAIC., Prd., $AV$3)","v":18555337.566212267},{"$f":" +SUMIFS(Em.NOX.hgvAIC., Prd., $AW$3)","v":18555337.566212267},{"$f":" +SUMIFS(Em.SO2.hgvAIC., Prd., $AX$3)","v":18555337.566212267},{"$f":" +SUMIFS(Em.NMVOC.hgvAIC., Prd., $AY$3)","v":18555337.566212267},{"$f":" +SUMIFS(Em.PM2.5.hgvAIC., Prd., $AZ$3)","v":18555337.566212267},{"$f":" +SUMIFS(Em.NH3.hgvAIC., Prd., $BA$3)","v":18555337.566212267},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$422","v":"Bus Electric "},{"$f":"Model!$G$422","v":"busE."},null,{"$f":" +SUMIFS(EB.busE.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.busE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.busE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.busE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.busE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.busE., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.busE., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.busE., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.busE., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.busE., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.busE., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Buses"]
[null,{"$f":"Model!$F$423","v":"Bus Hydrogen "},{"$f":"Model!$G$423","v":"busH2."},null,0,{"$f":" +SUMIFS(EB.busH2.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.busH2., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.busH2., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.busH2., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.busH2., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.busH2., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.busH2., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.busH2., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.busH2., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.busH2., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.busH2., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Buses"]
[null,{"$f":"Model!$F$424","v":"Bus Plug-in Hybrid Electric Vehicle "},{"$f":"Model!$G$424","v":"busPHEV."},null,{"$f":" +SUMIFS(EB.busPHEV.fElc., Prd., $E$3)","v":0},0,0,{"$f":" +SUMIFS(EB.busPHEV.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.busPHEV.fFsL., Prd., $K$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.busPHEV., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.busPHEV., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.busPHEV., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.busPHEV., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.busPHEV., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.busPHEV., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.busPHEV., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.busPHEV., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.busPHEV., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.busPHEV., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Buses"]
[null,{"$f":"Model!$F$425","v":"Bus Internal Combustion Engine "},{"$f":"Model!$G$425","v":"busIC."},null,0,0,0,{"$f":" +SUMIFS(EB.busIC.fBiL., Prd., $H$3)","v":-0.14873578092903458},0,0,{"$f":" +SUMIFS(EB.busIC.fFsL., Prd., $K$3)","v":-6.6119815340270822},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-6.7607173149561168,0,0,null,{"$f":" +SUMIFS(Em.GHG.busIC., Prd., $AP$3)","v":1.6629516425122099},{"$f":" +SUMIFS(Em.CO2.busIC., Prd., $AQ$3)","v":1.6491021776405121},{"$f":" +SUMIFS(Em.CH4.busIC., Prd., $AR$3)","v":3.2158872401765105E-4},{"$f":" +SUMIFS(Em.N2O.busIC., Prd., $AS$3)","v":1.3527876147680168E-2},0,null,{"$f":" +SUMIFS(Em.PM10.busIC., Prd., $AV$3)","v":4096453.9135644305},{"$f":" +SUMIFS(Em.NOX.busIC., Prd., $AW$3)","v":4096453.9135644305},{"$f":" +SUMIFS(Em.SO2.busIC., Prd., $AX$3)","v":4096453.9135644305},{"$f":" +SUMIFS(Em.NMVOC.busIC., Prd., $AY$3)","v":4096453.9135644305},{"$f":" +SUMIFS(Em.PM2.5.busIC., Prd., $AZ$3)","v":4096453.9135644305},{"$f":" +SUMIFS(Em.NH3.busIC., Prd., $BA$3)","v":4096453.9135644305},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Buses"]
[null,{"$f":"Model!$F$426","v":"Train Passenger Electric "},{"$f":"Model!$G$426","v":"trnPE."},null,{"$f":" +SUMIFS(EB.trnPE.fElc., Prd., $E$3)","v":-6.9412270390067077},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-6.9412270390067077,0,0,null,{"$f":" +SUMIFS(Em.GHG.trnPE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.trnPE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.trnPE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.trnPE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.trnPE., Prd., $AV$3)","v":514760.88245134027},{"$f":" +SUMIFS(Em.NOX.trnPE., Prd., $AW$3)","v":514760.88245134027},{"$f":" +SUMIFS(Em.SO2.trnPE., Prd., $AX$3)","v":514760.88245134027},{"$f":" +SUMIFS(Em.NMVOC.trnPE., Prd., $AY$3)","v":514760.88245134027},{"$f":" +SUMIFS(Em.PM2.5.trnPE., Prd., $AZ$3)","v":514760.88245134027},{"$f":" +SUMIFS(Em.NH3.trnPE., Prd., $BA$3)","v":514760.88245134027},null,null,"1A3c",1,"A",3,"c",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Railway"]
[null,{"$f":"Model!$F$427","v":"Train Passenger Internal Combustion Engine "},{"$f":"Model!$G$427","v":"trnPIC."},null,0,0,0,{"$f":" +SUMIFS(EB.trnPIC.fBiL., Prd., $H$3)","v":-0.21998350308236642},0,0,{"$f":" +SUMIFS(EB.trnPIC.fFsL., Prd., $K$3)","v":-9.7792666370251968},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-9.9992501401075629,0,0,null,{"$f":" +SUMIFS(Em.GHG.trnPIC., Prd., $AP$3)","v":2.4595421860927567},{"$f":" +SUMIFS(Em.CO2.trnPIC., Prd., $AQ$3)","v":2.4390585218442333},{"$f":" +SUMIFS(Em.CH4.trnPIC., Prd., $AR$3)","v":4.7563682134391718E-4},{"$f":" +SUMIFS(Em.N2O.trnPIC., Prd., $AS$3)","v":2.0008027427179404E-2},0,null,{"$f":" +SUMIFS(Em.PM10.trnPIC., Prd., $AV$3)","v":277178.93670456781},{"$f":" +SUMIFS(Em.NOX.trnPIC., Prd., $AW$3)","v":277178.93670456781},{"$f":" +SUMIFS(Em.SO2.trnPIC., Prd., $AX$3)","v":277178.93670456781},{"$f":" +SUMIFS(Em.NMVOC.trnPIC., Prd., $AY$3)","v":277178.93670456781},{"$f":" +SUMIFS(Em.PM2.5.trnPIC., Prd., $AZ$3)","v":277178.93670456781},{"$f":" +SUMIFS(Em.NH3.trnPIC., Prd., $BA$3)","v":277178.93670456781},null,null,"1A3c",1,"A",3,"c",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Railway"]
[null,{"$f":"Model!$F$428","v":"Train Freight Electric "},{"$f":"Model!$G$428","v":"trnFE."},null,{"$f":" +SUMIFS(EB.trnFE.fElc., Prd., $E$3)","v":-3.8920950383469204E-2},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-3.8920950383469204E-2,0,0,null,{"$f":" +SUMIFS(Em.GHG.trnFE., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.trnFE., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.trnFE., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.trnFE., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.trnFE., Prd., $AV$3)","v":2872.3632659338896},{"$f":" +SUMIFS(Em.NOX.trnFE., Prd., $AW$3)","v":2872.3632659338896},{"$f":" +SUMIFS(Em.SO2.trnFE., Prd., $AX$3)","v":2872.3632659338896},{"$f":" +SUMIFS(Em.NMVOC.trnFE., Prd., $AY$3)","v":2872.3632659338896},{"$f":" +SUMIFS(Em.PM2.5.trnFE., Prd., $AZ$3)","v":2872.3632659338896},{"$f":" +SUMIFS(Em.NH3.trnFE., Prd., $BA$3)","v":2872.3632659338896},null,null,"1A3c",1,"A",3,"c",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Railway"]
[null,{"$f":"Model!$F$429","v":"Train Freight Internal Combustion Engine "},{"$f":"Model!$G$429","v":"trnFIC."},null,0,0,0,{"$f":" +SUMIFS(EB.trnFIC.fBiL., Prd., $H$3)","v":-2.5879937072290138E-2},0,0,{"$f":" +SUMIFS(EB.trnFIC.fFsL., Prd., $K$3)","v":-1.1504808389408978},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-1.176360776013188,0,0,null,{"$f":" +SUMIFS(Em.GHG.trnFIC., Prd., $AP$3)","v":0.28935259285734044},{"$f":" +SUMIFS(Em.CO2.trnFIC., Prd., $AQ$3)","v":0.28694279423910851},{"$f":" +SUMIFS(Em.CH4.trnFIC., Prd., $AR$3)","v":5.5956245960115323E-5},{"$f":" +SUMIFS(Em.N2O.trnFIC., Prd., $AS$3)","v":2.3538423722717994E-3},0,null,{"$f":" +SUMIFS(Em.PM10.trnFIC., Prd., $AV$3)","v":33032.177558239731},{"$f":" +SUMIFS(Em.NOX.trnFIC., Prd., $AW$3)","v":33032.177558239731},{"$f":" +SUMIFS(Em.SO2.trnFIC., Prd., $AX$3)","v":33032.177558239731},{"$f":" +SUMIFS(Em.NMVOC.trnFIC., Prd., $AY$3)","v":33032.177558239731},{"$f":" +SUMIFS(Em.PM2.5.trnFIC., Prd., $AZ$3)","v":33032.177558239731},{"$f":" +SUMIFS(Em.NH3.trnFIC., Prd., $BA$3)","v":33032.177558239731},null,null,"1A3c",1,"A",3,"c",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Railway"]
[null,{"$f":"Model!$F$432","v":"Non-Road Mobile Machinery Internal Combustion Engine "},{"$f":"Model!$G$432","v":"nrmIC."},null,0,0,0,{"$f":" +SUMIFS(EB.nrmIC.fBiL., Prd., $H$3)","v":-1.2222222222222224E-5},0,0,{"$f":" +SUMIFS(EB.nrmIC.fFsL., Prd., $K$3)","v":-5.4333333333333328E-4},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-5.5555555555555545E-4,0,0,null,{"$f":" +SUMIFS(Em.GHG.nrmIC., Prd., $AP$3)","v":1.3665147950708113E-4},{"$f":" +SUMIFS(Em.CO2.nrmIC., Prd., $AQ$3)","v":1.3551341282088466E-4},{"$f":" +SUMIFS(Em.CH4.nrmIC., Prd., $AR$3)","v":2.6426249450896917E-8},{"$f":" +SUMIFS(Em.N2O.nrmIC., Prd., $AS$3)","v":1.111640436745577E-6},0,null,{"$f":" +SUMIFS(Em.PM10.nrmIC., Prd., $AV$3)","v":1999.9980000000003},{"$f":" +SUMIFS(Em.NOX.nrmIC., Prd., $AW$3)","v":1999.9980000000003},{"$f":" +SUMIFS(Em.SO2.nrmIC., Prd., $AX$3)","v":1999.9980000000003},{"$f":" +SUMIFS(Em.NMVOC.nrmIC., Prd., $AY$3)","v":1999.9980000000003},{"$f":" +SUMIFS(Em.PM2.5.nrmIC., Prd., $AZ$3)","v":1999.9980000000003},{"$f":" +SUMIFS(Em.NH3.nrmIC., Prd., $BA$3)","v":1999.9980000000003},null,null,"1A3e",1,"A",3,"e",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"OffRoad"]
[null,{"$f":"Model!$F$430","v":"Shipping Domestic Internal Combustion Engine "},{"$f":"Model!$G$430","v":"shpDIC."},null,0,0,0,{"$f":" +SUMIFS(EB.shpDIC.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.shpDIC.fFsL., Prd., $K$3)","v":-12.203104979490899},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-12.203104979490899,0,0,null,{"$f":" +SUMIFS(Em.GHG.shpDIC., Prd., $AP$3)","v":3.0685541714209505},{"$f":" +SUMIFS(Em.CO2.shpDIC., Prd., $AQ$3)","v":3.0435909253662765},{"$f":" +SUMIFS(Em.CH4.shpDIC., Prd., $AR$3)","v":5.9352569864449471E-4},{"$f":" +SUMIFS(Em.N2O.shpDIC., Prd., $AS$3)","v":2.4369720356029509E-2},0,null,{"$f":" +SUMIFS(Em.PM10.shpDIC., Prd., $AV$3)","v":30046.412438877458},{"$f":" +SUMIFS(Em.NOX.shpDIC., Prd., $AW$3)","v":30046.412438877458},{"$f":" +SUMIFS(Em.SO2.shpDIC., Prd., $AX$3)","v":30046.412438877458},{"$f":" +SUMIFS(Em.NMVOC.shpDIC., Prd., $AY$3)","v":30046.412438877458},{"$f":" +SUMIFS(Em.PM2.5.shpDIC., Prd., $AZ$3)","v":30046.412438877458},{"$f":" +SUMIFS(Em.NH3.shpDIC., Prd., $BA$3)","v":30046.412438877458},null,null,"1A3d",1,"A",3,"d",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Aviation&ShippingDom"]
[null,{"$f":"Model!$F$431","v":"Shipping International Internal Combustion Engine "},{"$f":"Model!$G$431","v":"shpIIC."},null,0,0,0,{"$f":" +SUMIFS(EB.shpIIC.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.shpIIC.fFsL., Prd., $K$3)","v":-24.001031248082818},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-24.001031248082818,0,0,null,{"$f":" +SUMIFS(Em.GHG.shpIIC., Prd., $AP$3)","v":6.0352233860551161},{"$f":" +SUMIFS(Em.CO2.shpIIC., Prd., $AQ$3)","v":5.9861257465921467},{"$f":" +SUMIFS(Em.CH4.shpIIC., Prd., $AR$3)","v":1.1673446113630828E-3},{"$f":" +SUMIFS(Em.N2O.shpIIC., Prd., $AS$3)","v":4.7930294851606332E-2},0,null,{"$f":" +SUMIFS(Em.PM10.shpIIC., Prd., $AV$3)","v":105301.87176040867},{"$f":" +SUMIFS(Em.NOX.shpIIC., Prd., $AW$3)","v":105301.87176040867},{"$f":" +SUMIFS(Em.SO2.shpIIC., Prd., $AX$3)","v":105301.87176040867},{"$f":" +SUMIFS(Em.NMVOC.shpIIC., Prd., $AY$3)","v":105301.87176040867},{"$f":" +SUMIFS(Em.PM2.5.shpIIC., Prd., $AZ$3)","v":105301.87176040867},{"$f":" +SUMIFS(Em.NH3.shpIIC., Prd., $BA$3)","v":105301.87176040867},null,null,"",null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$246","v":"Transport-International"},"ShippingInt"]
[null,{"$f":"Model!$F$441","v":"Light Duty Vehicles Electric Refuelling Infrastructure "},{"$f":"Model!$G$441","v":"LVEref."},null,{"$f":" +SUMIFS(EB.LVEref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.LVEref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LVEref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.LVEref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.LVEref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.LVEref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.LVEref., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.LVEref., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.LVEref., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.LVEref., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.LVEref., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.LVEref., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Cars"]
[null,{"$f":"Model!$F$444","v":"HGV _Articulated Electric Refuelling Infrastructure "},{"$f":"Model!$G$444","v":"hgvAEref."},null,{"$f":" +SUMIFS(EB.hgvAEref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hgvAEref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvAEref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvAEref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvAEref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvAEref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvAEref., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hgvAEref., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hgvAEref., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hgvAEref., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hgvAEref., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hgvAEref., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$447","v":"Bus Electric Refuelling Infrastructure "},{"$f":"Model!$G$447","v":"busEref."},null,{"$f":" +SUMIFS(EB.busEref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.busEref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.busEref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.busEref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.busEref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.busEref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.busEref., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.busEref., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.busEref., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.busEref., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.busEref., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.busEref., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Buses"]
[null,{"$f":"Model!$F$442","v":"Light Duty Vehicles Hydrogen Refuelling Infrastructure "},{"$f":"Model!$G$442","v":"LVH2ref."},null,{"$f":" +SUMIFS(EB.LVH2ref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.LVH2ref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LVH2ref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.LVH2ref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.LVH2ref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.LVH2ref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.LVH2ref., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.LVH2ref., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.LVH2ref., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.LVH2ref., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.LVH2ref., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.LVH2ref., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Cars"]
[null,{"$f":"Model!$F$445","v":"HGV _Articulated Hydrogen Refuelling Infrastructure "},{"$f":"Model!$G$445","v":"hgvAH2ref."},null,{"$f":" +SUMIFS(EB.hgvAH2ref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hgvAH2ref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvAH2ref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvAH2ref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvAH2ref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvAH2ref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvAH2ref., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hgvAH2ref., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hgvAH2ref., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hgvAH2ref., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hgvAH2ref., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hgvAH2ref., Prd., $BA$3)","v":0},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$448","v":"Bus Hydrogen Refuelling Infrastructure "},{"$f":"Model!$G$448","v":"busH2ref."},null,{"$f":" +SUMIFS(EB.busH2ref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.busH2ref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.busH2ref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.busH2ref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.busH2ref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.busH2ref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.busH2ref., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.busH2ref., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.busH2ref., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.busH2ref., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.busH2ref., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.busH2ref., Prd., $BA$3)","v":0},null,null,{"$f":"BE80&BF80&BG80&BH80&BI80","v":"1A3b"},1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Buses"]
[null,{"$f":"Model!$F$443","v":"Light Duty Vehicles Internal Combustion Engine Refuelling Infrastructure "},{"$f":"Model!$G$443","v":"LVICref."},null,{"$f":" +SUMIFS(EB.LVICref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.LVICref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LVICref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.LVICref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.LVICref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.LVICref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.LVICref., Prd., $AV$3)","v":1148609115.6564744},{"$f":" +SUMIFS(Em.NOX.LVICref., Prd., $AW$3)","v":1148609115.6564744},{"$f":" +SUMIFS(Em.SO2.LVICref., Prd., $AX$3)","v":1148609115.6564744},{"$f":" +SUMIFS(Em.NMVOC.LVICref., Prd., $AY$3)","v":1148609115.6564744},{"$f":" +SUMIFS(Em.PM2.5.LVICref., Prd., $AZ$3)","v":1148609115.6564744},{"$f":" +SUMIFS(Em.NH3.LVICref., Prd., $BA$3)","v":1148609115.6564744},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Cars"]
[null,{"$f":"Model!$F$446","v":"HGV _Articulated Internal Combustion Engine Refuelling Infrastructure "},{"$f":"Model!$G$446","v":"hgvAICref."},null,{"$f":" +SUMIFS(EB.hgvAICref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hgvAICref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.hgvAICref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hgvAICref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hgvAICref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hgvAICref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hgvAICref., Prd., $AV$3)","v":146772720.14873901},{"$f":" +SUMIFS(Em.NOX.hgvAICref., Prd., $AW$3)","v":146772720.14873901},{"$f":" +SUMIFS(Em.SO2.hgvAICref., Prd., $AX$3)","v":146772720.14873901},{"$f":" +SUMIFS(Em.NMVOC.hgvAICref., Prd., $AY$3)","v":146772720.14873901},{"$f":" +SUMIFS(Em.PM2.5.hgvAICref., Prd., $AZ$3)","v":146772720.14873901},{"$f":" +SUMIFS(Em.NH3.hgvAICref., Prd., $BA$3)","v":146772720.14873901},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"HGV"]
[null,{"$f":"Model!$F$449","v":"Bus Internal Combustion Engine Refuelling Infrastructure "},{"$f":"Model!$G$449","v":"busICref."},null,{"$f":" +SUMIFS(EB.busICref.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.busICref.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.busICref., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.busICref., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.busICref., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.busICref., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.busICref., Prd., $AV$3)","v":24338557.995259687},{"$f":" +SUMIFS(Em.NOX.busICref., Prd., $AW$3)","v":24338557.995259687},{"$f":" +SUMIFS(Em.SO2.busICref., Prd., $AX$3)","v":24338557.995259687},{"$f":" +SUMIFS(Em.NMVOC.busICref., Prd., $AY$3)","v":24338557.995259687},{"$f":" +SUMIFS(Em.PM2.5.busICref., Prd., $AZ$3)","v":24338557.995259687},{"$f":" +SUMIFS(Em.NH3.busICref., Prd., $BA$3)","v":24338557.995259687},null,null,"1A3b",1,"A",3,"b",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Buses"]
[null,{"$f":"Model!$F$435","v":"Aviation Domestic Plug-in Hybrid Electric Vehicle "},{"$f":"Model!$G$435","v":"aviDPHEV."},null,{"$f":" +SUMIFS(EB.aviDPHEV.fElc., Prd., $E$3)","v":0},0,0,{"$f":" +SUMIFS(EB.aviDPHEV.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.aviDPHEV.fFsL., Prd., $K$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.aviDPHEV., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.aviDPHEV., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.aviDPHEV., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.aviDPHEV., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.aviDPHEV., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.aviDPHEV., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.aviDPHEV., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.aviDPHEV., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.aviDPHEV., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.aviDPHEV., Prd., $BA$3)","v":0},null,null,"1A3a",1,"A",3,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Aviation&ShippingDom"]
[null,{"$f":"Model!$F$436","v":"Aviation Domestic Conventional "},{"$f":"Model!$G$436","v":"aviDCon."},null,0,0,0,{"$f":" +SUMIFS(EB.aviDCon.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.aviDCon.fFsL., Prd., $K$3)","v":-9.0498196556321666},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-9.0498196556321666,0,0,null,{"$f":" +SUMIFS(Em.GHG.aviDCon., Prd., $AP$3)","v":2.2756390198698369},{"$f":" +SUMIFS(Em.CO2.aviDCon., Prd., $AQ$3)","v":2.2571262827268188},{"$f":" +SUMIFS(Em.CH4.aviDCon., Prd., $AR$3)","v":4.4015851234116386E-4},{"$f":" +SUMIFS(Em.N2O.aviDCon., Prd., $AS$3)","v":1.8072578630676989E-2},0,null,{"$f":" +SUMIFS(Em.PM10.aviDCon., Prd., $AV$3)","v":198294.80848896765},{"$f":" +SUMIFS(Em.NOX.aviDCon., Prd., $AW$3)","v":198294.80848896765},{"$f":" +SUMIFS(Em.SO2.aviDCon., Prd., $AX$3)","v":198294.80848896765},{"$f":" +SUMIFS(Em.NMVOC.aviDCon., Prd., $AY$3)","v":198294.80848896765},{"$f":" +SUMIFS(Em.PM2.5.aviDCon., Prd., $AZ$3)","v":198294.80848896765},{"$f":" +SUMIFS(Em.NH3.aviDCon., Prd., $BA$3)","v":198294.80848896765},null,null,"1A3a",1,"A",3,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$245","v":"Transport-Domestic"},"Aviation&ShippingDom"]
[null,{"$f":"Model!$F$437","v":"Aviation International Plug-in Hybrid Electric Vehicle "},{"$f":"Model!$G$437","v":"aviIPHEV."},null,{"$f":" +SUMIFS(EB.aviIPHEV.fElc., Prd., $E$3)","v":0},0,0,{"$f":" +SUMIFS(EB.aviIPHEV.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.aviIPHEV.fFsL., Prd., $K$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.aviIPHEV., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.aviIPHEV., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.aviIPHEV., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.aviIPHEV., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.aviIPHEV., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.aviIPHEV., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.aviIPHEV., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.aviIPHEV., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.aviIPHEV., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.aviIPHEV., Prd., $BA$3)","v":0},null,null,"",null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$246","v":"Transport-International"},"AviationInt"]
[null,{"$f":"Model!$F$438","v":"Aviation International Conventional "},{"$f":"Model!$G$438","v":"aviICon."},null,0,0,0,{"$f":" +SUMIFS(EB.aviICon.fBiL., Prd., $H$3)","v":0},0,0,{"$f":" +SUMIFS(EB.aviICon.fFsL., Prd., $K$3)","v":-177.49816323063365},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-177.49816323063365,0,0,null,{"$f":" +SUMIFS(Em.GHG.aviICon., Prd., $AP$3)","v":44.633126578547262},{"$f":" +SUMIFS(Em.CO2.aviICon., Prd., $AQ$3)","v":44.270027979426317},{"$f":" +SUMIFS(Em.CH4.aviICon., Prd., $AR$3)","v":8.6330258992798978E-3},{"$f":" +SUMIFS(Em.N2O.aviICon., Prd., $AS$3)","v":0.35446557322166711},0,null,{"$f":" +SUMIFS(Em.PM10.aviICon., Prd., $AV$3)","v":5323308.5887126522},{"$f":" +SUMIFS(Em.NOX.aviICon., Prd., $AW$3)","v":5323308.5887126522},{"$f":" +SUMIFS(Em.SO2.aviICon., Prd., $AX$3)","v":5323308.5887126522},{"$f":" +SUMIFS(Em.NMVOC.aviICon., Prd., $AY$3)","v":5323308.5887126522},{"$f":" +SUMIFS(Em.PM2.5.aviICon., Prd., $AZ$3)","v":5323308.5887126522},{"$f":" +SUMIFS(Em.NH3.aviICon., Prd., $BA$3)","v":5323308.5887126522},null,null,"",null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$246","v":"Transport-International"},"AviationInt"]
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[null,{"$f":"Model!$F$653","v":"Industry Ferrous and non-ferrous metal production Electrical Processes "},{"$f":"Model!$G$653","v":"inSTLElc."},null,{"$f":" +SUMIFS(EB.inSTLElc.fElc., Prd., $E$3)","v":-0.63835071005207211},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E89:N89)","v":-0.63835071005207211},{"$f":"SUM(O89:Z89)","v":0},{"$f":"SUM(AA89:AE89)","v":0},null,{"$f":" +SUMIFS(Em.GHG.inSTLElc., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.inSTLElc., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.inSTLElc., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.inSTLElc., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.inSTLElc., Prd., $AV$3)","v":2298060.2581249033},{"$f":" +SUMIFS(Em.NOX.inSTLElc., Prd., $AW$3)","v":2298060.2581249033},{"$f":" +SUMIFS(Em.SO2.inSTLElc., Prd., $AX$3)","v":2298060.2581249033},{"$f":" +SUMIFS(Em.NMVOC.inSTLElc., Prd., $AY$3)","v":2298060.2581249033},{"$f":" +SUMIFS(Em.PM2.5.inSTLElc., Prd., $AZ$3)","v":2298060.2581249033},{"$f":" +SUMIFS(Em.NH3.inSTLElc., Prd., $BA$3)","v":2298060.2581249033},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"Metals"]
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[null,{"$f":"Model!$F$657","v":"Industry Ferrous and non-ferrous metal production Heat Processes CHP Heat Processes Heat Component "},{"$f":"Model!$G$657","v":"inSTLHtCHP_HtComp."},null,0,{"$f":" +SUMIFS(EB.inSTLHtCHP_HtComp.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inSTLHtCHP_HtComp.fBiS., Prd., $G$3)","v":0},0,{"$f":" +SUMIFS(EB.inSTLHtCHP_HtComp.fBiG., Prd., $I$3)","v":0},{"$f":" +SUMIFS(EB.inSTLHtCHP_HtComp.fFsS., Prd., $J$3)","v":0},{"$f":" +SUMIFS(EB.inSTLHtCHP_HtComp.fFsL., Prd., $K$3)","v":0},{"$f":" +SUMIFS(EB.inSTLHtCHP_HtComp.fFsG., Prd., $L$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.inSTLHtCHP_HtComp., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.inSTLHtCHP_HtComp., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.inSTLHtCHP_HtComp., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.inSTLHtCHP_HtComp., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.inSTLHtCHP_HtComp., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.inSTLHtCHP_HtComp., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.inSTLHtCHP_HtComp., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.inSTLHtCHP_HtComp., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.inSTLHtCHP_HtComp., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.inSTLHtCHP_HtComp., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"Metals"]
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[null,{"$f":"Model!$F$661","v":"Industry Cement, ceramics and glass Electrical Processes "},{"$f":"Model!$G$661","v":"inCCGElc."},null,{"$f":" +SUMIFS(EB.inCCGElc.fElc., Prd., $E$3)","v":-2.6034856377128457},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-2.6034856377128457,0,0,null,{"$f":" +SUMIFS(Em.GHG.inCCGElc., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.inCCGElc., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.inCCGElc., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.inCCGElc., Prd., $AS$3)","v":0},0,0,{"$f":" +SUMIFS(Em.PM10.inCCGElc., Prd., $AV$3)","v":9372538.9232179485},{"$f":" +SUMIFS(Em.NOX.inCCGElc., Prd., $AW$3)","v":9372538.9232179485},{"$f":" +SUMIFS(Em.SO2.inCCGElc., Prd., $AX$3)","v":9372538.9232179485},{"$f":" +SUMIFS(Em.NMVOC.inCCGElc., Prd., $AY$3)","v":9372538.9232179485},{"$f":" +SUMIFS(Em.PM2.5.inCCGElc., Prd., $AZ$3)","v":9372538.9232179485},{"$f":" +SUMIFS(Em.NH3.inCCGElc., Prd., $BA$3)","v":9372538.9232179485},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"IndustryAllOther"]
[null,{"$f":"Model!$F$662","v":"Industry Cement, ceramics and glass Heat Processes "},{"$f":"Model!$G$662","v":"inCCGHt."},null,{"$f":" +SUMIFS(EB.inCCGHt.fElc., Prd., $E$3)","v":-4.5701386130328689},{"$f":" +SUMIFS(EB.inCCGHt.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inCCGHt.fBiS., Prd., $G$3)","v":-3.5375887685800245},0,{"$f":" +SUMIFS(EB.inCCGHt.fBiG., Prd., $I$3)","v":-9.9221476937679215E-2},{"$f":" +SUMIFS(EB.inCCGHt.fFsS., Prd., $J$3)","v":-12.253018412487306},{"$f":" +SUMIFS(EB.inCCGHt.fFsL., Prd., $K$3)","v":-0.71088705300449828},{"$f":" +SUMIFS(EB.inCCGHt.fFsG., Prd., $L$3)","v":-19.745073910598162},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-40.915928234640532,0,0,null,{"$f":" +SUMIFS(Em.GHG.inCCGHt., Prd., $AP$3)","v":7.6419846058901388},{"$f":" +SUMIFS(Em.CO2.inCCGHt., Prd., $AQ$3)","v":7.5662569596432352},{"$f":" +SUMIFS(Em.CH4.inCCGHt., Prd., $AR$3)","v":6.2563685274730149E-3},{"$f":" +SUMIFS(Em.N2O.inCCGHt., Prd., $AS$3)","v":6.9471277719430707E-2},0,0,{"$f":" +SUMIFS(Em.PM10.inCCGHt., Prd., $AV$3)","v":147297194.34736431},{"$f":" +SUMIFS(Em.NOX.inCCGHt., Prd., $AW$3)","v":147297194.34736431},{"$f":" +SUMIFS(Em.SO2.inCCGHt., Prd., $AX$3)","v":147297194.34736431},{"$f":" +SUMIFS(Em.NMVOC.inCCGHt., Prd., $AY$3)","v":147297194.34736431},{"$f":" +SUMIFS(Em.PM2.5.inCCGHt., Prd., $AZ$3)","v":147297194.34736431},{"$f":" +SUMIFS(Em.NH3.inCCGHt., Prd., $BA$3)","v":147297194.34736431},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"IndustryAllOther"]
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[null,{"$f":"Model!$F$692","v":"Industry Other Industry Process Emissions"},{"$f":"Model!$G$692","v":"inOTHPEm."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.inOTHPEm., Prd., $AP$3)","v":0.21949064568411497},{"$f":" +SUMIFS(Em.CO2.inOTHPEm., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.inOTHPEm., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.inOTHPEm., Prd., $AS$3)","v":0.21949064568411497},0,0,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"IndustryAllOther"]
[null,{"$f":"Model!$F$677","v":"Industry Refineries Electrical Processes "},{"$f":"Model!$G$677","v":"inREFElc."},null,{"$f":" +SUMIFS(EB.inREFElc.fElc., Prd., $E$3)","v":-3.0446931078069093},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-3.0446931078069093,0,0,null,{"$f":" +SUMIFS(Em.GHG.inREFElc., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.inREFElc., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.inREFElc., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.inREFElc., Prd., $AS$3)","v":0},0,0,{"$f":" +SUMIFS(Em.PM10.inREFElc., Prd., $AV$3)","v":10960884.227209685},{"$f":" +SUMIFS(Em.NOX.inREFElc., Prd., $AW$3)","v":10960884.227209685},{"$f":" +SUMIFS(Em.SO2.inREFElc., Prd., $AX$3)","v":10960884.227209685},{"$f":" +SUMIFS(Em.NMVOC.inREFElc., Prd., $AY$3)","v":10960884.227209685},{"$f":" +SUMIFS(Em.PM2.5.inREFElc., Prd., $AZ$3)","v":10960884.227209685},{"$f":" +SUMIFS(Em.NH3.inREFElc., Prd., $BA$3)","v":10960884.227209685},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Refineries"]
[null,{"$f":"Model!$F$678","v":"Industry Refineries Heat Processes "},{"$f":"Model!$G$678","v":"inREFHt."},null,{"$f":" +SUMIFS(EB.inREFHt.fElc., Prd., $E$3)","v":-1.0635325964915454},{"$f":" +SUMIFS(EB.inREFHt.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inREFHt.fBiS., Prd., $G$3)","v":0},0,{"$f":" +SUMIFS(EB.inREFHt.fBiG., Prd., $I$3)","v":-5.5674665431587897E-3},{"$f":" +SUMIFS(EB.inREFHt.fFsS., Prd., $J$3)","v":-30.479623815916181},{"$f":" +SUMIFS(EB.inREFHt.fFsL., Prd., $K$3)","v":-4.2425860660736561},{"$f":" +SUMIFS(EB.inREFHt.fFsG., Prd., $L$3)","v":-1.1079258420885991},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-36.899235787113135,0,0,null,{"$f":" +SUMIFS(Em.GHG.inREFHt., Prd., $AP$3)","v":10.678532066968057},{"$f":" +SUMIFS(Em.CO2.inREFHt., Prd., $AQ$3)","v":10.613996498693069},{"$f":" +SUMIFS(Em.CH4.inREFHt., Prd., $AR$3)","v":3.1763762441738845E-3},{"$f":" +SUMIFS(Em.N2O.inREFHt., Prd., $AS$3)","v":6.1359192030814746E-2},0,0,{"$f":" +SUMIFS(Em.PM10.inREFHt., Prd., $AV$3)","v":132837115.99635847},{"$f":" +SUMIFS(Em.NOX.inREFHt., Prd., $AW$3)","v":132837115.99635847},{"$f":" +SUMIFS(Em.SO2.inREFHt., Prd., $AX$3)","v":132837115.99635847},{"$f":" +SUMIFS(Em.NMVOC.inREFHt., Prd., $AY$3)","v":132837115.99635847},{"$f":" +SUMIFS(Em.PM2.5.inREFHt., Prd., $AZ$3)","v":132837115.99635847},{"$f":" +SUMIFS(Em.NH3.inREFHt., Prd., $BA$3)","v":132837115.99635847},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Refineries"]
[null,{"$f":"Model!$F$681","v":"Industry Refineries Heat Processes CHP Heat Processes Heat Component "},{"$f":"Model!$G$681","v":"inREFHtCHP_HtComp."},null,0,{"$f":" +SUMIFS(EB.inREFHtCHP_HtComp.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_HtComp.fBiS., Prd., $G$3)","v":0},0,{"$f":" +SUMIFS(EB.inREFHtCHP_HtComp.fBiG., Prd., $I$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_HtComp.fFsS., Prd., $J$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_HtComp.fFsL., Prd., $K$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_HtComp.fFsG., Prd., $L$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.inREFHtCHP_HtComp., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.inREFHtCHP_HtComp., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.inREFHtCHP_HtComp., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.inREFHtCHP_HtComp., Prd., $AS$3)","v":0},0,0,{"$f":" +SUMIFS(Em.PM10.inREFHtCHP_HtComp., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.inREFHtCHP_HtComp., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.inREFHtCHP_HtComp., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.inREFHtCHP_HtComp., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.inREFHtCHP_HtComp., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.inREFHtCHP_HtComp., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Refineries"]
[null,{"$f":"Model!$F$680","v":"Industry Refineries Heat Processes CHP Electrical Component "},{"$f":"Model!$G$680","v":"inREFHtCHP_ElecComp."},null,{"$f":" +SUMIFS(EB.inREFHtCHP_ElecComp.fElc., Prd., $E$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_ElecComp.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_ElecComp.fBiS., Prd., $G$3)","v":0},0,{"$f":" +SUMIFS(EB.inREFHtCHP_ElecComp.fBiG., Prd., $I$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_ElecComp.fFsS., Prd., $J$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_ElecComp.fFsL., Prd., $K$3)","v":0},{"$f":" +SUMIFS(EB.inREFHtCHP_ElecComp.fFsG., Prd., $L$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E112:N112)","v":0},{"$f":"SUM(O112:Z112)","v":0},{"$f":"SUM(AA112:AE112)","v":0},null,{"$f":" +SUMIFS(Em.GHG.inREFHtCHP_ElecComp., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.inREFHtCHP_ElecComp., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.inREFHtCHP_ElecComp., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.inREFHtCHP_ElecComp., Prd., $AS$3)","v":0},0,0,{"$f":" +SUMIFS(Em.PM10.inREFHtCHP_ElecComp., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.inREFHtCHP_ElecComp., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.inREFHtCHP_ElecComp., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.inREFHtCHP_ElecComp., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.inREFHtCHP_ElecComp., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.inREFHtCHP_ElecComp., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"IndustryAllOther"]
[null,{"$f":"Model!$F$684","v":"Industry Refineries Process Emissions"},{"$f":"Model!$G$684","v":"inREFPEm."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.inREFPEm., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.inREFPEm., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.inREFPEm., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.inREFPEm., Prd., $AS$3)","v":0},0,0,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Refineries"]
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[null,{"$f":"Model!$F$599","v":"Agricultural Fuel Use"},{"$f":"Model!$G$599","v":"AgrFU."},null,{"$f":" +SUMIFS(EB.AgrFU.fElc., Prd., $E$3)","v":-4.1169036999999999},{"$f":" +SUMIFS(EB.AgrFU.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.AgrFU.fBiS., Prd., $G$3)","v":-2.3871737999999998},{"$f":" +SUMIFS(EB.AgrFU.fBiL., Prd., $H$3)","v":-0.1194763856},{"$f":" +SUMIFS(EB.AgrFU.fBiG., Prd., $I$3)","v":-4.912512E-3},0,{"$f":" +SUMIFS(EB.AgrFU.fFsL., Prd., $K$3)","v":-5.3112684143999989},{"$f":" +SUMIFS(EB.AgrFU.fFsG., Prd., $L$3)","v":-0.97758988800000002},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E115:N115)","v":-12.917324699999998},{"$f":"SUM(O115:Z115)","v":0},{"$f":"SUM(AA115:AE115)","v":0},null,{"$f":" +SUMIFS(Em.GHG.AgrFU., Prd., $AP$3)","v":1.5461698517352411},{"$f":" +SUMIFS(Em.CO2.AgrFU., Prd., $AQ$3)","v":1.5043786911475268},{"$f":" +SUMIFS(Em.CH4.AgrFU., Prd., $AR$3)","v":5.1300064188444349E-4},{"$f":" +SUMIFS(Em.N2O.AgrFU., Prd., $AS$3)","v":4.1278159945829743E-2},0,null,{"$f":" +SUMIFS(Em.PM10.AgrFU., Prd., $AV$3)","v":465023642.697631},{"$f":" +SUMIFS(Em.NOX.AgrFU., Prd., $AW$3)","v":465023642.697631},{"$f":" +SUMIFS(Em.SO2.AgrFU., Prd., $AX$3)","v":465023642.697631},{"$f":" +SUMIFS(Em.NMVOC.AgrFU., Prd., $AY$3)","v":465023642.697631},{"$f":" +SUMIFS(Em.PM2.5.AgrFU., Prd., $AZ$3)","v":465023642.697631},{"$f":" +SUMIFS(Em.NH3.AgrFU., Prd., $BA$3)","v":465023642.697631},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"AgriFuel"]
[null,{"$f":"Model!$F$589","v":"Woodland Business as Usual "},{"$f":"Model!$G$589","v":"LndWdlBaU."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.LndWdlBaU.rBiS., Prd., $R$3)","v":5.9933089071383421},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,5.9933089071383421,0,null,0,0,0,0,0,0,0,0,0,0,0,0,"emissions set to zero as they would double count the row for total woodland",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$590","v":"Woodland difference "},{"$f":"Model!$G$590","v":"LndWdlDif."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.LndWdlDif.rBiS., Prd., $R$3)","v":-8.2072015161086514E-3},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-8.2072015161086514E-3,0,null,0,0,0,0,0,0,0,0,0,0,0,0,"emissions set to zero as they would double count the row for total woodland",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$583","v":"Woodland "},{"$f":"Model!$G$583","v":"LndWdl."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LndWdl., Prd., $AP$3)","v":-10.3626},{"$f":" +SUMIFS(Em.CO2.LndWdl., Prd., $AQ$3)","v":-10.3626},0,0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$583&Model!$F$737","v":"Woodland Dry Waste "},{"$f":"Model!$G$583&Model!$G$736","v":"LndWdl.rBiS."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LndWdl.rBiS., Prd., $AP$3)","v":8.7232692253190122E-3},{"$f":" +SUMIFS(Em.CO2.LndWdl.rBiS., Prd., $AP$3)","v":8.6077785800126316E-3},{"$f":" +SUMIFS(Em.CH4.LndWdl.rBiS., Prd., $AR$3)","v":1.8627523436512944E-6},{"$f":" +SUMIFS(Em.N2O.LndWdl.rBiS., Prd., $AS$3)","v":1.1362789296272896E-4},0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$584","v":"Bioenergy Land"},{"$f":"Model!$G$584","v":"LndBi."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.LndBi.rBiS., Prd., $R$3)","v":4.4691666666666663},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,4.4691666666666663,0,null,0,0,0,0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$584&Model!$F$736","v":"Bioenergy LandBioenergy Solid "},{"$f":"Model!$G$584&Model!$G$736","v":"LndBi.rBiS."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LndBi.rBiS., Prd., $AP$3)","v":0.12331787983648106},{"$f":" +SUMIFS(Em.CO2.LndBi.rBiS., Prd., $AQ$3)","v":4.6474085301394734E-2},{"$f":" +SUMIFS(Em.CH4.LndBi.rBiS., Prd., $AR$3)","v":1.6047125328378564E-3},{"$f":" +SUMIFS(Em.N2O.LndBi.rBiS., Prd., $AS$3)","v":7.5239082002248464E-2},0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$585","v":"Arable Land for Food "},{"$f":"Model!$G$585","v":"LndArbl."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.LndArbl.rBiS., Prd., $R$3)","v":1.795179503958904},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1.795179503958904,0,null,{"$f":" +SUMIFS(Em.GHG.LndArbl., Prd., $AP$3)","v":4.399941221076344},{"$f":" +SUMIFS(Em.CO2.LndArbl., Prd., $AQ$3)","v":4.399941221076344},0,0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$585&Model!$F$737","v":"Arable Land for Food Dry Waste "},{"$f":"Model!$G$585&Model!$G$736","v":"LndArbl.rBiS."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LndArbl.rBiS., Prd., $AP$3)","v":5.2047353501671612E-3},{"$f":" +SUMIFS(Em.CO2.LndArbl.rBiS., Prd., $AQ$3)","v":5.1358278994495946E-3},{"$f":" +SUMIFS(Em.CH4.LndArbl.rBiS., Prd., $AR$3)","v":1.1114104954446213E-6},{"$f":" +SUMIFS(Em.N2O.LndArbl.rBiS., Prd., $AS$3)","v":6.7796040222121897E-5},0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$586","v":"Livestock Grazing Land"},{"$f":"Model!$G$586","v":"LndLivG."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LndLivG., Prd., $AP$3)","v":-4.7912253109067562},{"$f":" +SUMIFS(Em.CO2.LndLivG., Prd., $AQ$3)","v":-4.7912253109067562},0,0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$587","v":"Settlement Land"},{"$f":"Model!$G$587","v":"LndSet."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LndSet., Prd., $AP$3)","v":2.4795913733650194},{"$f":" +SUMIFS(Em.CO2.LndSet., Prd., $AQ$3)","v":2.4795913733650194},0,0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$588","v":"Other Land "},{"$f":"Model!$G$588","v":"LndOth."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.LndOth., Prd., $AP$3)","v":0.28068920475310144},{"$f":" +SUMIFS(Em.CO2.LndOth., Prd., $AQ$3)","v":0.28068920475310144},0,0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$597","v":"Soil Management "},{"$f":"Model!$G$597","v":"SoilMng."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.SoilMng., Prd., $AP$3)","v":14.449551753655218},0,0,{"$f":" +SUMIFS(Em.N2O.SoilMng., Prd., $AS$3)","v":14.449551753655218},0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Soils"]
[null,{"$f":"Model!$F$595","v":"Manure Management "},{"$f":"Model!$G$595","v":"MnrMng."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.MnrMng.rWstW., Prd., $T$3)","v":0.5924673204953218},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0.5924673204953218,0,null,{"$f":" +SUMIFS(Em.GHG.MnrMng., Prd., $AP$3)","v":3.1764057908951249},0,{"$f":" +SUMIFS(Em.CH4.MnrMng., Prd., $AR$3)","v":3.1764057908951249},0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Manure"]
[null,{"$f":"Model!$F$595&Model!$F$738","v":"Manure Management Wet Waste "},{"$f":"Model!$G$595&Model!$G$738","v":"MnrMng.rWstW."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.MnrMng.rWstW., Prd., $AP$3)","v":1.8779167956207866E-2},{"$f":" +SUMIFS(Em.CO2.MnrMng.rWstW., Prd., $AQ$3)","v":1.8771043721747035E-2},{"$f":" +SUMIFS(Em.CH4.MnrMng.rWstW., Prd., $AR$3)","v":4.0621172304148527E-6},{"$f":" +SUMIFS(Em.N2O.MnrMng.rWstW., Prd., $AS$3)","v":4.0621172304148527E-6},0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Manure"]
[null,{"$f":"Model!$F$596","v":"Enteric Fermentation "},{"$f":"Model!$G$596","v":"EntFrm."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.EntFrm., Prd., $AP$3)","v":24.255275025990748},0,{"$f":" +SUMIFS(Em.CH4.EntFrm., Prd., $AR$3)","v":24.255275025990748},0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Enteric"]
[null,{"$f":"Model!$F$592","v":"Livestock - Poultry "},{"$f":"Model!$G$592","v":"LivPol."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.PM10.LivPol., Prd., $AV$3)","v":10000002.878768748},0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Manure"]
[null,{"$f":"Model!$F$593","v":"Livestock - Cattle "},{"$f":"Model!$G$593","v":"LivCat."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.PM10.LivCat., Prd., $AV$3)","v":9999999},0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Manure"]
[null,{"$f":"Model!$F$594","v":"Livestock - Other "},{"$f":"Model!$G$594","v":"LivOth."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.PM10.LivOth., Prd., $AV$3)","v":9999999},0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$241","v":"Agriculture & Land Use"},"Manure"]
[null,null,null,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,{"$f":"Model!$F$616","v":"Waste Diverted to Energy  "},{"$f":"Model!$G$616","v":"bcWstToE."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcWstToE.rWstD., Prd., $S$3)","v":7.8901430160522281},{"$f":" +SUMIFS(EB.bcWstToE.rWstW., Prd., $T$3)","v":0.83164456254068175},{"$f":" +SUMIFS(EB.bcWstToE.rUCO., Prd., $U$3)","v":1.645},{"$f":" +SUMIFS(EB.bcWstToE.rLndFG., Prd., $V$3)","v":8.6595692134862805},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E135:N135)","v":0},{"$f":"SUM(O135:Z135)","v":19.026356792079191},{"$f":"SUM(AA135:AE135)","v":0},null,0,0,0,0,0,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$240","v":"Waste Management"},"Bio&Waste"]
[null,{"$f":"Model!$F$607","v":"Biomass Pelletisation Plant"},{"$f":"Model!$G$607","v":"bcBS."},null,0,0,{"$f":" +SUMIFS(EB.bcBS.fBiS., Prd., $G$3)","v":49.250035160177902},0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBS.rBiS., Prd., $R$3)","v":-61.414793844741851},0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBS.lsCnv., Prd., $AA$3)","v":12.164758684563949},0,0,0,0,0,0,0,0,0,0,49.250035160177902,-61.414793844741851,12.164758684563949,null,{"$f":" +SUMIFS(Em.GHG.bcBS., Prd., $AP$3)","v":0.40598601608817986},{"$f":" +SUMIFS(Em.CO2.bcBS., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.bcBS., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.bcBS., Prd., $AS$3)","v":0.40598601608817986},0,null,{"$f":" +SUMIFS(Em.PM10.bcBS., Prd., $AV$3)","v":221093036.74781281},{"$f":" +SUMIFS(Em.NOX.bcBS., Prd., $AW$3)","v":221093036.74781281},{"$f":" +SUMIFS(Em.SO2.bcBS., Prd., $AX$3)","v":221093036.74781281},{"$f":" +SUMIFS(Em.NMVOC.bcBS., Prd., $AY$3)","v":221093036.74781281},{"$f":" +SUMIFS(Em.PM2.5.bcBS., Prd., $AZ$3)","v":221093036.74781281},{"$f":" +SUMIFS(Em.NH3.bcBS., Prd., $BA$3)","v":221093036.74781281},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Bio&Waste"]
[null,{"$f":"Model!$F$622","v":"Landfill Gas Collection "},{"$f":"Model!$G$622","v":"bcLndFGC."},null,0,0,0,0,{"$f":" +SUMIFS(EB.bcLndFGC.fBiG., Prd., $I$3)","v":3.1294104277058565},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcLndFGC.rLndFG., Prd., $V$3)","v":-3.1294104277058565},0,0,0,0,{"$f":" +SUMIFS(EB.bcLndFGC.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,3.1294104277058565,-3.1294104277058565,0,null,{"$f":" +SUMIFS(Em.GHG.bcLndFGC., Prd., $AP$3)","v":3.9402376063324245E-4},{"$f":" +SUMIFS(Em.CO2.bcLndFGC., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.bcLndFGC., Prd., $AR$3)","v":9.187136100925232E-5},{"$f":" +SUMIFS(Em.N2O.bcLndFGC., Prd., $AS$3)","v":3.0215239962399013E-4},0,null,{"$f":" +SUMIFS(Em.PM10.bcLndFGC., Prd., $AV$3)","v":11265866.273863543},{"$f":" +SUMIFS(Em.NOX.bcLndFGC., Prd., $AW$3)","v":11265866.273863543},{"$f":" +SUMIFS(Em.SO2.bcLndFGC., Prd., $AX$3)","v":11265866.273863543},{"$f":" +SUMIFS(Em.NMVOC.bcLndFGC., Prd., $AY$3)","v":11265866.273863543},{"$f":" +SUMIFS(Em.PM2.5.bcLndFGC., Prd., $AZ$3)","v":11265866.273863543},{"$f":" +SUMIFS(Em.NH3.bcLndFGC., Prd., $BA$3)","v":11265866.273863543},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Bio&Waste"]
[null,{"$f":"Model!$F$623","v":"Landfill Gas Release "},{"$f":"Model!$G$623","v":"bcLndFGRel."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.bcLndFGRel., Prd., $AP$3)","v":6.072100185641836},0,{"$f":" +SUMIFS(Em.CH4.bcLndFGRel., Prd., $AR$3)","v":6.072100185641836},0,0,null,{"$f":" +SUMIFS(Em.PM10.bcLndFGRel., Prd., $AV$3)","v":242883.76454166599},{"$f":" +SUMIFS(Em.NOX.bcLndFGRel., Prd., $AW$3)","v":242883.76454166599},{"$f":" +SUMIFS(Em.SO2.bcLndFGRel., Prd., $AX$3)","v":242883.76454166599},{"$f":" +SUMIFS(Em.NMVOC.bcLndFGRel., Prd., $AY$3)","v":242883.76454166599},{"$f":" +SUMIFS(Em.PM2.5.bcLndFGRel., Prd., $AZ$3)","v":242883.76454166599},{"$f":" +SUMIFS(Em.NH3.bcLndFGRel., Prd., $BA$3)","v":242883.76454166599},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$240","v":"Waste Management"},"Bio&Waste"]
[null,{"$f":"Model!$F$614","v":"Anaerobic Digestion Plant "},{"$f":"Model!$G$614","v":"bcAD."},null,0,0,0,0,{"$f":" +SUMIFS(EB.bcAD.fBiG., Prd., $I$3)","v":0},0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcAD.rWstW., Prd., $T$3)","v":0},0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcAD.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.bcAD., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.bcAD., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.bcAD., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.bcAD., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.bcAD., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.bcAD., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.bcAD., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.bcAD., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.bcAD., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.bcAD., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Bio&Waste"]
[null,{"$f":"Model!$F$609","v":"Biomass Gasification Plant (BioSNG) "},{"$f":"Model!$G$609","v":"bcBG."},null,0,0,0,0,{"$f":" +SUMIFS(EB.bcBG.fBiG., Prd., $I$3)","v":0},0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBG.rBiS., Prd., $R$3)","v":0},0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBG.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.bcBG., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.bcBG., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.bcBG., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.bcBG., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.bcBG., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.bcBG., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.bcBG., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.bcBG., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.bcBG., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.bcBG., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Bio&Waste"]
[null,{"$f":"Model!$F$610","v":"Biomass Gasification Plant (BioSNG) with CCS "},{"$f":"Model!$G$610","v":"bcBGccs."},null,0,0,0,0,{"$f":" +SUMIFS(EB.bcBGccs.fBiG., Prd., $I$3)","v":0},0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBGccs.rBiS., Prd., $R$3)","v":0},0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBGccs.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.bcBGccs., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.bcBGccs., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.bcBGccs., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.bcBGccs., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.bcBGccs., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.bcBGccs., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.bcBGccs., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.bcBGccs., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.bcBGccs., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.bcBGccs., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Bio&Waste"]
[null,{"$f":"Model!$F$612","v":"Biofuel Plant "},{"$f":"Model!$G$612","v":"bcBL."},null,0,0,0,{"$f":" +SUMIFS(EB.bcBL.fBiL., Prd., $H$3)","v":2.5372274328628741},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBL.rBiS., Prd., $R$3)","v":0},0,{"$f":" +SUMIFS(EB.bcBL.rWstW., Prd., $T$3)","v":-1.4241118830360036},{"$f":" +SUMIFS(EB.bcBL.rUCO., Prd., $U$3)","v":-1.645},0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBL.lsCnv., Prd., $AA$3)","v":0.53188445017312946},0,0,0,0,0,0,0,0,0,0,2.5372274328628741,-3.0691118830360038,0.53188445017312946,null,{"$f":" +SUMIFS(Em.GHG.bcBL., Prd., $AP$3)","v":-3.3025431640300884E-3},{"$f":" +SUMIFS(Em.CO2.bcBL., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.bcBL., Prd., $AR$3)","v":8.5935132725008104E-4},{"$f":" +SUMIFS(Em.N2O.bcBL., Prd., $AS$3)","v":-4.1618944912801695E-3},0,null,{"$f":" +SUMIFS(Em.PM10.bcBL., Prd., $AV$3)","v":11048791.730126834},{"$f":" +SUMIFS(Em.NOX.bcBL., Prd., $AW$3)","v":11048791.730126834},{"$f":" +SUMIFS(Em.SO2.bcBL., Prd., $AX$3)","v":11048791.730126834},{"$f":" +SUMIFS(Em.NMVOC.bcBL., Prd., $AY$3)","v":11048791.730126834},{"$f":" +SUMIFS(Em.PM2.5.bcBL., Prd., $AZ$3)","v":11048791.730126834},{"$f":" +SUMIFS(Em.NH3.bcBL., Prd., $BA$3)","v":11048791.730126834},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Bio&Waste"]
[null,{"$f":"Model!$F$613","v":"Biofuel Plant with CCS "},{"$f":"Model!$G$613","v":"bcBLccs."},null,0,0,0,{"$f":" +SUMIFS(EB.bcBLccs.fBiL., Prd., $H$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBLccs.rBiS., Prd., $R$3)","v":0},0,{"$f":" +SUMIFS(EB.bcBLccs.rWstW., Prd., $T$3)","v":0},{"$f":" +SUMIFS(EB.bcBLccs.rUCO., Prd., $U$3)","v":0},0,0,0,0,0,{"$f":" +SUMIFS(EB.bcBLccs.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.bcBLccs., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.bcBLccs., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.bcBLccs., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.bcBLccs., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.bcBLccs., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.bcBLccs., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.bcBLccs., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.bcBLccs., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.bcBLccs., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.bcBLccs., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Bio&Waste"]
[null,{"$f":"Model!$F$618","v":"Energy from Waste "},{"$f":"Model!$G$618","v":"bcEfW."},null,{"$f":" +SUMIFS(EB.bcEfW.fElc., Prd., $E$3)","v":3.6538496042039275},0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcEfW.rWstD., Prd., $S$3)","v":-7.8901430160522281},{"$f":" +SUMIFS(EB.bcEfW.rWstW., Prd., $T$3)","v":0},{"$f":" +SUMIFS(EB.bcEfW.rUCO., Prd., $U$3)","v":0},{"$f":" +SUMIFS(EB.bcEfW.rLndFG., Prd., $V$3)","v":-5.530158785780424},0,0,0,0,{"$f":" +SUMIFS(EB.bcEfW.lsCnv., Prd., $AA$3)","v":9.7664521976287251},0,0,0,0,0,0,0,0,0,0,3.6538496042039275,-13.420301801832652,9.7664521976287251,null,{"$f":" +SUMIFS(Em.GHG.bcEfW., Prd., $AP$3)","v":1.258775999267592},{"$f":" +SUMIFS(Em.CO2.bcEfW., Prd., $AQ$3)","v":1.0099157178515654},{"$f":" +SUMIFS(Em.CH4.bcEfW., Prd., $AR$3)","v":0.21446814905061098},{"$f":" +SUMIFS(Em.N2O.bcEfW., Prd., $AS$3)","v":3.4392132365415544E-2},0,null,{"$f":" +SUMIFS(Em.PM10.bcEfW., Prd., $AV$3)","v":48313038.173511058},{"$f":" +SUMIFS(Em.NOX.bcEfW., Prd., $AW$3)","v":48313038.173511058},{"$f":" +SUMIFS(Em.SO2.bcEfW., Prd., $AX$3)","v":48313038.173511058},{"$f":" +SUMIFS(Em.NMVOC.bcEfW., Prd., $AY$3)","v":48313038.173511058},{"$f":" +SUMIFS(Em.PM2.5.bcEfW., Prd., $AZ$3)","v":48313038.173511058},{"$f":" +SUMIFS(Em.NH3.bcEfW., Prd., $BA$3)","v":48313038.173511058},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$619","v":"Energy from Waste with CCS "},{"$f":"Model!$G$619","v":"bcEfWccs."},null,{"$f":" +SUMIFS(EB.bcEfWccs.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.bcEfWccs.rWstD., Prd., $S$3)","v":0},{"$f":" +SUMIFS(EB.bcEfWccs.rWstW., Prd., $T$3)","v":0},{"$f":" +SUMIFS(EB.bcEfWccs.rUCO., Prd., $U$3)","v":0},{"$f":" +SUMIFS(EB.bcEfWccs.rLndFG., Prd., $V$3)","v":0},0,0,0,0,{"$f":" +SUMIFS(EB.bcEfWccs.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.bcEfWccs., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.bcEfWccs., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.bcEfWccs., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.bcEfWccs., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.bcEfWccs., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.bcEfWccs., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.bcEfWccs., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.bcEfWccs., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.bcEfWccs., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.bcEfWccs., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
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[null,{"$f":"Model!$F$546","v":"H2 prod Bio Gasification with CCS "},{"$f":"Model!$G$546","v":"hpBccs."},null,{"$f":" +SUMIFS(EB.hpBccs.fElc., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.hpBccs.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.hpBccs.fBiS., Prd., $G$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hpBccs.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E147:N147)","v":0},{"$f":"SUM(O147:Z147)","v":0},{"$f":"SUM(AA147:AE147)","v":0},null,{"$f":" +SUMIFS(Em.GHG.hpBccs., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hpBccs., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hpBccs., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hpBccs., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hpBccs., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hpBccs., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hpBccs., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hpBccs., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hpBccs., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hpBccs., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$238","v":"Hydrogen Production"},"H2ProdStor"]
[null,{"$f":"Model!$F$547","v":"H2 prod SMR with CCS "},{"$f":"Model!$G$547","v":"hpGccs."},null,0,{"$f":" +SUMIFS(EB.hpGccs.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,{"$f":" +SUMIFS(EB.hpGccs.fFsG., Prd., $L$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hpGccs.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E148:N148)","v":0},{"$f":"SUM(O148:Z148)","v":0},{"$f":"SUM(AA148:AE148)","v":0},null,{"$f":" +SUMIFS(Em.GHG.hpGccs., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hpGccs., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hpGccs., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hpGccs., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hpGccs., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hpGccs., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hpGccs., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hpGccs., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hpGccs., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hpGccs., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$238","v":"Hydrogen Production"},"H2ProdStor"]
[null,{"$f":"Model!$F$549","v":"H2 prod Electrolysis "},{"$f":"Model!$G$549","v":"hpElc."},null,{"$f":" +SUMIFS(EB.hpElc.fElc., Prd., $E$3)","v":0},{"$f":" +SUMIFS(EB.hpElc.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hpElc.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E149:N149)","v":0},{"$f":"SUM(O149:Z149)","v":0},{"$f":"SUM(AA149:AE149)","v":0},null,{"$f":" +SUMIFS(Em.GHG.hpElc., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hpElc., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hpElc., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hpElc., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hpElc., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hpElc., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hpElc., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hpElc., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hpElc., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hpElc., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$238","v":"Hydrogen Production"},"H2ProdStor"]
[null,{"$f":"Model!$F$545","v":"H2 prod Seasonal Storage "},{"$f":"Model!$G$545","v":"hpSsnStr."},null,0,{"$f":" +SUMIFS(EB.hpSsnStr.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hpSsnStr.lsH2G., Prd., $AC$3)","v":0},0,0,0,0,0,0,0,0,{"$f":"SUM(E150:N150)","v":0},{"$f":"SUM(O150:Z150)","v":0},{"$f":"SUM(AA150:AE150)","v":0},null,{"$f":" +SUMIFS(Em.GHG.hpSsnStr., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hpSsnStr., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hpSsnStr., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hpSsnStr., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hpSsnStr., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hpSsnStr., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hpSsnStr., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hpSsnStr., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hpSsnStr., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hpSsnStr., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$238","v":"Hydrogen Production"},"H2ProdStor"]
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[null,{"$f":"Model!$F$571","v":"Electricity -  Distribution "},{"$f":"Model!$G$571","v":"eDst."},null,{"$f":" +SUMIFS(EB.eDst.fElc., Prd., $E$3)","v":-25.601639805166556},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eDst.lsDst., Prd., $AB$3)","v":25.601639805166556},0,0,0,0,0,0,0,0,0,{"$f":"SUM(E152:N152)","v":-25.601639805166556},{"$f":"SUM(O152:Z152)","v":0},{"$f":"SUM(AA152:AE152)","v":25.601639805166556},null,{"$f":" +SUMIFS(Em.GHG.eDst., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eDst., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eDst., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eDst., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eDst., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eDst., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eDst., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eDst., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eDst., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eDst., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"ElectricityDistributionStorage"]
[null,{"$f":"Model!$F$572","v":"Electricity -  Transmission "},{"$f":"Model!$G$572","v":"eTms."},null,{"$f":" +SUMIFS(EB.eTms.fElc., Prd., $E$3)","v":-6.7823793314303984},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eTms.lsDst., Prd., $AB$3)","v":6.7823793314303984},0,0,0,0,0,0,0,0,0,-6.7823793314303984,0,6.7823793314303984,null,{"$f":" +SUMIFS(Em.GHG.eTms., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eTms., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eTms., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eTms., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eTms., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eTms., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eTms., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eTms., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eTms., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eTms., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"ElectricityDistributionStorage"]
[null,{"$f":"Model!$F$573","v":"Electricity -  Energy Spilt "},{"$f":"Model!$G$573","v":"eSPILL."},null,{"$f":" +SUMIFS(EB.eSPILL.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eSPILL.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUM(E154:N154)","v":0},{"$f":"SUM(O154:Z154)","v":0},{"$f":"SUM(AA154:AE154)","v":0},null,{"$f":" +SUMIFS(Em.GHG.eSPILL., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eSPILL., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eSPILL., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eSPILL., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eSpill., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eSpill., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eSpill., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eSpill., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eSpill., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eSpill., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"ElectricityDistributionStorage"]
[null,{"$f":"Model!$F$555","v":"Electricity -  Biomass CCS "},{"$f":"Model!$G$555","v":"eBccs."},null,{"$f":" +SUMIFS(EB.eBccs.fElc., Prd., $E$3)","v":0},0,{"$f":" +SUMIFS(EB.eBccs.fBiS., Prd., $G$3)","v":0},0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eBccs.fWstH., Prd., $N$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eBccs.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eBccs., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eBccs., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eBccs., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eBccs., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eBccs., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eBccs., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eBccs., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eBccs., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eBccs., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eBccs., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$556","v":"Electricity -  Nuclear "},{"$f":"Model!$G$556","v":"eNuc."},null,{"$f":" +SUMIFS(EB.eNuc.fElc., Prd., $E$3)","v":34.471209070126093},0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eNuc.fWstH., Prd., $N$3)","v":51.386029927544769},0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eNuc.rURN., Prd., $W$3)","v":-97.123557987005228},0,0,0,{"$f":" +SUMIFS(EB.eNuc.lsCnv., Prd., $AA$3)","v":11.266318989334366},0,0,0,0,0,0,0,0,0,0,85.857238997670862,-97.123557987005228,11.266318989334366,null,{"$f":" +SUMIFS(Em.GHG.eNuc., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eNuc., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eNuc., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eNuc., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eNuc., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eNuc., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eNuc., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eNuc., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eNuc., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eNuc., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$557","v":"Electricity -  Hydro "},{"$f":"Model!$G$557","v":"eHyd."},null,{"$f":" +SUMIFS(EB.eHyd.fElc., Prd., $E$3)","v":5.477473819614465},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eHyd.rEnvE., Prd., $Q$3)","v":-5.477473819614465},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eHyd.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,5.477473819614465,-5.477473819614465,0,null,{"$f":" +SUMIFS(Em.GHG.eHyd., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eHyd., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eHyd., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eHyd., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eHyd., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eHyd., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eHyd., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eHyd., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eHyd., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eHyd., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$558","v":"Electricity -  Wind (onshore) "},{"$f":"Model!$G$558","v":"eWons."},null,{"$f":" +SUMIFS(EB.eWons.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eWons.rEnvE., Prd., $Q$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eWons.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eWons., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eWons., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eWons., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eWons., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eWons., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eWons., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eWons., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eWons., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eWons., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eWons., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$559","v":"Electricity -  Wind (offshore) "},{"$f":"Model!$G$559","v":"eWoff."},null,{"$f":" +SUMIFS(EB.eWoff.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eWoff.rEnvE., Prd., $Q$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eWoff.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eWoff., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eWoff., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eWoff., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eWoff., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eWoff., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eWoff., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eWoff., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eWoff., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eWoff., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eWoff., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$560","v":"Electricity -  Solar PV "},{"$f":"Model!$G$560","v":"eSol."},null,{"$f":" +SUMIFS(EB.eSol.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eSol.rEnvE., Prd., $Q$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eSol.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eSol., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eSol., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eSol., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eSol., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eSol., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eSol., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eSol., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eSol., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eSol., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eSol., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$561","v":"Electricity -  Tidal Stream "},{"$f":"Model!$G$561","v":"eTidS."},null,{"$f":" +SUMIFS(EB.eTidS.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eTidS.rEnvE., Prd., $Q$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eTidS.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eTidS., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eTidS., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eTidS., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eTidS., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eTidS., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eTidS., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eTidS., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eTidS., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eTidS., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eTidS., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$562","v":"Electricity -  Tidal Range "},{"$f":"Model!$G$562","v":"eTidR."},null,{"$f":" +SUMIFS(EB.eTidR.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eTidR.rEnvE., Prd., $Q$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eTidR.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eTidR., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eTidR., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eTidR., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eTidR., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eTidR., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eTidR., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eTidR., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eTidR., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eTidR., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eTidR., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$563","v":"Electricity -  Wave "},{"$f":"Model!$G$563","v":"eWav."},null,{"$f":" +SUMIFS(EB.eWav.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eWav.rEnvE., Prd., $Q$3)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eWav.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eWav., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eWav., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eWav., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eWav., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eWav., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eWav., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eWav., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eWav., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eWav., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eWav., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$564","v":"Electricity -  Biomass "},{"$f":"Model!$G$564","v":"eBio."},null,{"$f":" +SUMIFS(EB.eBio.fElc., Prd., $E$3)","v":0},0,{"$f":" +SUMIFS(EB.eBio.fBiS., Prd., $G$3)","v":0},0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eBio.fWstH., Prd., $N$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eBio.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eBio., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eBio., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eBio., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eBio., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eBio., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eBio., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eBio., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eBio., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eBio., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eBio., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$566","v":"Electricity -  Gas CCS "},{"$f":"Model!$G$566","v":"eGccs."},null,{"$f":" +SUMIFS(EB.eGccs.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eGccs.fFsG., Prd., $L$3)","v":0},0,{"$f":" +SUMIFS(EB.eGccs.fWstH., Prd., $N$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eGccs.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eGccs., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eGccs., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eGccs., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eGccs., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eGccs., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eGccs., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eGccs., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eGccs., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eGccs., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eGccs., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$568","v":"Electricity -  Coal Unabated "},{"$f":"Model!$G$568","v":"eCoal."},null,{"$f":" +SUMIFS(EB.eCoal.fElc., Prd., $E$3)","v":0},0,0,0,0,{"$f":" +SUMIFS(EB.eCoal.fFsS., Prd., $J$3)","v":0},0,0,0,{"$f":" +SUMIFS(EB.eCoal.fWstH., Prd., $N$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eCoal.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eCoal., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eCoal., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eCoal., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eCoal., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eCoal., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eCoal., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eCoal., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eCoal., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eCoal., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eCoal., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$569","v":"Electricity -  Gas Unabated (CCGT)"},{"$f":"Model!$G$569","v":"eGas."},null,{"$f":" +SUMIFS(EB.eGas.fElc., Prd., $E$3)","v":375.6180985638149},0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eGas.fFsG., Prd., $L$3)","v":-698.30535317164447},0,{"$f":" +SUMIFS(EB.eGas.fWstH., Prd., $N$3)","v":185.44306282254965},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eGas.lsCnv., Prd., $AA$3)","v":137.24419178527992},0,0,0,0,0,0,0,0,0,0,-137.24419178527992,0,137.24419178527992,null,{"$f":" +SUMIFS(Em.GHG.eGas., Prd., $AP$3)","v":128.60269943417487},{"$f":" +SUMIFS(Em.CO2.eGas., Prd., $AQ$3)","v":128.35416564428047},{"$f":" +SUMIFS(Em.CH4.eGas., Prd., $AR$3)","v":0.18111066243784374},{"$f":" +SUMIFS(Em.N2O.eGas., Prd., $AS$3)","v":6.7423127456556931E-2},0,null,{"$f":" +SUMIFS(Em.PM10.eGas., Prd., $AV$3)","v":1.7688775349776034},{"$f":" +SUMIFS(Em.NOX.eGas., Prd., $AW$3)","v":92.97946017189966},{"$f":" +SUMIFS(Em.SO2.eGas., Prd., $AX$3)","v":1.1565737728699714},{"$f":" +SUMIFS(Em.NMVOC.eGas., Prd., $AY$3)","v":2.7213500538116975},{"$f":" +SUMIFS(Em.PM2.5.eGas., Prd., $AZ$3)","v":1.7688775349776034},{"$f":" +SUMIFS(Em.NH3.eGas., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$570","v":"Electricity -  Gas Unabated Peaking plant (OCGT)"},{"$f":"Model!$G$570","v":"eGasPk."},null,{"$f":" +SUMIFS(EB.eGasPk.fElc., Prd., $E$3)","v":7.8731429934407933},0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eGasPk.fFsG., Prd., $L$3)","v":-22.328632078650067},0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eGasPk.lsCnv., Prd., $AA$3)","v":14.455489085209273},0,0,0,0,0,0,0,0,0,0,-14.455489085209273,0,14.455489085209273,null,{"$f":" +SUMIFS(Em.GHG.eGasPk., Prd., $AP$3)","v":4.1121299542452254},{"$f":" +SUMIFS(Em.CO2.eGasPk., Prd., $AQ$3)","v":4.1041829729877284},{"$f":" +SUMIFS(Em.CH4.eGasPk., Prd., $AR$3)","v":5.7910960136964493E-3},{"$f":" +SUMIFS(Em.N2O.eGasPk., Prd., $AS$3)","v":2.1558852438001335E-3},0,null,{"$f":" +SUMIFS(Em.PM10.eGasPk., Prd., $AV$3)","v":5.6560665747891009E-2},{"$f":" +SUMIFS(Em.NOX.eGasPk., Prd., $AW$3)","v":2.9730606354660662},{"$f":" +SUMIFS(Em.SO2.eGasPk., Prd., $AX$3)","v":3.6981973758236433E-2},{"$f":" +SUMIFS(Em.NMVOC.eGasPk., Prd., $AY$3)","v":8.701640884290926E-2},{"$f":" +SUMIFS(Em.PM2.5.eGasPk., Prd., $AZ$3)","v":5.6560665747891009E-2},{"$f":" +SUMIFS(Em.NH3.eGasPk., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"PowerStations"]
[null,{"$f":"Model!$F$575","v":"Electricity -  Seasonal Storage "},{"$f":"Model!$G$575","v":"eSsnStr."},null,{"$f":" +SUMIFS(EB.eSsnStr.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.eSsnStr.lsDst., Prd., $AB$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":" +SUMIFS(Em.GHG.eSsnStr., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eSsnStr., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eSsnStr., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eSsnStr., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eSsnStr., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eSsnStr., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eSsnStr., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eSsnStr., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eSsnStr., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eSsnStr., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$237","v":"Electricity Generation"},"ElectricityDistributionStorage"]
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[null,{"$f":"Model!$F$538","v":"Gas Grid Distribution All Types "},{"$f":"Model!$G$538","v":"ggDstALL."},null,0,{"$f":" +SUMIFS(EB.ggDstALL.fH2G., Prd., $F$3)","v":0},0,0,{"$f":" +SUMIFS(EB.ggDstALL.fBiG., Prd., $I$3)","v":-1.2788098498837108E-2},0,0,{"$f":" +SUMIFS(EB.ggDstALL.fFsG., Prd., $L$3)","v":-2.5448316012685837},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.ggDstALL.lsH2G., Prd., $AC$3)","v":0},{"$f":" +SUMIFS(EB.ggDstALL.lsBiG., Prd., $AD$3)","v":1.2788098498837108E-2},{"$f":" +SUMIFS(EB.ggDstALL.lsFsG., Prd., $AE$3)","v":2.5448316012685837},0,0,0,0,0,{"$f":" +SUMIFS(EB.ggDstALL.NetEn., Prd., $AK$3)","v":0},{"$f":"SUM(E171:N171)","v":-2.5576196997674208},{"$f":"SUM(O171:Z171)","v":0},{"$f":"SUM(AA171:AE171)","v":2.5576196997674208},null,{"$f":" +SUMIFS(Em.GHG.ggDstALL., Prd., $AP$3)","v":4.1846139107785394},{"$f":" +SUMIFS(Em.CO2.ggDstALL., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.ggDstALL., Prd., $AR$3)","v":4.1846139107785394},{"$f":" +SUMIFS(Em.N2O.ggDstALL., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.ggDstALL., Prd., $AV$3)","v":2557617.1421477213},{"$f":" +SUMIFS(Em.NOX.ggDstALL., Prd., $AW$3)","v":2557617.1421477213},{"$f":" +SUMIFS(Em.SO2.ggDstALL., Prd., $AX$3)","v":2557617.1421477213},{"$f":" +SUMIFS(Em.NMVOC.ggDstALL., Prd., $AY$3)","v":2557617.1421477213},{"$f":" +SUMIFS(Em.PM2.5.ggDstALL., Prd., $AZ$3)","v":2557617.1421477213},{"$f":" +SUMIFS(Em.NH3.ggDstALL., Prd., $BA$3)","v":2557617.1421477213},null,null,{"$f":"BE171&BF171&BG171&BH171&BI171","v":"1A1a"},1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"FossilFuels"]
[null,{"$f":"Model!$F$541","v":"Gas Grid Transmission All Types "},{"$f":"Model!$G$541","v":"ggTmsALL."},null,0,{"$f":" +SUMIFS(EB.ggTmsALL.fH2G., Prd., $F$3)","v":0},0,0,{"$f":" +SUMIFS(EB.ggTmsALL.fBiG., Prd., $I$3)","v":-1.4879395914979554E-4},0,0,{"$f":" +SUMIFS(EB.ggTmsALL.fFsG., Prd., $L$3)","v":-6.3875583914068557E-2},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.ggTmsALL.lsH2G., Prd., $AC$3)","v":0},{"$f":" +SUMIFS(EB.ggTmsALL.lsBiG., Prd., $AD$3)","v":1.4879395914979554E-4},{"$f":" +SUMIFS(EB.ggTmsALL.lsFsG., Prd., $AE$3)","v":6.3875583914068557E-2},0,0,0,0,0,{"$f":" +SUMIFS(EB.ggTmsALL.NetEn., Prd., $AK$3)","v":0},{"$f":"SUM(E172:N172)","v":-6.4024377873218352E-2},{"$f":"SUM(O172:Z172)","v":0},{"$f":"SUM(AA172:AE172)","v":6.4024377873218352E-2},null,{"$f":" +SUMIFS(Em.GHG.ggTmsALL., Prd., $AP$3)","v":0.10475259566603061},{"$f":" +SUMIFS(Em.CO2.ggTmsALL., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.ggTmsALL., Prd., $AR$3)","v":0.10475259566603061},{"$f":" +SUMIFS(Em.N2O.ggTmsALL., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.ggTmsALL., Prd., $AV$3)","v":64024.313848840473},{"$f":" +SUMIFS(Em.NOX.ggTmsALL., Prd., $AW$3)","v":64024.313848840473},{"$f":" +SUMIFS(Em.SO2.ggTmsALL., Prd., $AX$3)","v":64024.313848840473},{"$f":" +SUMIFS(Em.NMVOC.ggTmsALL., Prd., $AY$3)","v":64024.313848840473},{"$f":" +SUMIFS(Em.PM2.5.ggTmsALL., Prd., $AZ$3)","v":64024.313848840473},{"$f":" +SUMIFS(Em.NH3.ggTmsALL., Prd., $BA$3)","v":64024.313848840473},null,null,{"$f":"BE172&BF172&BG172&BH172&BI172","v":"1A1a"},1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"FossilFuels"]
[]
[null,{"$f":"Model!$F$625","v":"Non-Energy Use"},{"$f":"Model!$G$625","v":"nonEnergy."},null,0,0,0,0,0,{"$f":" +SUMIFS(EB.nonEnergy.fFsS., Prd., $K$3)","v":-1.1356695000000001},{"$f":" +SUMIFS(EB.nonEnergy.fFsL., Prd., $K$3)","v":-84.996808299999998},{"$f":" +SUMIFS(EB.nonEnergy.fFsG., Prd., $K$3)","v":-5.2668780999999996},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E174:N174)","v":-91.399355900000003},{"$f":"SUM(O174:Z174)","v":0},{"$f":"SUM(AA174:AE174)","v":0},null,0,0,0,0,null,null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Non-Energy Use"]
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[null,{"$f":"Model!$F$627","v":"Domestic Resource Extraction Fossil Fuel Solid "},{"$f":"Model!$G$627","v":"DRExFsS."},null,{"$f":" +SUMIFS(EB.DRExFsS.fElc., Prd., $E$3)","v":0},0,0,0,0,{"$f":" +SUMIFS(EB.DRExFsS.fFsS., Prd., $J$3)","v":0},0,{"$f":" +SUMIFS(EB.DRExFsS.fFsG., Prd., $L$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.DRExFsS.rFsS., Prd., $X$3)","v":0},0,0,{"$f":" +SUMIFS(EB.DRExFsS.lsCnv., Prd., $AA$3)","v":0},0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E176:N176)","v":0},{"$f":"SUM(O176:Z176)","v":0},{"$f":"SUM(AA176:AE176)","v":0},null,{"$f":" +SUMIFS(Em.GHG.DRExFsS., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.DRExFsS., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.DRExFsS., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.DRExFsS., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.DRExFsS., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.DRExFsS., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.DRExFsS., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.DRExFsS., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.DRExFsS., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.DRExFsS., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"FossilFuels"]
[null,{"$f":"Model!$F$628","v":"Domestic Resource Extraction Fossil Fuel Liquid "},{"$f":"Model!$G$628","v":"DRExFsL."},null,{"$f":" +SUMIFS(EB.DRExFsL.fElc., Prd., $E$3)","v":-8.8723160470214113E-2},0,0,0,0,0,{"$f":" +SUMIFS(EB.DRExFsL.fFsL., Prd., $K$3)","v":83.130006087523739},{"$f":" +SUMIFS(EB.DRExFsL.fFsG., Prd., $L$3)","v":-4.505154739008546},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.DRExFsL.rFsL., Prd., $Y$3)","v":-84.418425864546066},0,{"$f":" +SUMIFS(EB.DRExFsL.lsCnv., Prd., $AA$3)","v":5.8822976765010822},0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E177:N177)","v":78.536128188044984},{"$f":"SUM(O177:Z177)","v":-84.418425864546066},{"$f":"SUM(AA177:AE177)","v":5.8822976765010822},null,{"$f":" +SUMIFS(Em.GHG.DRExFsL., Prd., $AP$3)","v":2.0222581929284105},{"$f":" +SUMIFS(Em.CO2.DRExFsL., Prd., $AQ$3)","v":1.8758210812562957},{"$f":" +SUMIFS(Em.CH4.DRExFsL., Prd., $AR$3)","v":0.1102200195309508},{"$f":" +SUMIFS(Em.N2O.DRExFsL., Prd., $AS$3)","v":3.6217092141163892E-2},0,null,{"$f":" +SUMIFS(Em.PM10.DRExFsL., Prd., $AV$3)","v":303906029.20603269},{"$f":" +SUMIFS(Em.NOX.DRExFsL., Prd., $AW$3)","v":303906029.20603269},{"$f":" +SUMIFS(Em.SO2.DRExFsL., Prd., $AX$3)","v":303906029.20603269},{"$f":" +SUMIFS(Em.NMVOC.DRExFsL., Prd., $AY$3)","v":303906029.20603269},{"$f":" +SUMIFS(Em.PM2.5.DRExFsL., Prd., $AZ$3)","v":303906029.20603269},{"$f":" +SUMIFS(Em.NH3.DRExFsL., Prd., $BA$3)","v":303906029.20603269},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"FossilFuels"]
[null,{"$f":"Model!$F$629","v":"Domestic Resource Extraction Fossil Fuel Gas "},{"$f":"Model!$G$629","v":"DRExFsG."},null,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.DRExFsG.fFsG., Prd., $L$3)","v":60.614578686869478},0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.DRExFsG.rFsG., Prd., $Z$3)","v":-63.462501947055308},{"$f":" +SUMIFS(EB.DRExFsG.lsCnv., Prd., $AA$3)","v":2.84792326018583},0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E178:N178)","v":60.614578686869478},{"$f":"SUM(O178:Z178)","v":-63.462501947055308},{"$f":"SUM(AA178:AE178)","v":2.84792326018583},null,{"$f":" +SUMIFS(Em.GHG.DRExFsG., Prd., $AP$3)","v":0.82292557707786462},{"$f":" +SUMIFS(Em.CO2.DRExFsG., Prd., $AQ$3)","v":0.73288933670523071},{"$f":" +SUMIFS(Em.CH4.DRExFsG., Prd., $AR$3)","v":7.6603056844458728E-2},{"$f":" +SUMIFS(Em.N2O.DRExFsG., Prd., $AS$3)","v":1.3433183528175201E-2},0,null,{"$f":" +SUMIFS(Em.PM10.DRExFsG., Prd., $AV$3)","v":228464778.54439211},{"$f":" +SUMIFS(Em.NOX.DRExFsG., Prd., $AW$3)","v":228464778.54439211},{"$f":" +SUMIFS(Em.SO2.DRExFsG., Prd., $AX$3)","v":228464778.54439211},{"$f":" +SUMIFS(Em.NMVOC.DRExFsG., Prd., $AY$3)","v":228464778.54439211},{"$f":" +SUMIFS(Em.PM2.5.DRExFsG., Prd., $AZ$3)","v":228464778.54439211},{"$f":" +SUMIFS(Em.NH3.DRExFsG., Prd., $BA$3)","v":228464778.54439211},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"FossilFuels"]
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[null,{"$f":"Model!$F$640","v":"Unrepresented Domestic Dwelling "},{"$f":"Model!$G$640","v":"Unrep_dDwl."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E180:N180)","v":0},{"$f":"SUM(O180:Z180)","v":0},{"$f":"SUM(AA180:AE180)","v":0},null,{"$f":" +SUMIFS(Em.GHG.Unrep_dDwl., Prd., $AP$3)","v":1.1594141800260218},{"$f":" +SUMIFS(Em.CO2.Unrep_dDwl., Prd., $AQ$3)","v":1.7972578900168436E-2},{"$f":" +SUMIFS(Em.CH4.Unrep_dDwl., Prd., $AR$3)","v":4.2309237058085992E-3},{"$f":" +SUMIFS(Em.N2O.Unrep_dDwl., Prd., $AS$3)","v":0},{"$f":" +SUMIFS(Em.Fgas.Unrep_dDwl., Prd., $AT$3)","v":1.1372106774200448},null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$243","v":"Buildings-Residential"},"BuildingOther"]
[null,{"$f":"Model!$F$641","v":"Unrepresented Non-Domestic Floor Area "},{"$f":"Model!$G$641","v":"Unrep_nFlr."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E181:N181)","v":0},{"$f":"SUM(O181:Z181)","v":0},{"$f":"SUM(AA181:AE181)","v":0},null,{"$f":" +SUMIFS(Em.GHG.Unrep_nFlr., Prd., $AP$3)","v":0.77208860900830611},{"$f":" +SUMIFS(Em.CO2.Unrep_nFlr., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.Unrep_nFlr., Prd., $AR$3)","v":2.8356797203530201E-3},{"$f":" +SUMIFS(Em.N2O.Unrep_nFlr., Prd., $AS$3)","v":0.59115117229784797},{"$f":" +SUMIFS(Em.Fgas.Unrep_nFlr., Prd., $AT$3)","v":0.17810175699010516},null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$244","v":"Buildings-Non-Residential"},"BuildingOther"]
[null,{"$f":"Model!$F$642","v":"Unrepresented Waste Management  "},{"$f":"Model!$G$642","v":"Unrep_WstMan."},null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E182:N182)","v":0},{"$f":"SUM(O182:Z182)","v":0},{"$f":"SUM(AA182:AE182)","v":0},null,{"$f":" +SUMIFS(Em.GHG.Unrep_WstMan., Prd., $AP$3)","v":4.074440211732357},{"$f":" +SUMIFS(Em.CO2.Unrep_WstMan., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.Unrep_WstMan., Prd., $AR$3)","v":3.389896225074613},{"$f":" +SUMIFS(Em.N2O.Unrep_WstMan., Prd., $AS$3)","v":0.68454398665774396},{"$f":" +SUMIFS(Em.Fgas.Unrep_WstMan., Prd., $AT$3)","v":0},null,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$240","v":"Waste Management"},"Bio&Waste"]
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[null,{"$f":"Model!$F$567","v":"Electricity -  Interconnectors "},{"$f":"Model!$G$567","v":"eInt."},null,{"$f":" +SUMIFS(EB.eInt.fElc., Prd., $E$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E184:N184)","v":0},{"$f":"SUM(O184:Z184)","v":0},{"$f":"SUM(AA184:AE184)","v":0},null,{"$f":" +SUMIFS(Em.GHG.eInt., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.eInt., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.eInt., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.eInt., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.eInt., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.eInt., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.eInt., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.eInt., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.eInt., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.eInt., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$248","v":"Imports"},"Imports"]
[null,{"$f":"Model!$F$548","v":"H2 prod Import "},{"$f":"Model!$G$548","v":"hpImp."},null,0,{"$f":" +SUMIFS(EB.hpImp.fH2G., Prd., $F$3)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E185:N185)","v":0},{"$f":"SUM(O185:Z185)","v":0},{"$f":"SUM(AA185:AE185)","v":0},null,{"$f":" +SUMIFS(Em.GHG.hpImp., Prd., $AP$3)","v":0},{"$f":" +SUMIFS(Em.CO2.hpImp., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hpImp., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hpImp., Prd., $AS$3)","v":0},0,null,{"$f":" +SUMIFS(Em.PM10.hpImp., Prd., $AV$3)","v":0},{"$f":" +SUMIFS(Em.NOX.hpImp., Prd., $AW$3)","v":0},{"$f":" +SUMIFS(Em.SO2.hpImp., Prd., $AX$3)","v":0},{"$f":" +SUMIFS(Em.NMVOC.hpImp., Prd., $AY$3)","v":0},{"$f":" +SUMIFS(Em.PM2.5.hpImp., Prd., $AZ$3)","v":0},{"$f":" +SUMIFS(Em.NH3.hpImp., Prd., $BA$3)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$248","v":"Imports"},"Imports"]
[null,{"$f":"Model!$F$638","v":"International Trade "},{"$f":"Model!$G$638","v":"ITrade."},null,0,0,0,{"$f":" +SUMIFS(EB.ITrade.fBiL., Prd., $H$3)","v":8.5620563959422071},0,{"$f":" +SUMIFS(EB.ITrade.fFsS., Prd., $J$3)","v":94.139432740231882},{"$f":" +SUMIFS(EB.ITrade.fFsL., Prd., $K$3)","v":703.92620515237945},{"$f":" +SUMIFS(EB.ITrade.fFsG., Prd., $L$3)","v":1292.578380101942},0,0,0,0,0,{"$f":" +SUMIFS(EB.ITrade.rBiS., Prd., $R$3)","v":49.165345968494051},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E186:N186)","v":2099.2060743904958},{"$f":"SUM(O186:Z186)","v":49.165345968494051},{"$f":"SUM(AA186:AE186)","v":0},null,{"$f":" +SUMIFS(Em.GHG.ITrade., Prd., $AP$3)","v":2.9069590222377184},{"$f":" +SUMIFS(Em.CO2.ITrade., Prd., $AQ$3)","v":1.8419279803876885},{"$f":" +SUMIFS(Em.CH4.ITrade., Prd., $AR$3)","v":2.2386699703749437E-2},{"$f":" +SUMIFS(Em.N2O.ITrade., Prd., $AS$3)","v":1.0426443421462805},0,null,{"$f":" +SUMIFS(Em.PM10.ITrade., Prd., $AV$3)","v":207818440.693322},{"$f":" +SUMIFS(Em.NOX.ITrade., Prd., $AW$3)","v":207818440.693322},{"$f":" +SUMIFS(Em.SO2.ITrade., Prd., $AX$3)","v":207818440.693322},{"$f":" +SUMIFS(Em.NMVOC.ITrade., Prd., $AY$3)","v":207818440.693322},{"$f":" +SUMIFS(Em.PM2.5.ITrade., Prd., $AZ$3)","v":207818440.693322},{"$f":" +SUMIFS(Em.NH3.ITrade., Prd., $BA$3)","v":207818440.693322},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$248","v":"Imports"},"Imports"]
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[null,"Total",null,null,{"$f":" SUM(E$7:E$187)","v":8.659739592076221E-15},0,0,0,0,{"$f":" SUM(J$7:J$187)","v":-2.8421709430404007E-14},0,0,0,214.00719391579011,0,152.29340311580199,-5.477473819614465,7.1054273576010019E-15,0,0,0,0,-97.123557987005228,0,-84.418425864546066,-63.462501947055308,331.56822833864402,44.368121264199672,0,1.2936892457986904E-2,2.6087071851826522,559.6470301213393,23.809445954006662,44.584596795343195,144.35451379969254,-115.08840729056706,8.8817841970012523E-16,214.00719391579037,-98.188556502419061,378.5579936804844,null,{"$f":" SUM(AP$7:AP$183)","v":527.73029513705546},{"$f":" SUM(AQ$7:AQ$183)","v":461.30385134185707},{"$f":" SUM(AR$7:AR$183)","v":42.074002727600977},{"$f":" SUM(AS$7:AS$183)","v":18.889322510205083},{"$f":" SUM(AT$7:AT$183)","v":5.4631185573922103},null,{"$f":" SUM(AV$7:AV$183)","v":7967731679.9629612},7937731773.2112732,7937731678.4523087,7937731680.0671196,7937731679.0841923,7937731677.2587528,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Grand Total"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"*cooling demand is negative as it is a removal of heat energy."]
[]
[null,null,"Formula",null,{"$f":"\"= +SUMIFS(\"&E$4&$C191&E$6&\", Prd., \"&E$2&\")\"","v":"= +SUMIFS(EB.FormulafElc., Prd., $E$3)"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"\"= +SUMIFS(\"&AP$4&AP$6&$C191&\", Prd., \"&AP$2&\")\"","v":"= +SUMIFS(Em.GHG.Formula, Prd., $AP$3)"}]
[]
[null,null,null,null,{"$f":"\"Excluded form total demand - \"&C177&C176","v":"Excluded form total demand - DRExFsL.DRExFsS."},null,null,null,null,null,null,"Gas transmission network missing Industry, Electricity, H2, Agr"]
[]
[null,{"$f":"Results!E236","v":"Dedicated GHG Removal"},null,null,{"$f":"SUMIFS(E$7:E$187, $BR$7:$BR$187, $B195)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(O$7:O$187, $BR$7:$BR$187, $B195)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(Y$7:Y$187, $BR$7:$BR$187, $B195)","v":0},0,0,0,0,0,0,0,0,0,{"$f":"SUMIFS(AI$7:AI$187, $BR$7:$BR$187, $B195)","v":0},0,0,0,0,0,null,{"$f":"SUMIFS(AP$7:AP$187, $BR$7:$BR$187, $B195)","v":0},0,0,0,0,null,{"$f":"SUMIFS(AV$7:AV$187, $BR$7:$BR$187, $B195)","v":0},0,0,0,0,0]
[null,{"$f":"Results!E237","v":"Electricity Generation"},null,null,406.85538189696928,0,4.5041942885011832E-17,0,-0.10654058756461451,0,0,-741.83556217565285,0,236.82909275009442,0,0,-5.477473819614465,0,-7.8901430160522281,0,0,-5.530158785780424,-97.123557987005228,0,0,0,181.89494258800914,32.384019136596955,0,0,0,0,0,0,0,0,0,-98.257628116153739,-116.02133360845234,214.27896172460609,null,137.87819687332762,137.36528546525636,0.40689319775413724,0.10601821031713558,0,null,125022186.33624867,125022280.46333127,125022185.70436621,125022187.31917693,125022186.33624867,125022184.51081046]
[null,{"$f":"Results!E238","v":"Hydrogen Production"},null,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,null,0,0,0,0,0,0]
[null,{"$f":"Results!E239","v":"Other Energy Supply"},null,null,-4.196948864768669,0,49.250035160177902,2.5372274328628741,3.1109060687047108,-30.479623815916181,78.887420021450083,52.392790920589682,0,0,0,0,0,-61.414793844741851,0,-1.4241118830360036,-1.645,-3.1294104277058565,0,0,-84.418425864546066,-63.462501947055308,21.426864071423992,0,0,1.2936892457986904E-2,2.6087071851826522,0,0,0,0,0,0,151.50180692310042,-215.49424396708505,24.048508149064631,null,18.216159840103682,13.222706916654596,4.4803171817524126,0.51313574169667753,0,null,922198144.18179274,922198144.18179274,922198144.18179274,922198144.18179274,922198144.18179274,922198144.18179274]
[null,{"$f":"Results!E240","v":"Waste Management"},null,null,0,0,0,0,0,0,0,0,0,0,0,0,0,0,7.8901430160522281,0.83164456254068175,1.645,8.6595692134862805,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,19.026356792079191,0,null,10.146540397374192,0,9.4619964107164485,0.68454398665774396,0,null,242883.76454166599,242883.76454166599,242883.76454166599,242883.76454166599,242883.76454166599,242883.76454166599]
[null,{"$f":"Results!E241","v":"Agriculture & Land Use"},null,null,-4.1169036999999999,0,-2.3871737999999998,-0.1194763856,-4.912512E-3,0,-5.3112684143999989,-0.97758988800000002,0,0,0,0,0,12.249447876247805,0,0.5924673204953218,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-12.917324699999998,12.841915196743127,0,null,35.589823962932215,-6.410236085062162,27.433805566340666,14.566254481653711,0,null,495023643.57639974,465023642.697631,465023642.697631,465023642.697631,465023642.697631,465023642.697631]
[null,{"$f":"Results!E242","v":"Industry"},null,null,-81.868844530816304,0,-12.931898621610951,-1.2222222222222224E-5,-0.47723149538088105,-41.703829988882262,-44.847145052889474,-94.969067580795326,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-276.79802949259738,0,0,null,57.644487172696429,56.929146922092897,0.1198344801564579,0.59550577044707353,0,null,996471909.70044446,996471909.70044446,996471909.70044446,996471909.70044446,996471909.70044446,996471909.70044446]
[null,{"$f":"Results!E243","v":"Buildings-Residential"},null,null,-165.79943749514084,0,-30.05992472192338,0,-1.8072910402809006,-8.7368119137565312,-37.723766456767237,-359.65091701589921,-24.084883505169238,0,0,40.879932913607419,0,0,0,0,0,0,0,0,0,0,87.293695604443215,8.0282945017230816,0,0,0,401.41472508615391,9.6374177176255653,18.638325806099711,95.137378543531995,-33.166738024247529,0,-627.86303214893735,40.879932913607419,95.321990106166297,null,79.958890989328779,78.214202211859899,0.10052811712043512,0.50694998292841298,1.1372106774200448,null,2173599161.5162301,2173599161.5162301,2173599161.5162301,2173599161.5162301,2173599161.5162301,2173599161.5162301]
[null,{"$f":"Results!E244","v":"Buildings-Non-Residential"},null,null,-140.69803348005073,0,-3.8710380166435763,-0.71310547840125726,-0.65734092668663047,-12.083497521676922,-19.684231795120009,-130.81084441063945,-11.867422877638907,0,0,111.41347020219459,0,0,0,0,0,0,0,0,0,0,39.370166428132279,3.9558076258796362,0,0,0,158.23230503518539,14.172028236381095,25.946270989243484,49.217135256160532,-81.92166926631954,0,-320.38551450685748,111.41347020219459,43.325974054011908,null,37.740763652578067,32.661192503333446,3.893404377165869E-2,0.71472922550079587,4.3259078799721653,null,1110664019.200057,1110664019.200057,1110664019.200057,1110664019.200057,1110664019.200057,1110664019.200057]
[null,{"$f":"Results!E247","v":"Buildings-Heat Network"},null,null,-3.1950658368026028,0,2.4346996154060452E-17,0,-5.758950679168353E-2,0,0,-11.460311851545024,35.952306382808146,-22.821898834304303,0,0,0,0,0,0,0,0,0,0,0,0,1.5825596466354677,0,0,0,0,0,0,0,0,0,8.8817841970012523E-16,-1.5825596466354668,0,1.5825596466354677,null,2.1105899922378053,2.1064979081819408,2.9855622983708382E-3,1.1065217574935038E-3,0,null,123623157.07022694,123623157.07022694,123623157.07022694,123623157.07022694,123623157.07022694,123623157.07022694]
[null,{"$f":"Results!E245","v":"Transport-Domestic"},null,null,-6.9801479893901766,0,0,-10.266689742581601,0,0,-388.75121067593631,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-405.99804840790802,0,0,null,97.776492291874348,96.958901773521816,1.8907797179743207E-2,0.79868272117276884,0,null,2015457964.1565454,2015457964.1565454,2015457964.1565454,2015457964.1565454,2015457964.1565454,2015457964.1565454]
[null,{"$f":"Results!E246","v":"Transport-International"},null,null,0,0,0,0,0,0,-201.49919447871648,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-201.49919447871648,0,0,null,50.668349964602378,50.256153726018461,9.8003705106429802E-3,0.40239586807327343,0,null,5428610.4604730606,5428610.4604730606,5428610.4604730606,5428610.4604730606,5428610.4604730606,5428610.4604730606]
[null,{"$f":"Results!$E$248","v":"Imports"},null,null,0,0,0,8.5620563959422071,0,94.139432740231882,703.92620515237945,1292.578380101942,0,0,0,0,0,49.165345968494051,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,2099.2060743904958,49.165345968494051,0,null,0,0,0,0,0,null,207818440.693322,207818440.693322,207818440.693322,207818440.693322,207818440.693322,207818440.693322]
[null,"Non-Energy Use",null,null,{"$f":"SUMIFS(E$7:E$187, $BR$7:$BR$187, $B208)","v":0},{"$f":"SUMIFS(F$7:F$187, $BR$7:$BR$187, $B208)","v":0},0,0,0,-1.1356695000000001,-84.996808299999998,-5.2668780999999996,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-91.399355900000003,0,0,null,{"$f":"SUMIFS(AP$7:AP$187, $BR$7:$BR$187, $B208)","v":0},{"$f":"SUMIFS(AQ$7:AQ$187, $BR$7:$BR$187, $B208)","v":0},{"$f":"SUMIFS(AR$7:AR$187, $BR$7:$BR$187, $B208)","v":0},{"$f":"SUMIFS(AS$7:AS$187, $BR$7:$BR$187, $B208)","v":0},{"$f":"SUMIFS(AT$7:AT$187, $BR$7:$BR$187, $B208)","v":0},null,{"$f":"SUMIFS(AV$7:AV$187, $BR$7:$BR$187, $B208)","v":0},0,0,0,0,0]
[null,"Total",null,null,{"$f":"SUM(E195:E208)","v":-7.638334409421077E-14},{"$f":"SUM(F195:F208)","v":0},-9.3015264106972538E-15,0,4.2327252813834093E-16,-8.4376949871511897E-15,0,-1.4210854715202004E-14,0,214.00719391579011,0,152.29340311580199,-5.477473819614465,7.1054273576010019E-15,0,0,0,0,-97.123557987005228,0,-84.418425864546066,-63.462501947055308,331.56822833864408,44.368121264199672,0,1.2936892457986904E-2,2.6087071851826522,559.6470301213393,23.809445954006662,44.584596795343195,144.35451379969254,-115.08840729056706,8.8817841970012523E-16,214.00719391579042,-98.188556502419033,378.5579936804844,null,{"$f":"SUM(AP195:AP208)","v":527.73029513705546},{"$f":"SUM(AQ195:AQ208)","v":461.30385134185724},{"$f":"SUM(AR195:AR208)","v":42.074002727600977},{"$f":"SUM(AS195:AS208)","v":18.889322510205087},{"$f":"SUM(AT195:AT208)","v":5.4631185573922103},null,{"$f":"SUM(AV195:AV208)","v":8175550120.6562815},8145550213.9045954,8145550119.1456308,8145550120.7604418,8145550119.7775126,8145550117.952075]
[null,"Check (should be zero",{"$f":"SUM(E210:BA210)","v":1246910644.1599293},null,{"$f":"E209-E188","v":-8.5043083686286991E-14},{"$f":"F209-F188","v":0},-9.3015264106972538E-15,0,4.2327252813834093E-16,1.9984014443252818E-14,0,-1.4210854715202004E-14,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"AP209-AP188","v":0},{"$f":"AQ209-AQ188","v":0},{"$f":"AR209-AR188","v":0},{"$f":"AS209-AS188","v":0},{"$f":"AT209-AT188","v":0},null,{"$f":"AV209-AV188","v":207818440.69332027},207818440.69332218,207818440.69332218,207818440.69332218,207818440.69332027,207818440.69332218]
[]
["Network Heat CHP aggregate"]
[null,{"$f":"Model!$F$518","v":"Heat Network Biomass CHP "},{"$f":"Model!$G$518","v":"hnCHPB."},null,{"$f":" +SUMIFS(EB.hnCHPB.fElc., Prd., $E$3)","v":-2.5673907444456743E-17},0,{"$f":" +SUMIFS(EB.hnCHPB.fBiS., Prd., $G$3)","v":6.9388939039072284E-17},0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPB.fNwkH., Prd., $M$3)","v":-2.7755575615628914E-17},0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPB.lsCnv., Prd., $AA$3)","v":-1.5959455978986627E-17},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPB.NetEn., Prd., $AK$3)","v":0},{"$f":"SUM(E213:N213)","v":1.595945597898663E-17},{"$f":"SUM(O213:Z213)","v":0},{"$f":"SUM(AA213:AE213)","v":-1.5959455978986627E-17},null,{"$f":" +SUMIFS(Em.GHG.hnCHPB., Prd., $AP$3)","v":-8.8123952579621802E-19},{"$f":" +SUMIFS(Em.CO2.hnCHPB., Prd., $AQ$3)","v":0},{"$f":" +SUMIFS(Em.CH4.hnCHPB., Prd., $AR$3)","v":0},{"$f":" +SUMIFS(Em.N2O.hnCHPB., Prd., $AS$3)","v":-8.8123952579621802E-19},0,null,{"$f":" +SUMIFS(Em.PM10.hnCHPB., Prd., $AV$3)","v":-2.4979993074047968E-10},{"$f":" +SUMIFS(Em.NOX.hnCHPB., Prd., $AW$3)","v":-2.4979993074047968E-10},{"$f":" +SUMIFS(Em.SO2.hnCHPB., Prd., $AX$3)","v":-2.4979993074047968E-10},{"$f":" +SUMIFS(Em.NMVOC.hnCHPB., Prd., $AY$3)","v":-2.4979993074047968E-10},{"$f":" +SUMIFS(Em.PM2.5.hnCHPB., Prd., $AZ$3)","v":-2.4979993074047968E-10},{"$f":" +SUMIFS(Em.NH3.hnCHPB., Prd., $BA$3)","v":-2.4979993074047968E-10},null,null,{"$f":"BE213&BF213&BG213&BH213&BI213","v":"1A1a"},1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$247","v":"Buildings-Heat Network"},"BuildingHeat"]
[null,{"$f":"Model!$F$521","v":"Heat Network Gas CHP "},{"$f":"Model!$G$521","v":"hnCHPG."},null,{"$f":" +SUMIFS(EB.hnCHPG.fElc., Prd., $E$3)","v":12.145626982366053},{"$f":" +SUMIFS(EB.hnCHPG.fH2G., Prd., $F$3)","v":0},0,0,{"$f":" +SUMIFS(EB.hnCHPG.fBiG., Prd., $I$3)","v":-0.16413009435629802},0,0,{"$f":" +SUMIFS(EB.hnCHPG.fFsG., Prd., $L$3)","v":-32.661888776903311},{"$f":" +SUMIFS(EB.hnCHPG.fNwkH., Prd., $M$3)","v":13.130407548503843},0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPG.lsCnv., Prd., $AA$3)","v":7.5499843403897096},0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(EB.hnCHPG.NetEn., Prd., $AK$3)","v":0},{"$f":"SUM(E214:N214)","v":-7.5499843403897131},{"$f":"SUM(O214:Z214)","v":0},{"$f":"SUM(AA214:AE214)","v":7.5499843403897096},null,{"$f":" +SUMIFS(Em.GHG.hnCHPG., Prd., $AP$3)","v":6.0151814778777437},{"$f":" +SUMIFS(Em.CO2.hnCHPG., Prd., $AQ$3)","v":6.0035190383185304},{"$f":" +SUMIFS(Em.CH4.hnCHPG., Prd., $AR$3)","v":8.5088525503568876E-3},{"$f":" +SUMIFS(Em.N2O.hnCHPG., Prd., $AS$3)","v":3.1535870088564857E-3},0,null,{"$f":" +SUMIFS(Em.PM10.hnCHPG., Prd., $AV$3)","v":118173549.76286665},{"$f":" +SUMIFS(Em.NOX.hnCHPG., Prd., $AW$3)","v":118173549.76286665},{"$f":" +SUMIFS(Em.SO2.hnCHPG., Prd., $AX$3)","v":118173549.76286665},{"$f":" +SUMIFS(Em.NMVOC.hnCHPG., Prd., $AY$3)","v":118173549.76286665},{"$f":" +SUMIFS(Em.PM2.5.hnCHPG., Prd., $AZ$3)","v":118173549.76286665},{"$f":" +SUMIFS(Em.NH3.hnCHPG., Prd., $BA$3)","v":118173549.76286665},null,null,{"$f":"BE214&BF214&BG214&BH214&BI214","v":"1A1a"},1,"A",1,"a",null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$247","v":"Buildings-Heat Network"},"BuildingHeat"]
["Industry aggregate"]
[null,{"$f":"Model!$F$646","v":"Industry Ferrous and non-ferrous metal production "},{"$f":"Model!$G$646","v":"inSTL."},null,{"$f":" +SUMIFS(EB.inSTL.fElc., Prd., $E$3)","v":-4.5355984655139645},{"$f":" +SUMIFS(EB.inSTL.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inSTL.fBiS., Prd., $G$3)","v":0},0,{"$f":" +SUMIFS(EB.inSTL.fBiG., Prd., $I$3)","v":-2.3128686096745329E-2},{"$f":" +SUMIFS(EB.inSTL.fFsS., Prd., $J$3)","v":-22.963917665784535},{"$f":" +SUMIFS(EB.inSTL.fFsL., Prd., $K$3)","v":-8.2198106559880774E-2},{"$f":" +SUMIFS(EB.inSTL.fFsG., Prd., $L$3)","v":-4.6026085332523197},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E216:N216)","v":-32.207451457207448},{"$f":"SUM(O216:Z216)","v":0},{"$f":"SUM(AA216:AE216)","v":0},null,{"$f":" +SUMIFS(Em.GHG.inSTL., Prd., $AP$3)","v":9.2058548420424415},{"$f":" +SUMIFS(Em.CO2.inSTL., Prd., $AQ$3)","v":9.1603389560923372},{"$f":" +SUMIFS(Em.CH4.inSTL., Prd., $AR$3)","v":3.5594744588621332E-3},{"$f":" +SUMIFS(Em.N2O.inSTL., Prd., $AS$3)","v":4.1956411491240526E-2},0,null,{"$f":" +SUMIFS(Em.PM10.inSTL., Prd., $AV$3)","v":115946709.29912156},{"$f":" +SUMIFS(Em.NOX.inSTL., Prd., $AW$3)","v":115946709.29912156},{"$f":" +SUMIFS(Em.SO2.inSTL., Prd., $AX$3)","v":115946709.29912156},{"$f":" +SUMIFS(Em.NMVOC.inSTL., Prd., $AY$3)","v":115946709.29912156},{"$f":" +SUMIFS(Em.PM2.5.inSTL., Prd., $AZ$3)","v":115946709.29912156},{"$f":" +SUMIFS(Em.NH3.inSTL., Prd., $BA$3)","v":115946709.29912156},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"Metals"]
[null,{"$f":"Model!$F$647","v":"Industry Cement, ceramics and glass "},{"$f":"Model!$G$647","v":"inCCG."},null,{"$f":" +SUMIFS(EB.inCCG.fElc., Prd., $E$3)","v":-7.1736242507457142},{"$f":" +SUMIFS(EB.inCCG.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inCCG.fBiS., Prd., $G$3)","v":-3.5375887685800245},0,{"$f":" +SUMIFS(EB.inCCG.fBiG., Prd., $I$3)","v":-9.9221476937679215E-2},{"$f":" +SUMIFS(EB.inCCG.fFsS., Prd., $J$3)","v":-12.253018412487306},{"$f":" +SUMIFS(EB.inCCG.fFsL., Prd., $K$3)","v":-0.71088705300449828},{"$f":" +SUMIFS(EB.inCCG.fFsG., Prd., $L$3)","v":-19.745073910598162},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E217:N217)","v":-43.519413872353383},{"$f":"SUM(O217:Z217)","v":0},{"$f":"SUM(AA217:AE217)","v":0},null,{"$f":" +SUMIFS(Em.GHG.inCCG., Prd., $AP$3)","v":20.914179970269085},{"$f":" +SUMIFS(Em.CO2.inCCG., Prd., $AQ$3)","v":20.794737976221839},{"$f":" +SUMIFS(Em.CH4.inCCG., Prd., $AR$3)","v":3.942733880839424E-2},{"$f":" +SUMIFS(Em.N2O.inCCG., Prd., $AS$3)","v":8.0014655238854968E-2},0,null,{"$f":" +SUMIFS(Em.PM10.inCCG., Prd., $AV$3)","v":156669733.27058226},{"$f":" +SUMIFS(Em.NOX.inCCG., Prd., $AW$3)","v":156669733.27058226},{"$f":" +SUMIFS(Em.SO2.inCCG., Prd., $AX$3)","v":156669733.27058226},{"$f":" +SUMIFS(Em.NMVOC.inCCG., Prd., $AY$3)","v":156669733.27058226},{"$f":" +SUMIFS(Em.PM2.5.inCCG., Prd., $AZ$3)","v":156669733.27058226},{"$f":" +SUMIFS(Em.NH3.inCCG., Prd., $BA$3)","v":156669733.27058226},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"CementCeramicGlass","Is it possible to separate any industry sectors other than metals (and refining)? The inventory has a \"Other industrial combustion and electricity\" category that appears to span all industry other than metals."]
[null,{"$f":"Model!$F$648","v":"Industry Chemicals "},{"$f":"Model!$G$648","v":"inCHE."},null,{"$f":" +SUMIFS(EB.inCHE.fElc., Prd., $E$3)","v":-12.090482591232988},{"$f":" +SUMIFS(EB.inCHE.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inCHE.fBiS., Prd., $G$3)","v":-0.15695337602084339},0,{"$f":" +SUMIFS(EB.inCHE.fBiG., Prd., $I$3)","v":-6.9840771107373703E-2},{"$f":" +SUMIFS(EB.inCHE.fFsS., Prd., $J$3)","v":-0.50716429932210361},{"$f":" +SUMIFS(EB.inCHE.fFsL., Prd., $K$3)","v":-2.2262911378165611},{"$f":" +SUMIFS(EB.inCHE.fFsG., Prd., $L$3)","v":-13.898313450367366},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E218:N218)","v":-28.949045625867235},{"$f":"SUM(O218:Z218)","v":0},{"$f":"SUM(AA218:AE218)","v":0},null,{"$f":" +SUMIFS(Em.GHG.inCHE., Prd., $AP$3)","v":4.3776875706688934},{"$f":" +SUMIFS(Em.CO2.inCHE., Prd., $AQ$3)","v":4.2808098109761543},{"$f":" +SUMIFS(Em.CH4.inCHE., Prd., $AR$3)","v":5.9510112859476029E-2},{"$f":" +SUMIFS(Em.N2O.inCHE., Prd., $AS$3)","v":3.7367646833262672E-2},0,null,{"$f":" +SUMIFS(Em.PM10.inCHE., Prd., $AV$3)","v":104216460.03655779},{"$f":" +SUMIFS(Em.NOX.inCHE., Prd., $AW$3)","v":104216460.03655779},{"$f":" +SUMIFS(Em.SO2.inCHE., Prd., $AX$3)","v":104216460.03655779},{"$f":" +SUMIFS(Em.NMVOC.inCHE., Prd., $AY$3)","v":104216460.03655779},{"$f":" +SUMIFS(Em.PM2.5.inCHE., Prd., $AZ$3)","v":104216460.03655779},{"$f":" +SUMIFS(Em.NH3.inCHE., Prd., $BA$3)","v":104216460.03655779},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"Chemicals","Is it possible to separate any industry sectors other than metals (and refining)? The inventory has a \"Other industrial combustion and electricity\" category that appears to span all industry other than metals."]
[null,{"$f":"Model!$F$650","v":"Industry Other Industry "},{"$f":"Model!$G$650","v":"inOTH."},null,{"$f":" +SUMIFS(EB.inOTH.fElc., Prd., $E$3)","v":-58.069139223323631},{"$f":" +SUMIFS(EB.inOTH.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inOTH.fBiS., Prd., $G$3)","v":-9.2373564770100831},0,{"$f":" +SUMIFS(EB.inOTH.fBiG., Prd., $I$3)","v":-0.28504056123908278},{"$f":" +SUMIFS(EB.inOTH.fFsS., Prd., $J$3)","v":-5.9797296112883167},{"$f":" +SUMIFS(EB.inOTH.fFsL., Prd., $K$3)","v":-41.827225422175204},{"$f":" +SUMIFS(EB.inOTH.fFsG., Prd., $L$3)","v":-56.723071686577484},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E219:N219)","v":-172.12156298161381},{"$f":"SUM(O219:Z219)","v":0},{"$f":"SUM(AA219:AE219)","v":0},null,{"$f":" +SUMIFS(Em.GHG.inOTH., Prd., $AP$3)","v":23.146628138236501},{"$f":" +SUMIFS(Em.CO2.inOTH., Prd., $AQ$3)","v":22.693124665389746},{"$f":" +SUMIFS(Em.CH4.inOTH., Prd., $AR$3)","v":1.7337527603476031E-2},{"$f":" +SUMIFS(Em.N2O.inOTH., Prd., $AS$3)","v":0.43616594524327862},0,null,{"$f":" +SUMIFS(Em.PM10.inOTH., Prd., $AV$3)","v":619637007.09618294},{"$f":" +SUMIFS(Em.NOX.inOTH., Prd., $AW$3)","v":619637007.09618294},{"$f":" +SUMIFS(Em.SO2.inOTH., Prd., $AX$3)","v":619637007.09618294},{"$f":" +SUMIFS(Em.NMVOC.inOTH., Prd., $AY$3)","v":619637007.09618294},{"$f":" +SUMIFS(Em.PM2.5.inOTH., Prd., $AZ$3)","v":619637007.09618294},{"$f":" +SUMIFS(Em.NH3.inOTH., Prd., $BA$3)","v":619637007.09618294},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$242","v":"Industry"},"IndustryGen","Is it possible to separate any industry sectors other than metals (and refining)? The inventory has a \"Other industrial combustion and electricity\" category that appears to span all industry other than metals."]
[null,{"$f":"Model!$F$649","v":"Industry Refineries "},{"$f":"Model!$G$649","v":"inREF."},null,{"$f":" +SUMIFS(EB.inREF.fElc., Prd., $E$3)","v":-4.1082257042984551},{"$f":" +SUMIFS(EB.inREF.fH2G., Prd., $F$3)","v":0},{"$f":" +SUMIFS(EB.inREF.fBiS., Prd., $G$3)","v":0},0,{"$f":" +SUMIFS(EB.inREF.fBiG., Prd., $I$3)","v":-5.5674665431587897E-3},{"$f":" +SUMIFS(EB.inREF.fFsS., Prd., $J$3)","v":-30.479623815916181},{"$f":" +SUMIFS(EB.inREF.fFsL., Prd., $K$3)","v":-4.2425860660736561},{"$f":" +SUMIFS(EB.inREF.fFsG., Prd., $L$3)","v":-1.1079258420885991},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(E220:N220)","v":-39.943928894920049},{"$f":"SUM(O220:Z220)","v":0},{"$f":"SUM(AA220:AE220)","v":0},null,{"$f":" +SUMIFS(Em.GHG.inREF., Prd., $AP$3)","v":10.678532066968057},{"$f":" +SUMIFS(Em.CO2.inREF., Prd., $AQ$3)","v":10.613996498693069},{"$f":" +SUMIFS(Em.CH4.inREF., Prd., $AR$3)","v":3.1763762441738845E-3},{"$f":" +SUMIFS(Em.N2O.inREF., Prd., $AS$3)","v":6.1359192030814746E-2},0,null,{"$f":" +SUMIFS(Em.PM10.inREF., Prd., $AV$3)","v":143798000.22356814},{"$f":" +SUMIFS(Em.NOX.inREF., Prd., $AW$3)","v":143798000.22356814},{"$f":" +SUMIFS(Em.SO2.inREF., Prd., $AX$3)","v":143798000.22356814},{"$f":" +SUMIFS(Em.NMVOC.inREF., Prd., $AY$3)","v":143798000.22356814},{"$f":" +SUMIFS(Em.PM2.5.inREF., Prd., $AZ$3)","v":143798000.22356814},{"$f":" +SUMIFS(Em.NH3.inREF., Prd., $BA$3)","v":143798000.22356814},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Results!$E$239","v":"Other Energy Supply"},"Refineries"]
[]
["District heat CHP check"]
[null,{"$f":"Model!$F$518","v":"Heat Network Biomass CHP "},{"$f":"Model!$G$518","v":"hnCHPB."},null,{"$f":"SUM(E32:E33) -E213","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"SUM(AP32:AP33) -AP213","v":0},{"$f":"SUM(AQ32:AQ33) -AQ213","v":0},{"$f":"SUM(AR32:AR33) -AR213","v":0},{"$f":"SUM(AS32:AS33) -AS213","v":0},{"$f":"SUM(AT32:AT33) -AT213","v":0},null,{"$f":"SUM(AV32:AV33) -AV213","v":0},0,0,0,0,0]
[null,{"$f":"Model!$F$521","v":"Heat Network Gas CHP "},{"$f":"Model!$G$521","v":"hnCHPG."},null,{"$f":"SUM(E34:E35) -E214","v":0},0,{"$f":"SUM(G34:G35) -G214","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"SUM(AP34:AP35) -AP214","v":0},{"$f":"SUM(AQ34:AQ35) -AQ214","v":0},{"$f":"SUM(AR34:AR35) -AR214","v":0},{"$f":"SUM(AS34:AS35) -AS214","v":0},{"$f":"SUM(AT34:AT35) -AT214","v":0},null,{"$f":"SUM(AV34:AV35) -AV214","v":0},0,0,0,0,0]
["Industry Check"]
[null,{"$f":"Model!$F$646","v":"Industry Ferrous and non-ferrous metal production "},{"$f":"Model!$G$646","v":"inSTL."},null,{"$f":"SUM(E89:E93) -E216","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"SUM(AP89:AP93) -AP216","v":0},{"$f":"SUM(AQ89:AQ93) -AQ216","v":0},{"$f":"SUM(AR89:AR93) -AR216","v":0},{"$f":"SUM(AS89:AS93) -AS216","v":0},{"$f":"SUM(AT89:AT93) -AT216","v":0},null,{"$f":"SUM(AV89:AV93) -AV216","v":0},0,0,0,0,0]
[null,{"$f":"Model!$F$647","v":"Industry Cement, ceramics and glass "},{"$f":"Model!$G$647","v":"inCCG."},null,{"$f":"SUM(E94:E98) -E217","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"SUM(AP94:AP98) -AP217","v":0},{"$f":"SUM(AQ94:AQ98) -AQ217","v":0},{"$f":"SUM(AR94:AR98) -AR217","v":0},{"$f":"SUM(AS94:AS98) -AS217","v":0},{"$f":"SUM(AT94:AT98) -AT217","v":0},null,{"$f":"SUM(AV94:AV98) -AV217","v":0},0,0,0,0,0]
[null,{"$f":"Model!$F$648","v":"Industry Chemicals "},{"$f":"Model!$G$648","v":"inCHE."},null,{"$f":"SUM(E99:E103) -E218","v":0},0,{"$f":"SUM(G99:G103) -G218","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"SUM(AP99:AP103) -AP218","v":0},{"$f":"SUM(AQ99:AQ103) -AQ218","v":0},{"$f":"SUM(AR99:AR103) -AR218","v":0},{"$f":"SUM(AS99:AS103) -AS218","v":0},{"$f":"SUM(AT99:AT103) -AT218","v":0},null,{"$f":"SUM(AV99:AV103) -AV218","v":0},0,0,0,0,0]
[null,{"$f":"Model!$F$650","v":"Industry Other Industry "},{"$f":"Model!$G$650","v":"inOTH."},null,{"$f":"SUM(E104:E108) -E219","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"SUM(AP104:AP108) -AP219","v":0},{"$f":"SUM(AQ104:AQ108) -AQ219","v":0},{"$f":"SUM(AR104:AR108) -AR219","v":0},{"$f":"SUM(AS104:AS108) -AS219","v":0},{"$f":"SUM(AT104:AT108) -AT219","v":0},null,{"$f":"SUM(AV104:AV108) -AV219","v":0},0,0,0,0,0]
[null,{"$f":"Model!$F$649","v":"Industry Refineries "},{"$f":"Model!$G$649","v":"inREF."},null,{"$f":"SUM(E109:E113) -E220","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"SUM(AP109:AP113) -AP220","v":0},{"$f":"SUM(AQ109:AQ113) -AQ220","v":0},{"$f":"SUM(AR109:AR113) -AR220","v":0},{"$f":"SUM(AS109:AS113) -AS220","v":0},{"$f":"SUM(AT109:AT113) -AT220","v":0},null,{"$f":"SUM(AV109:AV113) -AV220","v":0},0,0,0,0,0]
[]
[]
[]
[]
[]
["Processes without an Energy Balance"]
[null,"Domestic Dwelling ","dDwl."]
[null,"Domestic Dwelling Base Year Stock ","dDwlBYS."]
[null,"Domestic Dwelling New Stock ","dDwlNwS."]
[null,"Domestic Dwelling New ","dDwlNwI."]
[null,"Non-Domestic Floor Area ","nFlr."]
[null,"Non-Domestic Floor Area Base Year Stock ","nFlrBYS."]
[null,"Non-Domestic Floor Area New Stock ","nFlrNwS."]
[null,"Non-Domestic Floor Area New ","nFlrNwI."]
[null,"Domestic Retrofit Conservation/Insulation","dCnsv."]
[null,"Non-Domestic Retrofit Conservation/Insulation","nCnsv."]
[null,"Domestic Heat Pump All Types ","dHPALL."]
[null,"Air Source of all Domestic Heat Pumps","dHPA._of_dHPALL."]
[null,"Ground Source of all Domestic Heat Pumps","dHPG._of_dHPALL."]
[null,"Domestic District Heat Network Domestic Heat Pump All Types ","dDHN.dHPALL."]
[null,"Domestic District Heat Network Domestic Hybrid Heat Pump / Gas Boiler ","dDHN.dHyb."]
[null,"Domestic Heat Pump All Types Domestic Hybrid Heat Pump / Gas Boiler ","dHPALL.dHyb."]
[null,"Domestic District Heat Network Domestic Heat Pump All Types Domestic Hybrid Heat Pump / Gas Boiler ","dDHN.dHPALL.dHyb."]
[null,"Domestic Oil Fuel BoilerDomestic Solid Fuel Boiler ","dblO.dblS."]
[null,"Non-Domestic Heat Pump All Types ","nHPALL."]
[null,"Air Source of all Non-Domestic Heat Pumps","nHPA._of_nHPALL."]
[null,"Ground Source of all Non-Domestic Heat Pumps","nHPG._of_nHPALL."]
[null,"Non-Domestic District Heat Network Non-Domestic Heat Pump All Types ","nDHN.nHPALL."]
[null,"Non-Domestic District Heat Network Non-Domestic Hybrid Heat Pump / Gas Boiler ","nDHN.nHyb."]
[null,"Non-Domestic Heat Pump All Types Non-Domestic Hybrid Heat Pump / Gas Boiler ","nHPALL.nHyb."]
[null,"Non-Domestic District Heat Network Non-Domestic Heat Pump All Types Non-Domestic Hybrid Heat Pump / Gas Boiler ","nDHN.nHPALL.nHyb."]
[null,"Non-Domestic Oil Fuel BoilerNon-Domestic Solid Fuel Boiler ","nblO.nblS."]
[null,"Domestic Heat Pump Oversized","dHPoversized."]
[null,"Domestic Electricity Grid Reinforcement","dElcGrdR."]
[null,"Domestic Hydrogen Conversion","dH2cnv."]
[null,"Non-Domestic Heat Pump Oversized","nHPoversized."]
[null,"Non-Domestic Electricity Grid Reinforcement","nElcGrdR."]
[null,"Non-Domestic Hydrogen Conversion","nH2cnv."]
[null,"Domestic Dwelling Suitable for Heat Pump ","dDwlSuitHP."]
[null,"Non-Domestic Floor Area Suitable for Heat Pump ","nFlrSuitHP."]
[null,"Domestic Hydrogen ConversionGas Stove ","dH2cnvStvG."]
[null,"Non-Domestic Hydrogen ConversionGas Stove ","nH2cnvStvG."]
[null,"Heat Network Pipe ","hnPip."]
[null,"Gas Grid All Types ","ggALL."]
[null,"Gas Grid Distribution Grid Gas ","ggDstGrd."]
[null,"Gas Grid Distribution Hydrogen ","ggDstH2."]
[null,"Gas Grid Transmission Grid Gas ","ggTmsGrd."]
[null,"Gas Grid Transmission Hydrogen ","ggTmsH2."]
[null,"Walking ","Wlk."]
[null,"Cycling ","Cyc."]
[null,"Car All Types ","carALL."]
[null,"Bus All Types ","busALL."]
[null,"Train Passenger All Types ","trnPALL."]
[null,"Aviation Domestic ","aviD."]
[null,"Transport (All Modes)","TRA."]
[null,"Aviation International ","aviI."]
[null,"LGV (van) All Types ","lgvALL."]
[null,"HGV _Rigid All Types ","hgvRALL."]
[null,"HGV _Articulated All Types ","hgvAALL."]
[null,"Train Freight All Types ","trnFALL."]
[null,"Shipping Domestic ","shpD."]
[null,"Shipping International ","shpI."]
[null,"Non-Road Mobile Machinery ","nrm."]
[null,"Car Electric Light Duty Vehicles Electric Refuelling Infrastructure ","carE.LVEref."]
[null,"Car Plug-in Hybrid Electric VehicleLight Duty Vehicles Electric Refuelling Infrastructure ","carPHEV.LVEref."]
[null,"LGV (van) Electric Light Duty Vehicles Electric Refuelling Infrastructure ","lgvE.LVEref."]
[null,"LGV (van) Plug-in Hybrid Electric VehicleLight Duty Vehicles Electric Refuelling Infrastructure ","lgvPHEV.LVEref."]
[null,"HGV _Rigid Electric Light Duty Vehicles Electric Refuelling Infrastructure ","hgvRE.LVEref."]
[null,"HGV _Rigid Plug-in Hybrid Electric VehicleLight Duty Vehicles Electric Refuelling Infrastructure ","hgvRPHEV.LVEref."]
[null,"HGV _Articulated Electric HGV _Articulated Electric Refuelling Infrastructure ","hgvAE.hgvAEref."]
[null,"HGV _Articulated Plug-in Hybrid Electric VehicleHGV _Articulated Electric Refuelling Infrastructure ","hgvAPHEV.hgvAEref."]
[null,"Bus Electric Bus Electric Refuelling Infrastructure ","busE.busEref."]
[null,"Bus Plug-in Hybrid Electric VehicleBus Electric Refuelling Infrastructure ","busPHEV.busEref."]
[]
[]
[]
[null,{"$f":"Model!$F$706","v":"Space Heat "},{"$f":"Model!$G$706","v":"dSH."}]
[null,{"$f":"Model!$F$707","v":"Hot Water "},{"$f":"Model!$G$707","v":"dHW."}]
[null,{"$f":"Model!$F$706 & Model!$F$730","v":"Space Heat Network Heat "},{"$f":"Model!$G$706 & Model!$G$730","v":"dSH.fNwkH."}]
[null,{"$f":"Model!$F$706 & Model!$F$721","v":"Space Heat Electricity "},{"$f":"Model!$G$706 & Model!$G$721","v":"dSH.fElc."}]
[null,{"$f":"Model!$F$706 & Model!$F$727","v":"Space Heat Fossil Fuel Gaseous "},{"$f":"Model!$G$706 & Model!$G$727","v":"dSH.fFsG."}]
[null,{"$f":"Model!$F$706 & Model!$F$724","v":"Space Heat Bioenergy Gaseous "},{"$f":"Model!$G$706 & Model!$G$724","v":"dSH.fBiG."}]
[null,{"$f":"Model!$F$706 & Model!$F$728","v":"Space Heat Hydrogen Gaseous "},{"$f":"Model!$G$706 & Model!$G$728","v":"dSH.fH2G."}]
[null,{"$f":"Model!$F$706 & Model!$F$726","v":"Space Heat Fossil Fuel Liquid "},{"$f":"Model!$G$706 & Model!$G$726","v":"dSH.fFsL."}]
[null,{"$f":"Model!$F$706 & Model!$F$723","v":"Space Heat Bioenergy Liquid "},{"$f":"Model!$G$706 & Model!$G$723","v":"dSH.fBiL."}]
[null,{"$f":"Model!$F$706 & Model!$F$725","v":"Space Heat Fossil Fuel Solid "},{"$f":"Model!$G$706 & Model!$G$725","v":"dSH.fFsS."}]
[null,{"$f":"Model!$F$706 & Model!$F$722","v":"Space Heat Bioenergy Solid "},{"$f":"Model!$G$706 & Model!$G$722","v":"dSH.fBiS."}]
[null,{"$f":"Model!$F$707 & Model!$F$730","v":"Hot Water Network Heat "},{"$f":"Model!$G$707 & Model!$G$730","v":"dHW.fNwkH."}]
[null,{"$f":"Model!$F$707 & Model!$F$721","v":"Hot Water Electricity "},{"$f":"Model!$G$707 & Model!$G$721","v":"dHW.fElc."}]
[null,{"$f":"Model!$F$707 & Model!$F$727","v":"Hot Water Fossil Fuel Gaseous "},{"$f":"Model!$G$707 & Model!$G$727","v":"dHW.fFsG."}]
[null,{"$f":"Model!$F$707 & Model!$F$724","v":"Hot Water Bioenergy Gaseous "},{"$f":"Model!$G$707 & Model!$G$724","v":"dHW.fBiG."}]
[null,{"$f":"Model!$F$707 & Model!$F$728","v":"Hot Water Hydrogen Gaseous "},{"$f":"Model!$G$707 & Model!$G$728","v":"dHW.fH2G."}]
[null,{"$f":"Model!$F$707 & Model!$F$726","v":"Hot Water Fossil Fuel Liquid "},{"$f":"Model!$G$707 & Model!$G$726","v":"dHW.fFsL."}]
[null,{"$f":"Model!$F$707 & Model!$F$723","v":"Hot Water Bioenergy Liquid "},{"$f":"Model!$G$707 & Model!$G$723","v":"dHW.fBiL."}]
[null,{"$f":"Model!$F$707 & Model!$F$725","v":"Hot Water Fossil Fuel Solid "},{"$f":"Model!$G$707 & Model!$G$725","v":"dHW.fFsS."}]
[null,{"$f":"Model!$F$707 & Model!$F$722","v":"Hot Water Bioenergy Solid "},{"$f":"Model!$G$707 & Model!$G$722","v":"dHW.fBiS."}]
[null,{"$f":"Model!$F$707 & Model!$F$729","v":"Hot Water Grid Gas Gaseous "},{"$f":"Model!$G$707 & Model!$G$729","v":"dHW.fGrdG."}]
[null,{"$f":"Model!$F$730 & Model!$F$731","v":"Network Heat Waste Heat "},{"$f":"Model!$G$730 & Model!$G$731","v":"fNwkH.fWstH."}]
[null,{"$f":"Model!$F$730 & Model!$F$721","v":"Network Heat Electricity "},{"$f":"Model!$G$730 & Model!$G$721","v":"fNwkH.fElc."}]
[null,{"$f":"Model!$F$730 & Model!$F$722","v":"Network Heat Bioenergy Solid "},{"$f":"Model!$G$730 & Model!$G$722","v":"fNwkH.fBiS."}]
[null,{"$f":"Model!$F$721 & Model!$F$722","v":"Electricity Bioenergy Solid "},{"$f":"Model!$G$721 & Model!$G$722","v":"fElc.fBiS."}]
[null,{"$f":"Model!$F$730 & Model!$F$727","v":"Network Heat Fossil Fuel Gaseous "},{"$f":"Model!$G$730 & Model!$G$727","v":"fNwkH.fFsG."}]
[null,{"$f":"Model!$F$730 & Model!$F$724","v":"Network Heat Bioenergy Gaseous "},{"$f":"Model!$G$730 & Model!$G$724","v":"fNwkH.fBiG."}]
[null,{"$f":"Model!$F$730 & Model!$F$728","v":"Network Heat Hydrogen Gaseous "},{"$f":"Model!$G$730 & Model!$G$728","v":"fNwkH.fH2G."}]
[null,{"$f":"Model!$F$721 & Model!$F$727","v":"Electricity Fossil Fuel Gaseous "},{"$f":"Model!$G$721 & Model!$G$727","v":"fElc.fFsG."}]
[null,{"$f":"Model!$F$721 & Model!$F$724","v":"Electricity Bioenergy Gaseous "},{"$f":"Model!$G$721 & Model!$G$724","v":"fElc.fBiG."}]
[null,{"$f":"Model!$F$721 & Model!$F$728","v":"Electricity Hydrogen Gaseous "},{"$f":"Model!$G$721 & Model!$G$728","v":"fElc.fH2G."}]
[null,{"$f":"Model!$F$713","v":"Passenger Distance Travelled "},{"$f":"Model!$G$713","v":"dDPs."}]
[null,{"$f":"Model!$F$715","v":"Vehicle Distance Travelled "},{"$f":"Model!$G$715","v":"dDVh."}]
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[null,null,null,null,"Key",{"$f":"NameConv!K1001","v":"Air Source of all Domestic Heat Pumps"},{"$f":"NameConv!J1001","v":"dHPA._of_dHPALL."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$496","v":"dHPA._of_dHPALL."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$496","v":"Air Source of all Domestic Heat Pumps"},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K1002","v":"Ground Source of all Domestic Heat Pumps"},{"$f":"NameConv!J1002","v":"dHPG._of_dHPALL."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$497","v":"dHPG._of_dHPALL."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$497","v":"Ground Source of all Domestic Heat Pumps"},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K1003","v":"Domestic Heat Pump Oversized"},{"$f":"NameConv!J1003","v":"dHPoversized."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$498","v":"dHPoversized."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$498","v":"Domestic Heat Pump Oversized"},"…","…"]
[null,null,null,{"$f":"NameConv!B1004","v":"Non-Domestic Buildings Heating"},"Key"]
[null,null,null,null,"Key",{"$f":"NameConv!K1005","v":"Non-Domestic Gas Boiler "},{"$f":"NameConv!J1005","v":"nblG."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$500","v":"nblG."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$500","v":"Non-Domestic Gas Boiler "},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K1020","v":"Domestic Gas Stove "},{"$f":"NameConv!J1020","v":"dStvG."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$526","v":"dStvG."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$526","v":"Domestic Gas Stove "},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K1128","v":"H2 prod Bio Gasification with CCS "},{"$f":"NameConv!J1128","v":"hpBccs."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$546","v":"hpBccs."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$546","v":"H2 prod Bio Gasification with CCS "},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K1197","v":"Arable Land for Food "},{"$f":"NameConv!J1197","v":"LndArbl."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$585","v":"LndArbl."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$585","v":"Arable Land for Food "},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K1216","v":"Domestic Resource Extraction Fossil Fuel Liquid "},{"$f":"NameConv!J1216","v":"DRExFsL."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$628","v":"DRExFsL."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$628","v":"Domestic Resource Extraction Fossil Fuel Liquid "},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K1222","v":"Domestic Resource Extraction Fossil Fuel Liquid Process Emissions"},{"$f":"NameConv!J1222","v":"DRExFsLPEm."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$634","v":"DRExFsLPEm."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$634","v":"Domestic Resource Extraction Fossil Fuel Liquid Process Emissions"},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K1080","v":"Industry Chemicals Heat Processes CHP Heat Processes Heat Component "},{"$f":"NameConv!J1080","v":"inCHEHtCHP_HtComp."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$673","v":"inCHEHtCHP_HtComp."},"…","…","…","…","…","…","…","…","…","…","Heat production from CHP plants","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$671","v":"Industry Chemicals Heat Processes CHP "},"…","…"]
[null,null,null,null,"Key",{"$f":"NameConv!K809","v":"Process Heat "},{"$f":"NameConv!J809","v":"dPHt."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$716","v":"dPHt."},"…","…","…","…","…","…","…","…","…","Process heat","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…",{"$f":"$F$716","v":"Process Heat "},"…"]
[null,null,null,null,"Key",{"$f":"NameConv!K862","v":"Slurry Deposits Collected for Energy "},{"$f":"NameConv!J862","v":"mSlryE."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$755","v":"mSlryE."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…",{"$f":"$F$755","v":"Slurry Deposits Collected for Energy "},"…"]
[null,null,"Trajectory",null,"Key"]
[null,null,null,null,"Key","Reference Year 2010","RefY2010.","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$804","v":"RefY2010."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$804","v":"Reference Year 2010"},"…","…","…","…"]
[null,null,null,null,"Key",{"$f":"$F$504 & $F$507","v":"Non-Domestic Heat Pump All Types Non-Domestic Hybrid Heat Pump / Gas Boiler "},{"$f":"$G$504 & $G$507","v":"nHPALL.nHyb."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$843","v":"nHPALL.nHyb."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$843","v":"Non-Domestic Heat Pump All Types Non-Domestic Hybrid Heat Pump / Gas Boiler "},"…","…"]
[null,null,null,null,"Key","Bus_ Low Emissions Engines","busALL.LEE.","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$886","v":"busALL.LEE."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$886","v":"Bus_ Low Emissions Engines"},"…","…"]
[null,null,null,null,"Key",{"$f":"$F$578 & $F$453","v":"Electricity -  Demand Shift Vehicle to Grid LGV (van) Electric Battery "},{"$f":"$G$578 & $G$453","v":"eDShiftVtG.lgvEBat."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$925","v":"eDShiftVtG.lgvEBat."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$925","v":"Electricity -  Demand Shift Vehicle to Grid LGV (van) Electric Battery "},"…","…"]
[null,null,null,null,"Key",{"$f":"$F$578 & $F$459","v":"Electricity -  Demand Shift Vehicle to Grid Bus Electric Battery "},{"$f":"$G$578 & $G$459","v":"eDShiftVtG.busEBat."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$931","v":"eDShiftVtG.busEBat."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…",{"$f":"$F$931","v":"Electricity -  Demand Shift Vehicle to Grid Bus Electric Battery "},"…","…"]
[null,null,null,null,"Key","Electricity (Petrol back-up fuel)","fElc.P.","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$974","v":"fElc.P."},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…",{"$f":"$F$974","v":"Electricity (Petrol back-up fuel)"},"…"]
["Const",null,null,null,"UCF","Source Unit -Billion.","su_Billion.","…",1000000000,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","…","…","…","Billion.","…","Model Input","Source","nu","…","…","…","…","…","one thousand million","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","…","…","…","Billion.","…",null,1]
[null,null,null,null,"UCF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"UCF","Source Unit -GW.","su_GW.","W",{"$f":" su_Giga. * su_W.","v":1000000000},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","…","…","…","GW.","…","Model Input","Unit Transformation","su","…","…","…","…","…","…","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","…","…","…","GW.","…",null,1]
["Const",null,null,null,"UCF","Unit Conversion from -MW.","uc_MW.","GW.",{"$f":" su_MW. / PrefUnitConversionFactor.Power.","v":1E-3},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","uc_","…","…","MW.","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Source unit to preference unit conversion factor = Source unit to base unit conversion factor divided by preference unit to base unit conversion factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Unit Conversion from ","…","…","MW.","…",null,1]
["Const",null,null,null,"UCF","Unit Conversion from -Mha","uc_Mha.","sqkm.",{"$f":" su_Mha. / PrefUnitConversionFactor.Area.","v":10000},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","uc_","…","…","Mha.","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Source unit to preference unit conversion factor = Source unit to base unit conversion factor divided by preference unit to base unit conversion factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Unit Conversion from ","…","…","Mha","…",null,1]
[null,null,null,null,"UCF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"UCF","Exchange rate - GBP to -EUR.2011.","Exchg.EUR.2011.","EUR.2011.",1.1527000000000001,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Exchg.","…","…","EUR.2011.","…","Backing","Source","su","Bank of England Exchange Rates","…","BF2","…","Fact","Value of £1 in the stated currency in the stated year","…","…","Green","Low","Government Statistics","Only very large changes would affect results significantly","…","…","…","…",null,"\"='[BOE_Annual_average_Spot_exchange_rate_EUR_1999-2016.xlsx]4507601'!B21","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Exchange rate - GBP to ","…","…","EUR.2011.","…",null,1]
["Const",null,null,null,"UCF","Unit Conversion from -USD.2010.","uc_USD.2010.","GBP.2016.",{"$f":" su_USD.2010. / PrefUnitConversionFactor.Cost.","v":0.71175152197493463},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","uc_","…","…","USD.2010.","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Source unit to preference unit conversion factor = Source unit to base unit conversion factor divided by preference unit to base unit conversion factor","…","…","Green","…","Standard transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Unit Conversion from ","…","…","USD.2010.","…",null,1]
["Const",null,null,null,"GLO","Capacity -Non-Domestic Floor Area 2000","Cap.nFlr.2000","sqm.",{"$f":" Cap.nFlr.EngWal2000 * (PopulationBY. / (+PopulationBYEng. +PopulationBYWal.))","v":635911562.95177257},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Cap.nFlr.2000","…","…","…","…","Backing","Source","su","…","…","…","…","Calculated","UK area of non-domestic building space in the year 2000. For the base year this is calculated by scaling the area for England and Wales by population. Assumes floor area per capita for England and Wales is indicative of the UK as a whole.","…","…","Amber","…","Assumes floor area per capita for England and Wales is indicative of the UK as a whole.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Population Base Year ","…","…","…","…",null,1]
["Const",null,null,null,"GLO","Duration Month 11 (Nov)","TimeM11.","s",{"$f":" su_TimeM11. * su_Day.","v":2592000},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$319","v":"TimeM11."},"…","…","…","…","Transformation","Unit Transformation","su","…","…","…","…","…","Units are converted to seconds for use in calculations.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$319","v":"Duration Month 11 (Nov)"},"…","…","…","…",null,1]
["Const",null,null,null,"GLO","Source Unit Emissions Factor -N2O -Bioenergy Gaseous ","su_EmF.N2O.fBiG.","kg / kWh",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","N2O.","…",{"$f":"$G$724","v":"fBiG."},"…","Backing","Source","su","Greenhouse gas reporting: conversion factors 2017","…","BF4","…","Measured","The Scope 1 conversion factors presented contain values for N2O and CH4 emissions (which are not absorbed during growth). The source does not separate N2O and CH4 emissions. For simplicity all such emissions have been assumed to be CH4 given this makes up the larger share of emissions for fossil fuels.","2017-10-13","…","Amber","Low","Assumption made in fuel alignment. Some N2O assigned as CH4","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","N2O ","…",{"$f":"$F$724","v":"Bioenergy Gaseous "},"…",null,1]
["Const",null,null,null,"GLO","Source Unit Emissions Factor -N2O -Environmental Energy ","su_EmF.N2O.rEnvE.","kg / kWh",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","N2O.","…",{"$f":"$G$735","v":"rEnvE."},"…","Backing","Source","su","…","…","…","…","…","Environmental renewable energy has zero emissions.","2017-10-13","…","Green","Low","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","N2O ","…",{"$f":"$F$735","v":"Environmental Energy "},"…",null,1]
["Const",null,null,null,"GLO","Emissions Factor -CH4 -Leaked Fossil Fuel Gaseous ","EmF.CH4.lsFsG.","Mt.CO2e / TWh.",{"$f":" GWP.CH4. / EDen.lsFsG.","v":1.6361360960580147},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.",{"$f":"$G$375","v":"CH4."},"…",{"$f":"$G$762","v":"lsFsG."},"…","Model Input","Transformation","pu","…","…","…","…","…","CO2e emissions of leaked gas per unit energy. 1/energy density converts from energy content to mass. Multiplying by the GWP converts from mass of CH4 to mass of CO2e. Assumes that natural gas (Gaseous Fossil Fuel) is 100% methane (CH4) for simplicity. In reality natural gas is typically between 87.0 - 97.0% methane.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ",{"$f":"$F$375","v":"CH4 "},"…",{"$f":"$F$762","v":"Leaked Fossil Fuel Gaseous "},"…",null,1]
[null,null,null,null,"BHT.","Energy used space heating services solid fuel","NGT_Energy_used_space_heating_services_solid_fuel","ktoe",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Backing","Source","su","ECUK","ECUK table 5.05 for 2015","NGT_ECUK",null,"Modelled","Fuel used for services space heating",null,null,"Green",null,"Good source","…","…","…","…","…","…","='[ECUK_Tables_2017.xlsx]Table 5.05'!$AK$32","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BHT.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA1483 & BV1483 & BW1483 & \"-\" & BX1483 & \"-\" & BY1483 & \"-\" & BZ1483, \"-…\", \"\"), \"…\", \"\")","v":"lv2.Ambition for Temperature Internal Mean -Domestic Dwelling "},{"$f":"SUBSTITUTE(AG1483 & AB1483 & AC1483 & AD1483 & AE1483 & AF1483, \"…\", \"\")","v":"lv2.AmbTmpIn.dDwl."},"°C",18,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbTmpIn.","…","dDwl.","…","lv2.","Model Input","Source","su","…","…","…","…","…","Roughly maintaining current temperatures.  Numbers sourced by CAR","…","…","Amber","…","Sourced at expert workshop.","…","…","A participant noted that recent ECUK data indicates a sizeable reduction in internal temperature, suggesting that Level 1 might not naturally increase as stated, although participants did not ultimately challenge the ambition levels.  This recent observation did, however, influence participants' view that change in internal temperature could progress rapidly, suggesting an end date of 2030 rather than 2050.  One participant questioned whether a temperature x HDD calculation was appropriate for the calculator, especially given the mix of domestic buildings the model attempts to cover simply. Participants noted (1) reduced internal temperature will be correlated with other model elements such as insulation level; with high insulation levels 16 degrees may not be achievable, (2) related to point 1), it could be argued that this should be a categorical variable rather than a rank-ordering.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Temperature Internal Mean ","…","Domestic Dwelling ","…","lv2.",null,1]
["Const",null,null,null,"BHT.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA1489 & BV1489 & BW1489 & \"-\" & BX1489 & \"-\" & BY1489 & \"-\" & BZ1489, \"-…\", \"\"), \"…\", \"\")","v":"lever selection Action Speed-Domestic Dwelling -Space Heat "},{"$f":"SUBSTITUTE(AG1489 & AB1489 & AC1489 & AD1489 & AE1489 & AF1489, \"…\", \"\")","v":"LvrSpeed.dDwl.dSH."},"years",{"$f":" User_LvrSpeed.dDwl.dSH.","v":30},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrSpeed.","…","dDwl.","dSH.","…","Model Input","Lookup","su","…","…","…","…","…","Date at which action starts","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action Speed","…","Domestic Dwelling ","Space Heat ","…",null,1]
["Const",null,null,null,"BHT.","Heat Losses Index Business as Usual Target Year -Domestic Dwelling New ","HtLsRtIndxTY.dDwlNwI.","…",{"$f":" LvrHtLsRt.dDwlNwI.dSH. / HtLsRtBaUTY.dDwlNwI.","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","HtLsRtIndxTY.","…","dDwlNwI.","…","…","Transformation","Transformation","nu","…","…","…","…","…","User selected ambition level as a fraction (index on) the BaU value in the target year (year ambition level is due to be achieved)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Heat Losses Index Business as Usual Target Year ","…","Domestic Dwelling New ","…","…",null,1]
["TS",null,null,null,"BHT.","Heat Losses Month 11 (Nov)-Domestic Dwelling ","HtLsM11.dDwl.","TWh.","…",{"$f":" HtLsRt.dDwl. * MAX(0, 0 +TmpDifM11.) * TimeM11. * uc_J.","v":1.6287452801746877E-6},1.6255362585178511E-6,1.5910468235101006E-6,1.6162505223202436E-6,1.6305206350305244E-6,1.6406072169078537E-6,1.6442386469137597E-6,1.6343809901135416E-6,1.6523333416240513E-6,1.6204526943247684E-6,1.6064031864062278E-6,1.56580269427496E-6,1.5501008205848316E-6,1.5248334178014918E-6,1.506092085829142E-6,1.4874552852744459E-6,1.4372960571848569E-6,1.4088769670212736E-6,"…","HtLsM11.","…","dDwl.","…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Heat lost to the environment by the average dwelling over the course of the period (month). Calculated as the product of heat loss rate, temperature difference and duration of the period. [(ENERGY/TIME)/TEMP] * [TEMP] * [TIME] = [ENERGY].","…","…","Amber","…","Simple method.","…","…","Would it be better to work with Heating Degree Days? This will need to be calibrated in some way to match statistics. Options: 1) BAU internal temp profile, 2) Heat loss rates, 3) introduce a term for the fraction of the period heating is required for.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Heat Losses Month 11 (Nov)","…","Domestic Dwelling ","…","…",null,1]
["Const",null,null,null,"BHT.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA1610 & BV1610 & BW1610 & \"-\" & BX1610 & \"-\" & BY1610 & \"-\" & BZ1610, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Demand per Unit -Non-Domestic Retrofit Conservation/Insulation-Space Heat "},{"$f":"SUBSTITUTE(AG1610 & AB1610 & AC1610 & AD1610 & AE1610 & AF1610, \"…\", \"\")","v":"su_DemUnit.nCnsv.dSH."},"MWh. / sqm floor area","Redundant","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","DemUnit.","…","nCnsv.","dSH.","…","Model Input","Source","su","…","…","…","…","Calculated","Space heat demand per unit of conservation/insulation installed. Value is negative as space heat is reduced as a result of deployment. This is assumes to be similar to domestic retrofit.","…","…","Red","…","Based on limited data. Assumes non-dom is the same as dom.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Demand per Unit ","…","Non-Domestic Retrofit Conservation/Insulation","Space Heat ","…",null,1]
["Const",null,null,null,"BHT.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA1648 & BV1648 & BW1648 & \"-\" & BX1648 & \"-\" & BY1648 & \"-\" & BZ1648, \"-…\", \"\"), \"…\", \"\")","v":"lv3.Ambition for Demand per Unit Index -Domestic Dwelling -Hot Water "},{"$f":"SUBSTITUTE(AG1648 & AB1648 & AC1648 & AD1648 & AE1648 & AF1648, \"…\", \"\")","v":"lv3.AmbDemUnitIndx.dDwl.dHW."},"…",0.77,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbDemUnitIndx.","…","dDwl.","dHW.","lv3.","Model Input","Source","nu","…","…","…","…","…","Level 3 assumed to be midway between Levels 2 and 4","…","…","Amber","…","Sourced at expert workshop.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Demand per Unit Index ","…","Domestic Dwelling ","Hot Water ","lv3.",null,1]
["Const",null,null,null,"BHT.","Demand per Unit Target Year -Domestic Dwelling -Hot Water ","DemUnitTY.dDwl.dHW.",{"$f":" PrefUnit.Energy. &\" / Person\"","v":"TWh. / Person"},{"$f":" DemUnitBY.dDwl.dHW. * LvrDemUnitIndx.dDwl.dHW.","v":1.0152104593270574E-6},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","DemUnitTY.","…","dDwl.","dHW.","…","Transformation","Transformation","pu","…","…","…","…","…","Hot water demand per person in the target year when the level of ambition is realised","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Demand per Unit Target Year ","…","Domestic Dwelling ","Hot Water ","…",null,1]
["Const",null,null,null,"BHT.","lv3.Ambition for Deployment Share/Penetration-Domestic District Heat Network ","lv3.AmbShrPen.dDHN.","…",0.4,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…","dDHN.","…","lv3.","Model Input","Source","nu","…","…","…","…","…","Ambition for share of domestic buildings supplied with heat by a heat network.","…","…","Amber","…","Sourced at expert workshop. No description of rationale provided.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…","Domestic District Heat Network ","…","lv3.",null,1]
[null,null,null,null,"BHT.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"BHT.","lever selection Action Start-Non-Domestic Heat Pump All Types ","LvrStart.nHPALL.","…",{"$f":" User_LvrStart.nHPALL.","v":2020},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrStart.","…","nHPALL.","…","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action Start","…","Non-Domestic Heat Pump All Types ","…","…",null,1]
["Const",null,null,null,"BHT.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA1785 & BV1785 & BW1785 & \"-\" & BX1785 & \"-\" & BY1785 & \"-\" & BZ1785, \"-…\", \"\"), \"…\", \"\")","v":"Share Base Year -Non-Domestic District Heat Network "},{"$f":"SUBSTITUTE(AG1785 & AB1785 & AC1785 & AD1785 & AE1785 & AF1785, \"…\", \"\")","v":"ShrBY.nDHN."},"…",{"$f":"NGT_Heat_supplied_NonDom_District_Heat_Network/NGT_Heat_supplied_NonDom","v":2.9636418556377574E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ShrBY.","…","nDHN.","…","…","Model Input","Source","nu","…","…","…","…","Calculated","…","…","…","Green","…","Generated from ECUK data and assumed efficiencies","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Share Base Year ","…","Non-Domestic District Heat Network ","…","…",null,1]
["TS",null,null,null,"BHT.","Activity -Domestic Heat Pump Ground Source -Space Heat ","Actv.dHPG.dSH.","TWh.","…",{"$f":" Dem.dDwl.dSH. * Shr.dHPG.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","dHPG.","dSH.","…","Transformation","Transformation","pu","…","…","…","…","…","Space heat delivered by technology calculated by multiplying total space heat demand by the technology demand share.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Activity ","…","Domestic Heat Pump Ground Source ","Space Heat ","…",null,1]
["Const",null,null,null,"BHT.","Efficiency -Domestic Heat Pump Ground Source -Space Heat fElc.","Eff.dHPG.dSH.fElc.","…",3.4,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Eff.","…","dHPG.","dSH.fElc.","…","Model Input","Source","nu","MCS Heat emitter Guide","MCS Heat emitter Guide section 3.4 Likely SPF values  (3 star case)","NGT_HEG","…","Survey","Space Heat generated from each input unit of Electricity.  The value here is what would be expected from a system running reasonably well. Surveys of current systems indicate performance is often not so good (e.g. average 3.0) but we believe the issues causing this are teething problems and will be insignificant in the long term.","…","…","Amber","…","Heat pumps are variable","…","…","Naming convention has been violated by including two vectors in the same column","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Efficiency ","…","Domestic Heat Pump Ground Source ","Space Heat fElc.","…",null,1]
["Const",null,null,null,"BHT.","Efficiency -Domestic Gas Boiler -Hot Water fH2G.","Eff.dblG.dHW.fH2G.","…",{"$f":"Eff.dblG.dSH.fH2G. - (Eff.dblG.dSH.fFsG. - Eff.dblG.dHW.fFsG.)","v":0.75004798870853928},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Eff.","…","dblG.","dHW.fH2G.","…","Model Input","Source","nu","…","…","…","…","Calculated","The efficiency of hot water heating is the same as space heating except for the combi/tank losses hit - presumes that this hit is the same as for gas boilers.","…","…","Amber","…","Opinion","…","…","Naming convention has been violated by including two vectors in the same column","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Efficiency ","…","Domestic Gas Boiler ","Hot Water fH2G.","…",null,1]
["TS",null,null,null,"BHT.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA1949 & BV1949 & BW1949 & \"-\" & BX1949 & \"-\" & BY1949 & \"-\" & BZ1949, \"-…\", \"\"), \"…\", \"\")","v":"Share -Domestic Solid Fuel Boiler -Fossil Fuel Solid "},{"$f":"SUBSTITUTE(AG1949 & AB1949 & AC1949 & AD1949 & AE1949 & AF1949, \"…\", \"\")","v":"Shr.dblS.fFsS."},"…","…",{"$f":" 1 -Shr.dblS.fBiS.","v":0.12947858086828878},0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,0.12947858086828878,"…","Shr.","…","dblS.","fFsS.","…","Transformation","Transformation","nu","…","…","…","…","…","Share of fuel consumed that is fossil fuel.","…","…","Green","…","Remainder by definition","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Share ","…","Domestic Solid Fuel Boiler ","Fossil Fuel Solid ","…",null,1]
[null,null,null,"Domestic heat technology Energy Balance","BHT.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"BHT.","Energy Balance -Domestic Heating All Technologies-Bioenergy Solid ","EB.dHtALLfBiS.","TWh.","…",{"$f":" +EB.dblS.fBiS.","v":-23.517343507174157},-24.542294396501841,-25.946647458392984,-26.944110931478189,-28.09781114140624,-28.963094120703829,-29.499181356218614,-30.05992472192338,-29.957588279884078,-29.734620829437304,-29.354658120487478,-28.778273388956311,-28.58110730077841,-28.045224091155635,-26.874018630994016,-26.347544964327238,-25.577343000157544,-25.04421529903556,"…","EB.","…","dHtALL","fBiS.","…","Transformation","Transformation","pu","…","…","…","…","…","Energy balance for all domestic heating technologies calculated as the sum of individual technology energy balances.","…","…","Green","…","…","…","…","Potentially redundant in final model. Useful for development","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Domestic Heating All Technologies","Bioenergy Solid ","…",null,1]
["TS",null,null,null,"BHT.","Energy Balance -Non-Domestic Solid Fuel Boiler -Fossil Fuel Solid ","EB.nblS.fFsS.","TWh.","…",{"$f":" (-(Actv.nblS.dSH. / Eff.nblS.dSH.fFsS.) -(Actv.nblS.dHW. / Eff.nblS.dHW.fFsS.)) * Shr.nblS.fFsS.","v":-8.703544061258043},-8.6457892668843641,-9.257279199508238,-9.8530579835902383,-10.433348213425495,-10.99837142005509,-11.548348062962095,-12.083497521676922,-12.002492870760832,-11.921932508321754,-11.841819636391373,-11.762157480078754,-11.682949287736625,-11.60419833112894,-11.525907905599576,-11.44808133024228,-11.370721948071841,-11.293833126196501,"…","EB.","…","nblS.","fFsS.","…","Transformation","Transformation","pu","…","…","…","…","…","Fuel input is calculated by summing space heat output divided by space heat efficiency and hot water output divided by hot water efficiency. The amount of bio/fossil fuel consumed is calculated by multiplying the total fuel input by the share of technologies assumed to use that fuel source.","…","…","Green","…","Basic principal","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Non-Domestic Solid Fuel Boiler ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"BHT.","Emissions -CO2 -Domestic Electric Heater ","Em.CO2.dhtE.","Mt.CO2e","…",{"$f":" -EB.dhtE.fElc. * EmF.CO2.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","CO2.","dhtE.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","CO2 ","Domestic Electric Heater ","…","…",null,1]
[null,null,null,null,"BHT.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"BHT.","Emissions -N2O -Non-Domestic Heat Pump Ground Source ","Em.N2O.nHPG.","Mt.CO2e","…",{"$f":" -EB.nHPG.fElc. * EmF.N2O.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","N2O.","nHPG.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","N2O ","Non-Domestic Heat Pump Ground Source ","…","…",null,1]
["Const",null,null,null,"BHT.","Source Unit Emissions Factor -NOX -Domestic Dwelling -Hydrogen Gaseous ","su_EmF.NOX.dDwl.fH2G.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NOX.","dDwl.","fH2G.","…","Backing","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NOX ","Domestic Dwelling ","Hydrogen Gaseous ","…",null,1]
["Const",null,null,null,"BHT.","Source Unit Emissions Factor -NMVOC -Domestic Dwelling -Network Heat ","su_EmF.NMVOC.dDwl.fNwkH.","kt. / PJ.",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NMVOC.","dDwl.","fNwkH.","…","Backing","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NMVOC ","Domestic Dwelling ","Network Heat ","…",null,1]
["Const",null,null,null,"BHT.","Source Unit Emissions Factor -NH3 -Domestic Dwelling -Fossil Fuel Solid ","su_EmF.NH3.dDwl.fFsS.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NH3.","dDwl.","fFsS.","…","Backing","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NH3 ","Domestic Dwelling ","Fossil Fuel Solid ","…",null,1]
["Const",null,null,null,"BHT.","Source Unit Emissions Factor -NH3 -Non-Domestic Floor Area -Fossil Fuel Solid ","su_EmF.NH3.nFlr.fFsS.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NH3.","nFlr.","fFsS.","…","Backing","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NH3 ","Non-Domestic Floor Area ","Fossil Fuel Solid ","…",null,1]
["Const",null,null,null,"BHT.","Emissions Factor -NOX -Non-Domestic Floor Area -Bioenergy Gaseous ","EmF.NOX.nFlr.fBiG.","kt. / TWh.",{"$f":" su_EmF.NOX.nFlr.fBiG. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NOX.","nFlr.","fBiG.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NOX ","Non-Domestic Floor Area ","Bioenergy Gaseous ","…",null,1]
["Const",null,null,null,"BHT.","Emissions Factor -NMVOC -Non-Domestic Floor Area -Fossil Fuel Gaseous ","EmF.NMVOC.nFlr.fFsG.","kt. / TWh.",{"$f":" su_EmF.NMVOC.nFlr.fFsG. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NMVOC.","nFlr.","fFsG.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NMVOC ","Non-Domestic Floor Area ","Fossil Fuel Gaseous ","…",null,1]
["Const",null,null,null,"BHT.","Emissions Factor -NH3 -Non-Domestic Floor Area -Fossil Fuel Liquid ","EmF.NH3.nFlr.fFsL.","kt. / TWh.",{"$f":" su_EmF.NH3.nFlr.fFsL. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NH3.","nFlr.","fFsL.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NH3 ","Non-Domestic Floor Area ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"BHT.","Emissions -PM10 -Domestic Heat Pump Air Source ","Em.PM10.dHPA.","kt.","…",{"$f":" -EB.dHPA.fElc. * EmF.PM10.dDwl.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","PM10.","dHPA.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM10 ","Domestic Heat Pump Air Source ","…","…",null,1]
[null,null,null,null,"BHT.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"BHT.","Emissions -NMVOC -Non-Domestic Heat Pump Ground Source ","Em.NMVOC.nHPG.","kt.","…",{"$f":" -EB.nHPG.fElc. * EmF.NMVOC.nFlr.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","NMVOC.","nHPG.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NMVOC ","Non-Domestic Heat Pump Ground Source ","…","…",null,1]
["TS",null,null,null,"BHT.","Emissions -Greenhouse Gases (All) -Non-Domestic Heating All Technologies","Em.GHG.nHtALL",{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},"…",{"$f":" +Em.CO2.nHtALL +Em.CH4.nHtALL +Em.N2O.nHtALL","v":22.796843623785499},22.644095890829458,24.236884985878049,25.78730372384501,27.295961074351553,28.763462948060521,30.19041217271651,31.577408468926546,31.363462243171433,31.150674597344356,30.93905388144724,30.72860850566137,30.519346940780974,30.311277718650206,30.104409432603056,29.898750737906532,29.694310352207012,29.491097055979861,"…","Em.","GHG.","nHtALL","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total emissions from heating calculated by summing emissions for each technology.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Non-Domestic Heating All Technologies","…","…",null,1]
["Const",null,null,null,"BHT.","Scrappage Decision -Domestic Heat Pump Air Source ","Scrap.dHPA.","…","YES","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Scrap.","…","dHPA.","…","…","Model Input","Source","nu","…","…","…","…","Modelling decision","Heating technology capacity is scrapped if it is no longer required as it is assumed that there will be only one heating technology per dwelling. Thus the total capacity of heating technologies should equal the total number of dwellings.","…","…","Green","…","Modelling judgement.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Scrappage Decision ","…","Domestic Heat Pump Air Source ","…","…",null,1]
["Const",null,null,null,"BHT.","Lifetime -Domestic Hydrogen Conversion","Life.dH2cnv.","Year.",{"$f":"TimePrd.","v":5},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Life.","…","dH2cnv.","…","…","Transformation","Lookup","su","…","…","…","…","…","This is not the lifetime of the hydrogen conversion infrastructure. H2 conversion is assumed to be a one off payment. The lifetime has been set to the period length to reflect the fact the capacity tracked in the model is the number of conversions in each model period.","…","…","Black","…","Model definition","…","…","This seems nonsensical to me.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime ","…","Domestic Hydrogen Conversion","…","…",null,1]
["TS",null,null,null,"BHT.","Capacity Required -Non-Domestic Electric Heater ","CapReq.nhtE.","sqm. floor area","…",{"$f":" Cap.nFlr. * Shr.nhtE.","v":99682041.91074045},100400460.40178308,101124056.6070696,101852867.84290707,102586931.69454421,103326286.01811126,104070968.94257051,104821018.87168425,105576474.48599415,106337374.74481657,107103758.88825147,107875666.43920623,108653137.20543376,109436211.28158553,110224929.05127904,111019331.18918081,111819458.66310342,112625352.73611893,"…","CapReq.","…","nhtE.","…","…","Transformation","Transformation","su","…","…","…","…","…","Assumed every unit of floor area has one heating technology so the total number of heating technologies is equal to the total amount of floor area. Assume that the share of demand met by a technology is equal to the share of floor area with this technology installed as a simplification. This will overestimate the amount of floor area for technologies generally installed in buildings with high heat demand and underestimate numbers of technologies generally installed in buildings with low heat demand.  ","…","…","Amber","Medium","Simplification will result in incorrect technology numbers/capacity.","The impact will be on the technology costs.","…","May be clearer if units are changed to thousands?","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…","Non-Domestic Electric Heater ","…","…",null,1]
["TS",null,null,null,"BHT.","Capacity -Domestic Oil Fuel Boiler","Cap.dblO.","Dwellings","…",{"$f":" SUMIFS(Cap.dblO.fts., Year., Prd.)","v":1602494.3324981763},1679780.6318084714,1751373.7708453408,1820922.0063344939,1884902.7890105566,1924679.8722169036,1962613.7502862082,1998775.8000652124,2032532.4552700403,2064511.5792622503,2096509.2054956434,2130378.6030878229,2166459.1604293683,2203598.8097969331,2240742.4073414868,2277883.9920899286,2315615.3777093482,2354134.5665659965,"…","Cap.","…","dblO.","…","…","Transformation","Lookup","su","…","…","…","…","…","Total capacity in the current period year. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years equal to the current period (looks up the value in the year of the current period).","…","…","Green","…","Simply looks up another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity ","…","Domestic Oil Fuel Boiler","…","…","= SUMIFS(Cap.dblO.fts., Year., Prd.)",1]
["Const",null,null,null,"BHT.","Lifetime Economic -Non-Domestic Heat Pump Oversized","LifeEcn.nHPoversized.","Year.",3,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LifeEcn.","…","nHPoversized.","…","…","Model Input","Source","su","…","…","…","…","DEFER","Length of time the capital cost is spread over.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime Economic ","…","Non-Domestic Heat Pump Oversized","…","…",null,1]
["Const",null,null,null,"BHT.","Cost of Capital -Domestic Gas Boiler ","CoC.dblG.","…",0.08,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CoC.","…","dblG.","…","…","Model Input","Source","nu","…","…","…","…","DEFER","Interest rate payable when the capital cost is spread over the economic lifetime.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost of Capital ","…","Domestic Gas Boiler ","…","…",null,1]
["Const",null,null,null,"BHT.","Annualisation Factor  -Non-Domestic Hybrid Heat Pump / Gas Boiler ","AnnF.nHyb.","…",{"$f":" CoC.nHyb. / (1 -(1 +CoC.nHyb.) ^ -LifeEcn.nHyb.)","v":0.38803351404632802},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AnnF.","…","nHyb.","…","…","Transformation","Transformation","nu","…","…","…","…","…","Annualisation factor for capital costs. The fraction of the total capital cost that must be paid in each year of the economic lifetime. This assumes that the capital cost is spread evenly over the economic lifetime with interest charged at the cost of capital. ","…","…","Green","…","…","…","…","Consider implementing an IF criteria to test if the Cost of capital is zero (otherwise formula will evaluate to a Div0 error.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Annualisation Factor  ","…","Non-Domestic Hybrid Heat Pump / Gas Boiler ","…","…","= CoC.nHyb. / (1 -(1 +CoC.nHyb.) ^ -LifeEcn.nHyb.)",1]
["Const",null,null,null,"BHT.","lv1.Cost Capital per Unit -Point-Non-Domestic Floor Area New ","lv1.cstCapUnit_P.nFlrNwI.",{"$f":"PrefUnit.Cost.&\" / sqm. floor area\"","v":"GBP.2016. / sqm. floor area"},{"$f":" lv1.su_cstCapUnit_P.nFlrNwI. * uc_GBP.2015.","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapUnit_P.","…","nFlrNwI.","…","lv1.","Model Input","Unit Transformation","pu","…","…","…","…","…","Converted to user preference units.","…","…","Green","…","Unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -Point","…","Non-Domestic Floor Area New ","…","lv1.",null,1]
["TS",null,null,null,"BHT.","Source Unit Cost Capital per Unit -High -Domestic Electric Heater ","su_cstCapUnit_H.dhtE.","GBP.2015. / dwelling","…",3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,3200,"su_","cstCapUnit_H.","…","dhtE.","…","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -High ","…","Domestic Electric Heater ","…","…",null,1]
["TS",null,null,null,"BHT.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA2809 & BV2809 & BW2809 & \"-\" & BX2809 & \"-\" & BY2809 & \"-\" & BZ2809, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Cost Capital per Unit -Low -Domestic District Heat Network "},{"$f":"SUBSTITUTE(AG2809 & AB2809 & AC2809 & AD2809 & AE2809 & AF2809, \"…\", \"\")","v":"su_cstCapUnit_L.dDHN."},"GBP.2015. / dwelling","…",500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,"su_","cstCapUnit_L.","…","dDHN.","…","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Low ","…","Domestic District Heat Network ","…","…",null,1]
["TS",null,null,null,"BHT.","Source Unit Cost Capital per Unit -Low -Non-Domestic Oil Fuel Boiler","su_cstCapUnit_L.nblO.","GBP.2015. / sqm. floor area","…",1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,"su_","cstCapUnit_L.","…","nblO.","…","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Low ","…","Non-Domestic Oil Fuel Boiler","…","…",null,1]
["TS",null,null,null,"BHT.","Cost Capital per Unit -Low -Domestic Heat Pump Ground Source ","cstCapUnit_L.dHPG.","GBP.2016. / dwelling","…",{"$f":" su_cstCapUnit_L.dHPG. * uc_GBP.2015.","v":4079.9465527001598},4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,4079.9465527001598,"…","cstCapUnit_L.","…","dHPG.","…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -Low ","…","Domestic Heat Pump Ground Source ","…","…","= su_cstCapUnit_L.dHPG. * uc_GBP.2015.",1]
[null,null,null,null,"BHT.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"BHT.","Cost Capital per Unit -Low -Non-Domestic Retrofit Conservation/Insulation","cstCapUnit_L.nCnsv.","GBP.2016. / sqm. floor area","…",{"$f":" su_cstCapUnit_L.nCnsv. * uc_GBP.2015.","v":2549.9665954376001},2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,2549.9665954376001,"…","cstCapUnit_L.","…","nCnsv.","…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -Low ","…","Non-Domestic Retrofit Conservation/Insulation","…","…",null,1]
["TS",null,null,null,"BHT.","Cost Capital per Unit Annualised -Low -Domestic Gas Boiler ","cstCapUnitAnn_L.dblG.","GBP.2016. / dwelling","…",{"$f":" cstCapUnit_L.dblG. * AnnF.dblG.","v":296.84174961852096},296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,296.84174961852096,"…","cstCapUnitAnn_L.","…","dblG.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost per dwelling. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Low ","…","Domestic Gas Boiler ","…","…",null,1]
["TS",null,null,null,"BHT.","Cost Capital per Unit Annualised -Low -Non-Domestic Electric Heater ","cstCapUnitAnn_L.nhtE.","GBP.2016. / sqm. floor area","…",{"$f":" cstCapUnit_L.nhtE. * AnnF.nhtE.","v":316.63119959308904},316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,316.63119959308904,"…","cstCapUnitAnn_L.","…","nhtE.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost per unit of floor area. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Low ","…","Non-Domestic Electric Heater ","…","…",null,1]
["TS",null,null,null,"BHT.","Source Unit Cost Operation and Maintenance per Unit -Point-Non-Domestic Solid Fuel Boiler ","su_cstOaMUnit_P.nblS.","GBP.2015. / sqm. floor area","…",200,200,200,200,200,200,200,200,200,200,200,200,200,200,200,200,200,200,"su_","cstOaMUnit_P.","…","nblS.","…","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -Point","…","Non-Domestic Solid Fuel Boiler ","…","…",null,1]
["TS",null,null,null,"BHT.","Cost Operation and Maintenance per Unit -High -Domestic Hybrid Heat Pump / Gas Boiler ","cstOaMUnit_H.dHyb.","GBP.2016. / dwelling","…",{"$f":" su_cstOaMUnit_H.dHyb. * uc_GBP.2015.","v":1019.98663817504},1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,1019.98663817504,"…","cstOaMUnit_H.","…","dHyb.","…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -High ","…","Domestic Hybrid Heat Pump / Gas Boiler ","…","…","= su_cstOaMUnit_H.dHyb. * uc_GBP.2015.",1]
[null,null,null,null,"BHT.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"BHT.","Cost Operation and Maintenance per Unit -High -Non-Domestic Heat Pump Oversized","cstOaMUnit_H.nHPoversized.","GBP.2016. / sqm. floor area","…",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaMUnit_H.","…","nHPoversized.","…","…","Model Input","Source","pu","…","…","…","…","DEFER","Operation and maintenance cost assumed to be zero.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -High ","…","Non-Domestic Heat Pump Oversized","…","…",null,1]
["TS",null,null,null,"BHT.","Cost Capital -High -Domestic Electric Heater ","cstCap_H.dhtE.",{"$f":"OFFSET(cstCap_H.dhtE.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_H.dhtE.fts., PrdEnd.fts., Prd.)","v":0},2834.8546050335071,3517.1732064989701,3501.093711316857,3831.2317368376462,3775.7487615997479,3723.069918334606,4042.8568618623549,3974.1681485224385,3910.4601669160152,4228.2726115540127,4168.2833880811886,4116.9964596056052,4442.2820303528015,4383.5386718614764,4332.2469877194007,4660.2647038211853,4605.8574364158994,"…","cstCap_H.","…","dhtE.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -High ","…","Domestic Electric Heater ","…","…","= SUMIFS(cstCap_H.dhtE.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"BHT.","Cost Capital -High -Non-Domestic Floor Area New ","cstCap_H.nFlrNwI.",{"$f":"OFFSET(cstCap_H.nFlrNwI.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_H.nFlrNwI.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstCap_H.","…","nFlrNwI.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -High ","…","Non-Domestic Floor Area New ","…","…","= SUMIFS(cstCap_H.nFlrNwI.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"BHT.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA3237 & BV3237 & BW3237 & \"-\" & BX3237 & \"-\" & BY3237 & \"-\" & BZ3237, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital -Low -Non-Domestic District Heat Network "},{"$f":"SUBSTITUTE(AG3237 & AB3237 & AC3237 & AD3237 & AE3237 & AF3237, \"…\", \"\")","v":"cstCap_L.nDHN."},{"$f":"OFFSET(cstCap_L.nDHN.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_L.nDHN.fts., PrdEnd.fts., Prd.)","v":0},980.49931242453624,2288.6225702248666,2570.1660829310763,2590.0774827014056,2610.2017710706004,2630.5409824138328,2651.0971693722904,1562.5669063049327,1290.2471497622271,1291.3067144030115,1358.2889250155101,2438.8409995600814,2721.4671515788646,2742.4689933520567,2763.6915826492009,2785.1370104854955,2806.8073865504339,"…","cstCap_L.","…","nDHN.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Low ","…","Non-Domestic District Heat Network ","…","…",{"$f":"\"= SUMIFS(\"&G3237&\"fts., PrdEnd.fts., Prd.)\"","v":"= SUMIFS(cstCap_L.nDHN.fts., PrdEnd.fts., Prd.)"},1]
["TS",null,null,null,"BHT.","Cost Operation and Maintenance -Low -Domestic Heat Pump Air Source ","cstOaM_L.dHPA.",{"$f":"OFFSET(cstOaM_L.dHPA.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_L.dHPA.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaM_L.","…","dHPA.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Low ","…","Domestic Heat Pump Air Source ","…","…","= SUMIFS(cstOaM_L.dHPA.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"BHT.","Cost Operation and Maintenance -High -Non-Domestic Hydrogen Conversion","cstOaM_H.nH2cnv.",{"$f":"OFFSET(cstOaM_H.nH2cnv.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_H.nH2cnv.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaM_H.","…","nH2cnv.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -High ","…","Non-Domestic Hydrogen Conversion","…","…","= SUMIFS(cstOaM_H.nH2cnv.fts., PrdEnd.fts., Prd.)",1]
["Const",null,null,null,"BNH.","Efficiency improvement from LEDs over CFLs","NGT_led_cfl_efficiency","…",2,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Backing","Source","nu","CAR opinion 2018","…","…","…","Opinion","Reduction in power use when a CFL is replaced by an LED","…","…","Amber","…","This agrees with UKTM and other sources.","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BNH.","Services air conditioning demand increase by 2050","NGT_nondom_aircon_demand_inc","…",2.0665258336624315,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Backing","Source","nu","BNH_Backing (NonDom floorspace sheet)","BNH_Backing","BNH-backing and links to references therein","…","Unknown","This is an estimate of the increase in commercial air conditioned floor space from 2015 to 2050, based on 100% in 2050 (as per the 2050 calculator), and the estimated proportion in 2009. The proportion in 2015 is linearly interpolated from those, and hence the further increase to 100% in 2050. The 2009 estimate is based on the proportion of retail and office space that is air conditioned in a report by BRE and the actual floor area (and hence proportion) of those types in England and Wales in 2009 from the VOA. Although this covers only England and Wales it is presumed  other regions have the same proportions.","…","…","Amber","…","The estimates of proportions in 2009 are rough, the estimate of 100% in 2050 Is not justified, and interpolation to 2015 is also an assumption of linearity.","…","…","…","…","…","…","\"=\"'[BNH-backing.xlsx]NonDom Floorspace'!$B$14","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BNH.","Energy Balance -Non-Domestic Gas Stove -Fossil Fuel Gaseous ","EB.nStvG.fFsG.","TWh.","…",{"$f":" -(Actv.nStvG.dCk. * Shr.ggALL.fFsG.) / Eff.nStvG.fFsG.","v":-6.6381464190574064},-6.6859882072299399,-6.69735239469615,-6.7085668763261923,-6.7196291473611636,-6.7305366764684349,-6.7412869055013473,-6.7518772492569461,-6.8005387069491912,-6.8495508726560113,-6.8989162739653009,-6.9486374566815376,-6.9987169849570652,-7.0491574414243345,-7.0999614273290828,-7.1511315626644949,-7.2026704863062969,-7.2545808561488698,"…","EB.","…","nStvG.","fFsG.","…","Transformation","Transformation","pu","…","…","…","…","…","Fuel input is calculated by dividing cooking service demand by efficiency. The share of demand satisfied by each gas fuel vector is calculated by multiplying by its gas grid share. Negative denotes consumption.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Non-Domestic Gas Stove ","Fossil Fuel Gaseous ","…",null,1]
["TS",null,null,null,"BNH.","Emissions -SO2 -Non-Domestic Electric Stove ","Em.SO2.nStvE.","kt.","…",{"$f":" -EB.nStvE.fElc. * EmF.SO2.nFlr.fElc.","v":32624239.349368967},32859365.52009663,33203489.832512688,33550867.630986985,33901527.937313974,34255500.022620633,34612813.409452774,34973497.87387874,35225555.386821061,35479429.50358323,35735133.316611469,35992680.012710601,36252082.873724066,36513355.277218923,36776510.697175607,37041562.704683013,37308524.968638122,37577411.256451078,"…","Em.","SO2.","nStvE.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","SO2 ","Non-Domestic Electric Stove ","…","…",null,1]
["Const",null,null,null,"BNH.","lv4.Ambition for Energy Intensity Index -Domestic Lighting ","lv4.AmbEInIndx.dLt.","Index",0.25,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbEInIndx.","…","dLt.","…","lv4.","Model Input","Source","nu","…","…","…","…","…","Ambition level for domestic lighting energy intensity relative to base year. Reflects an 100% switch to LED and LEDs becoming roughly 25% more efficient.","…","…","Amber","…","Sourced at expert workshop. Ambition levels are inconsistent with baseline assumption that a full transition to LED bulbs will occur by 2030.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Energy Intensity Index ","…","Domestic Lighting ","…","lv4.",null,1]
["Const",null,null,null,"BNH.","lever selection Action End -Non-Domestic Floor Area -Lighting service demand ","LvrEnd.nFlr.dLt.","…",{"$f":" +LvrStart.nFlr.dLt. +LvrSpeed.nFlr.dLt.","v":2050},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrEnd.","…","nFlr.","dLt.","…","Transformation","Transformation","nu","…","…","…","…","…","Year in which the ambition level specified by the lever selections is achieved. Calculated by adding the action speed to the start date.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action End ","…","Non-Domestic Floor Area ","Lighting service demand ","…",null,1]
["TS",null,null,null,"BNH.","Demand per Unit Index Business as Usual -Domestic Dwelling -Appliances service demand ","DemUnitIndxBaU.dDwl.dAp.","Index (demand/person)","…",1,1.0880327671405232,1.1616133423290345,1.232420464461951,1.3000003462939793,1.3766202281590441,1.4518254235292092,1.5333791048324368,1.6149327861356644,1.696486467438892,1.7780401487421196,1.8595938300453472,1.9411475113485748,2.0227011926518026,2.1042548739550302,2.1858085552582578,2.2673622365614854,2.348915917864713,"…","DemUnitIndxBaU.","…","dDwl.","dAp.","…","Model Input","Source","nu","National Grid Future Energy Scenarios","National Grid Future Energy Scenarios","BNH-backing and links to references therein","…","Opinion","BaU profile for the domestic appliance service demand. This is computed based on the National Grid Future Energy Scenarios projection for Consumer power 2017. Where there is a decrease in energy  use per appliance, this is attributed to efficiency increase. Where there is an increase per appliance this is attributed to demand increase. The FES only goes to 2050. Thereafter the trend from the previous 5 years is assumed to be linear.","…","…","Amber","…","The FES is based on opinion from a wide range of stakeholders, but this is very uncertain and the algorithm used to separate the trend in energy intensity from demand is not ideal.","…","…","…","…","…",null,"…","\"=\"'[BNH-backing.xlsx]Domestic app'!C$64","\"=\"'[BNH-backing.xlsx]Domestic app'!D$64","\"=\"'[BNH-backing.xlsx]Domestic app'!E$64","\"=\"'[BNH-backing.xlsx]Domestic app'!F$64","\"=\"'[BNH-backing.xlsx]Domestic app'!G$64","\"=\"'[BNH-backing.xlsx]Domestic app'!H$64","\"=\"'[BNH-backing.xlsx]Domestic app'!I$64","\"=\"'[BNH-backing.xlsx]Domestic app'!J$64","\"=\"'[BNH-backing.xlsx]Domestic app'!K$64","\"=\"'[BNH-backing.xlsx]Domestic app'!L$64","\"=\"'[BNH-backing.xlsx]Domestic app'!M$64","\"=\"'[BNH-backing.xlsx]Domestic app'!N$64","\"=\"'[BNH-backing.xlsx]Domestic app'!O$64","\"=\"'[BNH-backing.xlsx]Domestic app'!P$64","\"=\"'[BNH-backing.xlsx]Domestic app'!Q$64","\"=\"'[BNH-backing.xlsx]Domestic app'!R$64","\"=\"'[BNH-backing.xlsx]Domestic app'!S$64","\"=\"'[BNH-backing.xlsx]Domestic app'!T$64",null,"…","Demand per Unit Index Business as Usual ","…","Domestic Dwelling ","Appliances service demand ","…",null,1]
["TS",null,null,null,"BNH.","Demand per Unit -Domestic Dwelling -Lighting service demand ","DemUnit.dDwl.dLt.",{"$f":" PrefUnit.Energy.&\" / person\"","v":"TWh. / person"},"…",{"$f":" DemUnitBY.dDwl.dLt. * DemUnitIndx.dDwl.dLt. * EInIndx.dLt.","v":2.0628538166609795E-7},{"$f":" DemUnitBY.dDwl.dLt. * DemUnitIndx.dDwl.dLt. * EInIndx.dLt.","v":1.4477935760755712E-7},{"$f":" DemUnitBY.dDwl.dLt. * DemUnitIndx.dDwl.dLt. * EInIndx.dLt.","v":1.1050859509374065E-7},1.1548226671103311E-7,1.4292929544597979E-7,1.7293609690071899E-7,2.0550267107525087E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,2.4062901796957525E-7,"…","DemUnit.","…","dDwl.","dLt.","…","Transformation","Transformation","pu","…","…","…","…","…","Lighting service demand per person in domestic buildings. Demand is described in terms of the energy required to meet it due to difficulties in quantifying the actual service demand in a measurable way. Calculated by multiplying the base year demand per unit by the service demand index (behaviour) and the energy intensity index (efficiency improvements).","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Demand per Unit ","…","Domestic Dwelling ","Lighting service demand ","…",null,1]
["TS",null,null,null,"BNH.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA3615 & BV3615 & BW3615 & \"-\" & BX3615 & \"-\" & BY3615 & \"-\" & BZ3615, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -PM10 -Domestic Lighting "},{"$f":"SUBSTITUTE(AG3615 & AB3615 & AC3615 & AD3615 & AE3615 & AF3615, \"…\", \"\")","v":"Em.PM10.dLt."},{"$f":"PrefUnit.Mass.AQ.","v":"kt."},"…",{"$f":" -EB.dLt.fElc. * EmF.PM10.dDwl.fElc.","v":48342837.857113801},35108192.36012724,27626964.224238276,29663862.446566205,37584354.368299909,46434528.686813265,56266408.205770299,67097905.803986058,68231099.867631063,69304623.095825672,70378767.435020372,71515746.204326883,72726952.502591729,73973711.991463169,75220604.018665195,76467428.477306515,77734052.256753474,79027122.197596774,"…","Em.","PM10.","dLt.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM10 ","Domestic Lighting ","…","…",null,1]
["Const",null,null,null,"BNH.","lv1.Ambition for Energy Intensity Index -Non-Domestic Air Conditioning ","lv1.AmbEInIndx.nAC.","Index",0.9,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbEInIndx.","…","nAC.","…","lv1.","Model Input","Source","nu","…","…","…","…","…","Ambition level for the energy intensity of non-domestic air conditioning relative to the base year. Assumed to be the same as appliances","…","…","Amber","…","Sourced at expert workshop. Description of rationale yet to be provided.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Energy Intensity Index ","…","Non-Domestic Air Conditioning ","…","lv1.",null,1]
["Const",null,null,null,"BNH.","lever selection Demand per Unit Index -Non-Domestic Floor Area -Cooling ","LvrDemUnitIndx.nFlr.dCl.","…",{"$f":" IF(AmbDemUnitIndx.nFlr.dCl. < 2,\n+(lv1.AmbDemUnitIndx.nFlr.dCl. * (2 -AmbDemUnitIndx.nFlr.dCl.)) +(lv2.AmbDemUnitIndx.nFlr.dCl. * (AmbDemUnitIndx.nFlr.dCl. -1)),\nIF(AmbDemUnitIndx.nFlr.dCl. < 3,\n+(lv2.AmbDemUnitIndx.nFlr.dCl. * (3 -AmbDemUnitIndx.nFlr.dCl.)) +(lv3.AmbDemUnitIndx.nFlr.dCl. * (AmbDemUnitIndx.nFlr.dCl. -2)),\n+(lv3.AmbDemUnitIndx.nFlr.dCl. * (4 -AmbDemUnitIndx.nFlr.dCl.)) +(lv4.AmbDemUnitIndx.nFlr.dCl. * (AmbDemUnitIndx.nFlr.dCl. -3))))","v":2.41},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrDemUnitIndx.","…","nFlr.","dCl.","…","Model Input","Transformation","nu","…","…","…","…","…","Fraction of base year non-domestic cooling demand per unit of floor area required. This describes the level of ambition for behaviour change in non-domestic buildings.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Demand per Unit Index ","…","Non-Domestic Floor Area ","Cooling ","…",null,1]
["TS",null,null,null,"BNH.","Efficiency -Non-Domestic Air Conditioning ","Eff.nAC.","…","…",{"$f":" EffBY.nAC. / EInIndx.nAC.","v":2.5},2.6666666666666665,2.7960526315789473,2.9220779220779223,2.8846153846153846,2.8481012658227844,2.8125,2.7777777777777772,2.7777777777777772,2.7777777777777772,2.7777777777777772,2.7777777777777772,2.7777777777777772,2.7777777777777772,2.7777777777777772,2.7777777777777772,2.7777777777777772,2.7777777777777772,"…","Eff.","…","nAC.","…","…","Transformation","Transformation","nu","…","…","…","…","…","Efficiency of non-domestic air conditioning. Calculated by dividing the base year efficiency by the energy intensity index. The efficiency selected by the user is applied to both new and existing air conditioning units as a simplification (avoid vintage tracking). This will slightly overestimate the energy savings in over the period the energy efficiency improvement is applied over, but given the relatively short lifetime of the technology the impact will be minimal and the efficiency will be correct from one technology lifetime after the ambition end date.","…","…","Amber","…","Slight overestimate of energy savings during and shortly after the period the lever is applied.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Efficiency ","…","Non-Domestic Air Conditioning ","…","…",null,1]
["Const",null,null,null,"BNH.","Scrappage Decision -Non-Domestic Electric Stove ","Scrap.nStvE.","…","YES","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Scrap.","…","nStvE.","…","…","Model Input","Source","nu","…","…","…","…","Modelling decision","Lighting and appliance capacity that is no longer required is assumed to be scrapped.","…","…","Green","…","Modelling judgement.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Scrappage Decision ","…","Non-Domestic Electric Stove ","…","…",null,1]
["TS",null,null,null,"BNH.","Capacity New -Non-Domestic Electric Stove ","CapNwI.nStvE.","sqm. Floor area","…",{"$f":" SUMIFS(CapNwI.nStvE.fts., PrdEnd.fts., Prd.)","v":0},143268944.50915477,144582692.4159458,145188698.74229825,147758181.2241084,148856939.03168845,150070080.07840753,152376221.83464086,151910870.06702048,153712840.52413601,155467082.30727935,155035340.97263211,157426649.22807604,158629503.09006464,158231887.93073529,161213053.44385982,161865042.58784062,162068872.83648562,"…","CapNwI.","…","nStvE.","…","…","Transformation","Lookup","su","…","…","…","…","…","Newly installed capacity in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity New ","…","Non-Domestic Electric Stove ","…","…","= SUMIFS(CapNwI.nStvE.fts., PrdEnd.fts., Prd.)",{"$f":"COUNTIF($G$980:$G$17096,G3785)","v":1}]
["TS",null,null,null,"BNH.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA3795 & BV3795 & BW3795 & \"-\" & BX3795 & \"-\" & BY3795 & \"-\" & BZ3795, \"-…\", \"\"), \"…\", \"\")","v":"Capacity -Domestic Gas Stove "},{"$f":"SUBSTITUTE(AG3795 & AB3795 & AC3795 & AD3795 & AE3795 & AF3795, \"…\", \"\")","v":"Cap.dStvG."},"dwellings","…",{"$f":" SUMIFS(Cap.dStvG.fts., Year., Prd.)","v":13248528.012874017},13887487.964655923,14468594.33384642,15031937.96681303,15548499.254183261,15864766.058943855,16165361.100669181,16450905.899593979,16728739.740808958,16991943.627673171,17255299.797063835,17534061.563464399,17831022.259912346,18136699.803571716,18442409.842665598,18748103.315459531,19058651.138915326,19375682.969693314,"…","Cap.","…","dStvG.","…","…","Transformation","Lookup","su","…","…","…","…","…","Total capacity in the current period year. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years equal to the current period (looks up the value in the year of the current period).","…","…","Green","…","Simply looks up another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity ","…","Domestic Gas Stove ","…","…","= SUMIFS(Cap.dStvG.fts., Year., Prd.)",1]
[null,null,null,"Annualisation Factor","BNH.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"BNH.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA3873 & BV3873 & BW3873 & \"-\" & BX3873 & \"-\" & BY3873 & \"-\" & BZ3873, \"-…\", \"\"), \"…\", \"\")","v":"lv1.Source Unit Cost Capital Learning & Development -High -Domestic Lighting "},{"$f":"SUBSTITUTE(AG3873 & AB3873 & AC3873 & AD3873 & AE3873 & AF3873, \"…\", \"\")","v":"lv1.su_cstCapLaD_H.dLt."},"GBP.2015.",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","cstCapLaD_H.","…","dLt.","…","lv1.","Model Input","Source","su","…","…","…","…","DEFER","Learning and development investment passed onto consumers through capital costs. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital Learning & Development -High ","…","Domestic Lighting ","…","lv1.",null,1]
["Const",null,null,null,"BNH.","lv1.Source Unit Cost Capital Learning & Development -Low -Non-Domestic Appliances ","lv1.su_cstCapLaD_L.nAp.","GBP.2015.",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","cstCapLaD_L.","…","nAp.","…","lv1.","Model Input","Source","su","…","…","…","…","DEFER","Learning and development investment passed onto consumers through capital costs. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital Learning & Development -Low ","…","Non-Domestic Appliances ","…","lv1.",null,1]
["Const",null,null,null,"BNH.","lv3.Cost Capital Learning & Development -High -Non-Domestic Lighting ","lv3.cstCapLaD_H.nLt.","GBP.2016.",{"$f":" lv3.su_cstCapLaD_H.nLt. * uc_GBP.2015.","v":101998663.817504},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapLaD_H.","…","nLt.","…","lv3.","Model Input","Unit Transformation","pu","…","…","…","…","…","Converted to user preference units.","…","…","Green","…","Unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development -High ","…","Non-Domestic Lighting ","…","lv3.","= lv3.su_cstCapLaD_H.nLt. * uc_GBP.2015.",1]
["Const",null,null,null,"BNH.","lv1.Cost Capital Learning & Development -High -Domestic Air Conditioning ","lv1.cstCapLaD_H.dAC.","GBP.2016.",{"$f":" lv1.su_cstCapLaD_H.dAC. * uc_GBP.2015.","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapLaD_H.","…","dAC.","…","lv1.","Model Input","Unit Transformation","pu","…","…","…","…","…","Converted to user preference units.","…","…","Green","…","Unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development -High ","…","Domestic Air Conditioning ","…","lv1.","= lv1.su_cstCapLaD_H.dAC. * uc_GBP.2015.",1]
["Const",null,null,null,"BNH.","Cost Capital Learning & Development lever selection -Point-Non-Domestic Air Conditioning ","cstCapLaDLvr_P.nAC.","GBP.2016.",{"$f":" IF(AmbEInIndx.nAC. < 2,\n+(lv1.cstCapLaD_P.nAC. * (2 -AmbEInIndx.nAC.)) +(lv2.cstCapLaD_P.nAC. * (AmbEInIndx.nAC. -1)),\nIF(AmbEInIndx.nAC. < 3,\n+(lv2.cstCapLaD_P.nAC. * (3 -AmbEInIndx.nAC.)) +(lv3.cstCapLaD_P.nAC. * (AmbEInIndx.nAC. -2)),\n+(lv3.cstCapLaD_P.nAC. * (4 -AmbEInIndx.nAC.)) +(lv4.cstCapLaD_P.nAC. * (AmbEInIndx.nAC. -3))))","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapLaDLvr_P.","…","nAC.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Learning and development investment passed onto consumers through capital costs. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over. Calculated as the weighted average of the costs of the ambition levels above and below the actual ambition level. If statement used to identify which ambition levels the user selection falls within.","…","…","Amber","…","Cost function is assumed to be linear between stated ambition levels which may not be accurate.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development lever selection -Point","…","Non-Domestic Air Conditioning ","…","…",null,1]
["Const",null,null,null,"BHT.","lv4.Source Unit Cost Capital per Unit -Point-Non-Domestic Air Conditioning ","lv4.su_cstCapUnit_P.nAC.","GBP.2015. / sqm. floor area",7000,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","cstCapUnit_P.","…","nAC.","…","lv4.","Model Input","Source","su","…","…","…","…","DEFER","Cost of air conditioning per unit floor area with level 4 ambition for energy efficiency/intensity.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Point","…","Non-Domestic Air Conditioning ","…","lv4.",null,1]
["Const",null,null,null,"BNH.","lv1.Source Unit Cost Capital per Unit -Low -Domestic Air Conditioning ","lv1.su_cstCapUnit_L.dAC.","GBP.2015. / dwelling",1500,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","cstCapUnit_L.","…","dAC.","…","lv1.","Model Input","Source","su","…","…","…","…","DEFER","Cost of an air conditioning unit with level 1 ambition for energy efficiency/intensity (or higher).","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Low ","…","Domestic Air Conditioning ","…","lv1.",null,1]
["Const",null,null,null,"BNH.","lv3.Source Unit Cost Capital per Unit -Low -Non-Domestic Air Conditioning ","lv3.su_cstCapUnit_L.nAC.","GBP.2015. / sqm. floor area",3000,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","cstCapUnit_L.","…","nAC.","…","lv3.","Model Input","Source","su","…","…","…","…","DEFER","Cost of air conditioning per unit floor area with level 3 ambition for energy efficiency/intensity.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Low ","…","Non-Domestic Air Conditioning ","…","lv3.",null,1]
["Const",null,null,null,"BNH.","lv4.Cost Capital per Unit -High -Non-Domestic Appliances ","lv4.cstCapUnit_H.nAp.",{"$f":"PrefUnit.Cost.&\" / sqm. floor area\"","v":"GBP.2016. / sqm. floor area"},{"$f":" lv4.su_cstCapUnit_H.nAp. * uc_GBP.2015.","v":1427.9812934450561},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapUnit_H.","…","nAp.","…","lv4.","Model Input","Unit Transformation","pu","…","…","…","…","…","Converted to user preference units.","…","…","Green","…","Unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -High ","…","Non-Domestic Appliances ","…","lv4.","= lv4.su_cstCapUnit_H.nAp. * uc_GBP.2015.",1]
["TS",null,null,null,"BNH.","Source Unit Cost Capital per Unit -Point-Domestic Hydrogen ConversionGas Stove ","su_cstCapUnit_P.dH2cnvStvG.","GBP.2015. / dwelling","…",50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,"su_","cstCapUnit_P.","…","dH2cnvStvG.","…","…","Model Input","Source","su","…","…","…","…","DEFER","Cost of replacing the burners on a gas stove.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Point","…","Domestic Hydrogen ConversionGas Stove ","…","…",null,1]
["TS",null,null,null,"BNH.","Cost Capital per Unit -High -Non-Domestic Air Conditioning ","cstCapUnit_H.nAC.",{"$f":"PrefUnit.Cost.&\" / sqm. floor area\"","v":"GBP.2016. / sqm. floor area"},"…",{"$f":" IF( EInIndx.nAC. > lv1.AmbEInIndx.nAC.,\nlv1.cstCapUnit_H.nAC.,\nIF(EInIndx.nAC. > lv2.AmbEInIndx.nAC.,\nlv1.cstCapUnit_H.nAC. * (1 -((lv1.AmbEInIndx.nAC. -lv2.AmbEInIndx.nAC.) -(EInIndx.nAC. -lv2.AmbEInIndx.nAC.)) / (lv1.AmbEInIndx.nAC. -lv2.AmbEInIndx.nAC.))\n+lv2.cstCapUnit_H.nAC. * ((lv1.AmbEInIndx.nAC. -lv2.AmbEInIndx.nAC.) -(EInIndx.nAC. -lv2.AmbEInIndx.nAC.)) / (lv1.AmbEInIndx.nAC. -lv2.AmbEInIndx.nAC.),\nIF(EInIndx.nAC. > lv3.AmbEInIndx.nAC.,\nlv2.cstCapUnit_H.nAC. * (1 -((lv2.AmbEInIndx.nAC. -lv3.AmbEInIndx.nAC.) -(EInIndx.nAC. -lv3.AmbEInIndx.nAC.)) / (lv2.AmbEInIndx.nAC. -lv3.AmbEInIndx.nAC.))\n+lv3.cstCapUnit_H.nAC. * ((lv2.AmbEInIndx.nAC. -lv3.AmbEInIndx.nAC.) -(EInIndx.nAC. -lv3.AmbEInIndx.nAC.)) / (lv2.AmbEInIndx.nAC. -lv3.AmbEInIndx.nAC.),\nlv3.cstCapUnit_H.nAC. * (1 -((lv3.AmbEInIndx.nAC. -lv4.AmbEInIndx.nAC.) -(EInIndx.nAC. -lv4.AmbEInIndx.nAC.)) / (lv3.AmbEInIndx.nAC. -lv4.AmbEInIndx.nAC.))\n+lv4.cstCapUnit_H.nAC. * ((lv3.AmbEInIndx.nAC. -lv4.AmbEInIndx.nAC.) -(EInIndx.nAC. -lv4.AmbEInIndx.nAC.)) / (lv3.AmbEInIndx.nAC. -lv4.AmbEInIndx.nAC.))))","v":10199.8663817504},10199.8663817504,10227.558326678231,10409.094410093998,10356.787403008098,10304.480395922199,10252.1733888363,10199.8663817504,10199.8663817504,10199.8663817504,10199.8663817504,10199.8663817504,10199.8663817504,10199.8663817504,10199.8663817504,10199.8663817504,10199.8663817504,10199.8663817504,"…","cstCapUnit_H.","…","nAC.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Cost per unit floor area per year. Calculated as the weighted average of the costs of the ambition levels above and below the actual air conditioner energy intensity in each year. If statement used to identify which ambition levels the air conditioner energy intensity falls within. Assumed that the level 1 cost is applied until level 1 ambition level has been exceeded.","…","…","Amber","…","Cost function is assumed to be linear between stated ambition levels which may not be accurate.","…","…","Formula appears very complex. Consider methods to simplify.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -High ","…","Non-Domestic Air Conditioning ","…","…",null,1]
["TS",null,null,null,"BNH.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4255 & BV4255 & BW4255 & \"-\" & BX4255 & \"-\" & BY4255 & \"-\" & BZ4255, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital per Unit Annualised -Low -Domestic Gas Stove "},{"$f":"SUBSTITUTE(AG4255 & AB4255 & AC4255 & AD4255 & AE4255 & AF4255, \"…\", \"\")","v":"cstCapUnitAnn_L.dStvG."},{"$f":"PrefUnit.Cost.&\" / dwelling\"","v":"GBP.2016. / dwelling"},"…",{"$f":" cstCapUnit_L.dStvG. * AnnF.dStvG.","v":395.78899949136127},395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,395.78899949136127,"…","cstCapUnitAnn_L.","…","dStvG.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost per dwelling. Calculated as the Capital cost per dwelling multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Low ","…","Domestic Gas Stove ","…","…","= cstCapUnit_L.dStvG. * AnnF.dStvG.",1]
["TS",null,null,null,"BNH.","Cost Capital per Unit Annualised -Low -Domestic Appliances ","cstCapUnitAnn_L.dAp.",{"$f":"PrefUnit.Cost.&\" / person\"","v":"GBP.2016. / person"},"…",{"$f":" cstCapUnit_L.dAp. * AnnF.dAp.","v":59.368349923704187},59.368349923704187,59.416289095614175,60.502257491225855,60.721153955368038,60.376961088640826,60.021122313534072,59.368349923704187,59.368349923704187,59.368349923704187,59.368349923704187,59.368349923704187,59.368349923704187,59.368349923704187,59.368349923704187,59.368349923704187,59.368349923704187,59.368349923704187,"…","cstCapUnitAnn_L.","…","dAp.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost per person. Calculated as the Capital cost per person multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Low ","…","Domestic Appliances ","…","…","= cstCapUnit_L.dAp. * AnnF.dAp.",1]
["TS",null,null,null,"BNH.","Source Unit Cost Operation and Maintenance per Unit -Low -Domestic Appliances ","su_cstOaMUnit_L.dAp.","GBP.2015. / person","…",25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,"su_","cstOaMUnit_L.","…","dAp.","…","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -Low ","…","Domestic Appliances ","…","…",null,1]
["TS",null,null,null,"BNH.","Cost Operation and Maintenance per Unit -Low -Domestic Hydrogen ConversionGas Stove ","cstOaMUnit_L.dH2cnvStvG.",{"$f":"PrefUnit.Cost.&\" / dwelling\"","v":"GBP.2016. / dwelling"},"…",{"$f":" su_cstOaMUnit_L.dH2cnvStvG. * uc_GBP.2015.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaMUnit_L.","…","dH2cnvStvG.","…","…","Transformation","Unit Transformation","pu","…","…","…","…","DEFER","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -Low ","…","Domestic Hydrogen ConversionGas Stove ","…","…","= su_cstOaMUnit_L.dH2cnvStvG. * uc_GBP.2015.",1]
["TS",null,null,null,"BNH.","Cost Capital -Low -Domestic Hydrogen ConversionGas Stove ","cstCap_L.dH2cnvStvG.",{"$f":"OFFSET(cstCap_L.dH2cnvStvG.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_L.dH2cnvStvG.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstCap_L.","…","dH2cnvStvG.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Low ","…","Domestic Hydrogen ConversionGas Stove ","…","…","= SUMIFS(cstCap_L.dH2cnvStvG.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"BNH.","Cost Operation and Maintenance -Point-Non-Domestic Appliances ","cstOaM_P.nAp.",{"$f":"OFFSET(cstOaM_P.nAp.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_P.nAp.fts., PrdEnd.fts., Prd.)","v":66274.664929393592},332806.2691531278,335204.83737175039,337620.69231250742,340053.95856254169,342504.76160690875,344973.22783504729,347459.48454729712,349963.65996146481,352485.88321943546,355026.28439383244,357584.99449472572,360162.14547638816,362757.87024410017,365372.30266100384,368005.57755500672,370657.83072573406,373329.19895153295,"…","cstOaM_P.","…","nAp.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Point","…","Non-Domestic Appliances ","…","…","= SUMIFS(cstOaM_P.nAp.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"BNH.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4431 & BV4431 & BW4431 & \"-\" & BX4431 & \"-\" & BY4431 & \"-\" & BZ4431, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital Learning & Development -High -Domestic Lighting "},{"$f":"SUBSTITUTE(AG4431 & AB4431 & AC4431 & AD4431 & AE4431 & AF4431, \"…\", \"\")","v":"cstCapLaD_H.dLt."},{"$f":"OFFSET(cstCapLaD_H.dLt.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCapLaD_H.dLt.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstCapLaD_H.","…","dLt.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total Learning and development investment costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development -High ","…","Domestic Lighting ","…","…","= SUMIFS(cstCapLaD_H.dLt.fts., PrdEnd.fts., Prd.)",1]
["Const",null,null,null,"NHS.","lv2.Source Unit Ambition for Deployment Share/Penetration-Heat Network Heat Pump Water Source ","lv2.su_AmbShrPen.hnHPW.","TWh.",20,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","AmbShrPen.","…","hnHPW.","…","lv2.","Model Input","Source","su","…","…","…","…","…","Ambition level for heat delivered to the heat network by water source heat pumps.","…","…","Amber","…","Sourced at expert workshop. No description of rationale provided.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Ambition for Deployment Share/Penetration","…","Heat Network Heat Pump Water Source ","…","lv2.",null,1]
["Const",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4512 & BV4512 & BW4512 & \"-\" & BX4512 & \"-\" & BY4512 & \"-\" & BZ4512, \"-…\", \"\"), \"…\", \"\")","v":"Activity Base Year -Heat Network Waste Heat Offtake from Power "},{"$f":"SUBSTITUTE(AG4512 & AB4512 & AC4512 & AD4512 & AE4512 & AF4512, \"…\", \"\")","v":"ActvBY.hnWHO."},{"$f":"PrefUnit.Energy.","v":"TWh."},{"$f":" su_ActvBY.hnWHO. * uc_TWh.","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ActvBY.","…","hnWHO.","…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Activity Base Year ","…","Heat Network Waste Heat Offtake from Power ","…","…",null,1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4551 & BV4551 & BW4551 & \"-\" & BX4551 & \"-\" & BY4551 & \"-\" & BZ4551, \"-…\", \"\"), \"…\", \"\")","v":"Energy Balance -Heat Network Waste Heat Offtake from Power -Conversion Losses "},{"$f":"SUBSTITUTE(AG4551 & AB4551 & AC4551 & AD4551 & AE4551 & AF4551, \"…\", \"\")","v":"EB.hnWHO.lsCnv."},"TWh.","…",{"$f":" -EB.hnWHO.fElc.","v":1.497277446},1.5984898467496664,1.919010010078825,2.2112303164233049,2.5342320072377253,2.8288781635208888,3.0074094932400843,3.1950658368026028,3.1800407944292655,3.1563898802211692,3.1214734835580025,3.0724307988994668,3.0507058488130685,3.0046192668935414,2.912827565245113,2.8674987437813217,2.8012909593369462,2.7292300132392828,"…","EB.","…","hnWHO.","lsCnv.","…","Transformation","Transformation","pu","…","…","…","…","…","Conversion losses are equal to the electrical energy sacrificed to supply the waste heat.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Heat Network Waste Heat Offtake from Power ","Conversion Losses ","…",null,1]
["TS",null,null,null,"NHS.","Energy Balance -Heat Network Heat Pump Water Source -Net Energy ","EB.hnHPW.NetEn.","TWh.","…",{"$f":" +EB.hnHPW.fElc. +EB.hnHPW.rEnvH. +EB.hnHPW.fNwkH.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","hnHPW.","NetEn.","…","Transformation","Transformation","pu","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Heat Network Heat Pump Water Source ","Net Energy ","…",null,1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4600 & BV4600 & BW4600 & \"-\" & BX4600 & \"-\" & BY4600 & \"-\" & BZ4600, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -N2O -Heat Network Waste Heat Offtake from Power "},{"$f":"SUBSTITUTE(AG4600 & AB4600 & AC4600 & AD4600 & AE4600 & AF4600, \"…\", \"\")","v":"Em.N2O.hnWHO."},{"$f":" PrefUnit.Mass.GHG. &\"CO2e\"","v":"Mt.CO2e"},"…",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","N2O.","hnWHO.","…","…","Model Input","Source","pu","…","…","…","…","Design","Waste Heat offtake is a heat supply mechanism not a energy conversion process and Waste Heat has no direct emissions. Emissions associated with generating waste heat are included under the source of the waste heat.","…","…","Green","…","Strictly speaking there is additional energy and emissions from pumping","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","N2O ","Heat Network Waste Heat Offtake from Power ","…","…",null,1]
["Const",null,null,null,"NHS.","Source Unit Emissions Factor -NMVOC -Heat Network Biomass CHP -Bioenergy Solid ","su_EmF.NMVOC.hnCHPB.fBiS.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NMVOC.","hnCHPB.","fBiS.","…","Backing","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NMVOC ","Heat Network Biomass CHP ","Bioenergy Solid ","…",null,1]
["Const",null,null,null,"NHS.","Emissions Factor -SO2 -Heat Network Gas CHP -Hydrogen Gaseous ","EmF.SO2.hnCHPG.fH2G.","kt. / TWh.",{"$f":" su_EmF.SO2.hnCHPG.fH2G. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","SO2.","hnCHPG.","fH2G.","…","Model Input","Unit Transformation","PU","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","SO2 ","Heat Network Gas CHP ","Hydrogen Gaseous ","…",null,1]
["Const",null,null,null,"NHS.","Emissions Factor -NMVOC -Heat Network Gas CHP -Fossil Fuel Gaseous ","EmF.NMVOC.hnCHPG.fFsG.","kt. / TWh.",{"$f":" su_EmF.NMVOC.hnCHPG.fFsG. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NMVOC.","hnCHPG.","fFsG.","…","Model Input","Unit Transformation","PU","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NMVOC ","Heat Network Gas CHP ","Fossil Fuel Gaseous ","…",null,1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4727 & BV4727 & BW4727 & \"-\" & BX4727 & \"-\" & BY4727 & \"-\" & BZ4727, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -NMVOC -Heat Network Heat Pump Water Source "},{"$f":"SUBSTITUTE(AG4727 & AB4727 & AC4727 & AD4727 & AE4727 & AF4727, \"…\", \"\")","v":"Em.NMVOC.hnHPW."},{"$f":"PrefUnit.Mass.AQ.","v":"kt."},"…",{"$f":" -EB.hnHPW.fElc. * EmF.NMVOC.hnHPW.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","NMVOC.","hnHPW.","…","…","Transformation","Transformation","PU","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NMVOC ","Heat Network Heat Pump Water Source ","…","…",null,1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4770 & BV4770 & BW4770 & \"-\" & BX4770 & \"-\" & BY4770 & \"-\" & BZ4770, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -CH4 -Heat Network Biomass CHP Electricity Component "},{"$f":"SUBSTITUTE(AG4770 & AB4770 & AC4770 & AD4770 & AE4770 & AF4770, \"…\", \"\")","v":"Em.CH4.hnCHPB_ElecComp."},{"$f":" PrefUnit.Mass.GHG. &\"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"IF(((2 * EB.hnCHPB.fElc.) + EB.hnCHPB.fNwkH.) = 0, 0,\n Em.CH4.hnCHPB. * (2 * EB.hnCHPB.fElc.) / ((2 * EB.hnCHPB.fElc.) + EB.hnCHPB.fNwkH.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","CH4.","hnCHPB_ElecComp.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Assumed electricity generation component of CHP emissions (Combined Heat and Power). Emissions allocation can be assumed to take the same proportions as fuel allocation as they are directly proportional. The electricity generation component of the fuel is based on the assumption used in DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” From this principle the following formula can be derived, Fuel for electricity = 2 * Electricity output * Fuel / (2*Electricity Output +Heat Output).","…","…","Amber","…","Assumes BEIS methodology for splitting CHP fuel consumed between electricity generation and heat generation is always correct.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","CH4 ","Heat Network Biomass CHP Electricity Component ","…","…",null,1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4809 & BV4809 & BW4809 & \"-\" & BX4809 & \"-\" & BY4809 & \"-\" & BZ4809, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -PM10 -Heat Network Biomass CHP Heat Component "},{"$f":"SUBSTITUTE(AG4809 & AB4809 & AC4809 & AD4809 & AE4809 & AF4809, \"…\", \"\")","v":"Em.PM10.hnCHPB_HtComp."},{"$f":"PrefUnit.Mass.AQ.","v":"kt."},"…",{"$f":"IF(((2 * EB.hnCHPB.fElc.) + EB.hnCHPB.fNwkH.) = 0, 0,\n Em.PM10.hnCHPB. * (EB.hnCHPB.fNwkH.) / ((2 * EB.hnCHPB.fElc.) + EB.hnCHPB.fNwkH.))","v":753189.29588762892},753189.29588762892,627657.74657302431,502126.19725841942,376594.64794381452,251063.09862920971,125531.54931460482,-8.7649098505431483E-11,0,0,0,0,0,0,0,0,0,0,"…","Em.","PM10.","hnCHPB_HtComp.","…","…","Transformation","Transformation","PU","…","…","…","…","…","Assumed heat generation component of CHP emissions (Combined Heat and Power). Emissions allocation can be assumed to take the same proportions as fuel allocation as they are directly proportional. The heat generation component of the fuel is based on the assumption used in DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” From this principle the following formula can be derived, Fuel for heat = Heat output * Fuel / (2*Electricity Output +Heat Output).","…","…","Amber","…","Assumes BEIS methodology for splitting CHP fuel consumed between electricity generation and heat generation is always correct.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM10 ","Heat Network Biomass CHP Heat Component ","…","…",null,{"$f":"COUNTIF($G$980:$G$17096,G4809)","v":1}]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4819 & BV4819 & BW4819 & \"-\" & BX4819 & \"-\" & BY4819 & \"-\" & BZ4819, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -NMVOC -Heat Network Gas CHP Heat Component "},{"$f":"SUBSTITUTE(AG4819 & AB4819 & AC4819 & AD4819 & AE4819 & AF4819, \"…\", \"\")","v":"Em.NMVOC.hnCHPG_HtComp."},{"$f":"PrefUnit.Mass.AQ.","v":"kt."},"…",{"$f":"IF(((2 * EB.hnCHPG.fElc.) + EB.hnCHPG.fNwkH.) = 0, 0,\n Em.NMVOC.hnCHPG. * (EB.hnCHPG.fNwkH.) / ((2 * EB.hnCHPG.fElc.) + EB.hnCHPG.fNwkH.))","v":35720458.440954469},35720458.440954469,35845989.990269087,35971521.53958369,36097053.088898301,36461089.766236722,38903536.038969927,41464403.425567254,41269413.885358654,40962480.914897755,40509348.606720507,39872890.466067784,39590951.958132625,38992857.044655323,37801617.695397153,37213356.721763812,36473647.736842118,36473647.736842118,"…","Em.","NMVOC.","hnCHPG_HtComp.","…","…","Transformation","Transformation","PU","…","…","…","…","…","Assumed heat generation component of CHP emissions (Combined Heat and Power). Emissions allocation can be assumed to take the same proportions as fuel allocation as they are directly proportional. The heat generation component of the fuel is based on the assumption used in DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” From this principle the following formula can be derived, Fuel for heat = Heat output * Fuel / (2*Electricity Output +Heat Output).","…","…","Amber","…","Assumes BEIS methodology for splitting CHP fuel consumed between electricity generation and heat generation is always correct.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NMVOC ","Heat Network Gas CHP Heat Component ","…","…",null,1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4858 & BV4858 & BW4858 & \"-\" & BX4858 & \"-\" & BY4858 & \"-\" & BZ4858, \"-…\", \"\"), \"…\", \"\")","v":"Capacity -Heat Network Waste Heat Offtake from Power "},{"$f":"SUBSTITUTE(AG4858 & AB4858 & AC4858 & AD4858 & AE4858 & AF4858, \"…\", \"\")","v":"Cap.hnWHO."},{"$f":" PrefUnit.Power.","v":"GW."},"…",{"$f":" SUMIFS(Cap.hnWHO.fts., Year., Prd.)","v":3.7890005330688163},4.0451279738568751,4.8562342073461409,5.595725007445167,6.4131109781932825,7.1587406183151598,7.610530836141975,8.0854127544475318,8.0473904802764729,7.9875396311359577,7.8991804256172902,7.7750733278908486,7.7200963109871568,7.6034699075594467,7.3711824264340633,7.2564736066702169,7.0889286194514316,6.9065716595527062,"…","Cap.","…","hnWHO.","…","…","Transformation","Lookup","su","…","…","…","…","…","Total capacity in the current period year. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years equal to the current period (looks up the value in the year of the current period).","…","…","Green","…","Simply looks up another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity ","…","Heat Network Waste Heat Offtake from Power ","…","…","= SUMIFS(Cap.hnWHO.fts., Year., Prd.)",1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4897 & BV4897 & BW4897 & \"-\" & BX4897 & \"-\" & BY4897 & \"-\" & BZ4897, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Cost Capital per Unit -Low -Heat Network Heat Pump Ground Source "},{"$f":"SUBSTITUTE(AG4897 & AB4897 & AC4897 & AD4897 & AE4897 & AF4897, \"…\", \"\")","v":"su_cstCapUnit_L.hnHPG."},"GBP.2015. / MW.","…",40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,40000,"su_","cstCapUnit_L.","…","hnHPG.","…","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Low ","…","Heat Network Heat Pump Ground Source ","…","…",null,1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4940 & BV4940 & BW4940 & \"-\" & BX4940 & \"-\" & BY4940 & \"-\" & BZ4940, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Cost Operation and Maintenance per Unit -Point-Heat Network Biomass CHP "},{"$f":"SUBSTITUTE(AG4940 & AB4940 & AC4940 & AD4940 & AE4940 & AF4940, \"…\", \"\")","v":"su_cstOaMUnit_P.hnCHPB."},"GBP.2015. / MW.","…",1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,1000,"su_","cstOaMUnit_P.","…","hnCHPB.","…","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -Point","…","Heat Network Biomass CHP ","…","…",null,1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4979 & BV4979 & BW4979 & \"-\" & BX4979 & \"-\" & BY4979 & \"-\" & BZ4979, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital -High -Heat Network Waste Heat Offtake from Power "},{"$f":"SUBSTITUTE(AG4979 & AB4979 & AC4979 & AD4979 & AE4979 & AF4979, \"…\", \"\")","v":"cstCap_H.hnWHO."},{"$f":"OFFSET(cstCap_H.hnWHO.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_H.hnWHO.fts., PrdEnd.fts., Prd.)","v":0},5.7917588804761637,20.506366229678026,32.150497783762567,35.146777620861386,35.240949654563224,31.943865123100142,27.251574082154438,21.138012751561071,13.282772044996978,9.5723266011638337,11.016220149771197,19.885003246747424,29.496501974965831,30.921109383263868,29.954665730421443,27.2597236873696,22.344104089774746,"…","cstCap_H.","…","hnWHO.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -High ","…","Heat Network Waste Heat Offtake from Power ","…","…","= SUMIFS(cstCap_H.hnWHO.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"NHS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA4985 & BV4985 & BW4985 & \"-\" & BX4985 & \"-\" & BY4985 & \"-\" & BZ4985, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital -Low -Heat Network Waste Heat Offtake from Power "},{"$f":"SUBSTITUTE(AG4985 & AB4985 & AC4985 & AD4985 & AE4985 & AF4985, \"…\", \"\")","v":"cstCap_L.hnWHO."},{"$f":"OFFSET(cstCap_L.hnWHO.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_L.hnWHO.fts., PrdEnd.fts., Prd.)","v":0},1.4479397201190409,5.1265915574195065,8.0376244459406418,8.7866944052153464,8.8102374136408059,7.9859662807750356,6.8128935205386094,5.2845031878902677,3.3206930112492445,2.3930816502909584,2.7540550374427992,4.9712508116868559,7.3741254937414578,7.730277345815967,7.4886664326053607,6.8149309218424001,5.5860260224436864,"…","cstCap_L.","…","hnWHO.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Low ","…","Heat Network Waste Heat Offtake from Power ","…","…","= SUMIFS(cstCap_L.hnWHO.fts., PrdEnd.fts., Prd.)",1]
["Const",null,null,null,"GGS.","lever selection Action Speed-Gas Grid All Types -Hydrogen Gaseous ","LvrSpeed.ggALL.fH2G.","years",{"$f":" User_LvrSpeed.ggALL.fH2G.","v":25},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrSpeed.","…","ggALL.","fH2G.","…","Model Input","Lookup","su","…","…","…","…","…","Looked up from control sheet","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action Speed","…","Gas Grid All Types ","Hydrogen Gaseous ","…",null,1]
[null,null,null,"Gas Distribution Grid Input","GGS.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"GGS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5109 & BV5109 & BW5109 & \"-\" & BX5109 & \"-\" & BY5109 & \"-\" & BZ5109, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -N2O -Gas Grid Distribution All Types -Bioenergy Gaseous "},{"$f":"SUBSTITUTE(AG5109 & AB5109 & AC5109 & AD5109 & AE5109 & AF5109, \"…\", \"\")","v":"Em.N2O.ggDstALL.fBiG."},{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"(EB.ggDstALL.lsBiG. * EmF.N2O.lsBiG.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","N2O.","ggDstALL.","fBiG.","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel losses multiplied by the emissions factor, for each fuel. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","N2O ","Gas Grid Distribution All Types ","Bioenergy Gaseous ","…",null,1]
["TS",null,null,null,"GGS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5115 & BV5115 & BW5115 & \"-\" & BX5115 & \"-\" & BY5115 & \"-\" & BZ5115, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -GHG-Gas Grid Transmission All Types -Bioenergy Gaseous "},{"$f":"SUBSTITUTE(AG5115 & AB5115 & AC5115 & AD5115 & AE5115 & AF5115, \"…\", \"\")","v":"Em.GHG.ggTmsALL.fBiG."},{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"+Em.CO2.ggTmsALL.fBiG. +Em.CH4.ggTmsALL.fBiG. +Em.N2O.ggTmsALL.fBiG.","v":8.0379534744651538E-5},8.1850949662627532E-5,1.0635976563987958E-4,1.3149550820298515E-4,1.5844032093196043E-4,1.8596672663123243E-4,2.1409498318171233E-4,2.4344716744036218E-4,2.4348826764606044E-4,2.4300628011700255E-4,2.4085082533698861E-4,2.3773623187410889E-4,2.3648693398017599E-4,2.3357941630329612E-4,2.2755726495620431E-4,2.2470021541850369E-4,2.206738627910074E-4,2.1797385226085458E-4,"…","Em.","GHG.","ggTmsALL.","fBiG.","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel losses multiplied by the emissions factor, for each fuel. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","GHG","Gas Grid Transmission All Types ","Bioenergy Gaseous ","…",null,1]
["Const",null,null,null,"GGS.","Source Unit Emissions Factor -NH3 -Gas Grid Distribution All Types -Leaked Fossil Fuel Gaseous ","su_EmF.NH3.ggDstALL.lsFsG.","kt. / TWh.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NH3.","ggDstALL.","lsFsG.","…","Backing","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NH3 ","Gas Grid Distribution All Types ","Leaked Fossil Fuel Gaseous ","…",null,1]
["Const",null,null,null,"GGS.","Emissions Factor -NOX -Gas Grid Transmission All Types -Leaked Hydrogen Gaseous ","EmF.NOX.ggTmsALL.lsH2G.","kt. / TWh.",{"$f":" su_EmF.NOX.ggTmsALL.lsH2G. * uc_AQ.kt. / uc_TWh.","v":999999},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NOX.","ggTmsALL.","lsH2G.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NOX ","Gas Grid Transmission All Types ","Leaked Hydrogen Gaseous ","…",null,1]
["Const",null,null,null,"GGS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5236 & BV5236 & BW5236 & \"-\" & BX5236 & \"-\" & BY5236 & \"-\" & BZ5236, \"-…\", \"\"), \"…\", \"\")","v":"Lifetime -Gas Grid Transmission Hydrogen "},{"$f":"SUBSTITUTE(AG5236 & AB5236 & AC5236 & AD5236 & AE5236 & AF5236, \"…\", \"\")","v":"Life.ggTmsH2."},"Year.",80,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Life.","…","ggTmsH2.","…","…","Model Input","Source","su","UKTM","UKTM","BF10","…","Unknown","Lifetime of hydrogen transmission grid assumed to be the same as for gas (UKTM process is UPS.DISTN: .00.NATURAL-GAS..)","…","…","Amber","…","Lifetime for hydrogen assumed to be the same as for gas","…","…","…","…","…",null,"\"=[multi_sector_working_UKTM_v1.2.3_d0.6.1_180125.xlsx]data!$D$323","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime ","…","Gas Grid Transmission Hydrogen ","…","…",null,1]
["TS",null,null,null,"GGS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5246 & BV5246 & BW5246 & \"-\" & BX5246 & \"-\" & BY5246 & \"-\" & BZ5246, \"-…\", \"\"), \"…\", \"\")","v":"Capacity Required -Gas Grid Distribution All Types "},{"$f":"SUBSTITUTE(AG5246 & AB5246 & AC5246 & AD5246 & AE5246 & AF5246, \"…\", \"\")","v":"CapReq.ggDstALL."},"UNIT","…",{"$f":" Dem.ggDstALL.fGrdG. / LF.ggDstALL.","v":514.48676819881962},523.90488075942926,544.62312840457344,561.11048053044385,579.50393131975659,595.16032582949231,609.0496450364169,623.29470704957373,623.39993538733324,622.16590880643935,616.64732516520007,608.67307087208974,605.47450925816918,598.0304284846311,582.61199047456819,575.29712264071304,564.98850287837126,558.07570002983073,"…","CapReq.","…","ggDstALL.","…","…","Transformation","Transformation","su","…","…","…","…","…","Total capacity required for gas distribution network. Calculated as the demand for distributed gas (Natural, bio or hydrogen) divided by the throughput of the distribution network.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…","Gas Grid Distribution All Types ","…","…",null,1]
[null,null,null,null,"GGS.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"GGS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5324 & BV5324 & BW5324 & \"-\" & BX5324 & \"-\" & BY5324 & \"-\" & BZ5324, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital per Unit Annualised -Low -Gas Grid Transmission Hydrogen "},{"$f":"SUBSTITUTE(AG5324 & AB5324 & AC5324 & AD5324 & AE5324 & AF5324, \"…\", \"\")","v":"cstCapUnitAnn_L.ggTmsH2."},{"$f":"PrefUnit.Cost.&\" / UNIT\"","v":"GBP.2016. / UNIT"},"…",{"$f":" cstCapUnit_L.ggTmsH2. * AnnF.ggTmsH2.","v":380020.21791268751},380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,380020.21791268751,"…","cstCapUnitAnn_L.","…","ggTmsH2.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost per dwelling. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Low ","…","Gas Grid Transmission Hydrogen ","…","…","= cstCapUnit_L.ggTmsH2. * AnnF.ggTmsH2.",1]
["TS",null,null,null,"GGS.",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5367 & BV5367 & BW5367 & \"-\" & BX5367 & \"-\" & BY5367 & \"-\" & BZ5367, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital -Low -Gas Grid Distribution Hydrogen "},{"$f":"SUBSTITUTE(AG5367 & AB5367 & AC5367 & AD5367 & AE5367 & AF5367, \"…\", \"\")","v":"cstCap_L.ggDstH2."},{"$f":"OFFSET(cstCap_L.ggDstH2.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_L.ggDstH2.fts., PrdEnd.fts., Prd.)","v":0},12.918860761112176,36.480893808167252,48.009121491330177,49.145687946182022,49.499669556633904,49.28141198600153,49.123184857446823,46.698673324479458,41.987426162080958,38.707340911450459,41.192234815123101,46.745648013365226,46.59269883895044,42.314988612376311,40.840912304154216,41.807396691715937,42.517578954759117,"…","cstCap_L.","…","ggDstH2.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Low ","…","Gas Grid Distribution Hydrogen ","…","…","= SUMIFS(cstCap_L.ggDstH2.fts., PrdEnd.fts., Prd.)",1]
[null,null,null,null,"TDM","Demand per Unit Business as Usual -Walking -Passenger Distance Travelled ","DemUnitBaU.Wlk.dDPs.",{"$f":"\"Psg \"& PrefUnit.Distance. &\" / person\"","v":"Psg km. / person"},"…",{"$f":"su_DemUnitBY.Wlk.dDPs.*uc_miles.","v":309.40811298660776},{"$f":"INDEX(DemUnitBaU.Wlk.dDPs., 0, PrevPrdColR.)","v":309.40811298660776},309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,309.40811298660776,"…",{"$f":"$G$162","v":"DemUnitBaU."},"…",{"$f":"$G$390","v":"Wlk."},"dDPs.","…","Backing Data","Transformation","pu","…","…","…","…","…","Business as Usual profile for passenger distance travelled per person on foot in user preference units. In the absence of a source forecasting this demand per unit, and given a lack of obvious trend in the historic data it is assumed the walking demand per person will remain constant from the base year out to 2100.This time series also assumes that the average walking demand per person is the same in all U.K. home nations as it is for England.","…","…","Amber","…","The assumption that walking demand is the same across all UK nations is deemed reasonable however the projected demand is not based on any published research.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$162","v":"Demand per Unit Business as Usual "},"…",{"$f":"$F$390","v":"Walking "},"Passenger Distance Travelled ","…",null,1]
["Const",null,null,null,"TDM","Source Unit Demand Base Year - GB -Train Passenger All Types -Passenger Distance Travelled ","su_DemUnitBY.trnPALL.dDPs.","Psg miles per person",701.03288213008386,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$30","v":"su_"},"DemUnitBY.","…",{"$f":"$G$394","v":"trnPALL."},"dDPs.","…","Backing Data","Source","su","Table NTS0309 - National Travel Survey - Average distance travelled by trip length and mode: England","…","ME8","…","Survey","Base year passenger distance travelled by rail in passenger miles per kilometre. This value was taken directly from the National Transport Survey which covers England only. The value includes surface rail and the London underground. The purpose of this data point is to provide a reference point to generate a rate of increase in passenger distance travelled *per person* between 2010 and 2015 once the relevant transformation has been applied. After which, this rate of increase will be used to project the train passenger demand per person into the future. It should be noted that this is England only data ","2019-05-13","…","Green","…","Government published source. ","…","…","England only data.","…","…",null,"^=[nts0309.ods]NTS0309_2015!$J$22+[nts0309.ods]NTS0309_2015!$J$23+[nts0309.ods]OtherExcludingAviation!$B$22","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"$F$30","v":"Source Unit "},{"$f":"$F$810","v":"Demand Base Year - GB "},"…",{"$f":"$F$394","v":"Train Passenger All Types "},"Passenger Distance Travelled ","…",null,1]
[null,null,null,null,"TDM","Demand per Unit Business as Usual -Aviation Domestic  - Freight-Vehicle Distance Travelled ","DemUnitBaU.aviD.F.dDVh.","Veh km. / person","…",{"$f":"DemUnitBaU.aviD.dDVh.*(1-(ShrBaU.aviP.EmCO2./(ShrBaU.aviP.EmCO2.+ShrBaU.aviF.EmCO2.)))","v":8.4309274045793858E-2},8.663579805938465E-2,8.8926790189937779E-2,9.11822735057915E-2,8.6043435798123805E-2,8.0999179499496601E-2,8.0110946829432914E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,7.9025840336788569E-2,"…","DemUnitBaU.","…",{"$f":"$G$859","v":"aviD.F."},"dDVh.","…","Backing Data","Transformation","pu","…","…","…","…","…","Vehicle distance travelled per person in domestic aviation associated with freight transport. This figure has been approximated by applying the share of CO2 associated with passenger and freight aircraft departing from UK airports that is due to passenger aircraft. This assumes that the split of passenger and freight emissions is the same in domestic and international aviation.","…","…","Red","…","Simple transformation but assumes the split of emissions between passenger and freight travel can be approximated to the split of vehicle distance travelled attributed to passenger and freight travel. It also assumes that the passenger/freight split is the same for domestic and international travel.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Demand per Unit Business as Usual ","…",{"$f":"$F$859","v":"Aviation Domestic  - Freight"},"Vehicle Distance Travelled ","…",null,1]
["Const",null,null,null,"TDM",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5494 & BV5494 & BW5494 & \"-\" & BX5494 & \"-\" & BY5494 & \"-\" & BZ5494, \"-…\", \"\"), \"…\", \"\")","v":"lever selection Demand per Unit -Passenger Distance Travelled "},{"$f":"SUBSTITUTE(AG5494 & AB5494 & AC5494 & AD5494 & AE5494 & AF5494, \"…\", \"\")","v":"LvrDemUnit.dDPs."},{"$f":"\"Psg \"& PrefUnit.Distance. &\" / person\"","v":"Psg km. / person"},{"$f":" IF(AmbDemUnit.dDPs. < 2,\n+(lv1.AmbDemUnit.dDPs. * (2 -AmbDemUnit.dDPs.)) +(lv2.AmbDemUnit.dDPs. * (AmbDemUnit.dDPs. -1)),\nIF(AmbDemUnit.dDPs. < 3,\n+(lv2.AmbDemUnit.dDPs. * (3 -AmbDemUnit.dDPs.)) +(lv3.AmbDemUnit.dDPs. * (AmbDemUnit.dDPs. -2)),\n+(lv3.AmbDemUnit.dDPs. * (4 -AmbDemUnit.dDPs.)) +(lv4.AmbDemUnit.dDPs. * (AmbDemUnit.dDPs. -3))))","v":12000},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$77","v":"LvrDemUnit."},"…","…",{"$f":"$G$713","v":"dDPs."},"…","Model Input","Transformation","pu","…","…","…","…","…","User selection for the average passenger distance travelled per person. User selected ambition level over a continuous range 1-4. If statement logic used to linearly interpolate between specified ambition levels 1,2,3 and 4.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$77","v":"lever selection Demand per Unit "},"…","…",{"$f":"$F$713","v":"Passenger Distance Travelled "},"…",null,1]
["Const",null,null,null,"TDM","Level 4Ambition for Deployment Share/Penetration-Aviation Domestic -Passenger Distance Travelled ","lv4.AmbShrPen.aviD.dDPs.","…",1.4999999999999999E-2,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…",{"$f":"$G$403","v":"aviD."},"dDPs.",{"$f":"$G$770","v":"lv4."},"Model Input","Source","nu","…","…","…","…","…","Slight reduction in share","…","…","Amber","…","Sourced at expert workshop. Results represent the midpoint of the participant views, balanced to add up to 100%","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…",{"$f":"$F$403","v":"Aviation Domestic "},"Passenger Distance Travelled ",{"$f":"$F$770","v":"Level 4"},null,1]
["Const",null,null,null,"TDM",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5543 & BV5543 & BW5543 & \"-\" & BX5543 & \"-\" & BY5543 & \"-\" & BZ5543, \"-…\", \"\"), \"…\", \"\")","v":"lever selection Deployment Share/Penetration-Walking -Passenger Distance Travelled "},{"$f":"SUBSTITUTE(AG5543 & AB5543 & AC5543 & AD5543 & AE5543 & AF5543, \"…\", \"\")","v":"LvrShrPen.Wlk.dDPs."},"…",{"$f":" IF(AmbShrPen.Wlk.dDPs. < 2,\n+(lv1.AmbShrPen.Wlk.dDPs. * (2 -AmbShrPen.Wlk.dDPs.)) +(lv2.AmbShrPen.Wlk.dDPs. * (AmbShrPen.Wlk.dDPs. -1)),\nIF(AmbShrPen.Wlk.dDPs. < 3,\n+(lv2.AmbShrPen.Wlk.dDPs. * (3 -AmbShrPen.Wlk.dDPs.)) +(lv3.AmbShrPen.Wlk.dDPs. * (AmbShrPen.Wlk.dDPs. -2)),\n+(lv3.AmbShrPen.Wlk.dDPs. * (4 -AmbShrPen.Wlk.dDPs.)) +(lv4.AmbShrPen.Wlk.dDPs. * (AmbShrPen.Wlk.dDPs. -3))))","v":2.5000000000000001E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$73","v":"LvrShrPen."},"…",{"$f":"$G$390","v":"Wlk."},{"$f":"$G$713","v":"dDPs."},"…","Model Input","Transformation","nu","…","…","…","…","…","Lever selection for the level of ambition for the share of passenger distance travelled by the transport mode. Calculated by interpolating between 4 pre set ambition levels based on the user entry over the range 1-4.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$73","v":"lever selection Deployment Share/Penetration"},"…",{"$f":"$F$390","v":"Walking "},{"$f":"$F$713","v":"Passenger Distance Travelled "},"…",null,1]
["TS",null,null,null,"TDM",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5582 & BV5582 & BW5582 & \"-\" & BX5582 & \"-\" & BY5582 & \"-\" & BZ5582, \"-…\", \"\"), \"…\", \"\")","v":"Activity -Walking -Passenger Distance Travelled "},{"$f":"SUBSTITUTE(AG5582 & AB5582 & AC5582 & AD5582 & AE5582 & AF5582, \"…\", \"\")","v":"Actv.Wlk.dDPs."},{"$f":"\"Psg \"&PrefUnit.Distance.","v":"Psg km."},"…",{"$f":" Dem.dDPs. * Shr.Wlk.dDPs.","v":20141569943.676167},20841619103.857224,21295824274.973824,21767749065.991562,22174525346.706837,22508097149.606525,22914772081.567532,23237005200.000004,23629447200,24001224300,24373216500,24766969200,25186428000,25618199400,26050016700,26481810600,26920461300,27368270700,"…",{"$f":"$G$108","v":"Actv."},"…",{"$f":"$G$390","v":"Wlk."},{"$f":"$G$713","v":"dDPs."},"…","Transformation","Transformation","pu","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$108","v":"Activity "},"…",{"$f":"$F$390","v":"Walking "},{"$f":"$F$713","v":"Passenger Distance Travelled "},"…",null,1]
[null,null,null,"Total International Passenger Transport demand","TDM",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"TDM",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5663 & BV5663 & BW5663 & \"-\" & BX5663 & \"-\" & BY5663 & \"-\" & BZ5663, \"-…\", \"\"), \"…\", \"\")","v":"Occupancy -Walking -Passenger Distance Travelled "},{"$f":"SUBSTITUTE(AG5663 & AB5663 & AC5663 & AD5663 & AE5663 & AF5663, \"…\", \"\")","v":"Occ.Wlk.dDPs."},"Psg / Vehicle","…",1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,"…",{"$f":"$G$132","v":"Occ."},"…",{"$f":"$G$390","v":"Wlk."},{"$f":"$G$713","v":"dDPs."},"…","Model Input","Assumption","nu","…","…","…","…","…","1 passenger km = 1 'vehicle' km for walking by definition.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$132","v":"Occupancy "},"…",{"$f":"$F$390","v":"Walking "},{"$f":"$F$713","v":"Passenger Distance Travelled "},"…",null,1]
["Const",null,null,null,"TRA",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5702 & BV5702 & BW5702 & \"-\" & BX5702 & \"-\" & BY5702 & \"-\" & BZ5702, \"-…\", \"\"), \"…\", \"\")","v":"Share Base Year -Car - Liquid Fossil fuel fuelled Internal Combustion Engine-Petrol"},{"$f":"SUBSTITUTE(AG5702 & AB5702 & AC5702 & AD5702 & AE5702 & AF5702, \"…\", \"\")","v":"ShrBY.carfFsL.P."},"Fraction",{"$f":"EdemBY.carALL.fFsL.P./(EdemBY.carALL.fFsL.P.+EdemBY.carALL.fFsL.D.)","v":0.53267641132620869},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$99","v":"ShrBY."},"…",{"$f":"$G$866","v":"carfFsL."},{"$f":"$G$971","v":"P."},"…","Backing Data","Transformation","nu","…","…","…","…","…","Fraction of energy consumed by fossil fuels in cars that is from petrol. Calculated by dividing the amount of energy consumed as petrol in cars by the amount of energy consumed as petrol *and* diesel in cars.","…","…","Green","…","Simple transformation of government published data.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$99","v":"Share Base Year "},"…",{"$f":"$F$866","v":"Car - Liquid Fossil fuel fuelled Internal Combustion Engine"},{"$f":"$F$971","v":"Petrol"},"…",null,1]
[null,null,null,null,"TRA","Energy Demand Base Year-LGV (van) All Types -Fossil Fuel Liquid_Petrol","EdemBY.lgvALL.fFsL.P.",{"$f":" PrefUnit.Energy.","v":"TWh."},{"$f":"su_EdemBY.lgvALL.fFsL.P.*EDen.M.fFsL.P.*su_Million.","v":2.7377777777777776},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$819","v":"EdemBY."},"…",{"$f":"$G$396","v":"lgvALL."},{"$f":"$G$969","v":"fFsL.P."},"…","Backing Data","Unit Transformation","pu","…","…","…","…","…","Energy consumed by petrol in LGVs in 2015, converted to fraction from %.","…","…","Green","…","Simple unit conversion.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$819","v":"Energy Demand Base Year"},"…",{"$f":"$F$396","v":"LGV (van) All Types "},{"$f":"$F$969","v":"Fossil Fuel Liquid_Petrol"},"…",null,1]
[null,null,null,null,"TRA",{"$f":"SUBSTITUTE( SUBSTITUTE(CA5751 & BV5751 & BW5751 & \"-\" & BX5751 & \"-\" & BY5751 & \"-\" & BZ5751, \"-…\", \"\"), \"…\", \"\")","v":"Energy Intensity -Car Plug-in Hybrid Electric Vehicle -Electricity (Petrol back-up fuel)"},{"$f":"SUBSTITUTE(AG5751 & AB5751 & AC5751 & AD5751 & AE5751 & AF5751, \"…\", \"\")","v":"EIn.carPHEV.fElc.P."},"TWh. / km.","…",{"$f":"su_EIn.carPHEV.fElc.P. * uc_kWh. / (su_Hundred. * uc_km.)","v":8.1612359980523214E-11},7.124644147126795E-11,6.7030354652202197E-11,6.3313425815345033E-11,6.1349691725417606E-11,5.9385957635490152E-11,5.7851182565249054E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,5.6316407495007974E-11,"…",{"$f":"$G$143","v":"EIn."},"…","carPHEV.",{"$f":"$G$974","v":"fElc.P."},"…","Backing Data","Unit Transformation","pu","…","…","…","…","…","Energy intensity in terms of electrical energy consumed per unit distance travelled by a plug-in Hybrid Electric car with a secondary fuel source of petrol converted to user preference units. This energy intensity takes into account the usage share of electricity in the hybrid electric vehicle. i.e. the energy consumed over a given distance, *assuming electricity was only used as fuel for x% of this distance, with the remainder fuelled by petrol (Giving a lower energy consumption per unit distance than for a 100% electric car)","…","…","Green","…","Simple unit transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$143","v":"Energy Intensity "},"…","Car Plug-in Hybrid Electric Vehicle ",{"$f":"$F$974","v":"Electricity (Petrol back-up fuel)"},"…",null,1]
[null,null,null,null,"TRA","Source Unit Energy Demand Base Year-Bus All Types -Fossil Fuel Liquid ","su_DemEBY.busALL.fFsL.","Million tonnes",1.18,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$30","v":"su_"},"DemEBY.","…",{"$f":"$G$393","v":"busALL."},"fFsL.","…","Backing Data","Source","su","DfT Statistics - Table TSGB0301 (ENV0101) - Petroleum consumption by transport mode and fuel type, United Kingdom: from 2000","…","SP31","…","…","Energy consumed in the form of diesel by all buses in 2015.","…","…","Green","…","Taken straight from government published source.","…","…","…","…","…",null,"\"=[1.SP31_env0101.ods]ENV0101!$S$15","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"$F$30","v":"Source Unit "},"Energy Demand Base Year","…",{"$f":"$F$393","v":"Bus All Types "},"Fossil Fuel Liquid ","…",null,1]
["Const",null,null,null,"TRA","Ambition for Deployment Share/Penetration-Train Freight Electric ","AmbShrPen.trnFE.","…",{"$f":" User_AmbShrPen.trnFE.","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…",{"$f":"$G$428","v":"trnFE."},"…","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…",{"$f":"$F$428","v":"Train Freight Electric "},"…","…",null,1]
["Const",null,null,null,"TRA","Level 1 Ambition for Deployment Share/Penetration-Car Hydrogen ","lv1.AmbShrPen.carH2.","…",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…",{"$f":"$G$407","v":"carH2."},"…",{"$f":"$G$767","v":"lv1."},"Model Input","Source","nu","…","…","…","…","…","…","…","…","Green","…","Sourced at expert workshops","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…",{"$f":"$F$407","v":"Car Hydrogen "},"…",{"$f":"$F$767","v":"Level 1 "},null,1]
["Const",null,null,null,"TRA","Level 4Ambition for Deployment Share/Penetration-HGV _Articulated Plug-in Hybrid Electric Vehicle ","lv4.AmbShrPen.hgvAPHEV.","…",1,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…",{"$f":"$G$420","v":"hgvAPHEV."},"…",{"$f":"$G$770","v":"lv4."},"Model Input","Source","nu","…","…","…","…","…","100% or near-full was consensus of workshop participants","…","…","Amber","…","Sourced at Expert workshop. Participants challenged the role of PHEVs, as the market has generally settled on the next generation of technologies (BEVs and H2 vehicles).  Lever ambitions were provided but participants were wary of the use of PHEVs in the model.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…",{"$f":"$F$420","v":"HGV _Articulated Plug-in Hybrid Electric Vehicle "},"…",{"$f":"$F$770","v":"Level 4"},null,1]
["Const",null,null,null,"TRA","lever selection Action Speed-LGV (van) Plug-in Hybrid Electric Vehicle ","LvrSpeed.lgvPHEV.","years",{"$f":" User_LvrSpeed.lgvPHEV.","v":30},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$75","v":"LvrSpeed."},"…",{"$f":"$G$412","v":"lgvPHEV."},"…","…","Model Input","Lookup","su","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$75","v":"lever selection Action Speed"},"…",{"$f":"$F$412","v":"LGV (van) Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["Const",null,null,null,"TRA","Share Base Year -HGV _Rigid Electric ","ShrBY.hgvRE.","…",{"$f":"CapBY.hgvALL.LEE./(CapBY.hgvALL.*su_Thousand.)","v":8.3561992923899327E-4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ShrBY.","…",{"$f":"$G$414","v":"hgvRE."},"…","…","Model Input","Transformation","nu","…","…","…","…","…","Fraction of rigid hives fuelled solely by electricity. Assumes all rigid HGVs counted in the 'low emissions engines' category to be electric rigid HGVs. This is a reasonable assumption as it is such a small percentage and due to expert opinion indicating the main route to decarbonisation of rigid HGVs (Assumed to mainly under take short distance trips) is via electrification. Assumptions:-Share of low emissions engines is the same for rigid and articulated HGVs.","…","…","Amber","…","Reasonable assumptions.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Share Base Year ","…",{"$f":"$F$414","v":"HGV _Rigid Electric "},"…","…",null,1]
["Const",null,null,null,"TRA","Share Base Year -HGV _Articulated Plug-in Hybrid Electric Vehicle ","ShrBY.hgvAPHEV.","…",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ShrBY.","…",{"$f":"$G$420","v":"hgvAPHEV."},"…","…","Model Input","Assumption","nu","…","…","…","…","…","Fraction of articulated hives are fuelled primarily by an electric battery but with a secondary liquid IC fuel source. Assumes all articulated HGVs counted in the 'low emissions engines' category to be Hydrogen powered  articulated HGVs. This is a reasonable assumption as it is such a small percentage and due to expert opinion indicating the main route to decarbonisation of articulated HGVs (Assumed to mainly under take long distance trips) is via hydrogen (in the absence of a gas option).","…","…","Amber","…","Reasonable assumptions.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Share Base Year ","…",{"$f":"$F$420","v":"HGV _Articulated Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["TS",null,null,null,"TRA",{"$f":"SUBSTITUTE( SUBSTITUTE(CA6009 & BV6009 & BW6009 & \"-\" & BX6009 & \"-\" & BY6009 & \"-\" & BZ6009, \"-…\", \"\"), \"…\", \"\")","v":"Share -HGV _Rigid Electric "},{"$f":"SUBSTITUTE(AG6009 & AB6009 & AC6009 & AD6009 & AE6009 & AF6009, \"…\", \"\")","v":"Shr.hgvRE."},"…","…",{"$f":" +ShrLvr.hgvRE.","v":8.3561992923899327E-4},8.3561992923899327E-4,6.9634994103249441E-4,5.5707995282599555E-4,4.1780996461949664E-4,2.7853997641299783E-4,1.3926998820649897E-4,0,0,0,0,0,0,0,0,0,0,0,"…",{"$f":"$G$96","v":"Shr."},"…",{"$f":"$G$414","v":"hgvRE."},"…","…","Transformation","Transformation","nu","…","…","…","…","…","Share of distance travelled met by electric vehicles. Electric vehicles are first in the priority order so the user specified share profile is applied directly.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$96","v":"Share "},"…",{"$f":"$F$414","v":"HGV _Rigid Electric "},"…","…",null,1]
["TS",null,null,null,"TRA",{"$f":"SUBSTITUTE( SUBSTITUTE(CA6052 & BV6052 & BW6052 & \"-\" & BX6052 & \"-\" & BY6052 & \"-\" & BZ6052, \"-…\", \"\"), \"…\", \"\")","v":"Activity -Bus Plug-in Hybrid Electric Vehicle "},{"$f":"SUBSTITUTE(AG6052 & AB6052 & AC6052 & AD6052 & AE6052 & AF6052, \"…\", \"\")","v":"Actv.busPHEV."},{"$f":"\"Veh \"&PrefUnit.Distance.","v":"Veh km."},"…",{"$f":" Actv.busALL.dDVh. * Shr.busPHEV.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…",{"$f":"$G$108","v":"Actv."},"…",{"$f":"$G$424","v":"busPHEV."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Distance travelled by each engine type. Calculated by multiplying the distance travelled for the mode by the share of the mode using this engine type.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$108","v":"Activity "},"…",{"$f":"$F$424","v":"Bus Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["Const",null,null,null,"TRA","Level 3Ambition for Deployment Share/Penetration-HGV _Articulated All Types -Bioenergy Liquid ","lv3.AmbShrPen.hgvAALL.fBiL.","…",0.5,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…",{"$f":"$G$399","v":"hgvAALL."},"fBiL.",{"$f":"$G$769","v":"lv3."},"Model Input","Source","nu","…","…","…","…","…","Technological advances in biofuel compatibility with current vehicles/significant take up of flexible fuel vehicles combined with sustainable solutions to biofuel crop growth lead to a 50:50 split in bio fuels/ fossil fuels.","…","…","Amber","…","Sourced at expert workshop.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…",{"$f":"$F$399","v":"HGV _Articulated All Types "},"Bioenergy Liquid ",{"$f":"$F$769","v":"Level 3"},null,1]
["Const",null,null,null,"TRA","lever selection Deployment Share/Penetration-Bus All Types -Bioenergy Liquid ","LvrShrPen.busALL.fBiL.","…",{"$f":" IF(AmbShrPen.busALL.fBiL. < 2,\n+(lv1.AmbShrPen.busALL.fBiL. * (2 -AmbShrPen.busALL.fBiL.)) +(lv2.AmbShrPen.busALL.fBiL. * (AmbShrPen.busALL.fBiL. -1)),\nIF(AmbShrPen.busALL.fBiL. < 3,\n+(lv2.AmbShrPen.busALL.fBiL. * (3 -AmbShrPen.busALL.fBiL.)) +(lv3.AmbShrPen.busALL.fBiL. * (AmbShrPen.busALL.fBiL. -2)),\n+(lv3.AmbShrPen.busALL.fBiL. * (4 -AmbShrPen.busALL.fBiL.)) +(lv4.AmbShrPen.busALL.fBiL. * (AmbShrPen.busALL.fBiL. -3))))","v":2.2000000000000002E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$73","v":"LvrShrPen."},"…",{"$f":"$G$393","v":"busALL."},"fBiL.","…","Model Input","Transformation","nu","…","…","…","…","…","User selection for the share of all liquid fuels that are biofuels. User selected ambition level over a continuous range 1-4. If statement logic used to linearly interpolate between specified ambition levels 1,2,3 and 4.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$73","v":"lever selection Deployment Share/Penetration"},"…",{"$f":"$F$393","v":"Bus All Types "},"Bioenergy Liquid ","…",null,1]
["Const",null,null,null,"TRA","lever selection Action Start-Non-Road Mobile Machinery -Bioenergy Liquid ","LvrStart.nrm.fBiL.","…",{"$f":" User_LvrStart.nrm.fBiL.","v":2020},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$74","v":"LvrStart."},"…",{"$f":"$G$400","v":"nrm."},"fBiL.","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$74","v":"lever selection Action Start"},"…",{"$f":"$F$400","v":"Non-Road Mobile Machinery "},"Bioenergy Liquid ","…",null,1]
["TS",null,null,null,"TRA",{"$f":"SUBSTITUTE( SUBSTITUTE(CA6172 & BV6172 & BW6172 & \"-\" & BX6172 & \"-\" & BY6172 & \"-\" & BZ6172, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Energy Intensity -Car Electric -Electricity "},{"$f":"SUBSTITUTE(AG6172 & AB6172 & AC6172 & AD6172 & AE6172 & AF6172, \"…\", \"\")","v":"su_EIn.carE.fElc."},"MJ/km","…",0.65455807500000007,0.59643731541330713,0.54496107804736804,0.49557364286975997,0.47680141104876594,0.45816171584081394,0.44147987948012757,0.42499366729178034,{"$f":"INDEX(su_EIn.carE.fElc., 0, PrevPrdColR.)","v":0.42499366729178034},0.42499366729178034,0.42499366729178034,0.42499366729178034,0.42499366729178034,0.42499366729178034,0.42499366729178034,0.42499366729178034,0.42499366729178034,0.42499366729178034,{"$f":"$G$30","v":"su_"},{"$f":"$G$143","v":"EIn."},"…",{"$f":"$G$406","v":"carE."},{"$f":"$G$721","v":"fElc."},"…","Model Input","Source","su","UKTM v0.19","…","ME21","…","…","Energy intensity in terms of electrical energy consumed per unit distance travelled by an electric car. Values only available 2015 - 2050. The energy intensity is assumed to remain constant 2050 - 2100.","…","…","Green","…","Figures received in the last year","…","…","…","…","…",null,"…","^='[EnergyIntensityCars_UKTMv0.19_26032019.xlsx]Car and Motorcycle'!D$21","^='[EnergyIntensityCars_UKTMv0.19_26032019.xlsx]Car and Motorcycle'!E$21","^='[EnergyIntensityCars_UKTMv0.19_26032019.xlsx]Car and Motorcycle'!F$21","^='[EnergyIntensityCars_UKTMv0.19_26032019.xlsx]Car and Motorcycle'!G$21","^='[EnergyIntensityCars_UKTMv0.19_26032019.xlsx]Car and Motorcycle'!H$21","^='[EnergyIntensityCars_UKTMv0.19_26032019.xlsx]Car and Motorcycle'!I$21","^='[EnergyIntensityCars_UKTMv0.19_26032019.xlsx]Car and Motorcycle'!J$21","^='[EnergyIntensityCars_UKTMv0.19_26032019.xlsx]Car and Motorcycle'!K$21","…","…","…","…","…","…","…","…","…","…",null,{"$f":"$F$30","v":"Source Unit "},{"$f":"$F$143","v":"Energy Intensity "},"…",{"$f":"$F$406","v":"Car Electric "},{"$f":"$F$721","v":"Electricity "},"…",null,1]
["TS",null,null,null,"TRA","Energy Intensity -Car Hydrogen -Hydrogen Gaseous ","EIn.carH2.fH2G.","TWh. / km.","…",{"$f":"EDen.M.fH2G.*FCon.carH2.fH2G.","v":3.7166864330387156E-10},3.3054514461308735E-10,3.102735291100367E-10,2.9135363545115893E-10,2.8244562050773196E-10,2.7353760556430504E-10,2.6643458972564327E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,2.5933157388698129E-10,"…","EIn.","…",{"$f":"$G$407","v":"carH2."},{"$f":"$G$728","v":"fH2G."},"…","Transformation","Transformation","pu","…","…","…","…","…","Energy intensity in terms of energy consumed per vehicle distance travelled for hydrogen fuel cell driven cars. Calculated by multiplying the fuel consumption efficiency of a hydrogen car (in mass per unit distance) by the energy density of hydrogen (in energy per unit mass).This assumes that the energy density is the useful energy output per unit mass/volume. This also assumes that the split of diesel/petrol use is the same in plug-in hybrid electric cars as in Internal combustion cars.","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Intensity ","…",{"$f":"$F$407","v":"Car Hydrogen "},{"$f":"$F$728","v":"Hydrogen Gaseous "},"…",null,1]
["TS",null,null,null,"TRA","Energy Intensity -Train Freight Internal Combustion Engine -Bioenergy Liquid ","EIn.trnFIC.fBiL.","TWh. / km.","…",{"$f":"EIn.trnFIC.fFsL.","v":3.8580246913580247E-8},3.7037037037037036E-8,3.654970760233918E-8,3.607503607503607E-8,3.5842293906810036E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,3.5612535612535611E-8,"…","EIn.","…",{"$f":"$G$429","v":"trnFIC."},{"$f":"$G$723","v":"fBiL."},"…","Transformation","Assumption","pu","…","…","…","…","…","Energy intensity in terms of energy consumed per unit distance travelled for biodiesel freight trains converted to user preference units. The energy intensity of a biofuel is assumed to be the same as it's fossil fuel equivalent.","…","…","Green","…","Reasonable assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Intensity ","…",{"$f":"$F$429","v":"Train Freight Internal Combustion Engine "},{"$f":"$F$723","v":"Bioenergy Liquid "},"…",null,1]
["TS",null,null,null,"TRA","Energy Intensity -Shipping International Internal Combustion Engine -Bioenergy Liquid ","EIn.shpIIC.fBiL.","TWh. / km.","…",{"$f":"EIn.shpIIC.fFsL.","v":4.4527437802386903E-7},4.0337173156727959E-7,3.6455337539028269E-7,3.1226172740013469E-7,2.8937561115014419E-7,2.7504990920856032E-7,2.5864213755143006E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,2.2792574192470771E-7,"…","EIn.","…",{"$f":"$G$431","v":"shpIIC."},{"$f":"$G$723","v":"fBiL."},"…","Transformation","Assumption","pu","…","…","…","…","…","Energy Intensity of biofuel fuelled international shipping converted to energy consumed per vehicle distance travelled in preference units.","…","…","Green","…","Reasonable assumption based on UKTM assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Intensity ","…",{"$f":"$F$431","v":"Shipping International Internal Combustion Engine "},{"$f":"$F$723","v":"Bioenergy Liquid "},"…",null,1]
["TS",null,null,null,"TRA","Energy Balance -Non-Road Mobile Machinery Internal Combustion Engine -Fossil Fuel Liquid ","EB.nrmIC.fFsL.","TWh.","…",{"$f":" -Actv.nrmIC. * EIn.nrmIC.fFsL. * (1 -Shr.nrm.fBiL.)","v":-5.5555555555555556E-4},-5.5555555555555556E-4,-5.5351851851851851E-4,-5.5148148148148146E-4,-5.4944444444444442E-4,-5.4740740740740737E-4,-5.4537037037037043E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,-5.4333333333333328E-4,"…","EB.","…",{"$f":"$G$432","v":"nrmIC."},{"$f":"$G$726","v":"fFsL."},"…","Transformation","Transformation","pu","…","…","…","…","…","…","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…",{"$f":"$F$432","v":"Non-Road Mobile Machinery Internal Combustion Engine "},{"$f":"$F$726","v":"Fossil Fuel Liquid "},"…",null,1]
[null,null,"Energy - Fuelling Infrastructure",null,"TRA",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"TRA","Energy Balance -Light Duty Vehicles Internal Combustion Engine Refuelling Infrastructure -Distribution Losses ","EB.LVICref.lsDst.","TWh.","…",{"$f":" -EB.LVICref.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…",{"$f":"$G$443","v":"LVICref."},{"$f":"$G$761","v":"lsDst."},"…","Transformation","Transformation","pu","…","…","…","…","…","Energy requirements in charging infrastructure deemed negligible.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…",{"$f":"$F$443","v":"Light Duty Vehicles Internal Combustion Engine Refuelling Infrastructure "},{"$f":"$F$761","v":"Distribution Losses "},"…",null,1]
["TS",null,null,null,"TRA","Emissions -CO2 -Car Internal Combustion Engine ","Em.CO2.carIC.","Mt.","…",{"$f":" -(EB.carIC.fFsL. * EmF.CO2.fFsL.) -(EB.carIC.fBiL. * EmF.CO2.fBiL.)","v":60.228485283528528},50.624331542424891,47.761794122241483,43.743555077389217,44.085015234784393,44.127939118953563,44.372136928411607,44.417715977410914,45.16787190945017,45.878526724585527,46.589592705042087,47.342254050314693,48.144052805458308,48.969387191163449,49.794809315075199,50.620186709705159,51.458670930808331,52.31466207811912,"…","Em.","CO2.",{"$f":"$G$409","v":"carIC."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","CO2 ",{"$f":"$F$409","v":"Car Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -CH4 -HGV _Articulated Plug-in Hybrid Electric Vehicle ","Em.CH4.hgvAPHEV.","Mt.","…",{"$f":" -(EB.hgvAPHEV.fElc. * EmF.CH4.fElc.) -(EB.hgvAPHEV.fFsL. * EmF.CH4.fFsL.) -(EB.hgvAPHEV.fBiL. * EmF.CH4.fBiL.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","CH4.",{"$f":"$G$420","v":"hgvAPHEV."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","CH4 ",{"$f":"$F$420","v":"HGV _Articulated Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -Greenhouse Gases (All) -Car Hydrogen ","Em.GHG.carH2.","Mt.","…",{"$f":" +Em.CO2.carH2. +Em.CH4.carH2. +Em.N2O.carH2.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","GHG.",{"$f":"$G$407","v":"carH2."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","…","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ",{"$f":"$F$407","v":"Car Hydrogen "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Emissions Factor -PM10 -HGV _Articulated Electric ","su_EmF.PM10.hgvAE.","g. / km.","…",999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,"su_","EmF.","PM10.",{"$f":"$G$418","v":"hgvAE."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","PM10 ",{"$f":"$F$418","v":"HGV _Articulated Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Emissions Factor -NOX -Train Freight Internal Combustion Engine ","su_EmF.NOX.trnFIC.","g. / km.","…",999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,"su_","EmF.","NOX.",{"$f":"$G$429","v":"trnFIC."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NOX ",{"$f":"$F$429","v":"Train Freight Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Emissions Factor -SO2 -LGV (van) Hydrogen ","su_EmF.SO2.lgvH2.","g. / km.","…",999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,"su_","EmF.","SO2.",{"$f":"$G$411","v":"lgvH2."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","SO2 ",{"$f":"$F$411","v":"LGV (van) Hydrogen "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Emissions Factor -NMVOC -Bus Electric ","su_EmF.NMVOC.busE.","g. / km.","…",999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,"su_","EmF.","NMVOC.",{"$f":"$G$422","v":"busE."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NMVOC ",{"$f":"$F$422","v":"Bus Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Emissions Factor -NH3 -Car Internal Combustion Engine ","su_EmF.NH3.carIC.","g. / km.","…",999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,"su_","EmF.","NH3.",{"$f":"$G$409","v":"carIC."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NH3 ",{"$f":"$F$409","v":"Car Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions Factor -PM10 -HGV _Articulated Plug-in Hybrid Electric Vehicle ","EmF.PM10.hgvAPHEV.","kt. / km.","…",{"$f":" su_EmF.PM10.hgvAPHEV. * uc_AQ.g. / uc_km.","v":9.9999900000000011E-4},9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,"…","EmF.","PM10.",{"$f":"$G$420","v":"hgvAPHEV."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","PM10 ",{"$f":"$F$420","v":"HGV _Articulated Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions Factor -PM10 -Train Passenger Electric ","EmF.PM10.trnPE.","kt. / km.","…",{"$f":" su_EmF.PM10.trnPE. * uc_AQ.g. / uc_km.","v":9.9999900000000011E-4},9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,"…","EmF.","PM10.",{"$f":"$G$426","v":"trnPE."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","PM10 ",{"$f":"$F$426","v":"Train Passenger Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions Factor -SO2 -Car Internal Combustion Engine ","EmF.SO2.carIC.","kt. / km.","…",{"$f":" su_EmF.SO2.carIC. * uc_AQ.g. / uc_km.","v":9.9999900000000011E-4},9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,"…","EmF.","SO2.",{"$f":"$G$409","v":"carIC."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","SO2 ",{"$f":"$F$409","v":"Car Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions Factor -NMVOC -Bus Hydrogen ","EmF.NMVOC.busH2.","kt. / km.","…",{"$f":" su_EmF.NMVOC.busH2. * uc_AQ.g. / uc_km.","v":9.9999900000000011E-4},9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,"…","EmF.","NMVOC.",{"$f":"$G$423","v":"busH2."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NMVOC ",{"$f":"$F$423","v":"Bus Hydrogen "},"…","…",null,1]
["TS",null,null,null,"TRA",{"$f":"SUBSTITUTE( SUBSTITUTE(CA6814 & BV6814 & BW6814 & \"-\" & BX6814 & \"-\" & BY6814 & \"-\" & BZ6814, \"-…\", \"\"), \"…\", \"\")","v":"Emissions Factor -NH3 -Car Electric "},{"$f":"SUBSTITUTE(AG6814 & AB6814 & AC6814 & AD6814 & AE6814 & AF6814, \"…\", \"\")","v":"EmF.NH3.carE."},{"$f":" PrefUnit.Mass.AQ. &\" / \"& PrefUnit.Distance.","v":"kt. / km."},"…",{"$f":" su_EmF.NH3.carE. * uc_AQ.g. / uc_km.","v":9.9999900000000011E-4},9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,9.9999900000000011E-4,"…",{"$f":"$G$238","v":"EmF."},{"$f":"$G$384","v":"NH3."},{"$f":"$G$406","v":"carE."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$238","v":"Emissions Factor "},{"$f":"$F$384","v":"NH3 "},{"$f":"$F$406","v":"Car Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -PM10 -HGV _Articulated Internal Combustion Engine ","Em.PM10.hgvAIC.","kt.","…",{"$f":" Actv.hgvAIC. * EmF.PM10.hgvAIC.","v":12386806.772729808},13098779.88197777,13834644.203504093,14596301.469456453,15549172.225649867,16556311.841641944,17558216.152227368,18555337.566212267,19546445.825452816,20536278.497930892,21525243.230634946,22512728.369632434,23497888.867584094,24480203.015824135,25459807.274240479,26437449.096257992,27413845.645450469,28389340.153545227,"…","Em.","PM10.",{"$f":"$G$421","v":"hgvAIC."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Air Quality emissions calculated by multiplying the activity of the vehicle type by the emissions factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM10 ",{"$f":"$F$421","v":"HGV _Articulated Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -PM10 -Train Passenger Internal Combustion Engine ","Em.PM10.trnPIC.","kt.","…",{"$f":" Actv.trnPIC. * EmF.PM10.trnPIC.","v":232627.40197613512},240712.70107863258,247180.15202019957,253953.34547484061,260068.9349179159,265425.12580104329,271747.99586452282,277178.93670456781,281860.11895425856,286294.80321680324,290732.05326563452,295428.86999271228,300432.31786280929,305582.63463217689,310733.49891242577,315884.0840694803,321116.45947948861,326458.08299207065,"…","Em.","PM10.",{"$f":"$G$427","v":"trnPIC."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Air Quality emissions calculated by multiplying the activity of the vehicle type by the emissions factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM10 ",{"$f":"$F$427","v":"Train Passenger Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -SO2 -HGV _Rigid Electric ","Em.SO2.hgvRE.","kt.","…",{"$f":" Actv.hgvRE. * EmF.SO2.hgvRE.","v":13655.042011775451},14065.096958917235,11895.638220591327,9725.2370920930007,7407.3685729114823,5014.4695370703876,2545.0584352505766,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","SO2.",{"$f":"$G$414","v":"hgvRE."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Air Quality emissions calculated by multiplying the activity of the vehicle type by the emissions factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","SO2 ",{"$f":"$F$414","v":"HGV _Rigid Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -NMVOC -Bus Internal Combustion Engine ","Em.NMVOC.busIC.","kt.","…",{"$f":" Actv.busIC. * EmF.NMVOC.busIC.","v":4427121.4946941733},4413223.5846977336,4393610.9433290446,4368764.5370875122,4321792.546961748,4251873.3502750397,4186636.4198139287,4096453.9135644305,4165637.552028609,4231178.1732558496,4296756.7144830758,4366171.4163781181,4440117.8491498875,4516234.8713767938,4592359.9853191813,4668480.9740732852,4745810.7487682961,4824755.1115797702,"…","Em.","NMVOC.",{"$f":"$G$425","v":"busIC."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Air Quality emissions calculated by multiplying the activity of the vehicle type by the emissions factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NMVOC ",{"$f":"$F$425","v":"Bus Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -NH3 -Car Plug-in Hybrid Electric Vehicle ","Em.NH3.carPHEV.","kt.","…",{"$f":" Actv.carPHEV. * EmF.NH3.carPHEV.","v":815796.63160613121},893019.9340613496,790077.25185135333,665178.39621981687,523615.36425500555,364318.39402286895,189672.78365434732,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","NH3.",{"$f":"$G$408","v":"carPHEV."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Air Quality emissions calculated by multiplying the activity of the vehicle type by the emissions factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NH3 ",{"$f":"$F$408","v":"Car Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -NH3 -HGV _Articulated Electric ","Em.NH3.hgvAE.","kt.","…",{"$f":" Actv.hgvAE. * EmF.NH3.hgvAE.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","NH3.",{"$f":"$G$418","v":"hgvAE."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Air Quality emissions calculated by multiplying the activity of the vehicle type by the emissions factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NH3 ",{"$f":"$F$418","v":"HGV _Articulated Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -N2O -Bus Electric Refuelling Infrastructure ","Em.N2O.busEref.","Mt.","…",{"$f":" -EB.busEref.fElc. * EmF.N2O.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","N2O.",{"$f":"$G$447","v":"busEref."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by summing net fuel input multiplied by the emissions factor, for each fuel consumed. (negative sign used as fuel inputs are negative in the energy balance)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","N2O ",{"$f":"$F$447","v":"Bus Electric Refuelling Infrastructure "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Emissions Factor -SO2 -Bus Hydrogen Refuelling Infrastructure ","su_EmF.SO2.busH2ref.","kt. / PJ.","…",999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,"su_","EmF.","SO2.",{"$f":"$G$448","v":"busH2ref."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","SO2 ",{"$f":"$F$448","v":"Bus Hydrogen Refuelling Infrastructure "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions Factor -PM10 -HGV _Articulated Hydrogen Refuelling Infrastructure ","EmF.PM10.hgvAH2ref.","kt. / TWh.","…",{"$f":" su_EmF.PM10.hgvAH2ref. * uc_AQ.kt. / uc_PJ.","v":3599996.4},3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,"…","EmF.","PM10.",{"$f":"$G$445","v":"hgvAH2ref."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","PM10 ",{"$f":"$F$445","v":"HGV _Articulated Hydrogen Refuelling Infrastructure "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions Factor -PM2.5 -Light Duty Vehicles Hydrogen Refuelling Infrastructure ","EmF.PM2.5.LVH2ref.","kt. / TWh.","…",{"$f":" su_EmF.PM2.5.LVH2ref. * uc_AQ.kt. / uc_PJ.","v":3599996.4},3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,"…","EmF.","PM2.5.",{"$f":"$G$442","v":"LVH2ref."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","PM2.5 ",{"$f":"$F$442","v":"Light Duty Vehicles Hydrogen Refuelling Infrastructure "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions Factor -NH3 -Light Duty Vehicles Hydrogen Refuelling Infrastructure ","EmF.NH3.LVH2ref.","kt. / TWh.","…",{"$f":" su_EmF.NH3.LVH2ref. * uc_AQ.kt. / uc_PJ.","v":3599996.4},3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,3599996.4,"…","EmF.","NH3.",{"$f":"$G$442","v":"LVH2ref."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NH3 ",{"$f":"$F$442","v":"Light Duty Vehicles Hydrogen Refuelling Infrastructure "},"…","…",null,1]
["TS",null,null,null,"TRA","Emissions -NMVOC -Bus Electric Refuelling Infrastructure ","Em.NMVOC.busEref.","kt.","…",{"$f":" Actv.busEref. * EmF.NMVOC.busEref.","v":14887.642819422419},13523.12468848159,10248.931450432161,7412.5013219042048,5290.2613246266255,3333.4966220710394,1581.1154066817403,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","NMVOC.",{"$f":"$G$447","v":"busEref."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Air Quality emissions calculated by multiplying the activity (energy delivered) of the infrastructure type by the emissions factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NMVOC ",{"$f":"$F$447","v":"Bus Electric Refuelling Infrastructure "},"…","…",null,1]
["Const",null,null,null,"TRA","Capacity Base Year -Shipping International ","CapBY.shpI.","Vehicles",299,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CapBY.","…",{"$f":"$G$402","v":"shpI."},"…","…","Model Input","Source","su","Department for Transport Statistics, World Fleet Statistics, Table FLE0701.","…","SP36","…","…","The number of UK managed international vessels in 2015.The figure taken for this assumption is actually defined as the total number of 'trading' vessels rather than domestic vessels. This is because no data could be found with a domestic/international split and the types of vessel described in the non-trading and trading categories appeared to roughly match those one would expect for domestic and international vessels respectively.","…","…","Red","…","uncertainty in domestic/international vs. non-trading/trading split assumption","…","…","Suggest contacting DfT shipping to determine reasoning behind domestic/international shipping split request and whether considering the split as trading / none trading (I.e. fishing trawlers, oil tankers etc?) is suitable?","…","…",null,"\"=[1.SP36_fle0701.ods]fle0701!$B$30","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Base Year ","…",{"$f":"$F$402","v":"Shipping International "},"…","…",null,1]
["TS",null,null,null,"TRA","Capacity Required -Shipping Domestic ","CapReq.shpD.","Vehicles","…",{"$f":" Actv.shpD.dDVh. / RngBY.shpD.","v":1037},964.78202503121327,912.55050016568339,794.70259319875311,758.68187747751983,742.92990976937767,735.58192661557314,726.52717428691608,726.52717428691608,726.52717428691608,726.52717428691608,726.52717428691608,726.52717428691608,726.52717428691608,726.52717428691608,726.52717428691608,726.52717428691608,726.52717428691608,"…","CapReq.","…",{"$f":"$G$401","v":"shpD."},"…","…","Transformation","Transformation","su","…","…","…","…","…","Number of vehicle required to satisfy transport demand of mode. Calculated by dividing the total distance travelled by the mode by the range/millage of the average vehicle. Assumes that the average range of a vehicle is constant (base year level) meaning changes in the total demand for travel represent more/less vehicles.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…",{"$f":"$F$401","v":"Shipping Domestic "},"…","…",null,1]
[null,null,null,null,"TRA",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"TRA","Scrappage Decision -Train Passenger Electric ","Scrap.trnPE.","…","YES","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Scrap.","…",{"$f":"$G$426","v":"trnPE."},"…","…","Model Input","Source","nu","…","…","…","…","Modelling Decision","Vehicles that are not in use will be taken off the road.","…","…","Green","…","Modelling judgement.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Scrappage Decision ","…",{"$f":"$F$426","v":"Train Passenger Electric "},"…","…",null,1]
["Const",null,null,null,"TRA","Lifetime -Train Passenger Electric ","Life.trnPE.","Year.",40,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Life.","…",{"$f":"$G$426","v":"trnPE."},"…","…","Model Input","Source","su","…","UKTM","BF10","…","…","Technology lifetime. Length of time each unit of capacity is assumed to be available for if not retired/scrapped early.","…","…","Red","…","No source reference given in UKTM.","…","…","…","…","…",null,"\"=[multi_sector_working_UKTM_v1.2.3_d0.6.1_180125.xlsx]data!$Q$46480","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime ","…",{"$f":"$F$426","v":"Train Passenger Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Capacity Required -Train Passenger Electric ","CapReq.trnPE.","Vehicles","…",{"$f":" CapReq.trnPALL. * Shr.trnPE.","v":8905.7807088418285},9215.3138943589202,9484.8938055417111,9767.4513555035574,10025.936080068781,10256.243296350667,10525.025645903545,10760.396409951296,10942.125141841156,11114.284546106473,11286.54355706585,11468.879236858556,11663.118680659276,11863.059739435628,12063.022053196908,12262.973531083519,12466.10019809062,12673.467998658243,"…","CapReq.","…",{"$f":"$G$426","v":"trnPE."},"…","…","Transformation","Assumption","su","…","…","…","…","…","Number of vehicles required to satisfy share of demand. Calculated by multiplying the total number of vehicles required for the mode by the share of demand met by this vehicle type. Assumes that each vehicle type has the same average range.","…","…","Green","…","Assumes that each vehicle type has the same average range is likely to be a reasonable approximation and is required in order to assume vehicle types can be swapped.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…",{"$f":"$F$426","v":"Train Passenger Electric "},"…","…",null,1]
["TS",null,null,null,"TRA",{"$f":"SUBSTITUTE( SUBSTITUTE(CA7421 & BV7421 & BW7421 & \"-\" & BX7421 & \"-\" & BY7421 & \"-\" & BZ7421, \"-…\", \"\"), \"…\", \"\")","v":"Capacity Required -Bus Electric Refuelling Infrastructure "},{"$f":"SUBSTITUTE(AG7421 & AB7421 & AC7421 & AD7421 & AE7421 & AF7421, \"…\", \"\")","v":"CapReq.busEref."},"Charge Points","…",{"$f":" +(CapReq.busE. * CapUnit.busE.busEref.) +(CapReq.busPHEV. * CapUnit.busPHEV.busEref.)","v":18.449151802212484},18.391235015522735,15.25498382356594,12.132637781395161,8.9999115658351023,5.9017372613169119,2.9050345621212359,0,0,0,0,0,0,0,0,0,0,0,"…","CapReq.","…",{"$f":"$G$447","v":"busEref."},"…","…","Transformation","Assumption","su","…","…","…","…","…","Total number of electric charge points suitable for busses. Calculated as the number of vehicles required multiplied by the charge points required per vehicle.","…","…","Amber","Medium","In the early years this would give a bad approximation because there would need to be a certain level of infrastructure deployment before consumers would adopt the technology.  However in later years, when there is high penetration, this approximation would be defensible. Simplification will underestimate the capacity (and therefore costs) of refuelling infrastructure at lower levels of deployment.","The impact will be on the technology costs.","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…",{"$f":"$F$447","v":"Bus Electric Refuelling Infrastructure "},"…","…",null,1]
["TS",null,null,null,"TRA","Capacity New -Bus Electric Refuelling Infrastructure ","CapNwI.busEref.",{"$f":"OFFSET(CapNwI.busEref.fts., 0, -2)","v":"Charge Points"},"…",{"$f":" SUMIFS(CapNwI.busEref.fts., PrdEnd.fts., Prd.)","v":0},4.5543711638633759,1.4760367585963294,1.4899419083823418,1.4795617349930552,1.4561968593451855,0,0,0,0,0,0,0,0,0,0,0,0,"…","CapNwI.","…",{"$f":"$G$447","v":"busEref."},"…","…","Transformation","Lookup","su","…","…","…","…","…","Newly installed capacity in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity New ","…",{"$f":"$F$447","v":"Bus Electric Refuelling Infrastructure "},"…","…","= SUMIFS(CapNwI.busEref.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"TRA","Capacity -Bus Electric Refuelling Infrastructure ","Cap.busEref.",{"$f":"OFFSET(Cap.busEref.fts., 0, -2)","v":"Charge Points"},"…",{"$f":" SUMIFS(Cap.busEref.fts., Year., Prd.)","v":18.449151802212484},18.391235015522735,15.25498382356594,12.132637781395161,8.9999115658351023,5.9017372613169119,2.9050345621212359,0,0,0,0,0,0,0,0,0,0,0,"…","Cap.","…",{"$f":"$G$447","v":"busEref."},"…","…","Transformation","Lookup","su","…","…","…","…","…","Total capacity in the current period year. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years equal to the current period (looks up the value in the year of the current period).","…","…","Green","…","Simply looks up another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity ","…",{"$f":"$F$447","v":"Bus Electric Refuelling Infrastructure "},"…","…","= SUMIFS(Cap.busEref.fts., Year., Prd.)",1]
["Const",null,null,null,"TRA","Lifetime Economic -Light Duty Vehicles Internal Combustion Engine Refuelling Infrastructure ","LifeEcn.LVICref.","Year.",10,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LifeEcn.","…",{"$f":"$G$443","v":"LVICref."},"…","…","Model Input","Source","su","…","…","…","…","…","Length of time the capital cost is spread over.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime Economic ","…",{"$f":"$F$443","v":"Light Duty Vehicles Internal Combustion Engine Refuelling Infrastructure "},"…","…",null,1]
["Const",null,null,null,"TRA","Cost of Capital -HGV _Articulated Internal Combustion Engine Refuelling Infrastructure ","CoC.hgvAICref.","…",0.08,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CoC.","…",{"$f":"$G$446","v":"hgvAICref."},"…","…","Model Input","Source","nu","…","…","…","…","…","Interest rate payable when the capital cost is spread over the economic lifetime.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost of Capital ","…",{"$f":"$F$446","v":"HGV _Articulated Internal Combustion Engine Refuelling Infrastructure "},"…","…",null,1]
["Const",null,null,null,"TRA","Annualisation Factor  -LGV (van) Plug-in Hybrid Electric Vehicle ","AnnF.lgvPHEV.","…",{"$f":" CoC.lgvPHEV. / (1 -(1 +CoC.lgvPHEV.) ^ -LifeEcn.lgvPHEV.)","v":0.38803351404632802},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AnnF.","…",{"$f":"$G$412","v":"lgvPHEV."},"…","…","Transformation","Transformation","nu","…","…","…","…","…","Annualisation factor for capital costs. The fraction of the total capital cost that must be paid in each year of the economic lifetime. This assumes that the capital cost is spread evenly over the economic lifetime with interest charged at the cost of capital. ","…","…","Green","…","…","…","…","Consider implementing an IF criteria to test if the Cost of capital is zero (otherwise formula will evaluate to a Div0 error.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Annualisation Factor  ","…",{"$f":"$F$412","v":"LGV (van) Plug-in Hybrid Electric Vehicle "},"…","…","= CoC.lgvPHEV. / (1 -(1 +CoC.lgvPHEV.) ^ -LifeEcn.lgvPHEV.)",1]
["TS",null,null,null,"TRA","Source Unit Cost Capital per Unit -Point-LGV (van) Internal Combustion Engine ","su_cstCapUnit_P.lgvIC.","GBP.2010. / vehicle","…",17359.358946842454,18144.229704172365,17987.119943371021,17884.456974114164,18380.392240116016,18876.327506117876,19280.05379367253,19683.780081227222,19683.780081227222,19683.780081227222,19683.780081227222,19683.780081227222,19683.780081227222,19683.780081227222,19683.780081227222,19683.780081227222,19683.780081227222,19683.780081227222,"su_","cstCapUnit_P.","…",{"$f":"$G$413","v":"lgvIC."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Point","…",{"$f":"$F$413","v":"LGV (van) Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Cost Capital per Unit -High -HGV _Rigid Electric ","su_cstCapUnit_H.hgvRE.","GBP.2010. / vehicle","…",103788.9855072464,83906.086956521744,77715.769043478271,71244.275979130442,73248.968638330451,75305.351293506799,76998.172784252019,78728.584994109639,80303.156693991841,81909.219827871682,83547.404224429105,85218.352308917689,86922.719355096051,88661.173742197978,90434.397217041944,92243.085161382769,94087.946864610436,95969.705801902644,"su_","cstCapUnit_H.","…",{"$f":"$G$414","v":"hgvRE."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -High ","…",{"$f":"$F$414","v":"HGV _Rigid Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Cost Capital per Unit -Low -HGV _Articulated Hydrogen ","su_cstCapUnit_L.hgvAH2.","GBP.2010. / vehicle","…",263888.88888888888,154478.26086956525,120097.76086956522,86389.423043478266,78912.730193478274,71576.932258173925,69997.0024119874,68441.513469498794,67757.098334803799,67079.527351455763,66408.732077941211,65744.64475716179,65087.198309590174,64436.326326494265,63791.963063229319,63154.043432597027,62522.502998271062,61897.277968288356,"su_","cstCapUnit_L.","…",{"$f":"$G$419","v":"hgvAH2."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Low ","…",{"$f":"$F$419","v":"HGV _Articulated Hydrogen "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Cost Capital per Unit -Low -Bus Internal Combustion Engine ","su_cstCapUnit_L.busIC.","GBP.2010. / vehicle","…",119699.41059538609,120137.00618407855,118935.63612223776,118769.29231567073,118594.38182162284,118411.09260822435,118193.31851124697,117968.05878694827,116788.37819907877,115620.49441708799,114464.28947291711,113319.64657818794,112186.45011240606,111064.58561128199,109953.93975516917,108854.40035761747,107765.8563540413,106688.1977905009,"su_","cstCapUnit_L.","…",{"$f":"$G$425","v":"busIC."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Low ","…",{"$f":"$F$425","v":"Bus Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Cost Capital per Unit -Point-Non-Road Mobile Machinery Internal Combustion Engine ","cstCapUnit_P.nrmIC.","GBP.2016. / vehicle","…",{"$f":" su_cstCapUnit_P.nrmIC. * uc_GBP.2010.","v":110036.7852973249},110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,110036.7852973249,"…","cstCapUnit_P.","…",{"$f":"$G$432","v":"nrmIC."},"…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -Point","…",{"$f":"$F$432","v":"Non-Road Mobile Machinery Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Cost Capital per Unit -High -Shipping Domestic Internal Combustion Engine ","cstCapUnit_H.shpDIC.","GBP.2016. / vehicle","…",{"$f":" su_cstCapUnit_H.shpDIC. * uc_GBP.2010.","v":1210404.6382705739},1234612.7310359853,1259304.9856567055,1284491.0853698396,1310180.9070772361,1336384.5252187811,1363112.2157231567,1390374.46003762,1418181.9492383723,1446545.5882231398,1475476.4999876025,1504986.0299873545,1535085.7505871018,1565787.4655988438,1597103.2149108206,1629045.2792090371,1661626.184793218,1694858.7084890825,"…","cstCapUnit_H.","…",{"$f":"$G$430","v":"shpDIC."},"…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -High ","…",{"$f":"$F$430","v":"Shipping Domestic Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Cost Capital per Unit -Low -Shipping International Internal Combustion Engine ","cstCapUnit_L.shpIIC.","GBP.2016. / vehicle","…",{"$f":" su_cstCapUnit_L.shpIIC. * uc_GBP.2010.","v":52267473.016229331},51744798.286067031,51227350.303206362,50715076.800174303,50207926.032172561,49705846.771850832,49208788.30413232,48716700.421091005,48229533.416880094,47747238.082711287,47269765.70188418,46797068.044865333,46329097.364416681,45865806.390772514,45407148.326864786,44953076.843596131,44503546.075160176,44058510.614408575,"…","cstCapUnit_L.","…",{"$f":"$G$431","v":"shpIIC."},"…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -Low ","…",{"$f":"$F$431","v":"Shipping International Internal Combustion Engine "},"…","…",null,1]
[null,null,null,"Annual Capital Costs payment per unit of capacity","TRA",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"TRA","Cost Capital per Unit Annualised -High -Bus Electric ","cstCapUnitAnn_H.busE.","GBP.2016. / vehicle","…",{"$f":" cstCapUnit_H.busE. * AnnF.busE.","v":135055.87577766337},87357.293124165619,86320.781295988942,85207.866077435581,84015.905937621646,82742.184245784199,81383.907323898224,79938.202451438498,81536.966500467272,83167.705830476596,84831.059947086149,86527.68114602787,88258.23476894843,90023.399464327405,91823.867453613944,93660.344802686217,95533.551698739961,97444.222732714756,"…","cstCapUnitAnn_H.","…",{"$f":"$G$422","v":"busE."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost per vehicle. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -High ","…",{"$f":"$F$422","v":"Bus Electric "},"…","…",null,1]
["TS",null,null,null,"TRA",{"$f":"SUBSTITUTE( SUBSTITUTE(CA7926 & BV7926 & BW7926 & \"-\" & BX7926 & \"-\" & BY7926 & \"-\" & BZ7926, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital per Unit Annualised -Low -Cycling "},{"$f":"SUBSTITUTE(AG7926 & AB7926 & AC7926 & AD7926 & AE7926 & AF7926, \"…\", \"\")","v":"cstCapUnitAnn_L.Cyc."},{"$f":"PrefUnit.Cost. &\" / vehicle\"","v":"GBP.2016. / vehicle"},"…",{"$f":" cstCapUnit_L.Cyc. * AnnF.Cyc.","v":170.7918418931292},170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,170.7918418931292,"…",{"$f":"$G$357","v":"cstCapUnitAnn_L."},"…",{"$f":"$G$391","v":"Cyc."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost per vehicle. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$357","v":"Cost Capital per Unit Annualised -Low "},"…",{"$f":"$F$391","v":"Cycling "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Cost Operation and Maintenance per Unit -Point-LGV (van) Electric ","su_cstOaMUnit_P.lgvE.","GBP.2010. / vehicle","…",2591.7285736999243,2621.4696200222252,2468.0185702195085,2416.0759568478779,2427.5752038730416,2439.0744508982048,2446.1332310384746,2453.1920111787445,2453.1920111787445,2453.1920111787445,2453.1920111787445,2453.1920111787445,2453.1920111787445,2453.1920111787445,2453.1920111787445,2453.1920111787445,2453.1920111787445,2453.1920111787445,"su_","cstOaMUnit_P.","…",{"$f":"$G$410","v":"lgvE."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -Point","…",{"$f":"$F$410","v":"LGV (van) Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Cost Operation and Maintenance per Unit -High -LGV (van) Hydrogen ","su_cstOaMUnit_H.lgvH2.","GBP.2010. / vehicle","…",3515.3601230107297,3099.6913253769926,3005.5623039250186,2863.2363738776899,2914.0973792323134,2965.8475302515731,3018.4998609013874,3072.0719457650921,3133.5133846803938,3196.1836523740017,3260.1073254214816,3325.3094719299111,3391.8156613685096,3459.6519745958803,3528.8450140877976,3599.4219143695536,3671.4103526569447,3744.8385597100842,"su_","cstOaMUnit_H.","…",{"$f":"$G$411","v":"lgvH2."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -High ","…",{"$f":"$F$411","v":"LGV (van) Hydrogen "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Cost Operation and Maintenance per Unit -High -HGV _Articulated Internal Combustion Engine ","su_cstOaMUnit_H.hgvAIC.","GBP.2010. / vehicle","…",9967.8592184510289,10609.900856554719,10951.109771631349,11301.723082968419,11628.424748294685,11963.673791000821,12272.770039284196,12589.444667982509,12841.23356134216,13098.058232569003,13360.019397220382,13627.219785164789,13899.764180868086,14177.759464485449,14461.314653775158,14750.54094685066,15045.551765787675,15346.462801103429,"su_","cstOaMUnit_H.","…",{"$f":"$G$421","v":"hgvAIC."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -High ","…",{"$f":"$F$421","v":"HGV _Articulated Internal Combustion Engine "},"…","…",null,1]
["TS",null,null,null,"TRA","Source Unit Cost Operation and Maintenance per Unit -Low -Bus Electric ","su_cstOaMUnit_L.busE.","GBP.2010. / vehicle","…",18636.454785807215,11631.461168917554,11285.22648990894,10944.753358363601,10609.961166800185,10280.7703437322,9957.1023410088947,9638.8796213056849,9542.4908250926273,9447.0659168417005,9352.5952576732834,9259.069305096551,9166.4786120455847,9074.8138259251282,8984.0656876658777,8894.2250307892173,8805.282780481326,8717.2299526765128,"su_","cstOaMUnit_L.","…",{"$f":"$G$422","v":"busE."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -Low ","…",{"$f":"$F$422","v":"Bus Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Cost Operation and Maintenance per Unit -Point-Bus Hydrogen ","cstOaMUnit_P.busH2.","GBP.2016. / vehicle","…",{"$f":" su_cstOaMUnit_P.busH2. * uc_GBP.2010.","v":14155.518865789898},13529.067284367633,13230.097624973721,12931.127965579813,12632.158306185906,12333.188646791992,12034.218987398084,11735.249328004174,11735.249328004174,11735.249328004174,11735.249328004174,11735.249328004174,11735.249328004174,11735.249328004174,11735.249328004174,11735.249328004174,11735.249328004174,11735.249328004174,"…","cstOaMUnit_P.","…",{"$f":"$G$423","v":"busH2."},"…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -Point","…",{"$f":"$F$423","v":"Bus Hydrogen "},"…","…",null,1]
["TS",null,null,null,"TRA","Cost Operation and Maintenance per Unit -High -Train Freight Electric ","cstOaMUnit_H.trnFE.","GBP.2016. / vehicle","…",{"$f":" su_cstOaMUnit_H.trnFE. * uc_GBP.2010.","v":363121.39148117218},370383.81931079569,377791.49569701159,385347.32561095187,393054.27212317084,400915.3575656343,408933.66471694701,417112.33801128593,425454.58477151167,433963.67646694195,442642.94999628077,451495.80899620632,460525.72517613048,469736.23967965314,479130.96447324625,488713.58376271115,498487.85543796537,508457.61254672467,"…","cstOaMUnit_H.","…",{"$f":"$G$428","v":"trnFE."},"…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -High ","…",{"$f":"$F$428","v":"Train Freight Electric "},"…","…",null,1]
["TS",null,null,null,"TRA","Cost Operation and Maintenance per Unit -High -HGV _Articulated Electric Refuelling Infrastructure ","cstOaMUnit_H.hgvAEref.",{"$f":"PrefUnit.Cost. &\" / charge point\"","v":"GBP.2016. / charge point"},"…",{"$f":" su_cstOaMUnit_H.hgvAEref. * uc_GBP.2010.","v":121.04046382705741},123.46127310359856,125.93049856567053,128.44910853698394,131.01809070772362,133.63845252187809,136.31122157231567,139.037446003762,141.81819492383721,144.65455882231399,147.54764999876025,150.49860299873546,153.50857505871016,156.57874655988437,159.71032149108208,162.90452792090372,166.16261847932176,169.48587084890823,"…","cstOaMUnit_H.","…",{"$f":"$G$444","v":"hgvAEref."},"…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -High ","…",{"$f":"$F$444","v":"HGV _Articulated Electric Refuelling Infrastructure "},"…","…",null,1]
["TS",null,null,null,"TRA","Cost Operation and Maintenance per Unit -Low -Bus Electric Refuelling Infrastructure ","cstOaMUnit_L.busEref.",{"$f":"PrefUnit.Cost. &\" / charge point\"","v":"GBP.2016. / charge point"},"…",{"$f":" su_cstOaMUnit_L.busEref. * uc_GBP.2010.","v":104.53494603245866},103.48959657213406,102.45470060641273,101.4301536003486,100.41585206434512,99.411693543701659,98.417576608264653,97.43340084218201,96.45906683376019,95.494476165422569,94.539531403768351,93.594136089730668,92.658194728833365,91.731612781545024,90.814296653729556,89.906153687192273,89.007092150320361,88.117021228817165,"…","cstOaMUnit_L.","…",{"$f":"$G$447","v":"busEref."},"…","…","Transformation","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -Low ","…",{"$f":"$F$447","v":"Bus Electric Refuelling Infrastructure "},"…","…",null,1]
["TS",null,null,null,"TRA","Cost Capital -Point-HGV _Articulated Internal Combustion Engine Refuelling Infrastructure ","cstCap_P.hgvAICref.",{"$f":"OFFSET(cstCap_P.hgvAICref.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_P.hgvAICref.fts., PrdEnd.fts., Prd.)","v":0},0.60126642473906544,1.5773836704180944,1.9076948824097673,2.0489617667154896,2.2479634543336253,2.1832740118606306,2.0694611883817835,2.304557829272027,2.6504589998644894,2.6472090900252692,2.5328652422843119,2.7672069071009884,3.1120243687748514,3.1075084593106608,2.9919867863400729,3.2254394256073633,3.5696542589473172,"…","cstCap_P.","…",{"$f":"$G$446","v":"hgvAICref."},"…","…","Transformation","Lookup","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Point","…",{"$f":"$F$446","v":"HGV _Articulated Internal Combustion Engine Refuelling Infrastructure "},"…","…","= SUMIFS(cstCap_P.hgvAICref.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"TRA","Cost Capital -High -Bus Internal Combustion Engine Refuelling Infrastructure ","cstCap_H.busICref.",{"$f":"OFFSET(cstCap_H.busICref.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_H.busICref.fts., PrdEnd.fts., Prd.)","v":0},0.45312410143068138,1.216971887268367,1.539093030636419,1.5547452801876895,1.5515213933519834,1.5479138575793974,1.5528942713292508,1.6254495653744327,1.7380586569640233,1.7833221558001759,1.7916519528453405,1.8779918680559948,2.0086010411477462,2.0636205056736334,2.0760737804343643,2.1729391855934725,2.3191622051998539,"…","cstCap_H.","…",{"$f":"$G$449","v":"busICref."},"…","…","Transformation","Lookup","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -High ","…",{"$f":"$F$449","v":"Bus Internal Combustion Engine Refuelling Infrastructure "},"…","…","= SUMIFS(cstCap_H.busICref.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"TRA","Cost Capital -Low -LGV (van) Internal Combustion Engine ","cstCap_L.lgvIC.",{"$f":"OFFSET(cstCap_L.lgvIC.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_L.lgvIC.fts., PrdEnd.fts., Prd.)","v":0},40803.854426658072,51418.836234299451,58701.617744081261,59778.91182693572,68823.916202603024,70978.995316159344,79967.042373949182,81262.013760465969,88564.515931026777,88791.04397807327,95819.79684590979,95930.747530765846,102705.29295673475,102701.23528411545,109234.65141347429,109131.50921277716,115440.33812420824,"…","cstCap_L.","…",{"$f":"$G$413","v":"lgvIC."},"…","…","Transformation","Lookup","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Low ","…",{"$f":"$F$413","v":"LGV (van) Internal Combustion Engine "},"…","…","= SUMIFS(cstCap_L.lgvIC.fts., PrdEnd.fts., Prd.)",{"$f":"COUNTIF($G$980:$G$17096,G8276)","v":1}]
["TS",null,null,null,"TRA","Cost Operation and Maintenance -Point-HGV _Rigid Electric ","cstOaM_P.hgvRE.",{"$f":"OFFSET(cstOaM_P.hgvRE.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_P.hgvRE.fts., PrdEnd.fts., Prd.)","v":3.7935547048305911},18.175624310687581,15.644816134746552,12.482354539797875,9.6718101882259067,6.9497154838884736,4.1186074605854079,1.1877326394122956,0,0,0,0,0,0,0,0,0,0,"…","cstOaM_P.","…",{"$f":"$G$414","v":"hgvRE."},"…","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Point","…",{"$f":"$F$414","v":"HGV _Rigid Electric "},"…","…","= SUMIFS(cstOaM_P.hgvRE.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"TRA","Cost Operation and Maintenance -High -HGV _Rigid Hydrogen ","cstOaM_H.hgvRH2.",{"$f":"OFFSET(cstOaM_H.hgvRH2.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_H.hgvRH2.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaM_H.","…",{"$f":"$G$415","v":"hgvRH2."},"…","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -High ","…",{"$f":"$F$415","v":"HGV _Rigid Hydrogen "},"…","…","= SUMIFS(cstOaM_H.hgvRH2.fts., PrdEnd.fts., Prd.)",1]
["TS",null,null,null,"TRA","Cost Operation and Maintenance -Low -HGV _Articulated Plug-in Hybrid Electric Vehicle ","cstOaM_L.hgvAPHEV.",{"$f":"OFFSET(cstOaM_L.hgvAPHEV.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_L.hgvAPHEV.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaM_L.","…",{"$f":"$G$420","v":"hgvAPHEV."},"…","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Low ","…",{"$f":"$F$420","v":"HGV _Articulated Plug-in Hybrid Electric Vehicle "},"…","…","= SUMIFS(cstOaM_L.hgvAPHEV.fts., PrdEnd.fts., Prd.)",1]
[null,null,null,null,"TAV",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8466 & BV8466 & BW8466 & \"-\" & BX8466 & \"-\" & BY8466 & \"-\" & BZ8466, \"-…\", \"\"), \"…\", \"\")","v":"Ambition for Deployment Share/Penetration-Aviation International Plug-in Hybrid Electric Vehicle "},{"$f":"SUBSTITUTE(AG8466 & AB8466 & AC8466 & AD8466 & AE8466 & AF8466, \"…\", \"\")","v":"AmbShrPen.aviIPHEV."},"…",{"$f":" User_AmbShrPen.aviIPHEV.","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$57","v":"AmbShrPen."},"…",{"$f":"$G$437","v":"aviIPHEV."},"…","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$57","v":"Ambition for Deployment Share/Penetration"},"…",{"$f":"$F$437","v":"Aviation International Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["Const",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8484 & BV8484 & BW8484 & \"-\" & BX8484 & \"-\" & BY8484 & \"-\" & BZ8484, \"-…\", \"\"), \"…\", \"\")","v":"Share Base Year -Aviation Domestic Plug-in Hybrid Electric Vehicle "},{"$f":"SUBSTITUTE(AG8484 & AB8484 & AC8484 & AD8484 & AE8484 & AF8484, \"…\", \"\")","v":"ShrBY.aviDPHEV."},"…",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$99","v":"ShrBY."},"…",{"$f":"$G$435","v":"aviDPHEV."},"…","…","Model Input","Source","nu","…","…","…","…","…","No data available as currently only 2-3-seater prototypes exist. ","…","…","Green","…","No data available as currently only 2-3-seater prototypes exist. ","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$99","v":"Share Base Year "},"…",{"$f":"$F$435","v":"Aviation Domestic Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["TS",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8523 & BV8523 & BW8523 & \"-\" & BX8523 & \"-\" & BY8523 & \"-\" & BZ8523, \"-…\", \"\"), \"…\", \"\")","v":"Share -Aviation Domestic -Bioenergy Liquid "},{"$f":"SUBSTITUTE(AG8523 & AB8523 & AC8523 & AD8523 & AE8523 & AF8523, \"…\", \"\")","v":"Shr.aviD.fBiL."},"…","…",{"$f":"IF(Prd. < LvrStart.aviD.fBiL., ShrBY.aviD.fBiL.,\nIF(Prd. > LvrStart.aviD.fBiL. +LvrSpeed.aviD.fBiL., LvrShrPen.aviD.fBiL.,\n+ShrBY.aviD.fBiL. +((LvrShrPen.aviD.fBiL. -ShrBY.aviD.fBiL.) / LvrSpeed.aviD.fBiL. * (Prd. -LvrStart.aviD.fBiL.))\n))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…",{"$f":"$G$96","v":"Shr."},"…",{"$f":"$G$403","v":"aviD."},{"$f":"$G$723","v":"fBiL."},"…","Transformation","Transformation","nu","…","…","…","…","…","User desired deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the chosen ambition level has been achieved (more than the speed of deployment since the start year) the selected share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and the selected level (in completion year).","…","…","Amber","…","An S curve may be more realistic than linear deployment.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$96","v":"Share "},"…",{"$f":"$F$403","v":"Aviation Domestic "},{"$f":"$F$723","v":"Bioenergy Liquid "},"…",null,1]
["TS",null,null,null,"TAV","Energy Balance -Aviation Domestic -Fossil Fuel Liquid ","EB.aviD.fFsL.","TWh.","…",{"$f":" +EB.aviDPHEV.fFsL. +EB.aviDCon.fFsL.","v":-10.043448539389448},-10.692661081851584,-10.267576807794002,-9.822368889732271,-9.6927822369589265,-9.460967387148246,-9.3235810150291218,-9.0498196556321666,-9.2026590294984487,-9.347450308673011,-9.4923253600975297,-9.6456751955538742,-9.809036457484817,-9.9771929504936399,-10.145367319589278,-10.313532575385755,-10.484368261510092,-10.658770869557745,"…","EB.","…",{"$f":"$G$403","v":"aviD."},{"$f":"$G$726","v":"fFsL."},"…","Transformation","Transformation","pu","…","…","…","…","…","Sum over energy balances for each vehicle type in the mode","…","…","…","…","…","…","…","Potentially redundant in final model. Useful for development","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…",{"$f":"$F$403","v":"Aviation Domestic "},{"$f":"$F$726","v":"Fossil Fuel Liquid "},"…",null,1]
[null,null,null,"GHG Emissions","TAV",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8611 & BV8611 & BW8611 & \"-\" & BX8611 & \"-\" & BY8611 & \"-\" & BZ8611, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Emissions Factor -NMVOC -Aviation International Conventional "},{"$f":"SUBSTITUTE(AG8611 & AB8611 & AC8611 & AD8611 & AE8611 & AF8611, \"…\", \"\")","v":"su_EmF.NMVOC.aviICon."},"g. / km.","…",999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,999999,{"$f":"$G$30","v":"su_"},{"$f":"$G$238","v":"EmF."},{"$f":"$G$382","v":"NMVOC."},{"$f":"$G$438","v":"aviICon."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Air Quality","…","…","Should this be applied on a emissions per unit distance or an emissions per unit fuel consumption basis? Will likely only represent emissions at take off and landing)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"$F$30","v":"Source Unit "},{"$f":"$F$238","v":"Emissions Factor "},{"$f":"$F$382","v":"NMVOC "},{"$f":"$F$438","v":"Aviation International Conventional "},"…","…",null,1]
["TS",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8654 & BV8654 & BW8654 & \"-\" & BX8654 & \"-\" & BY8654 & \"-\" & BZ8654, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -PM10 -Aviation Domestic Conventional "},{"$f":"SUBSTITUTE(AG8654 & AB8654 & AC8654 & AD8654 & AE8654 & AF8654, \"…\", \"\")","v":"Em.PM10.aviDCon."},{"$f":" PrefUnit.Mass.AQ.","v":"kt."},"…",{"$f":" Actv.aviDCon. * EmF.PM10.aviDCon.","v":187056.67222113573},200146.82520855824,197194.32147043681,194594.18786834439,198336.98620200934,201429.1795670203,200302.61211025997,198294.80848896765,201643.74311127546,204816.33218678524,207990.75683503505,211350.87641871162,214930.36102523105,218614.91617065971,222299.86300734259,225984.61015828804,229727.87035044271,233549.28702820634,"…",{"$f":"$G$247","v":"Em."},{"$f":"$G$379","v":"PM10."},{"$f":"$G$436","v":"aviDCon."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Air Quality emissions calculated by multiplying the activity of the vehicle type by the emissions factor","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$247","v":"Emissions "},{"$f":"$F$379","v":"PM10 "},{"$f":"$F$436","v":"Aviation Domestic Conventional "},"…","…",null,1]
["Const",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8693 & BV8693 & BW8693 & \"-\" & BX8693 & \"-\" & BY8693 & \"-\" & BZ8693, \"-…\", \"\"), \"…\", \"\")","v":"Scrappage Decision -Aviation Domestic Plug-in Hybrid Electric Vehicle "},{"$f":"SUBSTITUTE(AG8693 & AB8693 & AC8693 & AD8693 & AE8693 & AF8693, \"…\", \"\")","v":"Scrap.aviDPHEV."},"…","YES","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$366","v":"Scrap."},"…",{"$f":"$G$435","v":"aviDPHEV."},"…","…","Model Input","Source","nu","…","…","…","…","Modelling decision","Vehicles that are not required to meet demand are assumed to be scraped/taken out of service.","…","…","Green","…","Modelling judgement.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$366","v":"Scrappage Decision "},"…",{"$f":"$F$435","v":"Aviation Domestic Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["TS",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8703 & BV8703 & BW8703 & \"-\" & BX8703 & \"-\" & BY8703 & \"-\" & BZ8703, \"-…\", \"\"), \"…\", \"\")","v":"Capacity Required -Aviation Domestic Plug-in Hybrid Electric Vehicle "},{"$f":"SUBSTITUTE(AG8703 & AB8703 & AC8703 & AD8703 & AE8703 & AF8703, \"…\", \"\")","v":"CapReq.aviDPHEV."},"Vehicles","…",{"$f":" CapReq.aviD. * Shr.aviDPHEV.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…",{"$f":"$G$176","v":"CapReq."},"…",{"$f":"$G$435","v":"aviDPHEV."},"…","…","Transformation","Transformation","su","…","…","…","…","…","Number of vehicles required to satisfy share of demand. Calculated by multiplying the total number of vehicles required for the mode by the share of demand met by this vehicle type. Assumes that each vehicle type has the same average range.","…","…","Amber","Medium","Simplification will result in incorrect technology numbers/capacity.","The impact will be on the technology costs.","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$176","v":"Capacity Required "},"…",{"$f":"$F$435","v":"Aviation Domestic Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["TS",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8742 & BV8742 & BW8742 & \"-\" & BX8742 & \"-\" & BY8742 & \"-\" & BZ8742, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Cost Capital per Unit -High -Aviation International Conventional "},{"$f":"SUBSTITUTE(AG8742 & AB8742 & AC8742 & AD8742 & AE8742 & AF8742, \"…\", \"\")","v":"su_cstCapUnit_H.aviICon."},"GBP.2010. / vehicle","…",16500000.000000002,16830000,17166600,17509932.000000004,17860130.640000004,18217333.252800003,18581679.917856004,18953313.516213126,19332379.786537386,19719027.382268135,20113407.929913498,20515676.088511769,20925989.610282004,21344509.402487647,21771399.590537399,22206827.582348146,22650964.133995112,23103983.416675013,{"$f":"$G$30","v":"su_"},{"$f":"$G$342","v":"cstCapUnit_H."},"…",{"$f":"$G$438","v":"aviICon."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"$F$30","v":"Source Unit "},{"$f":"$F$342","v":"Cost Capital per Unit -High "},"…",{"$f":"$F$438","v":"Aviation International Conventional "},"…","…",null,1]
["TS",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8781 & BV8781 & BW8781 & \"-\" & BX8781 & \"-\" & BY8781 & \"-\" & BZ8781, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Cost Operation and Maintenance per Unit -Point-Aviation International Plug-in Hybrid Electric Vehicle "},{"$f":"SUBSTITUTE(AG8781 & AB8781 & AC8781 & AD8781 & AE8781 & AF8781, \"…\", \"\")","v":"su_cstOaMUnit_P.aviIPHEV."},"GBP.2010. / vehicle","…",2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,2000000,{"$f":"$G$30","v":"su_"},{"$f":"$G$336","v":"cstOaMUnit_P."},"…",{"$f":"$G$437","v":"aviIPHEV."},"…","…","Model Input","Source","su","…","…","…","…","…","…","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"$F$30","v":"Source Unit "},{"$f":"$F$336","v":"Cost Operation and Maintenance per Unit -Point"},"…",{"$f":"$F$437","v":"Aviation International Plug-in Hybrid Electric Vehicle "},"…","…",null,1]
["TS",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8824 & BV8824 & BW8824 & \"-\" & BX8824 & \"-\" & BY8824 & \"-\" & BZ8824, \"-…\", \"\"), \"…\", \"\")","v":"Cost Operation and Maintenance -Point-Aviation Domestic Plug-in Hybrid Electric Vehicle "},{"$f":"SUBSTITUTE(AG8824 & AB8824 & AC8824 & AD8824 & AE8824 & AF8824, \"…\", \"\")","v":"cstOaM_P.aviDPHEV."},{"$f":"OFFSET(cstOaM_P.aviDPHEV.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_P.aviDPHEV.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…",{"$f":"$G$335","v":"cstOaM_P."},"…",{"$f":"$G$435","v":"aviDPHEV."},"…","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$335","v":"Cost Operation and Maintenance -Point"},"…",{"$f":"$F$435","v":"Aviation Domestic Plug-in Hybrid Electric Vehicle "},"…","…",{"$f":"\"= SUMIFS(\"&G8824&\"fts., PrdEnd.fts., Prd.)\"","v":"= SUMIFS(cstOaM_P.aviDPHEV.fts., PrdEnd.fts., Prd.)"},1]
["Const",null,null,null,"TAV","Level 3Source Unit Cost Capital Learning & Development -Low -Aviation International ","lv3.su_cstCapLaD_L.aviI.","billion GBP.2015.",90,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","cstCapLaD_L.","…",{"$f":"$G$404","v":"aviI."},"…",{"$f":"$G$769","v":"lv3."},"Model Input","Source","su","…","…","…","…","DEFER","Aviation learning and development investment and retrofit costs required to achieve energy intensity improvements. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over. It is assumed that it is spread evenly over each engine types based on the fraction of total capacity in each year.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital Learning & Development -Low ","…",{"$f":"$F$404","v":"Aviation International "},"…",{"$f":"$F$769","v":"Level 3"},null,1]
["Const",null,null,null,"TAV","Level 4Cost Capital Learning & Development -Point-Aviation International ","lv4.cstCapLaD_P.aviI.","GBP.2016.",{"$f":" lv4.su_cstCapLaD_P.aviI. * uc_GBP.2015. * su_Billion.","v":203997327635.008},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapLaD_P.","…",{"$f":"$G$404","v":"aviI."},"…",{"$f":"$G$770","v":"lv4."},"Model Input","Unit Transformation","pu","…","…","…","…","…","Converted to user preference units.","…","…","Green","…","Unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development -Point","…",{"$f":"$F$404","v":"Aviation International "},"…",{"$f":"$F$770","v":"Level 4"},null,1]
["TS",null,null,null,"TAV",{"$f":"SUBSTITUTE( SUBSTITUTE(CA8912 & BV8912 & BW8912 & \"-\" & BX8912 & \"-\" & BY8912 & \"-\" & BZ8912, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital Learning & Development -Low -Aviation Domestic Plug-in Hybrid Electric Vehicle "},{"$f":"SUBSTITUTE(AG8912 & AB8912 & AC8912 & AD8912 & AE8912 & AF8912, \"…\", \"\")","v":"cstCapLaD_L.aviDPHEV."},{"$f":"OFFSET(cstCapLaD_L.aviDPHEV.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCapLaD_L.aviDPHEV.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…",{"$f":"$G$359","v":"cstCapLaD_L."},"…",{"$f":"$G$435","v":"aviDPHEV."},"…","…","Transformation","Lookup","pu","…","…","…","…","…","Aviation learning and development investment and retrofit costs required to achieve energy intensity improvements. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over. It is assumed that it is spread evenly over each engine types based on the fraction of total capacity in each year.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$359","v":"Cost Capital Learning & Development -Low "},"…",{"$f":"$F$435","v":"Aviation Domestic Plug-in Hybrid Electric Vehicle "},"…","…",{"$f":"\"= SUMIFS(\"&G8912&\"fts., PrdEnd.fts., Prd.)\"","v":"= SUMIFS(cstCapLaD_L.aviDPHEV.fts., PrdEnd.fts., Prd.)"},1]
["Const",null,null,null,"FAF ","Energy Crops emissions from cultivation","NGT_energy_crops_cult_CH4","kg CO2e/kWh",3.5872498553149874E-4,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_",null,null,null,null,null,"Model Input","Source","su","…","…","BatchC-backing",null,"Mixed","Lifecycle emissions factor of resource including harvesting and transportation. This value is the average from cultivation of wheat, sugar beet and short rotation willow. The lowest emissions are from the sugar beet and the wheat is the highest. The calculation takes into account emissions from fertiliser, diesel used for cultivation and harvest. The fertiliser use and yields figures come from ADHB and the emissions factors for the fertiliser come from BioGrace.  Additionally, for sugar beet and wheat the emissions are partially allocated to the co-product DDGS (animal feed) from the ethanol plant (as designated by BioGrace). This calculation is done here because the model does not allow for emissions during the processing stage.  Willow is not typically made into ethanol so there is no need for allocation.",null,null,"Red",null,"The proportions of different kinds of crops will change over time and this will shift the average value. However these impacts are fairly low anyway.",null,null,null,null,"Y",null,"\"=\"'[BatchC-backing.xlsx]energycrops'!$D$84","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","Capacity Target Year -Livestock - Other ","CapTY.LivOth.","…",{"$f":" LvrCap.LivOth. / CapBaUTY.LivOth.","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CapTY.","…","LivOth.","…","…","Transformation","Transformation","nu","…","…","…","…","…","Number of animals in the target year divided by BaU number of animals.","…","…","Green","…","…","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","Capacity Target Year ","…","Livestock - Other ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","lever selection Action Start-Livestock Grazing Land-Food ","LvrStart.LndLivG.mFOOD.","…",{"$f":" User_LvrStart.LndLivG.mFOOD.","v":2020},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrStart.","…","LndLivG.","mFOOD.","…","Model Input","Lookup","nu","…","…","…","…","…","Length of time taken to achieve specified ambition.","…","…","Green","…","…","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","lever selection Action Start","…","Livestock Grazing Land","Food ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","Yield Index Business as Usual Target Year -Bioenergy Land-Bioenergy Solid ","YieldIndxBaUTY.LndBi.rBiS.","…",{"$f":" +SUMPRODUCT(YieldIndxBaU.LndBi.rBiS. * (Prd. = +LvrEnd.LndBi.rBiS. -MOD(LvrEnd.LndBi.rBiS., TimePrd.))) * (1 -(MOD(LvrEnd.LndBi.rBiS., TimePrd.) / TimePrd.))\n+SUMPRODUCT(YieldIndxBaU.LndBi.rBiS. * (Prd. = +LvrEnd.LndBi.rBiS. -MOD(LvrEnd.LndBi.rBiS., TimePrd.) +TimePrd.)) * (MOD(LvrEnd.LndBi.rBiS., TimePrd.) / TimePrd.)","v":1.25},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","YieldIndxBaUTY.","…","LndBi.","rBiS.","…","Transformation","Transformation","nu","…","…","…","…","…","BaU fraction of yield relative to the base year in the user specified target year.","…","…","Green","…","…","…","…","Formula requires constant period length.","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","Yield Index Business as Usual Target Year ","…","Bioenergy Land","Bioenergy Solid ","…",null,1,null,null,null,null,null,null,null,null,1]
[null,null,null,null,"FAF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA9120 & BV9120 & BW9120 & \"-\" & BX9120 & \"-\" & BY9120 & \"-\" & BZ9120, \"-…\", \"\"), \"…\", \"\")","v":"lever selection Land Balance -Woodland "},{"$f":"SUBSTITUTE(AG9120 & AB9120 & AC9120 & AD9120 & AE9120 & AF9120, \"…\", \"\")","v":"LvrLB.LndWdl."},{"$f":"PrefUnit.Area.","v":"sqkm."},{"$f":" IF(AmbLB.LndWdl. < 2,\n+(lv1.AmbLB.LndWdl. * (2 -AmbLB.LndWdl.)) +(lv2.AmbLB.LndWdl. * (AmbLB.LndWdl. -1)),\nIF(AmbLB.LndWdl. < 3,\n+(lv2.AmbLB.LndWdl. * (3 -AmbLB.LndWdl.)) +(lv3.AmbLB.LndWdl. * (AmbLB.LndWdl. -2)),\n+(lv3.AmbLB.LndWdl. * (4 -AmbLB.LndWdl.)) +(lv4.AmbLB.LndWdl. * (AmbLB.LndWdl. -3))))","v":34972},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrLB.","…","LndWdl.","…","…","Model Input","Transformation","pu","…","…","…","…","…","Land area dedicated to woodland selected by the user.","…","…","Green","…","…","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","lever selection Land Balance ","…","Woodland ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"FAF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA9163 & BV9163 & BW9163 & \"-\" & BX9163 & \"-\" & BY9163 & \"-\" & BZ9163, \"-…\", \"\"), \"…\", \"\")","v":"Land Balance Business as Usual difference -Woodland "},{"$f":"SUBSTITUTE(AG9163 & AB9163 & AC9163 & AD9163 & AE9163 & AF9163, \"…\", \"\")","v":"LBBaUDif.LndWdl."},{"$f":"PrefUnit.Area.","v":"sqkm."},"…",{"$f":"MIN( +LBLvr.LndWdl. -LBBaU.LndWdl., +LBBaUDcrMax.LndBi. +LBBaUDcrMax.LndOth. +LBBaUDcrMax.LndLivG. +LBBaUDcrMax.LndArbl. +LBBaUDcrMax.LndSet.)","v":0},0,{"$f":"MIN( +LBLvr.LndWdl. -LBBaU.LndWdl., +LBBaUDcrMax.LndBi. +LBBaUDcrMax.LndOth. +LBBaUDcrMax.LndLivG. +LBBaUDcrMax.LndArbl. +LBBaUDcrMax.LndSet.)","v":-7.9988588382984744},-15.981741412761039,-23.972612119134283,{"$f":"MIN( +LBLvr.LndWdl. -LBBaU.LndWdl., +LBBaUDcrMax.LndBi. +LBBaUDcrMax.LndOth. +LBBaUDcrMax.LndLivG. +LBBaUDcrMax.LndArbl. +LBBaUDcrMax.LndSet.)","v":-31.963482825514802},{"$f":"MIN( +LBLvr.LndWdl. -LBBaU.LndWdl., +LBBaUDcrMax.LndBi. +LBBaUDcrMax.LndOth. +LBBaUDcrMax.LndLivG. +LBBaUDcrMax.LndArbl. +LBBaUDcrMax.LndSet.)","v":-39.977176765947661},-48,-56,-64,-72,-80,-80,-80,-80,-80,-80,{"$f":"MIN( +LBLvr.LndWdl. -LBBaU.LndWdl., +LBBaUDcrMax.LndBi. +LBBaUDcrMax.LndOth. +LBBaUDcrMax.LndLivG. +LBBaUDcrMax.LndArbl. +LBBaUDcrMax.LndSet.)","v":-80},"…","LBBaUDif.","…","LndWdl.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Difference in land area dedicated to woodland from business as usual profile. Calculated as the minimum of, 1) difference between the lever selected area and the BaU area, 2) Maximum land available (Total of the maximum decrease in land compared to the BaU profile for each category).","…","…","Amber","…","…","…","…","Issues with this methodology may start to materialise if assumptions show that the minimum land required for livestock grazing and arable land for food exceeds the BaU profile for woodland and bioenergy land at which point the total land balance will exceed the land area of the UK. Assumptions should be modified in this event (reduce the share of food assumed to grow domestically or review yield assumptions).","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","Land Balance Business as Usual difference ","…","Woodland ","…","…",null,1,null,null,null,null,null,null,null,null,1]
[null,null,null,"Land Balance","FAF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","lever selection Action End -Manure Management -Slurry Deposits Collected for Energy of Slurry Deposits (All Types) ","LvrEnd.MnrMng.mSlryE._of_mSlryALL.","…",{"$f":" +LvrStart.MnrMng.mSlryE._of_mSlryALL. +LvrSpeed.MnrMng.mSlryE._of_mSlryALL.","v":2050},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrEnd.","…","MnrMng.","mSlryE._of_mSlryALL.","…","Transformation","Transformation","nu","…","…","…","…","…","Year in which the ambition level specified by the lever selections is achieved. Calculated by adding the action speed to the start date.","…","…","Green","…","…","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","lever selection Action End ","…","Manure Management ","Slurry Deposits Collected for Energy of Slurry Deposits (All Types) ","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"FAF","Energy Balance -Woodland difference -Dry Waste ","EB.LndWdlDif.rBiS.",{"$f":" PrefUnit.Energy.","v":"TWh."},"…",{"$f":" RB.LndWdlDif.mWdArE. * EDen.mWdArE.","v":0},0,{"$f":" RB.LndWdlDif.mWdArE. * EDen.mWdArE.","v":-1.3676717996837983E-3},-2.7326119240181001E-3,-4.098917886025906E-3,-5.4652238480349564E-3,-6.8354322034006086E-3,-8.2072015161086514E-3,-9.5750684354600924E-3,-1.0942935354811535E-2,-1.2310802274162976E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,-1.3678669193514419E-2,"…","EB.","…","LndWdlDif.","rBiS.","…","Transformation","Transformation","pu","…","…","…","…","…","Energy content of resource collected. Calculated by multiplying the resource collected by the energy density.","…","…","Green","…","…","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","Energy Balance ","…","Woodland difference ","Dry Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","Source Unit Emissions Factor Lifecycle  -CO2 -Woodland difference -Dry Waste ","su_EmFLfCy.CO2.LndWdlDif.rBiS.","kg / kWh",{"$f":"su_EmFLfCy.CO2.LndWdlBaU.rBiS.","v":1.4382008866995078E-3},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmFLfCy.","CO2.","LndWdlDif.","rBiS.","…","Model Input","Source","su","…","…","…","…","Calculated","Lifecycle emissions factor of resource including harvesting and transportation (in practice just transportation as the fuel is a waste product). The emissions for new woods is the same as for old ones.","…","…","Amber","…","Fairly reasonable assumption","…","…","…","…","M",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Source Unit ","Emissions Factor Lifecycle  ","CO2 ","Woodland difference ","Dry Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","Emissions Factor Lifecycle  -CO2 -Arable Land for Food -Dry Waste ","EmFLfCy.CO2.LndArbl.rBiS.",{"$f":" PrefUnit.Mass.GHG. &\" / \"& PrefUnit.Energy.","v":"Mt. / TWh."},{"$f":" su_EmFLfCy.CO2.LndArbl.rBiS. * uc_GHG.kg. / uc_kWh.","v":2.860899363057326E-3},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFLfCy.","CO2.","LndArbl.","rBiS.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Units converted to preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","Emissions Factor Lifecycle  ","CO2 ","Arable Land for Food ","Dry Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","lv1.Ambition for Emissions Factor Index -Soil Management ","lv1.AmbEmFIndx.SoilMng.","Index (emissions)",1,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbEmFIndx.","…","SoilMng.","…","lv1.","Model Input","Source","nu","…","…","…","…","…","Ambition level for Arable land for food emissions per unit area as a share of base year value.","…","…","Amber","…","Sourced at expert workshop.","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","Ambition for Emissions Factor Index ","…","Soil Management ","…","lv1.",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"FAF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA9378 & BV9378 & BW9378 & \"-\" & BX9378 & \"-\" & BY9378 & \"-\" & BZ9378, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Emissions -CO2 -Settlement Land"},{"$f":"SUBSTITUTE(AG9378 & AB9378 & AC9378 & AD9378 & AE9378 & AF9378, \"…\", \"\")","v":"su_Em.CO2.LndSet."},"Mt.CO2e","…",{"$f":"NGT_BY_settlement_CO2 * uc_Carbon_to_CO2. * su_Kilo./su_Mega.","v":2.2797588942876992},{"$f":" INDEX(su_Em.CO2.LndSet., 1) * LBBaU.LndSet. / LBBY.LndSet.","v":2.2843140922036675},2.3280385725094432,2.3717022398455834,2.3989401832286528,2.4261768464406726,2.4528841650075042,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,2.4795913733650194,"su_","Em.","CO2.","LndSet.","…","…","Model Input","Source","su","…","…","…","…","Calculated","CO2 emissions from settlement land. For the base year this is calculated from the emissions inventory. Thereafter it increases in proportion to the increase in settlement land","…","…","Amber","…","This calculation ignores emissions from conversion to settlement land. These can be considerable when considered per unit area. However the change in settlement land area is small.","…","…","…","…","M",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Source Unit ","Emissions ","CO2 ","Settlement Land","…","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"FAF","Emissions -CH4 -Arable Land for Food -Dry Waste ","Em.CH4.LndArbl.rBiS.","Mt.CO2e","…",{"$f":" +(EB.LndArbl.rBiS. * EmFLfCy.CH4.LndArbl.rBiS.)","v":1.0692000000000005E-6},1.0773760478178331E-6,1.0825574375096215E-6,1.0877318111199001E-6,1.0936399768689194E-6,1.0995478649368142E-6,1.1054791925388588E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,1.1114104954446213E-6,"…","Em.","CH4.","LndArbl.","rBiS.","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by multiplying the resource produced multiplied by the lifecycle emissions factor.","…","…","Green","…","…","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"…","Emissions ","CH4 ","Arable Land for Food ","Dry Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","Source Unit Emissions Factor -NOX -Agricultural Fuel Use-Bioenergy Liquid ","su_EmF.NOX.AgrFU.fBiL.","kt. / PJ.",9999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NOX.","AgrFU.","fBiL.","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Source Unit ","Emissions Factor ","NOX ","Agricultural Fuel Use","Bioenergy Liquid ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"FAF","Source Unit Emissions Factor -SO2 -Agricultural Fuel Use-Hydrogen Gaseous ","su_EmF.SO2.AgrFU.fH2G.","kt. / PJ.",9999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","SO2.","AgrFU.","fH2G.","…","Model Input","Source","su","…","…","…","…","DEFER","…","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Source Unit ","Emissions Factor ","SO2 ","Agricultural Fuel Use","Hydrogen Gaseous ","…",null,1,null,null,null,null,null,null,null,null,1]
[null,null,null,null,"FAF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,1]
[null,null,null,null,"FAF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","EfW CO2 emissions per PJ","NGT_EfW_CO2_PJ","kt CO2e/PJ",35.554760322712013,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su",null,null,null,null,"…","Model Input","Source","su","NAEI","UKTM  (MSW incineration emissions)","BF10",null,"Unknown","CO2 emissions from MSW incineration per PJ",null,null,"Green",null,"Good source ",null,null,null,null,"Y",null,"\"=\"[multi_sector_working_UKTM_v1.2.3_d0.6.1_180125.xlsx]data!$H$20077",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Energy density of wood pellets fuel (standard moisture)","NGT_su_Eden_pellets","GJ/tonne",18.3,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su",null,null,null,null,"…","Model Input","Source","su","Digest of UK Energy Statistics 2017","DUKES 2017 table A.1(calorific values of fuels)","NGT_DUKES_2017",null,"Unknown","Energy density of wood pellets fuel (standard moisture)",null,null,"Green",null,"Good source ",null,null,null,null,"Y",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","lv2.Ambition for Deployment Share/Penetration-Biofuel Plant -Used Cooking Oil/Tallow","lv2.AmbShrPen.bcBL.rUCO.","…",0.6,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…","bcBL.","rUCO.","lv2.","Model Input","Source","nu","…","…","…","…","…","Lever level option for the level of ambition for the share of Used Cooking Oil converted into biofuels. An intermediate level","…","…","Red","…","Sourced at expert workshop then modified to align better with updated base year data and more clearly defined categories. Original workshop value can be seen in the notes column.","…","…",0.8,"…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…","Biofuel Plant ","Used Cooking Oil/Tallow","lv2.",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Share -Energy from Waste -Dry Waste ","Shr.bcEfW.rWstD.","…","…",{"$f":"MIN(0 +ShrLvr.bcEfW.rWstD., 1 -Shr.bcRcyc.rWstD.)","v":2.9105470609906443E-2},2.9105470609906443E-2,2.9254558841588701E-2,2.940364707327096E-2,2.9552735304953219E-2,2.9701823536635481E-2,2.985091176831774E-2,0.03,0.03,0.03,0.03,0.03,0.03,0.03,0.03,0.03,0.03,0.03,"…","Shr.","…","bcEfW.","rWstD.","…","Transformation","Transformation","nu","…","…","…","…","…","Share of dry waste sent to energy from waste plants. Calculated as the minimum of the user lever selection for the share diverted to energy and the remaining share after recycling has been taken into account.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Share ","…","Energy from Waste ","Dry Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","lv3.Ambition for Activity Index -Waste Production  -Used Cooking Oil/Tallow","lv3.AmbActvIndx.bcWstPrd.rUCO.","…",1,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbActvIndx.","…","bcWstPrd.","rUCO.","lv3.","Model Input","Source","nu","…","…","…","…","…","A level between lv2 and lv4","…","…","Amber","…","Sourced at expert workshop.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Activity Index ","…","Waste Production  ","Used Cooking Oil/Tallow","lv3.",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Resource Balance -Recycling -Wet Waste ","RB.bcRcyc.rWstW.","Million odt","…",{"$f":" -Actv.bcWstPrd.rWstW. * Shr.bcRcyc.rWstW.","v":-3.6804168944203144},-3.8083350638212083,-3.9134152578858741,-4.0186883028017082,-4.1241541985687098,-4.2298129451868789,-4.3356645426562155,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,-4.4417089909767196,"…","RB.","…","bcRcyc.","rWstW.","…","Transformation","Transformation","su","…","…","…","…","…","Wet waste recycled. Calculated by multiplying the activity for waste production by the share recycled. Negative to indicate that this process consumes resource.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Resource Balance ","…","Recycling ","Wet Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Yield profile for waste deposited in base year - Landfill gas from landfilled Used Cooking Oil/Tallow","su_Yield.bcLndF.rLndFG.rUCO.","t / odt","…",5.2985789893868512E-2,2.9176223430623975E-2,1.156928928019438E-2,4.5875866959645805E-3,1.8191222626803933E-3,7.2133913229156809E-4,2.8603362976189952E-4,1.1342132111265713E-4,4.4975117414162386E-5,1.7834047131302237E-5,7.0717600168255789E-6,2.8041750348296426E-6,1.1119435058956656E-6,4.4092053632403102E-7,1.7483884596787489E-7,6.9329095701075537E-8,2.7491164701533469E-8,1.0901110551123418E-8,"su_","Yield.","…","bcLndF.","rLndFG.rUCO.","…","Model Input","Source","su","MELMOD model for landfill emissions & DEFRA - UK statistics on waste and other sources","…","BatchC-backing and links to references therein","…","Modelled","Landfill gas created per unit mass of Used Cooking Oil landfilled. This profile implements a time lag effect so that landfill deposited in year X continues to release landfill gas for many years as it decomposes. This profile is applied assuming the year the waste deposited is the base year for the yield profile (i.e. waste deposited in 2030 has the base year,2015 yield in 2030, the 2020 yield in 2035 and so on). This implementation is based on the composition of waste (according to UK waste statistics), mapping each category to a category in the MELMOD model, and hence calculating the proportion of decomposable carbon in the waste that is fast/medium/slow to decompose. The decay parameters for fast/medium/slow are also taken from the MELMOD model. Note this assumes  only 50% of decomposable carbon actually decomposes.","…","…","Green","…","The calculation is fairly straightforward. We have generated a new waste category for this in MELMOD which is 100% fat.","…","…","…","…","M",null,"…","^='[BatchC-backing.xlsx]Waste_Landfill'!E286","^='[BatchC-backing.xlsx]Waste_Landfill'!F286","^='[BatchC-backing.xlsx]Waste_Landfill'!G286","^='[BatchC-backing.xlsx]Waste_Landfill'!H286","^='[BatchC-backing.xlsx]Waste_Landfill'!I286","^='[BatchC-backing.xlsx]Waste_Landfill'!J286","^='[BatchC-backing.xlsx]Waste_Landfill'!K286","^='[BatchC-backing.xlsx]Waste_Landfill'!L286","^='[BatchC-backing.xlsx]Waste_Landfill'!M286","^='[BatchC-backing.xlsx]Waste_Landfill'!N286","^='[BatchC-backing.xlsx]Waste_Landfill'!O286","^='[BatchC-backing.xlsx]Waste_Landfill'!P286","^='[BatchC-backing.xlsx]Waste_Landfill'!Q286","^='[BatchC-backing.xlsx]Waste_Landfill'!R286","^='[BatchC-backing.xlsx]Waste_Landfill'!S286","^='[BatchC-backing.xlsx]Waste_Landfill'!T286","^='[BatchC-backing.xlsx]Waste_Landfill'!U286","^='[BatchC-backing.xlsx]Waste_Landfill'!V286",null,"Source Unit ","Yield ","…","Landfill ","Landfill Gas Used Cooking Oil/Tallow","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Resource Balance - Landfill gas from Wet Waste deposited in Landfill 2090","Prd_2090.RB.bcLndF.rLndFG.rWstW.","Mt","…",{"$f":" IF( Prd. < Prd_2090., 0,\n-INDEX(RB.bcLndF.rWstW., 0, MATCH(Prd_2090., Prd., 0))\n* (+(ShrTimePrdEnd. * INDEX(Yield.bcLndF.rLndFG.rWstW., MATCH(Prd. -Prd_2090., TimeBY., 0)))\n+(ShrTimePrdBeg. * INDEX(Yield.bcLndF.rLndFG.rWstW., MATCH(Prd. -Prd_2090. +TimePrd., TimeBY., 0)))))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,4.0677354974657009E-3,2.2234844111576361E-3,9.8926159329981592E-4,"…","RB.","…","bcLndF.","rLndFG.rWstW.","Prd_2090.","Transformation","Transformation","su","…","…","…","…","…","Landfill gas from Wet Waste deposited in Landfill in the year 2090. Calculated by multiplying the waste deposited in landfill in that year (looked up from resource balance) by the yield for that waste for the number of years since the deposit (looked up from the yield profile, matching the number of years between the current period and the year of deposit with the number of years since the base year of the yield profile). The yield from this period and the next are weighted to reflect the average yield as deposits at the start of the period will have been in landfill longer than deposits from the period label year. Although this is not technically the landfill gas released from waste deposited in this year it simplifies the calculation of the total waste released form the period which multiplies this annual deposit balance by the period length.","…","…","Amber","…","…","…","…","Weighting methodology should be checked. An alternative would be for the yield profile to be specified in terms of the average output over the 5 year period.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Resource Balance ","…","Landfill ","Landfill Gas Wet Waste ","Model period 2090",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Energy Density (HHV/GCV)-Dry Waste ","EDen.rWstD.",{"$f":"PrefUnit.Energy.&\" / Million odt\"","v":"TWh. / Million odt"},{"$f":" su_EDen.rWstD. * uc_PJ.","v":6.5185251125418056},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EDen.","…","…","rWstD.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Energy units converted to preference units. Units should be converted to ensure consistency with quantity units in landfill gas yield and activity conversions.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Density (HHV/GCV)","…","…","Dry Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO",{"$f":"SUBSTITUTE( SUBSTITUTE(CA9887 & BV9887 & BW9887 & \"-\" & BX9887 & \"-\" & BY9887 & \"-\" & BZ9887, \"-…\", \"\"), \"…\", \"\")","v":"Energy Balance -Waste Diverted to Energy  -Landfill Gas "},{"$f":"SUBSTITUTE(AG9887 & AB9887 & AC9887 & AD9887 & AE9887 & AF9887, \"…\", \"\")","v":"EB.bcWstToE.rLndFG."},{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" -RB.bcLndFGC.rLndFG. * EDen.rLndFG.","v":16.961944303562909},12.701121339625113,10.634986140301381,9.5041087975514102,8.918214250311685,8.6581043158801609,8.5969380160828912,8.6595692134862805,8.178979890528522,8.2950916705381275,8.3643761380561852,8.4061380193105801,8.4315168943478422,8.4470512623047505,8.4566266760123217,8.4625729690565485,8.4662965512887745,8.4686509489183415,"…","EB.","…","bcWstToE.","rLndFG.","…","Transformation","Transformation","pu","…","…","…","…","…","Waste diverted to energy purposes. Calculated by multiplying the resource balance by the energy density of the resource.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Waste Diverted to Energy  ","Landfill Gas ","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Energy Balance -Landfill Gas Collection -Bioenergy Gaseous ","EB.bcLndFGC.fBiG.","TWh.","…",{"$f":" -EB.bcLndFGC.rLndFG. * Eff.bcLndFGC.rLndFG.","v":1.0332449411863955},1.0521593579610824,1.3672098270068429,{"$f":" -EB.bcLndFGC.rLndFG. * Eff.bcLndFGC.rLndFG.","v":1.6903191723019286},2.0366833498508163,2.3905236591838972,2.7521005067901685,3.1294104277058565,3.1299387534781591,3.1237430075386579,3.0960355474916912,3.0559987651224607,3.0399395687983906,3.0025646581278553,2.9251524482343596,2.8884262841619668,2.8366692231526849,2.8019617291306367,"…","EB.","…","bcLndFGC.","fBiG.","…","Transformation","Transformation","pu","…","…","…","…","…","Biogenic Gas produced from landfill gas. Calculated by multiplying the resource input by the efficiency of the process.","…","…","Amber","…","As a simplification the model assumes there are no auxiliary fuels required in the conversion process.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Landfill Gas Collection ","Bioenergy Gaseous ","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Energy Balance -Biofuel Plant with CCS -Conversion Losses ","EB.bcBLccs.lsCnv.","TWh.","…",{"$f":" -EB.bcBLccs.fBiL. -EB.bcBLccs.rUCO. -EB.bcBLccs.rWstW. -EB.bcBLccs.rBiS.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","bcBLccs.","lsCnv.","…","Transformation","Transformation","pu","…","…","…","…","…","Energy losses in conversion , defined as the difference between the energy content of inputs and outputs to the process. Calculated by summing the energy balance for all other vectors.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Biofuel Plant with CCS ","Conversion Losses ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO",{"$f":"SUBSTITUTE( SUBSTITUTE(CA9975 & BV9975 & BW9975 & \"-\" & BX9975 & \"-\" & BY9975 & \"-\" & BZ9975, \"-…\", \"\"), \"…\", \"\")","v":"Emissions Factor -CH4 -Dry Waste "},{"$f":"SUBSTITUTE(AG9975 & AB9975 & AC9975 & AD9975 & AE9975 & AF9975, \"…\", \"\")","v":"EmF.CH4.rWstD."},{"$f":" PrefUnit.Mass.GHG. &\" / \"& PrefUnit.Energy.","v":"Mt. / TWh."},{"$f":" su_EmF.CH4.rWstD. * uc_GHG.kg. / uc_kWh.","v":2.6999999999999996E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","CH4.","…","rWstD.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Emissions assumed to be released per unit of fuel combusted under accounting rules. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","Move to Global after data has been sourced","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","CH4 ","…","Dry Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
[null,null,null,null,"BIO",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO",{"$f":"SUBSTITUTE( SUBSTITUTE(CA10024 & BV10024 & BW10024 & \"-\" & BX10024 & \"-\" & BY10024 & \"-\" & BZ10024, \"-…\", \"\"), \"…\", \"\")","v":"Emissions Capture -CO2 -Energy from Waste with CCS "},{"$f":"SUBSTITUTE(AG10024 & AB10024 & AC10024 & AD10024 & AE10024 & AF10024, \"…\", \"\")","v":"EmCapt.CO2.bcEfWccs."},{"$f":" PrefUnit.Mass.GHG.","v":"Mt."},"…",{"$f":" CaptRt.bcEfWccs. * (-(EB.bcEfWccs.rWstD. * EmFCont.CO2.rWstD.) -(EB.bcEfWccs.rWstW. * EmFCont.CO2.rWstW.) -(EB.bcEfWccs.rUCO. * EmFCont.CO2.rUCO.) -(EB.bcEfWccs.rLndFG. * EmFCont.CO2.rLndFG.) -(EB.bcEfWccs.fElc. * EmF.CO2.fElc.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EmCapt.","CO2.","bcEfWccs.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Carbon captured and stored in Energy from Waste facilities with CCS. Calculated by multiplying the difference in carbon contained within the input resource and output fuel by the carbon capture rate of the process.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Capture ","CO2 ","Energy from Waste with CCS ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Emissions -Greenhouse Gases (All) -Biofuel Plant with CCS ","Em.GHG.bcBLccs.","Mt.","…",{"$f":" +Em.CO2.bcBLccs. +Em.CH4.bcBLccs. +Em.N2O.bcBLccs.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","GHG.","bcBLccs.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total GHG emissions calculated by summing over individual pollutants.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Biofuel Plant with CCS ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Source Unit Emissions Factor -NOX -Energy from Waste -Wet Waste ","su_EmF.NOX.bcEfW.rWstW.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NOX.","bcEfW.","rWstW.","…","Model Input","Source","su","…","…","…","…","DEFER","AQ pollutant released per unit of resource input into process.","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NOX ","Energy from Waste ","Wet Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Source Unit Emissions Factor -NMVOC -Biomass Gasification Plant (BioSNG) -Bioenergy Solid ","su_EmF.NMVOC.bcBG.rBiS.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NMVOC.","bcBG.","rBiS.","…","Model Input","Source","su","…","…","…","…","DEFER","AQ pollutant released per unit of resource input into process.","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NMVOC ","Biomass Gasification Plant (BioSNG) ","Bioenergy Solid ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Source Unit Emissions Factor -PM2.5 -Biomass Gasification Plant (BioSNG) -Bioenergy Solid ","su_EmF.PM2.5.bcBG.rBiS.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","PM2.5.","bcBG.","rBiS.","…","Model Input","Source","su","…","…","…","…","DEFER","AQ pollutant released per unit of resource input into process.","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","PM2.5 ","Biomass Gasification Plant (BioSNG) ","Bioenergy Solid ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Source Unit Emissions Factor -NH3 -Energy from Waste -Dry Waste ","su_EmF.NH3.bcEfW.rWstD.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NH3.","bcEfW.","rWstD.","…","Model Input","Source","su","…","…","…","…","DEFER","AQ pollutant released per unit of resource input into process.","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NH3 ","Energy from Waste ","Dry Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Emissions Factor -NOX -Anaerobic Digestion Plant -Wet Waste ","EmF.NOX.bcAD.rWstW.","kt. / TWh.",{"$f":" su_EmF.NOX.bcAD.rWstW. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NOX.","bcAD.","rWstW.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","AQ pollutant released per unit of resource input into process.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NOX ","Anaerobic Digestion Plant ","Wet Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Emissions Factor -NMVOC -Landfill Gas Collection -Landfill Gas ","EmF.NMVOC.bcLndFGC.rLndFG.","kt. / TWh.",{"$f":" su_EmF.NMVOC.bcLndFGC.rLndFG. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NMVOC.","bcLndFGC.","rLndFG.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","AQ pollutant released per unit of resource input into process.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NMVOC ","Landfill Gas Collection ","Landfill Gas ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Emissions Factor -PM2.5 -Energy from Waste with CCS -Landfill Gas ","EmF.PM2.5.bcEfWccs.rLndFG.","kt. / TWh.",{"$f":" su_EmF.PM2.5.bcEfWccs.rLndFG. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","PM2.5.","bcEfWccs.","rLndFG.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","AQ pollutant released per unit of resource input into process.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","PM2.5 ","Energy from Waste with CCS ","Landfill Gas ","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"BIO","Emissions Factor -NH3 -Anaerobic Digestion Plant -Wet Waste ","EmF.NH3.bcAD.rWstW.","kt. / TWh.",{"$f":" su_EmF.NH3.bcAD.rWstW. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NH3.","bcAD.","rWstW.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","AQ pollutant released per unit of resource input into process.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NH3 ","Anaerobic Digestion Plant ","Wet Waste ","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Emissions -SO2 -Landfill Gas Collection ","Em.SO2.bcLndFGC.","kt.","…",{"$f":" -EB.bcLndFGC.rLndFG. * EmF.SO2.bcLndFGC.rLndFG.","v":3719678.0685892357},3787769.9008862078,4921950.4552692575,6085142.9351379229,7332052.7274028789,8605876.5671768561,9907551.9168827813,11265866.273863543,11267768.244741861,11245463.581664341,11145716.825242117,11001584.552845303,10943771.503891759,10809221.96002751,10530538.283094881,10398324.224648457,10211998.991340462,10087052.137808068,"…","Em.","SO2.","bcLndFGC.","…","…","Transformation","Transformation","pu","…","…","…","…","…","AQ emissions from process. Calculated by summing over the resource input multiplied by the corresponding emissions factor for each resource input.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","SO2 ","Landfill Gas Collection ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["TS",null,null,null,"BIO","Emissions -NH3 -Biofuel Plant with CCS ","Em.NH3.bcBLccs.","kt.","…",{"$f":" -(EB.bcBLccs.rUCO. * EmF.NH3.bcBLccs.rUCO.) -(EB.bcBLccs.rWstW. * EmF.NH3.bcBLccs.rWstW.) -(EB.bcBLccs.rBiS. * EmF.NH3.bcBLccs.rBiS.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","NH3.","bcBLccs.","…","…","Transformation","Transformation","pu","…","…","…","…","…","AQ emissions from process. Calculated by summing over the resource input multiplied by the corresponding emissions factor for each resource input.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NH3 ","Biofuel Plant with CCS ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"GGR","Carbon converted to CO2 by Anaerobic Digestion","NGT_AD_CO2","…",0.35,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Model Input","Source","nu","…","…","…","…","Opinion","The proportion of carbon in AD feedstock that ends up as CO2. Carbon can be converted to CO2 (or CO) or CH4 in the biogas or remain in the digestate. In practice most carbon ends up in the biogas but sources differ as to the balance of CO2 and methane. Some say it is 60% methane, so at most 40% CO2. The POST factsheet for Anaerobicdigestion (POST 387, 2011) reports 50% to 70% methane and up to 45% CO2. The JRC report [1] gives 55% methane and 45% CO2 for AD of maize or manure, but the energy yield in both cases is low, probably because maize is hard to digest and manure is already partially digested. In CAR opinion (July 2018) 35%  is reasonably conservative as a value for the proportion of carbon that is converted to CO2 (and can therefore be sequestered).[1]  JRC Scientific and Policy reports Assessing GHG default emissions from biofuels in EU legislation (p287) ( http://publications.jrc.ec.europa.eu/repository/bitstream/JRC76057/reqno_jrc76057_default_values_report__online_version1.pdf)",null,null,"Amber","…","The proportion varies with the feedstock and plant efficiency (how much carbon left in the digestate).",null,null,null,null,"Y",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"GGR",{"$f":"SUBSTITUTE( SUBSTITUTE(CA10451 & BV10451 & BW10451 & \"-\" & BX10451 & \"-\" & BY10451 & \"-\" & BZ10451, \"-…\", \"\"), \"…\", \"\")","v":"Ambition for Deployment Share/Penetration-Biofuel Plant with CCS "},{"$f":"SUBSTITUTE(AG10451 & AB10451 & AC10451 & AD10451 & AE10451 & AF10451, \"…\", \"\")","v":"AmbShrPen.bcBLccs."},"…",{"$f":"User_AmbShrPen.bcBLccs.","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…","bcBLccs.","…","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…","Biofuel Plant with CCS ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"GGR","Ambition for Capture Rate -H2 prod SMR with CCS ","AmbCaptRt.hpGccs.","…",{"$f":"User_AmbCaptRt.hpGccs.","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbCaptRt.","…","hpGccs.","…","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Capture Rate ","…","H2 prod SMR with CCS ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"GGR","lever selection Capture Rate Action Start-H2 prod Bio Gasification with CCS ","LvrCaptRtStart.hpBccs.","…",{"$f":"User_LvrCaptRtStart.hpBccs.","v":2025},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrCaptRtStart.","…","hpBccs.","…","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Capture Rate Action Start","…","H2 prod Bio Gasification with CCS ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"GGR","lv4.Efficiency Penalty Index -Energy from Waste with CCS ","lv4.EffPenIndx.bcEfWccs.","…",{"$f":"lv1.EffPenIndx.bcEfWccs.","v":0.51},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EffPenIndx.","…","bcEfWccs.","…","lv4.","Model Input","Source","nu","…","…","DA6","…","Opinion","Efficiency index relative to the non CCS equivalent process corresponding to the capture rate ambition level. Set Equal to efficiency penalty under level 1 capture rate as papers suggest negligible variation in efficiency penalty from increasing the capture rate.","…","…","Amber","…","Negligible variation in efficiency penalty suggested in papers","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Efficiency Penalty Index ","…","Energy from Waste with CCS ","…","lv4.",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"GGR","lv2.Ambition for Activity -Direct Air Capture ","lv2.AmbActv.ggrAirCap.","Mt.CO2e",{"$f":" lv2.su_AmbActv.ggrAirCap. * uc_GHG.Mt.","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbActv.","…","ggrAirCap.","…","lv2.","Model Input","Unit Transformation","pu","…","…","…","…","…","…","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Activity ","…","Direct Air Capture ","…","lv2.",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"GGR","lever selection Action Start-Direct Air Capture ","LvrStart.ggrAirCap.","…",{"$f":"User_LvrStart.ggrAirCap.","v":2030},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrStart.","…","ggrAirCap.","…","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action Start","…","Direct Air Capture ","…","…",null,1,null,null,null,null,null,null,null,null,1]
["Const",null,null,null,"SDB","Demand Share Winter-Non-Domestic Floor Area -Space Heat ","DemShrWint.nFlr.dSH.","…",0.70384695395450414,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","DemShrWint.","…",{"$f":"$G$469","v":"nFlr."},{"$f":"$G$706","v":"dSH."},"…","Model Input","Source","nu","…","UKTM","PG1","…","…","Share of annual demand for non-domestic space heating in the winter season (Oct-March).","…","…","Green","…","Sum of demand in UKTM winter periods and half of autumn/spring","…","…","…","…","…",null,"='[1.PG1_UKTM.xlsm]7. Seasonal_share'!D10","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Demand Share Winter","…",{"$f":"$F$469","v":"Non-Domestic Floor Area "},{"$f":"$F$706","v":"Space Heat "},"…",null,{"$f":"COUNTIF($G$980:$G$17096,G10660)","v":1}]
["Const",null,null,null,"SDB",{"$f":"SUBSTITUTE( SUBSTITUTE(CA10703 & BV10703 & BW10703 & \"-\" & BX10703 & \"-\" & BY10703 & \"-\" & BZ10703, \"-…\", \"\"), \"…\", \"\")","v":"Demand Share Summer-H2 prod Bio Gasification with CCS "},{"$f":"SUBSTITUTE(AG10703 & AB10703 & AC10703 & AD10703 & AE10703 & AF10703, \"…\", \"\")","v":"DemShrSum.hpBccs."},"…",{"$f":" 100% -DemShrWint.hpBccs.","v":0.50102669404517453},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$172","v":"DemShrSum."},"…","hpBccs.","…","…","Transformation","Transformation","nu","…","…","…","…","…","Share of annual activity of hydrogen production from biomass gasification with CCS in the summer season (Apr-Sep). Calculated as one minus the share of demand in the winter season.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$172","v":"Demand Share Summer"},"…","H2 prod Bio Gasification with CCS ","…","…",null,1]
["TS",null,null,null,"HYG","Energy Balance Summer-Non-Domestic Hybrid Heat Pump / Gas Boiler -Hydrogen Gaseous ","EBSum.nHyb.fH2G.","TWh.","…",{"$f":" Shr.ggALL.fH2G. * (\n-(DemShrSum.nFlr.dSH. * Actv.nHyb.dSH. * Shr.nHyb.dSH.fGrdG. / Eff.nHyb.dSH.fH2G.)\n-(DemShrSum.nFlr.dHW. * Actv.nHyb.dHW. * Shr.nHyb.dHW.fGrdG. / Eff.nHyb.dHW.fH2G.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EBSum.","…","nHyb.","fH2G.","…","Transformation","Transformation","pu","…","…","…","…","…","Summer hydrogen consumption by non-domestic hybrid heat pump/gas boilers. Total gas input for space heat and hot water are calculated separately by multiplying the heat output (activity)  by the share of the heat demand supplied by the gas boiler and dividing by the efficiency. Total gas in Summer is calculated by summing the gas input for space heat and hot water multiplied by the share of each demand in Summer. The Summer hydrogen consumption is calculated by multiplying the total gas consumption in Summer by the H2 gas grid share.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance Summer","…","Non-Domestic Hybrid Heat Pump / Gas Boiler ","Hydrogen Gaseous ","…",null,1]
["TS",null,null,null,"HYG","Energy Balance -H2 prod Seasonal Storage -Leaked Hydrogen Gaseous ","EB.hpSsnStr.lsH2G.",{"$f":" PrefUnit.Energy.","v":"TWh."},"…",{"$f":" -EB.hpSsnStr.fH2G.","v":0},-4.4386417254118519E-20,-4.4386417254118519E-20,0,0,0,-5.5483021567648149E-21,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","hpSsnStr.","lsH2G.","…","Transformation","Transformation","pu","…","…","…","…","…","Hydrogen losses in seasonal H2 storage. Assumed to be leaked to the atmosphere. Set equal to the net hydrogen input (input - output).","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","H2 prod Seasonal Storage ","Leaked Hydrogen Gaseous ","…",null,1]
["Const",null,null,null,"HYG","lever selection Action Speed-H2 prod Bio Gasification with CCS ","LvrSpeed.hpBccs.","years",{"$f":"User_LvrSpeed.hpBccs.","v":35},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrSpeed.","…","hpBccs.","…","…","Model Input","Lookup","su","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action Speed","…","H2 prod Bio Gasification with CCS ","…","…",null,1]
[null,null,null,"Energy Balance H2 production technologies","HYG",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"HYG",{"$f":"SUBSTITUTE( SUBSTITUTE(CA10868 & BV10868 & BW10868 & \"-\" & BX10868 & \"-\" & BY10868 & \"-\" & BZ10868, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -Greenhouse Gases (All) -H2 prod Bio Gasification with CCS "},{"$f":"SUBSTITUTE(AG10868 & AB10868 & AC10868 & AD10868 & AE10868 & AF10868, \"…\", \"\")","v":"Em.GHG.hpBccs."},{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},"…",{"$f":" +Em.CO2.hpBccs. +Em.CH4.hpBccs. +Em.N2O.hpBccs.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","GHG.","hpBccs.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total GHG emissions calculated by summing individual pollutants.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","H2 prod Bio Gasification with CCS ","…","…",null,1]
["Const",null,null,null,"HYG",{"$f":"SUBSTITUTE( SUBSTITUTE(CA10878 & BV10878 & BW10878 & \"-\" & BX10878 & \"-\" & BY10878 & \"-\" & BZ10878, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Emissions Factor -PM10 -H2 prod Seasonal Storage -Leaked Hydrogen Gaseous "},{"$f":"SUBSTITUTE(AG10878 & AB10878 & AC10878 & AD10878 & AE10878 & AF10878, \"…\", \"\")","v":"su_EmF.PM10.hpSsnStr.lsH2G."},"kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","PM10.","hpSsnStr.","lsH2G.","…","Model Input","Source","su","…","…","…","…","…","Emissions factor per unit of Hydrogen Leaked.","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","PM10 ","H2 prod Seasonal Storage ","Leaked Hydrogen Gaseous ","…",null,1]
["Const",null,null,null,"HYG",{"$f":"SUBSTITUTE( SUBSTITUTE(CA10917 & BV10917 & BW10917 & \"-\" & BX10917 & \"-\" & BY10917 & \"-\" & BZ10917, \"-…\", \"\"), \"…\", \"\")","v":"Emissions Factor -NOX -H2 prod SMR with CCS -Fossil Fuel Gaseous "},{"$f":"SUBSTITUTE(AG10917 & AB10917 & AC10917 & AD10917 & AE10917 & AF10917, \"…\", \"\")","v":"EmF.NOX.hpGccs.fFsG."},{"$f":"PrefUnit.Mass.AQ.&\" / \"&PrefUnit.Energy.","v":"kt. / TWh."},{"$f":" su_EmF.NOX.hpGccs.fFsG. * uc_AQ.kt.","v":999999},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NOX.","hpGccs.","fFsG.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Emissions factor per unit of Fossil Fuel Gaseous consumed. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NOX ","H2 prod SMR with CCS ","Fossil Fuel Gaseous ","…",null,1]
["TS",null,null,null,"HYG",{"$f":"SUBSTITUTE( SUBSTITUTE(CA10960 & BV10960 & BW10960 & \"-\" & BX10960 & \"-\" & BY10960 & \"-\" & BZ10960, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -SO2 -H2 prod Import "},{"$f":"SUBSTITUTE(AG10960 & AB10960 & AC10960 & AD10960 & AE10960 & AF10960, \"…\", \"\")","v":"Em.SO2.hpImp."},{"$f":"PrefUnit.Mass.AQ.&\" / \"&PrefUnit.Energy.","v":"kt. / TWh."},"…",{"$f":" +EB.hpImp.fH2G. * EmF.SO2.hpImp.fH2G.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","SO2.","hpImp.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Emissions calculated by multiplying the energy balance by the emissions factor per unit of Hydrogen imported.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","SO2 ","H2 prod Import ","…","…",null,1]
["Const",null,null,null,"HYG",{"$f":"SUBSTITUTE( SUBSTITUTE(CA10999 & BV10999 & BW10999 & \"-\" & BX10999 & \"-\" & BY10999 & \"-\" & BZ10999, \"-…\", \"\"), \"…\", \"\")","v":"Load Factor -H2 prod Electrolysis "},{"$f":"SUBSTITUTE(AG10999 & AB10999 & AC10999 & AD10999 & AE10999 & AF10999, \"…\", \"\")","v":"LF.hpElc."},"…",0.97,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LF.","…","hpElc.","…","…","Model Input","Source","nu","Techno-economic Analysis of PEM Electrolysis for Hydrogen Production","Techno-economic Analysis of PEM Electrolysis for Hydrogen Production\nA presentation by Strategic Analysis Inc and NREL to the Electrolytic Hydrogen Production Workshop, Colorado, 27/2/14","DA4","…","Survey","Average annual load factor representing the fraction of the maximum potential output of the capacity installed utilised (max potential assumes running flat out all year).\nThe old calculator effectively assumes 100% load factor. The source found suggested a more realistic technical availability figure. As electrolysis is the balancing item it is reasonable to assume the capacity is sized precisely to the demand so that load factor is the same. However, in reality annual fluctuations in demand will mean that there are some years in which the load factor is less. This effect is ignored here.","…","…","Green","…","Technical availability is taken from a seemingly reliable source and matches well with figures found directly on the US DOE website.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Load Factor ","…","H2 prod Electrolysis ","…","…",null,1,"Y"]
["Const",null,null,null,"ELC","Energy Balance Base Year -Industry All Types - Electrical Component from CHP -Bioenergy Gaseous","EBBY.inALL_ElecComp.fBiG.","TWh.",{"$f":" +SUMIFS(EB.inSTLHtCHP_ElecComp.fBiG.,Prd.,BY.) +SUMIFS(EB.inOTHHtCHP_ElecComp.fBiG.,Prd.,BY.) +SUMIFS(EB.inCCGHtCHP_ElecComp.fBiG.,Prd.,BY.) +SUMIFS(EB.inREFHtCHP_ElecComp.fBiG.,Prd.,BY.) +SUMIFS(EB.inCHEHtCHP_ElecComp.fBiG.,Prd.,BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EBBY.","…","inALL_ElecComp.","fBiG.","…","Transformation","Transformation","pu","…","…","…","…","…","Base year electricity generation component of fuel consumed in industrial CHP (all subsectors including refineries). Calculated by summing over all sub-sectors for the model base year.","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance Base Year ","…","Industry All Types - Electrical Component from CHP ","Bioenergy Gaseous","…",null,1]
[null,null,null,"Base Year Calibrations for Combustion","ELC",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"ELC","Activity Base Year -Electricity - Gas","ActvBY.eGas.","TWh.",{"$f":" +ActvBY.eALL.fFsG. -EBBY.inALL_fElc.fFsG. -EBBY.hnCHPG_fElc.fFsG.","v":87.562328174705257},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ActvBY.","…","eGas.","…","…","Backing Data","Transformation","pu","…","…","…","…","…","Electricity generated in gas electricity generation. Centralised generation is calibrated as the total fossil fuel gas generation in all generators minus the total fossil fuel gas used in CHP calculated in the model. This is only used to calibrate the efficiency. The activity of gas generation cannot be calibrated directly as it operates as the slack technology for meeting electricity demand.","…","…","Amber","…","Assumes all generation other than the distributed CHP and EfW that is modelled is centralised as a simplification.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Activity Base Year ","…","Electricity - Gas","…","…",null,1]
["TS",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA11126 & BV11126 & BW11126 & \"-\" & BX11126 & \"-\" & BY11126 & \"-\" & BZ11126, \"-…\", \"\"), \"…\", \"\")","v":"Energy Balance Winter-H2 prod Bio Gasification with CCS -Electricity "},{"$f":"SUBSTITUTE(AG11126 & AB11126 & AC11126 & AD11126 & AE11126 & AF11126, \"…\", \"\")","v":"EBWint.hpBccs.fElc."},"TWh.","…",{"$f":" DemShrWint.hpBccs. * EB.hpBccs.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EBWint.","…","hpBccs.","fElc.","…","Transformation","Transformation","pu","…","…","…","…","…","Winter electricity consumption for hydrogen production from biomass gasification with CCS. Calculated by multiplying total electricity consumption by the share of demand/activity in winter.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance Winter","…","H2 prod Bio Gasification with CCS ","Electricity ","…",null,1]
["TS",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA11169 & BV11169 & BW11169 & \"-\" & BX11169 & \"-\" & BY11169 & \"-\" & BZ11169, \"-…\", \"\"), \"…\", \"\")","v":"Energy Balance Summer-H2 prod Bio Gasification with CCS -Electricity "},{"$f":"SUBSTITUTE(AG11169 & AB11169 & AC11169 & AD11169 & AE11169 & AF11169, \"…\", \"\")","v":"EBSum.hpBccs.fElc."},{"$f":" PrefUnit.Energy.","v":"TWh."},"…",{"$f":" DemShrSum.hpBccs. * EB.hpBccs.fElc.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EBSum.","…","hpBccs.","fElc.","…","Transformation","Transformation","pu","…","…","…","…","…","Summer electricity consumption for hydrogen production from biomass gasification with CCS. Calculated by multiplying total electricity consumption by the share of demand/activity in summer.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance Summer","…","H2 prod Bio Gasification with CCS ","Electricity ","…",null,1]
[null,null,null,"Checks","ELC",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"ELC","Peak to Mean Ratio-Non-Domestic Hybrid Heat Pump / Gas Boiler -Space Heat ","PeakMean.nHyb.dSH.","…",0.95030086604501163,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","PeakMean.","…","nHyb.","dSH.","…","Model Input","Source","nu","Element Energy","UKTM","PG1","…","Survey","Ratio of the peak power output to the annual average power output for Space Heat in Non-Domestic Hybrid Heat Pump / Gas Boiler ","2018-07-18","…","Amber","…","Uses UKTM values for overall space heat supply combined with estimate of contribution to peak from HP.  As the calculation uses an approximate modeller's estimate (see, e.g., https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/700572/Hybrid_heat_pumps_Final_report-.pdf : \"According to manufacturers of HHPs, the ideal share of the overall heat demand met by the heat pump versus the boiler would be between 70:30 and 85:15\") of the typical levels of supply from the HP and the boiler from a hybrid system (77.5:22.5), this item should be considered to be Amber","…","…","Approximation assuming typical HP:boiler split of 77.5:22.5 and utilising source space heat demands employed in UKTM.","…","…",null,"='[1.PG1_UKTM.xlsm]2b. Hybrid_HP_SER'!$T$10","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Peak to Mean Ratio","…","Non-Domestic Hybrid Heat Pump / Gas Boiler ","Space Heat ","…",null,1]
["Const",null,null,null,"ELC","Peak to Mean Ratio-Train Passenger All Types ","PeakMean.trnPALL.","…",1.3559322033898307,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","PeakMean.","…","trnPALL.","…","…","Model Input","Source","nu","UKTM","UKTM","BF10","…","Survey","Ratio of the peak power input to the annual average power input for Train Passenger All Types ","2018-07-17","…","Green","…","Values within UKTM use unreferenced hard-coded values for the proportion of demand that occurs in each UKTM timeslice - potentially an internal modeller's view.  Peak-to-mean is calculated by dividing the demand proportion by the duration of the timeslice for the winter evening peak","…","…","UKTM peak-to-mean originates from hard-coded values which indicate how much passenger and freight demand is spent in different chunks of the day.  No referencing or primary sourcing","…","…",null,"='[multi_sector_working_UKTM_v1.2.3_d0.6.1_180125.xlsx]data'!$P$46461","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Peak to Mean Ratio","…","Train Passenger All Types ","…","…",null,1]
["TS",null,null,null,"ELC","Peak Contribution of Capacity -Non-Domestic Electric Stove -Electricity ","PeakCC.nStvE.fElc.","GW.","…",{"$f":" EB.nStvE.fElc. * PeakMean.nStvE. * PrefUnitConversionFactor.AnnualEnergy_to_Power.","v":-2.4811219084067941},-2.4990036032774356,-2.5251747688824788,-2.5515933669395512,-2.5782616045992706,-2.6051817079743635,-2.6323559222983337,-2.65978651208545,-2.6789558607051234,-2.6982633647462322,-2.7177100199087776,-2.7372968290688724,-2.7570248023304575,-2.7768949570773978,-2.7969083180259395,-2.8170659172775685,-2.837368794372225,-2.8578179963419195,"…","PeakCC.","…","nStvE.","fElc.","…","Transformation","Transformation","pu","…","…","…","…","…","Peak electric power requirement to satisfy peak service demand. Total peak electric power is calculated by converting the total annual electricity input to average power input (by multiplying by the standard conversion factor) and multiplying by the peak to mean ratio.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Peak Contribution of Capacity ","…","Non-Domestic Electric Stove ","Electricity ","…",null,1]
["TS",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA11305 & BV11305 & BW11305 & \"-\" & BX11305 & \"-\" & BY11305 & \"-\" & BZ11305, \"-…\", \"\"), \"…\", \"\")","v":"Peak Contribution of Capacity -Bus Plug-in Hybrid Electric Vehicle -Electricity "},{"$f":"SUBSTITUTE(AG11305 & AB11305 & AC11305 & AD11305 & AE11305 & AF11305, \"…\", \"\")","v":"PeakCC.busPHEV.fElc."},"GW.","…",{"$f":" EB.busPHEV.fElc. * PeakMean.busALL. * PrefUnitConversionFactor.AnnualEnergy_to_Power.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","PeakCC.","…","busPHEV.","fElc.","…","Transformation","Transformation","pu","…","…","…","…","…","Peak electric power requirement to satisfy peak service demand. Total peak electric power is calculated by converting the total annual electricity input to average power input (by multiplying by the standard conversion factor) and multiplying by the peak to mean ratio.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Peak Contribution of Capacity ","…","Bus Plug-in Hybrid Electric Vehicle ","Electricity ","…",null,1]
["Const",null,null,null,"ELC","Level 4Source Unit Ambition for Activity -Electricity -  Seasonal Storage ","lv4.su_AmbActv.eSsnStr.","TWh.",60,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","AmbActv.","…","eSsnStr.","…","lv4.","Model Input","Source","su","…","…","…","…","…","Lever ambition level for the maximum energy that can be stored between one season and another in seasonal electricity storage technologies. Level 4 represents the full development of salt cavern capacity in East Yorkshire, Cheshire and Teesside as appraised by Atkins for the ETI, and assumes the same capacity again is deployed outside of those three appraised regions.","…","…","Amber","…","Sourced at expert stakeholder workshop","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Ambition for Activity ","…","Electricity -  Seasonal Storage ","…","Level 4",null,1]
["Const",null,null,null,"ELC","Capacity Baseline Ambition Start Year -Electricity -  Demand Shift All Types ","CapBaseSY.eDShiftALL.",{"$f":"PrefUnit.Power.","v":"GW."},{"$f":" +SUMPRODUCT(CapBase.eDShiftALL. * (Prd. = +LvrStart.eDShiftALL. -MOD(LvrStart.eDShiftALL., TimePrd.))) * (1 -(MOD(LvrStart.eDShiftALL., TimePrd.) / TimePrd.))\n+SUMPRODUCT(CapBase.eDShiftALL. * (Prd. = +LvrStart.eDShiftALL. -MOD(LvrStart.eDShiftALL., TimePrd.) +TimePrd.)) * (MOD(LvrStart.eDShiftALL., TimePrd.) / TimePrd.)","v":2.8279999999999998},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CapBaseSY.","…","eDShiftALL.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Ambition lever start year baseline capacity of short term demand shifting (through Demand Side Response, Vehicle to grid charging and dedicated batteries)","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Baseline Ambition Start Year ","…","Electricity -  Demand Shift All Types ","…","…",null,1]
["Const",null,null,null,"ELC","Duration Discharge -LGV (van) Plug-in Hybrid Electric Vehicle Battery ","TimeDischarge.lgvPHEVBat.","hours",2,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","TimeDischarge.","…","lgvPHEVBat.","…","…","Model Input","Source","su","Short term operating reserve (STOR) _ National Grid ESO.pdf","…","AT43","…","…","Time taken for full battery capacity to discharge to the grid. Assumed similar to the minimum duration for which peak power should be provided for from National Grid technical requirements for STOR","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Duration Discharge ","…","LGV (van) Plug-in Hybrid Electric Vehicle Battery ","…","…",null,1]
["TS",null,null,null,"ELC","Capacity -Bus Plug-in Hybrid Electric Vehicle Battery ","Cap.busPHEVBat.","GW.","…",{"$f":" +Cap.busPHEV. * CapUnit.busPHEVBat.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Cap.","…","busPHEVBat.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total stock capacity of Bus Plug-in Hybrid Electric Vehicle batteries. Calculated by multiplying the average capacity per vehicle by the number of vehicles in the stock. ","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity ","…","Bus Plug-in Hybrid Electric Vehicle Battery ","…","…",null,1]
["Const",null,null,null,"ELC","Share Maximum -Electricity -  Demand Shift Vehicle to Grid Bus Electric Battery ","ShrMax.eDShiftVtG.busEBat.","…",0.1,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ShrMax.","…","eDShiftVtG.busEBat.","…","…","Model Input","Source","nu","Everose Roundtrip Report","Slide 18, Smart Solar charging, Everose Roundtrip Report","ME6","…","Measured","Maximum share of total stock Bus Electric Battery capacity assumed to be both plugged into the grid and have sufficient charge to export electricity to the grid at the peak period (i.e. vehicles that will have time to sufficiently recharge when electricity demand falls after the peak before they are next used). Some vehicles may fall into both the category of being available for DSR and available for vehicle to grid charging (i.e. they stop charging from the grid and start discharging to the grid at peak periods).","…","…","Amber","…","Value based on average seen in Lombok Smart Solar Charging project, a city car share scheme. Assumed to be the same for all electric vehicles. Value refers to percentage of charging stations occupied and charging. While 'charging' is not the same as 'vehicle-to-grid', they both indicate active participation so this estimate was judged to be sensible.","…","…","No public domain evidence found to estimate V2G levels.  Also it is entirely possible that V2G will be for grid stability rather than for bulk power export, in which case the contribution will be zero","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Share Maximum ","…","Electricity -  Demand Shift Vehicle to Grid Bus Electric Battery ","…","…",null,1]
["Const",null,null,null,"ELC","Level 1 Source Unit Ambition for Capacity -Electricity -  Wind (onshore) ","lv1.su_AmbCap.eWons.","GW.",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","AmbCap.","…","eWons.","…","lv1.","Model Input","Source","su","…","…","…","…","…","Lever ambition level for Electricity -  Wind (onshore) capacity. No new investment so retiring generation is not replaced, as in the old calculator.","…","…","Amber","…","Sourced at expert stakeholder workshop","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Ambition for Capacity ","…","Electricity -  Wind (onshore) ","…","Level 1 ",null,1]
["Const",null,null,null,"ELC","Level 3Ambition for Capacity -Electricity -  Wind (onshore) ","lv3.AmbCap.eWons.","GW.",{"$f":" lv3.su_AmbCap.eWons. * uc_GW.","v":35},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbCap.","…","eWons.","…","lv3.","Model Input","Unit Transformation","pu","…","…","…","…","…","Lever ambition level for Electricity -  Wind (onshore) capacity. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Capacity ","…","Electricity -  Wind (onshore) ","…","Level 3",null,1]
["Const",null,null,null,"ELC","lever selection Action Start-Electricity -  Wave ","LvrStart.eWav.","…",{"$f":"User_LvrStart.eWav.","v":2025},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrStart.","…","eWav.","…","…","Model Input","Lookup","nu","…","…","…","…","…","Length of time taken to achieve specified ambition.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action Start","…","Electricity -  Wave ","…","…",null,1]
["Const",null,null,null,"ELC","lever selection Action Speed-Electricity -  Solar PV ","LvrSpeed.eSol.","years",{"$f":"User_LvrSpeed.eSol.","v":30},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrSpeed.","…","eSol.","…","…","Model Input","Lookup","su","…","…","…","…","…","Date at which action starts","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action Speed","…","Electricity -  Solar PV ","…","…",null,1]
["TS",null,null,null,"ELC","Capacity lever selection -Electricity -  Nuclear ","CapLvr.eNuc.","GW.","…",{"$f":" IF(Prd. < LvrStart.eNuc., +CapBase.eNuc.,\nIF(Prd. > LvrEnd.eNuc., +LvrCap.eNuc.,\nMAX(0 +CapBase.eNuc., MIN(MAX(LvrCap.eNuc., CapBaseSY.eNuc.), MAX(MIN(LvrCap.eNuc., CapBaseSY.eNuc.), LvrCap.eNuc. / LvrSpeed.eNuc. * (Prd. -LvrStart.eNuc.))))\n))","v":9.5679999999999996},9.5679999999999996,6.3979999999999997,6.8879999999999999,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,4.5,"…","CapLvr.","…","eNuc.","…","…","Transformation","Transformation","pu","…","…","…","…","…","User lever selected capacity of Electricity -  Nuclear . For periods before the start year the baseline is applied, for periods after the lever end year the selected lever ambition level is applied, for periods in between the start and end year a straight line between zero and the ambition level is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and the ambition level, less than the greater of the baseline in the start year and the ambition level.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity lever selection ","…","Electricity -  Nuclear ","…","…",null,1]
["TS",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA11684 & BV11684 & BW11684 & \"-\" & BX11684 & \"-\" & BY11684 & \"-\" & BZ11684, \"-…\", \"\"), \"…\", \"\")","v":"Capacity lever selection -Electricity -  Biomass CCS "},{"$f":"SUBSTITUTE(AG11684 & AB11684 & AC11684 & AD11684 & AE11684 & AF11684, \"…\", \"\")","v":"Lv4.CapLvr.eBccs."},"GW.","…",{"$f":" IF(Prd. < LvrStart.eBccs., +CapBase.eBccs.,\nIF(Prd. > LvrEnd.eBccs., +lv4.AmbCap.eBccs.,\nMAX(0 +CapBase.eBccs., MIN(MAX(lv4.AmbCap.eBccs., CapBaseSY.eBccs.), MAX(MIN(lv4.AmbCap.eBccs., CapBaseSY.eBccs.), lv4.AmbCap.eBccs. / LvrSpeed.eBccs. * (Prd. -LvrStart.eBccs.))))\n))","v":0},0,0,3,6,9,12,15,15,15,15,15,15,15,15,15,15,15,"…","CapLvr.","…","eBccs.","…","Lv4.","Transformation","Transformation","pu","…","…","…","…","…","User lever selected capacity of Electricity -  Biomass CCS . For periods before the start year the baseline is applied, for periods after the lever end year the selected lever ambition level is applied, for periods in between the start and end year a straight line between zero and the ambition level is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and the ambition level, less than the greater of the baseline in the start year and the ambition level.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity lever selection ","…","Electricity -  Biomass CCS ","…","…",null,{"$f":"COUNTIF($G$980:$G$17096,G11684)","v":1}]
[null,null,null,null,"ELC",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"ELC","Activity Maximum Summer-Electricity -  Gas CCS ","ActvMaxSum.eGccs.","TWh.","…",{"$f":" CapLvr.eGccs. * PrefUnitConversionFactor.Power_to_AnnualEnergy. * TimeShrSum. * LFSum.eGccs.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","ActvMaxSum.","…","eGccs.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Maximum possible electricity produced from user selected capacity in the summer season. Calculated by multiplying the maximum output of the capacity (capacity converted to annual energy output and multiplied by the share of the year in the season) by the average load factor for the season.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Activity Maximum Summer","…","Electricity -  Gas CCS ","…","…",null,1]
[null,null,null,"Seasonal Storage Activity","ELC",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"ELC","Capacity Required Winter-Electricity -  Wind (onshore) ","CapReqWint.eWons.","GW.","…",{"$f":" ActvWint.eWons. * PrefUnitConversionFactor.AnnualEnergy_to_Power. / (TimeShrWint. * LFWint.eWons.)","v":9.2219999999999995},13.786344098722545,12.65780710569959,9.9293206229971744,4.9239624402075863,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","CapReqWint.","…","eWons.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Capacity required to supply the electricity generated from Electricity -  Wind (onshore) in the winter season. It is assumed that the technology operates at the seasonal average load factor and that only capacity required to supply the electricity generated in the season is required. If the maximum possible output is required to meet demand then this will equal the user specified capacity. Calculated by converting the electricity generated into a capacity (multiplying by the annual energy to power conversion factor and dividing by the fraction of the year in the season) and dividing by the load factor.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required Winter","…","Electricity -  Wind (onshore) ","…","…",null,1]
["TS",null,null,null,"ELC","Capacity Required -Electricity -  Gas CCS  baseload",{"$f":"SUBSTITUTE(AG11850 & AB11850 & AC11850 & AD11850 & AE11850 & AF11850, \"…\", \"\")","v":"CapReq.eGccsBL."},{"$f":"PrefUnit.Power.","v":"GW."},"…",{"$f":" MAX(0 +CapReqWint.eGccsBL., 0 +CapReqSum.eGccsBL.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","CapReq.","…","eGccsBL.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Capacity required in each period is defined as the maximum of the capacity required in the winter and summer seasons.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…","Electricity -  Gas CCS Base-load","…","…",null,1]
["TS",null,null,null,"ELC","Capacity Base Year Stock -Electricity -  Nuclear ","CapBYS.eNuc.","GW.","…",{"$f":" su_CapBYS.eNuc. * uc_GW.","v":9.5679999999999996},9.5679999999999996,4.798,3.6880000000000002,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,0,0,0,0,0,0,0,0,0,"…","CapBYS.","…","eNuc.","…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Capacity of technology built before the model base year remaining. This is used to apply an accurate retirement profile enabling new builds to be calculated. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Base Year Stock ","…","Electricity -  Nuclear ","…","…",null,1]
["TS",null,null,null,"ELC","Capacity Base Year Stock -Electricity -  Gas CCS ","CapBYS.eGccs.","GW.","…",{"$f":" su_CapBYS.eGccs. * uc_GW.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","CapBYS.","…","eGccs.","…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Capacity of technology built before the model base year remaining. This is used to apply an accurate retirement profile enabling new builds to be calculated. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Base Year Stock ","…","Electricity -  Gas CCS ","…","…",null,1]
["Const",null,null,null,"ELC","Lifetime -Electricity -  Wind (offshore) ","Life.eWoff.","Year.",20,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Life.","…","eWoff.","…","…","Model Input","Source","su","ESME 4.4","ESME 4.4","RB13","…","…","Technology lifetime. Length of time each unit of capacity is assumed to be available for if not retired/scrapped early.","2018-07-23","…","Green","…","Lifetimes in public ESME dataset originate from a number of different, credible sources - public sources, ETI projects etc.  All from public dataset.  As non-Government source, labelled as Amber","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime ","…","Electricity -  Wind (offshore) ","…","…",null,1]
["TS",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA11980 & BV11980 & BW11980 & \"-\" & BX11980 & \"-\" & BY11980 & \"-\" & BZ11980, \"-…\", \"\"), \"…\", \"\")","v":"Capacity New -Electricity -  Distribution "},{"$f":"SUBSTITUTE(AG11980 & AB11980 & AC11980 & AD11980 & AE11980 & AF11980, \"…\", \"\")","v":"CapNwI.eDst."},"GW.","…",{"$f":" SUMIFS(CapNwI.eDst.fts., PrdEnd.fts., Prd.)","v":0},8.0703841573033372,12.943904489251068,14.13885372173462,15.375695657613619,15.836526321917674,16.174295509749058,4.0255293138297361,0.62762058204377524,0.53655971964757043,0.22635157616682022,8.1810219599375245,13.35680890733407,14.323277662657134,15.105081803360136,16.030020139910775,16.214166600170287,4.3326280562670689,"…","CapNwI.","…","eDst.","…","…","Transformation","Lookup","pu","…","…","…","…","…","Newly installed capacity in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity New ","…","Electricity -  Distribution ","…","…","= SUMIFS(CapNwI.eDst.fts., PrdEnd.fts., Prd.)",1]
["Const",null,null,null,"ELC","Peak Contribution of Capacity Share -Electricity -  Biomass ","PeakCCShr.eBio.","…",0.87860000000000005,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","PeakCCShr.","…","eBio.","…","…","Model Input","Source","nu","Whole Power System impacts of electricity generation technologies","Whole Power System impacts of electricity generation technologies","PG7","…","…","Share of total capacity installed that can be relied upon in a period of peak demand.","2018-07-23","…","Amber","…","All peak contributions except wind are based upon one of 3 sources: assumed winter load factors (stated elsewhere), or capacity credits assumed by National Grid for 2015 capacity auction if greater, or comments in UKTM backing sheet, if no evidence is apparent.  As these are not consistent estimates of capacity credit, all entries are labelled as Amber at best","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Peak Contribution of Capacity Share ","…","Electricity -  Biomass ","…","…",null,1]
["TS",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA12062 & BV12062 & BW12062 & \"-\" & BX12062 & \"-\" & BY12062 & \"-\" & BZ12062, \"-…\", \"\"), \"…\", \"\")","v":"Capacity Required -Electricity -  Gas CCS Peaking plant"},{"$f":"SUBSTITUTE(AG12062 & AB12062 & AC12062 & AD12062 & AE12062 & AF12062, \"…\", \"\")","v":"CapReq.eGccsPk."},{"$f":"PrefUnit.Power.","v":"GW."},"…",{"$f":" MIN(CapLvr.eGccs. -Cap.eGccsBL.,\nMAX(0, 0 +PeakCC.eALLc.fElc.\n -PeakCC.eBccs. -PeakCC.eNuc. -PeakCC.eHyd. -PeakCC.eWons. -PeakCC.eWoff. -PeakCC.eSol. -PeakCC.eTidS. -PeakCC.eTidR. -PeakCC.eWav. -PeakCC.eBio. -PeakCC.eGccsBL. -PeakCC.eCoal. -PeakCC.eGas. -PeakCC.eSsnStr. -PeakCC.eInt. -PeakCC.eDShiftDSR. -PeakCC.eDShiftVtG. -PeakCC.eDShiftBat.)\n / PeakCCShr.eGccsPk.\n)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","CapReq.","…","eGccsPk.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Peaking Gas CCS plant capacity required. If not all the Gas CCS selected by the user has been built to meet centralised demand, then some more can be built to meet peaking as long as the total does not exceed the lever selection. Calculated as the minimum of the total lever selection minus what has already been built for centralised demand, and the total required centralised peak generation capacity minus the peak contributions of all centralised generation, interconnection, demand shifting and storage.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…","Electricity -  Gas CCS Peaking plant","…","…",null,1]
[null,null,null,"Activity of other centralised generation","ELC",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"ELC","Efficiency Base Year -Electricity -  Coal Unabated -Electricity ","EffBY.eCoal.fElc.","…",{"$f":" -ActvBY.eCoal. / EBBY.eCoal.fFsS.","v":0.32957790312371832},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EffBY.","…","eCoal.","fElc.","…","Model Input","Source","nu","…","…","…","…","…","Units of electricity generated from each unit of input fuel, in base year","…","…","Green","…","Efficiency for coal calibrated to 2015 energy consumption and electricity generated in the base year. ","…","…","Do we need to add other manufactured fuels into this","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Efficiency Base Year ","…","Electricity -  Coal Unabated ","Electricity ","…",null,1]
["TS",null,null,null,"ELC","Energy Balance -Electricity -  Biomass CCS -Electricity ","EB.eBccs.fElc.","TWh.","…",{"$f":" +Actv.eBccs.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","eBccs.","fElc.","…","Transformation","Transformation","pu","…","…","…","…","…","Electricity generated from Electricity -  Biomass CCS . Set equal to the activity of the process.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Electricity -  Biomass CCS ","Electricity ","…",null,1]
["TS",null,null,null,"ELC","Energy Balance -Electricity -  Gas Unabated (CCGT)-Conversion Losses ","EB.eGas.lsCnv.","TWh.","…",{"$f":" -EB.eGas.fFsG. -EB.eGas.fElc. -EB.eGas.fWstH.","v":69.6174700161435},66.785153157153147,51.168142087454157,51.268103678591693,96.366429562311865,124.51512946452385,131.70693001387028,137.24419178527992,138.82223180902247,140.35757178975871,141.15347121891301,142.05648060677444,143.17713515105882,144.18871251130352,144.94125435954058,145.96312691136336,146.89505040107787,147.89748216548898,"…","EB.","…","eGas.","lsCnv.","…","Transformation","Transformation","pu","…","…","…","…","…","Conversion losses in Electricity -  Gas Unabated (CCGT). Calculated by summing the energy balance of inputs and useful outputs (terms in sum are negative to make inputs positive and outputs negative).","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Electricity -  Gas Unabated (CCGT)","Conversion Losses ","…",null,1]
["TS",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA12199 & BV12199 & BW12199 & \"-\" & BX12199 & \"-\" & BY12199 & \"-\" & BZ12199, \"-…\", \"\"), \"…\", \"\")","v":"Energy Balance -Electricity -  Seasonal Storage -Electricity "},{"$f":"SUBSTITUTE(AG12199 & AB12199 & AC12199 & AD12199 & AE12199 & AF12199, \"…\", \"\")","v":"EB.eSsnStr.fElc."},{"$f":" PrefUnit.Energy.","v":"TWh."},"…",{"$f":" -Actv.eSsnStr. * ((1 / Eff.eSsnStr.) - 1)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","eSsnStr.","fElc.","…","Transformation","Transformation","pu","…","…","…","…","…","Net electricity consumed in seasonal electricity storage, i.e. losses. Calculated as the total output multiplied by one over the efficiency minus one.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Electricity -  Seasonal Storage ","Electricity ","…",null,1]
["TS",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA12238 & BV12238 & BW12238 & \"-\" & BX12238 & \"-\" & BY12238 & \"-\" & BZ12238, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -CO2 -Electricity -  Demand Shift Battery "},{"$f":"SUBSTITUTE(AG12238 & AB12238 & AC12238 & AD12238 & AE12238 & AF12238, \"…\", \"\")","v":"Em.CO2.eDShiftBat."},"Mt.CO2e","…",{"$f":" +su_Em.CO2.eDShiftBat. * uc_GHG.Mt.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","CO2.","eDShiftBat.","…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","CO2 emissions from Electricity -  Demand Shift Battery. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","CO2 ","Electricity -  Demand Shift Battery ","…","…",null,{"$f":"COUNTIF($G$980:$G$17096,G12238)","v":1}]
["TS",null,null,null,"ELC","Emissions -N2O -Electricity -  Demand Shift Vehicle to Grid ","Em.N2O.eDShiftVtG.","Mt.CO2e","…",{"$f":" +su_Em.N2O.eDShiftVtG. * uc_GHG.Mt.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","N2O.","eDShiftVtG.","…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","N2O emissions from Electricity -  Demand Shift Vehicle to Grid. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","N2O ","Electricity -  Demand Shift Vehicle to Grid ","…","…",null,1]
["Const",null,null,null,"ELC","Source Unit Emissions Factor -NOX -Electricity -  All Centralised Generation -Fossil Fuel Solid ","su_EmF.NOX.eALLc.fFsS.","kt. / PJ.",0.17471900742239038,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NOX.","eALLc.","fFsS.","…","Model Input","Source","su","NAEI","UKTM","PG1","…","…","AQ emissions factor for centralised electricity generation. Mass of pollutant released per unit of fuel/resource input.","…","…","Green","…","5% deviation from old 2050 calculator - externally consistent","…","…","…","…","…",null,"='[1.PG1_UKTM.xlsm]1. Emissions_Factors'!L21","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NOX ","Electricity -  All Centralised Generation ","Fossil Fuel Solid ","…",null,1]
["Const",null,null,null,"ELC",{"$f":"SUBSTITUTE( SUBSTITUTE(CA12330 & BV12330 & BW12330 & \"-\" & BX12330 & \"-\" & BY12330 & \"-\" & BZ12330, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Emissions Factor -NMVOC -Electricity -  All Centralised Generation -Electricity "},{"$f":"SUBSTITUTE(AG12330 & AB12330 & AC12330 & AD12330 & AE12330 & AF12330, \"…\", \"\")","v":"su_EmF.NMVOC.eALLc.fElc."},"kt. / PJ.",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NMVOC.","eALLc.","fElc.","…","Model Input","Source","su","…","…","PG1","…","…","AQ emissions factor for centralised electricity generation. Mass of pollutant released per unit of fuel/resource input.","…","…","Green","…","No reason to assume nonzero value","…","…","…","…","…",null,"='[1.PG1_UKTM.xlsm]1. Emissions_Factors'!L29","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NMVOC ","Electricity -  All Centralised Generation ","Electricity ","…",null,1]
["Const",null,null,null,"ELC","Emissions Factor -SO2 -Electricity -  All Centralised Generation -Fossil Fuel Solid ","EmF.SO2.eALLc.fFsS.","kt. / TWh.",{"$f":" su_EmF.SO2.eALLc.fFsS. * uc_AQ.kt. / uc_PJ.","v":0.59754372954139601},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","SO2.","eALLc.","fFsS.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","AQ emissions factor for centralised electricity generation. Mass of pollutant released per unit of fuel/resource input. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","SO2 ","Electricity -  All Centralised Generation ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"ELC","Emissions -PM10 -Electricity -  Hydro ","Em.PM10.eHyd.","kt.","…",{"$f":" -EB.eHyd.rEnvE. * EmF.PM10.eALLc.rEnvE.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","PM10.","eHyd.","…","…","Transformation","Transformation","pu","…","…","…","…","…","PM10 emissions from Electricity -  Hydro . Calculated by multiplying the energy balance by the AQ emissions factor for centralised electricity generation.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM10 ","Electricity -  Hydro ","…","…",null,1]
["TS",null,null,null,"ELC","Emissions -NOX -Electricity -  Nuclear ","Em.NOX.eNuc.","kt.","…",{"$f":" -EB.eNuc.rURN. * EmF.NOX.eALLc.rURN.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","NOX.","eNuc.","…","…","Transformation","Transformation","pu","…","…","…","…","…","NOX emissions from Electricity -  Nuclear . Calculated by multiplying the energy balance by the AQ emissions factor for centralised electricity generation.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NOX ","Electricity -  Nuclear ","…","…",null,1]
["TS",null,null,null,"ELC","Emissions -NMVOC -Electricity -  Demand Shift Battery ","Em.NMVOC.eDShiftBat.","kt.","…",{"$f":" +su_Em.NMVOC.eDShiftBat. * uc_AQ.kt.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","NMVOC.","eDShiftBat.","…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","NMVOC emissions from Electricity -  Demand Shift Battery. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NMVOC ","Electricity -  Demand Shift Battery ","…","…",null,1]
["TS",null,null,null,"ELC","Emissions -PM2.5 -Electricity -  Solar PV ","Em.PM2.5.eSol.","kt.","…",{"$f":" -EB.eSol.rEnvE. * EmF.PM2.5.eALLc.rEnvE.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","PM2.5.","eSol.","…","…","Transformation","Transformation","pu","…","…","…","…","…","PM2.5 emissions from Electricity -  Solar PV . Calculated by multiplying the energy balance by the AQ emissions factor for centralised electricity generation.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM2.5 ","Electricity -  Solar PV ","…","…",null,1]
[null,null,null,null,"ELC","Cost equations have been deprioritised for the initial release",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"IND","lever selection Action Start-Industry Refineries ","LvrStart.inREF.","…",{"$f":"User_LvrStart.inREF.","v":2020},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrStart.","…","inREF.","…","…","Model Input","Lookup","nu","…","…","…","…","…","Length of time taken to achieve specified ambition.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action Start","…","Industry Refineries ","…","…",null,1]
["Const",null,null,null,"IND","Level 4Ambition for Deployment Share/Penetration-Industry Ferrous and non-ferrous metal production Heat Processes with CCS","lv4.AmbShrPen.inSTLHtccs.","…",1,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…","inSTLHtccs.","…","lv4.","Model Input","Source","nu","…","…","…","…","…","Levels of ambition for CCS share. CCS share: share of emissions captured","…","…","Amber","…","Sourced at expert workshop. Description of rationale yet to be provided.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…","Industry Ferrous and non-ferrous metal production Heat Processes with CCS","…","Level 4",null,1]
["Const",null,null,null,"IND","Level 2Ambition for Deployment Share/Penetration-Industry Cement, ceramics and glass Heat Processes with CCS","lv2.AmbShrPen.inCCGHtccs.","…",0.23749999999999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…","inCCGHtccs.","…","lv2.","Model Input","Source","nu","…","…","…","…","…","Levels of ambition for CCS share. CCS share: share of emissions captured","…","…","Amber","…","Sourced at expert workshop. Description of rationale yet to be provided.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…","Industry Cement, ceramics and glass Heat Processes with CCS","…","Level 2",null,1]
[null,null,null,"CCS Capture rate (user lever)","IND",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,"IND","  ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,"BaU efficiency","IND",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"IND","Efficiency Business as Usual -Industry Ferrous and non-ferrous metal production Heat Processes CHP -Fossil Fuel Gaseous ","EffBaU.inSTLHtCHP.fFsG.","…",999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EffBaU.","…","inSTLHtCHP.","fFsG.","…","Model Input","Source","nu","…","…","…","…","…","Base year relative efficiency for fossil fuel gas for heat processes in Industry CHP Ferrous and non-Ferrous metal production.","…","…","…","…","PLACEHOLDER VALUE","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Efficiency Business as Usual ","…","Industry Ferrous and non-ferrous metal production Heat Processes CHP ","Fossil Fuel Gaseous ","…",null,1]
["Const",null,null,null,"IND","Efficiency Business as Usual -Industry Refineries Heat Processes -Fossil Fuel Solid ","EffBaU.inREFHt.fFsS.","…",0.51,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EffBaU.","…","inREFHt.","fFsS.","…","Model Input","Source","nu","…","Expert opinion","…","…","Opinion","Base year relative efficiency for fossil fuel solid for heat processes in Industry Ferrous and non-Ferrous metal production.","…","…","Amber","…","Primary source unknown. No good data available.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Efficiency Business as Usual ","…","Industry Refineries Heat Processes ","Fossil Fuel Solid ","…",null,1]
["Const",null,null,null,"IND","Energy Intensity Business as Usual -Industry Other Industry Heat Processes -Bioenergy Solid ","EInBaU.inOTHHt.fBiS.","dimensionless (energy/energy)",{"$f":"1/EffBaU.inOTHHt.fBiS.","v":1.9607843137254901},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EInBaU.","…","inOTHHt.","fBiS.","…","Transformation","Transformation","nu","…","…","…","…","…","BAU energy intensity of heat production. Fuel input per unit of useful heat output.","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Intensity Business as Usual ","…","Industry Other Industry Heat Processes ","Bioenergy Solid ","…",null,1]
["Const",null,null,null,"IND","Energy Intensity Business as Usual -Industry Chemicals Heat Processes -Fossil Fuel Gaseous ","EInBaU.inCHEHt.fFsG.","dimensionless (energy/energy)",{"$f":"1/EffBaU.inCHEHt.fFsG.","v":1.8181818181818181},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EInBaU.","…","inCHEHt.","fFsG.","…","Transformation","Transformation","nu","…","…","…","…","…","BAU energy intensity of heat production. Fuel input per unit of useful heat output.","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Intensity Business as Usual ","…","Industry Chemicals Heat Processes ","Fossil Fuel Gaseous ","…",null,{"$f":"COUNTIF($G$980:$G$17096,G12878)","v":1}]
["TS",null,null,null,"IND","Energy Intensity -Industry Other Industry Heat Processes CHP -Fossil Fuel Liquid ","EIn.inOTHHtCHP.fFsL.","dimensionless (energy/energy)","…",{"$f":" EInBaU.inOTHHtCHP.fFsL. * EInIndx.inOTH.* ((100% -  Shr.inOTHHtccs. + Shr.inOTHHtccs. / EffPenIndx.inOTHHtccs.))","v":1.001001001001001E-3},1.001001001001001E-3,9.7931264597931255E-4,9.5762429095762433E-4,9.35935935935936E-4,9.1424758091424756E-4,8.9255922589255923E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,8.708708708708709E-4,"…","EIn.","…","inOTHHtCHP.","fFsL.","…","Transformation","Transformation","pu","…","…","…","…","…","Energy intensity of heat production calculated as the weighted average of the energy intensity for non-CCS production (BAU energy intensity times energy intensity index) and CCS production times (BAU energy intensity times energy intensity index divided by the CCS efficiency penalty index)","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Intensity ","…","Industry Other Industry Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Energy Intensity -Industry Cement, ceramics and glass Heat Processes CHP -Fossil Fuel Gaseous ","EIn.inCCGHtCHP.fFsG.","dimensionless (energy/energy)","…",{"$f":" EInBaU.inCCGHtCHP.fFsG. * EInIndx.inCCG.* ((100% -  Shr.inCCGHtccs. + Shr.inCCGHtccs. / EffPenIndx.inCCGHtccs.))","v":1.001001001001001E-3},1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,1.001001001001001E-3,"…","EIn.","…","inCCGHtCHP.","fFsG.","…","Transformation","Transformation","pu","…","…","…","…","…","Energy intensity of heat production calculated as the weighted average of the energy intensity for non-CCS production (BAU energy intensity times energy intensity index) and CCS production times (BAU energy intensity times energy intensity index divided by the CCS efficiency penalty index)","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Intensity ","…","Industry Cement, ceramics and glass Heat Processes CHP ","Fossil Fuel Gaseous ","…",null,1]
["Const",null,null,null,"IND","Ambition for Deployment Share/Penetration-Industry Other Industry Heat Processes -Bioenergy Solid ","AmbShrPen.inOTHHt.fBiS.","…",{"$f":"User_AmbShrPen.inOTHHt.fBiS.","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…","inOTHHt.","fBiS.","…","Model Input","Lookup","nu","…","…","…","…","…","Looked up from control sheet","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…","Industry Other Industry Heat Processes ","Bioenergy Solid ","…",null,1]
["Const",null,null,null,"IND","Level 1 Ambition for Deployment Share/Penetration-Industry Other Industry Heat Processes -Electricity ","lv1.AmbShrPen.inOTHHt.fElc.","…",0.19918615499628528,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbShrPen.","…","inOTHHt.","fElc.","lv1.","Model Input","Source","nu","Workshop","Industry Fuel Shares Backing workbook","ME13","…","…","Ambition level for the share of heat supplied by electricity","…","…","Amber","…","Reflects current levels","…","…","…","…","…",null,"^=[UpdatedIndustryFuelShares.xlsx]Calculations!$D75","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Deployment Share/Penetration","…","Industry Other Industry Heat Processes ","Electricity ","Level 1 ",null,1]
["Const",null,null,null,"IND","lever selection Deployment Share/Penetration-Industry Cement, ceramics and glass Heat Processes -Grid Gas Gaseous ","LvrShrPen.inCCGHt.fGrdG.","…",{"$f":" IF(AmbShrPen.inCCGHt.fGrdG. < 2,\n+(lv1.AmbShrPen.inCCGHt.fGrdG. * (2 -AmbShrPen.inCCGHt.fGrdG.)) +(lv2.AmbShrPen.inCCGHt.fGrdG. * (AmbShrPen.inCCGHt.fGrdG. -1)),\nIF(AmbShrPen.inCCGHt.fGrdG. < 3,\n+(lv2.AmbShrPen.inCCGHt.fGrdG. * (3 -AmbShrPen.inCCGHt.fGrdG.)) +(lv3.AmbShrPen.inCCGHt.fGrdG. * (AmbShrPen.inCCGHt.fGrdG. -2)),\n+(lv3.AmbShrPen.inCCGHt.fGrdG. * (4 -AmbShrPen.inCCGHt.fGrdG.)) +(lv4.AmbShrPen.inCCGHt.fGrdG. * (AmbShrPen.inCCGHt.fGrdG. -3))))","v":0.49900761144132794},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrShrPen.","…","inCCGHt.","fGrdG.","…","Model Input","Transformation","nu","…","…","…","…","…","User selection for the gas share. User selected ambition level over a continuous range 1-4. If statement logic used to linearly interpolate between specified ambition levels 1,2,3 and 4.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Deployment Share/Penetration","…","Industry Cement, ceramics and glass Heat Processes ","Grid Gas Gaseous ","…",null,1]
["Const",null,null,null,"IND","lever selection Deployment Share/Penetration-Industry Chemicals Heat Processes -Grid Gas Gaseous ","LvrShrPen.inCHEHt.fGrdG.","…",{"$f":" IF(AmbShrPen.inCHEHt.fGrdG. < 2,\n+(lv1.AmbShrPen.inCHEHt.fGrdG. * (2 -AmbShrPen.inCHEHt.fGrdG.)) +(lv2.AmbShrPen.inCHEHt.fGrdG. * (AmbShrPen.inCHEHt.fGrdG. -1)),\nIF(AmbShrPen.inCHEHt.fGrdG. < 3,\n+(lv2.AmbShrPen.inCHEHt.fGrdG. * (3 -AmbShrPen.inCHEHt.fGrdG.)) +(lv3.AmbShrPen.inCHEHt.fGrdG. * (AmbShrPen.inCHEHt.fGrdG. -2)),\n+(lv3.AmbShrPen.inCHEHt.fGrdG. * (4 -AmbShrPen.inCHEHt.fGrdG.)) +(lv4.AmbShrPen.inCHEHt.fGrdG. * (AmbShrPen.inCHEHt.fGrdG. -3))))","v":0.73512168361631614},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrShrPen.","…","inCHEHt.","fGrdG.","…","Model Input","Transformation","nu","…","…","…","…","…","User selection for the gas share. User selected ambition level over a continuous range 1-4. If statement logic used to linearly interpolate between specified ambition levels 1,2,3 and 4.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Deployment Share/Penetration","…","Industry Chemicals Heat Processes ","Grid Gas Gaseous ","…",null,1]
["Const",null,null,null,"IND","lever selection Action End -Industry Cement, ceramics and glass Heat Processes -Grid Gas Gaseous ","LvrEnd.inCCGHt.fGrdG.","…",{"$f":"LvrStart.inCCGHt.fGrdG.+LvrSpeed.inCCGHt.fGrdG.","v":2050},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LvrEnd.","…","inCCGHt.","fGrdG.","…","Transformation","Transformation","nu","…","…","…","…","…","Year in which the ambition level specified by the lever selections is achieved. Calculated by adding the action speed to the start date.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","lever selection Action End ","…","Industry Cement, ceramics and glass Heat Processes ","Grid Gas Gaseous ","…",null,1]
["Const",null,null,null,"IND","Source Unit Energy Balance - Business as Usual -Industry Cement, ceramics and glass Heat Processes -Fossil Fuel Solid ","su_EBBaU.inCCGHt.fFsS.","ktoe",-698.24,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EBBaU.","…","inCCGHt.","fFsS.","…","Model Input","Source","su","Table 4.04, ECUK data tables 2018","Industry_Calculations_BEIS.xlsx","ME4, AT4","…","…"," Industrial Cement, ceramics and glass final energy consumption by end use for all processes considered to be 'Heat Processes'. This includes high temperature processes, low temperature processes, drying/separation, space heating and other.","…","…","Green","…","Based on government published figures","…","…","…","…","…",null,"^=[Industry_Calculations_BEIS.xlsx]Sheet1!$C130","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Energy Balance - Business as Usual ","…","Industry Cement, ceramics and glass Heat Processes ","Fossil Fuel Solid ","…",null,1]
["Const",null,null,null,"IND","Energy Balance - Business as Usual -Industry Refineries Heat Processes -Bioenergy Solid ","EBBaU.inREFHt.fBiS.","TWh.",{"$f":"su_EBBaU.inREFHt.fBiS.*uc_Thousand_toe.","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EBBaU.","…","inREFHt.","fBiS.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Final energy consumption by end use for heat processes converted to preference units","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance - Business as Usual ","…","Industry Refineries Heat Processes ","Bioenergy Solid ","…",null,1]
["Const",null,null,null,"IND","Energy Balance - Business as Usual -Industry Chemicals Heat Processes -Bioenergy Gaseous ","EBBaU.inCHEHt.fBiG.","TWh.",{"$f":"su_EBBaU.inCHEHt.fBiG.*uc_Thousand_toe.","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EBBaU.","…","inCHEHt.","fBiG.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Final energy consumption by end use for heat processes converted to preference units","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance - Business as Usual ","…","Industry Chemicals Heat Processes ","Bioenergy Gaseous ","…",null,1]
["Const",null,null,null,"IND","Energy demand - Base year-Industry Refineries Heat Processes -Fossil Fuel Gaseous ","DemBY.inREFHt.fFsG.","TWh.",{"$f":"-EBBaU.inREFHt.fFsG.*EffBaU.inREFHt.fFsG.","v":0.73419027000000014},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","DemBY.","…","inREFHt.","fFsG.","…","Transformation","Transformation","pu","…","…","…","…","…","BAU energy demand for heat production. Calculated by multiplying the efficiency by the energy balance.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Energy demand - Base year","…","Industry Refineries Heat Processes ","Fossil Fuel Gaseous ","…",null,1]
["TS",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA13262 & BV13262 & BW13262 & \"-\" & BX13262 & \"-\" & BY13262 & \"-\" & BZ13262, \"-…\", \"\"), \"…\", \"\")","v":"Share Business as Usual -Industry Cement, ceramics and glass Heat Processes -Grid Gas Gaseous "},{"$f":"SUBSTITUTE(AG13262 & AB13262 & AC13262 & AD13262 & AE13262 & AF13262, \"…\", \"\")","v":"ShrBaU.inCCGHt.fGrdG."},"…","…",{"$f":"(DemBY.inCCGHt.fFsG.+DemBY.inCCGHt.fBiG.)/DemBY.inCCG.dPHt.","v":0.49900761144132794},{"$f":"INDEX(ShrBaU.inCCGHt.fGrdG.,,PrevPrdColR.)","v":0.49900761144132794},0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,0.49900761144132794,"…","ShrBaU.","…","inCCGHt.","fGrdG.","…","Transformation","Transformation","nu","…","…","…","…","…","Baseline share of heat supplied by all gas (fossil fuel gaseous, hydrogen and biogas). Calculated in base year to be the share of energy demand met by bioenergy gas or fossil fuel gas divided by the total demand in the industry type.","…","…","Amber","…","Based on heat demand which is calculated rather than measured. Assumed to remain the same as the base year.","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share Business as Usual ","…","Industry Cement, ceramics and glass Heat Processes ","Grid Gas Gaseous ","…",null,{"$f":"COUNTIF($G$980:$G$17096,G13262)","v":1}]
["TS",null,null,null,"IND","Share -Industry Refineries Heat Processes -Fossil Fuel Gaseous ","Shr.inREFHt.fFsG.","…","…",{"$f":" MIN(0 +ShrLvr.inREFHt.fGrdG., 100% -Shr.inREFHt.fElc. -Shr.inREFHt.fBiS.) * Shr.ggALL.fFsG.","v":3.2041091980021218E-2},3.2041091980021218E-2,3.2025039328728619E-2,3.2008986677436027E-2,3.1992934026143428E-2,3.197688137485083E-2,3.1960828723558238E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,3.1944776072265639E-2,"…","Shr.","…","inREFHt.","fFsG.","…","Transformation","Transformation","nu","…","…","…","…","…","Share of heat supplied by fossil fuel gaseous. Share from all gasses (fossil, bio, H2) is calculated as the minimum between share selected by the user and residual share after defining the shares from electricity and biomass. Then proportion of fossil fuel gaseous is calculated by multiplying by the gas grid share.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Share ","…","Industry Refineries Heat Processes ","Fossil Fuel Gaseous ","…",null,1]
["Const",null,null,null,"IND","Share -Industry Chemicals Heat Processes CHP -Bioenergy Solid ","Shr.inCHEHtCHP.fBiS.","…",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","inCHEHtCHP.","fBiS.","…","Model Input","Assumption","nu","…","…","…","…","…","Share of heat coming from CHP processes. Currently switched off.","…","…","Red","…","Currently assumed that there is no CHP in Industry (as of v161.14). The heat output of CHP by vector and sector is described in the description column for BAU energy intensity of heat production from CHP. The calculated heat output per vector and sector was divided by the heat demand for the corresponding vector and sector. ","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Share ","…","Industry Chemicals Heat Processes CHP ","Bioenergy Solid ","…",null,1]
[null,null,null,"UK Liquid Fossil Fuel Demand","IND",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"IND","Activity -Industry Other Industry Heat Processes -Bioenergy Solid ","Actv.inOTHHt.fBiS.","TWh.","…",{"$f":" Dem.inOTH.dPHt. * Shr.inOTHHt.fBiS. * (100% -Shr.inOTHHtCHP.fBiS.)","v":5.3579805419999991},5.3195806957529959,5.3042184512826376,5.294547979494177,5.2910545240935241,5.3166572457243957,5.3627035726282086,5.415002072730049,5.4729880412241148,5.5365042721290108,5.5365042721290108,5.5365042721290108,5.5365042721290108,5.5365042721290108,5.5365042721290108,5.5365042721290108,5.5365042721290108,5.5365042721290108,"…","Actv.","…","inOTHHt.","fBiS.","…","Transformation","Transformation","pu","…","…","…","…","…","Non-CHP heat output by fuel input. Heat supplied by fuel is calculated by multiplying total heat demand by the share of fuel decided by the user. Then the non-CHP heat supplied is calculated by multiplying the fuel heat supplied by one minus the share of the fuel which is used for heating in CHP plants.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Activity ","…","Industry Other Industry Heat Processes ","Bioenergy Solid ","…",null,1]
["TS",null,null,null,"IND","Activity -Industry Refineries Heat Processes CHP -Fossil Fuel Liquid ","Actv.inREFHtCHP.fFsL.","TWh.","…",{"$f":" Dem.inREF.dPHt. * Shr.inREFHt.fFsL. * Shr.inREFHtCHP.fFsL.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","inREFHtCHP.","fFsL.","…","Transformation","Transformation","pu","…","…","…","…","…","CHP heat output by fuel input. Heat supplied by fuel is calculated by multiplying total heat demand by the share of fuel decided by the user. Then the CHP heat supplied is calculated by multiplying the fuel heat supplied by the share of heat from CHP plants.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Activity ","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Energy Balance -Industry Other Industry Heat Processes -Hydrogen Gaseous ","EB.inOTHHt.fH2G.","TWh.","…",{"$f":" -Actv.inOTHHt.fH2G. * EIn.inOTHHt.fH2G.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","inOTHHt.","fH2G.","…","Transformation","Transformation","pu","…","…","…","…","…","Energy balance for hydrogen. Energy intensity is applied to the fuel demand for heating","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Industry Other Industry Heat Processes ","Hydrogen Gaseous ","…",null,1]
["TS",null,null,null,"IND","Energy Balance -Industry Other Industry Heat Processes CHP -Hydrogen Gaseous ","EB.inOTHHtCHP.fH2G.","TWh.","…",{"$f":" -Actv.inOTHHtCHP.fH2G. * EIn.inOTHHtCHP.fH2G.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","inOTHHtCHP.","fH2G.","…","Transformation","Transformation","pu","…","…","…","…","…","Energy balance for hydrogen  CHP. Energy intensity is applied to the fuel demand for heating","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Industry Other Industry Heat Processes CHP ","Hydrogen Gaseous ","…",null,1]
["TS",null,null,null,"IND","Energy Balance -Industry Chemicals Heat Processes -Electricity ","EB.inCHEHt.fElc.","TWh.","…",{"$f":" -Actv.inCHEHt.fElc. * EIn.inCHEHt.fElc.","v":-2.5617401000000002},-2.431986477122591,-2.2928147532782983,-2.2240298612591811,-2.1592506637351545,-2.1346886110966019,-2.1619698888070316,-2.1908821379031158,-2.2755678081902153,-2.3635303878754206,-2.3635303878754206,-2.3635303878754206,-2.3635303878754206,-2.3635303878754206,-2.3635303878754206,-2.3635303878754206,-2.3635303878754206,-2.3635303878754206,"…","EB.","…","inCHEHt.","fElc.","…","Transformation","Transformation","pu","…","…","…","…","…","Electricity consumed in electrical processes. Calculated by multiplying the electrical process demand by the energy intensity.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Industry Chemicals Heat Processes ","Electricity ","…",null,1]
["TS",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA13551 & BV13551 & BW13551 & \"-\" & BX13551 & \"-\" & BY13551 & \"-\" & BZ13551, \"-…\", \"\"), \"…\", \"\")","v":"Energy Balance -Industry Cement, ceramics and glass -Electricity "},{"$f":"SUBSTITUTE(AG13551 & AB13551 & AC13551 & AD13551 & AE13551 & AF13551, \"…\", \"\")","v":"EB.inCCG.fElc."},{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" +EB.inCCGElc.fElc. +EB.inCCGHt.fElc. +EB.inCCGHtCHP.fElc.","v":-4.7542277000000004},-5.0951820484009316,-5.3227762251259758,-5.6337549406570435,-5.9733783164693435,-6.3422230016567092,-6.7444215682152269,-7.1736242507457142,-7.6303389108931174,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,-8.1161574594803838,"…","EB.","…","inCCG.","fElc.","…","Transformation","Transformation","pu","…","…","…","…","…","Total energy balance for the sector","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Industry Cement, ceramics and glass ","Electricity ","…",null,1]
["Const",null,null,null,"IND","Level 4Ambition for Emissions Factor Index -Industry Ferrous and non-ferrous metal production Process Emissions","lv4.AmbEmFIndx.inSTLPEm.","…",0.88,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbEmFIndx.","…","inSTLPEm.","…","lv4.","Model Input","Source","nu","…","…","…","…","…","Levels of ambition for process emissions intensity index. Emissions per unit of production relative to the model base year.","…","…","Amber","…","Sourced at expert workshop. Description of rationale yet to be provided.","…","…","The average process emissions intensity for level 3 across all industry is 0.72, which is in line with the original calculator's assumed level 3.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Emissions Factor Index ","…","Industry Ferrous and non-ferrous metal production Process Emissions","…","Level 4",null,1]
["Const",null,null,null,"IND","Level 2Ambition for Emissions Factor Index -Industry Refineries Process Emissions","lv2.AmbEmFIndx.inREFPEm.","…",0.81666666666666665,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AmbEmFIndx.","…","inREFPEm.","…","lv2.","Model Input","Source","nu","…","…","…","…","…","Levels of ambition for process emissions intensity index. Emissions per unit of production relative to the model base year. No figures given in the workshop - assumed to be the same as chemical industry","…","…","Amber","…","Sourced at expert workshop. Description of rationale yet to be provided.","…","…","The average process emissions intensity for level 3 across all industry is 0.72, which is in line with the original calculator's assumed level 3.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Ambition for Emissions Factor Index ","…","Industry Refineries Process Emissions","…","Level 2",null,1]
["Const",null,null,null,"IND","Emissions Factor Index Target Year -Industry Ferrous and non-ferrous metal production Process Emissions","EmFIndxTY.inSTLPEm.","…",{"$f":" LvrEmFIndx.inSTLPEm. / EmFIndxBaUTY.inSTLPEm.","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxTY.","…","inSTLPEm.","…","…","Transformation","Transformation","nu","…","…","…","…","…","Process emissions intensity index divided by the baseline process emissions intensity index in the target year.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor Index Target Year ","…","Industry Ferrous and non-ferrous metal production Process Emissions","…","…",null,1]
["Const",null,null,null,"IND","Emissions Base Year -N2O -Industry Other Industry Process Emissions","EmBY.N2O.inOTHPEm.",{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},{"$f":"su_EmBY.N2O.inOTHPEm. * uc_GHG.Mt.","v":0.2171793459967401},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmBY.","N2O.","inOTHPEm.","…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Process emissions in the base year. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Base Year ","N2O ","Industry Other Industry Process Emissions","…","…",null,1]
["TS",null,null,null,"IND","Emissions Capture -CO2 -Industry Ferrous and non-ferrous metal production Heat Processes CHP with CCS -Fossil Fuel Solid ","EmCapt.CO2.inSTLHtCHPccs.fFsS.","Mt.CO2e","…",{"$f":" -EB.inSTLHtCHP.fFsS. * EmF.CO2.fFsS. * Shr.inSTLHtccs. * CaptRt.inSTLHtccs.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EmCapt.","CO2.","inSTLHtCHPccs.","fFsS.","…","Transformation","Transformation","pu","…","…","…","…","…","Carbon emissions captured and stored with CCS. Assumes that any carbon content removed in the process is released into the atmosphere and that the CCS process captures a fraction of this. Carbon content released calculated as the fuel input (negative of the energy balance) multiplied by the emissions factor (emissions content factor for bioenergy). The emissions captured are calculated as the emissions released multiplied by the share of emissions that have CCS applied and the capture rate of the process.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Capture ","CO2 ","Industry Ferrous and non-ferrous metal production Heat Processes CHP with CCS ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Emissions Capture -CO2 -Industry Chemicals Heat Processes with CCS-Fossil Fuel Solid ","EmCapt.CO2.inCHEHtccs.fFsS.","Mt.CO2e","…",{"$f":" -EB.inCHEHt.fFsS. * EmF.CO2.fFsS. * Shr.inCHEHtccs. * CaptRt.inCHEHtccs.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EmCapt.","CO2.","inCHEHtccs.","fFsS.","…","Transformation","Transformation","pu","…","…","…","…","…","Carbon emissions captured and stored with CCS. Assumes that any carbon content removed in the process is released into the atmosphere and that the CCS process captures a fraction of this. Carbon content released calculated as the fuel input (negative of the energy balance) multiplied by the emissions factor (emissions content factor for bioenergy). The emissions captured are calculated as the emissions released multiplied by the share of emissions that have CCS applied and the capture rate of the process.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Capture ","CO2 ","Industry Chemicals Heat Processes with CCS","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Emissions Capture -CO2 -Industry Chemicals Heat Processes CHP with CCS -Fossil Fuel Liquid ","EmCapt.CO2.inCHEHtCHPccs.fFsL.","Mt.CO2e","…",{"$f":" -EB.inCHEHtCHP.fFsL. * EmF.CO2.fFsL. * Shr.inCHEHtccs. * CaptRt.inCHEHtccs.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EmCapt.","CO2.","inCHEHtCHPccs.","fFsL.","…","Transformation","Transformation","pu","…","…","…","…","…","Carbon emissions captured and stored with CCS. Assumes that any carbon content removed in the process is released into the atmosphere and that the CCS process captures a fraction of this. Carbon content released calculated as the fuel input (negative of the energy balance) multiplied by the emissions factor (emissions content factor for bioenergy). The emissions captured are calculated as the emissions released multiplied by the share of emissions that have CCS applied and the capture rate of the process.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Capture ","CO2 ","Industry Chemicals Heat Processes CHP with CCS ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Emissions -N2O -Industry Ferrous and non-ferrous metal production Heat Processes ","Em.N2O.inSTLHt.","Mt.CO2e","…",{"$f":" -(EB.inSTLHt.fElc. * EmF.N2O.fElc.)\n-(EB.inSTLHt.fBiS. * EmF.N2O.fBiS.)\n-(EB.inSTLHt.fFsG. * EmF.N2O.fFsG.)\n-(EB.inSTLHt.fH2G. * EmF.N2O.fH2G.)\n-(EB.inSTLHt.fBiG. * EmF.N2O.fBiG.)\n-(EB.inSTLHt.fFsS. * EmF.N2O.fFsS.)\n-(EB.inSTLHt.fFsL. * EmF.N2O.fFsL.)","v":7.5691585980852641E-2},5.8602147035707187E-2,5.4820260054747327E-2,5.1567152825841241E-2,4.8495323646455216E-2,4.5614845764572455E-2,4.2911345807768578E-2,4.0373780094180793E-2,3.7991795916284078E-2,3.5755310070601544E-2,3.5755310070601544E-2,3.5755310070601544E-2,3.5755310070601544E-2,3.5755310070601544E-2,3.5755310070601544E-2,3.5755310070601544E-2,3.5755310070601544E-2,3.5755310070601544E-2,"…","Em.","N2O.","inSTLHt.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total net emissions calculated by summing fuel input (negative of energy balance) multiplied by the emissions factor for the fuel.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","N2O ","Industry Ferrous and non-ferrous metal production Heat Processes ","…","…",null,1]
["TS",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA13859 & BV13859 & BW13859 & \"-\" & BX13859 & \"-\" & BY13859 & \"-\" & BZ13859, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -CH4 -Industry Cement, ceramics and glass "},{"$f":"SUBSTITUTE(AG13859 & AB13859 & AC13859 & AD13859 & AE13859 & AF13859, \"…\", \"\")","v":"Em.CH4.inCCG."},{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},"…",{"$f":" +Em.CH4.inCCGElc. +Em.CH4.inCCGHt. +Em.CH4.inCCGHtCHP. +Em.CH4.inCCGPEm.","v":2.6131122687570774E-2},2.8005143132347848E-2,2.9255874939995898E-2,3.0964896018544005E-2,3.2831330776570106E-2,3.4858345123350447E-2,3.7068648916388496E-2,3.942733880839424E-2,4.1937512608272373E-2,4.4607645841492849E-2,4.4607645841492849E-2,4.4607645841492849E-2,4.4607645841492849E-2,4.4607645841492849E-2,4.4607645841492849E-2,4.4607645841492849E-2,4.4607645841492849E-2,4.4607645841492849E-2,"…","Em.","CH4.","inCCG.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total CH4 emissions","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","CH4 ","Industry Cement, ceramics and glass ","…","…",null,1]
["Const",null,null,null,"IND","Source Unit Emissions Factor -NMVOC -Industry All Types -Hydrogen Gaseous ","su_EmF.NMVOC.inALL.fH2G.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","NMVOC.","inALL.","fH2G.","…","Model Input","Source","su","…","…","…","…","…","Air quality factors for all industry","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","NMVOC ","Industry All Types ","Hydrogen Gaseous ","…",null,{"$f":"COUNTIF($G$980:$G$17096,G13902)","v":1}]
["Const",null,null,null,"IND","Source Unit Emissions Factor -PM2.5 -Industry All Types -Bioenergy Solid ","su_EmF.PM2.5.inALL.fBiS.","kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmF.","PM2.5.","inALL.","fBiS.","…","Model Input","Source","su","…","…","…","…","…","Air quality factors for all industry","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Emissions Factor ","PM2.5 ","Industry All Types ","Bioenergy Solid ","…",null,1]
["Const",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA13947 & BV13947 & BW13947 & \"-\" & BX13947 & \"-\" & BY13947 & \"-\" & BZ13947, \"-…\", \"\"), \"…\", \"\")","v":"Emissions Factor -NMVOC -Industry All Types -Electricity "},{"$f":"SUBSTITUTE(AG13947 & AB13947 & AC13947 & AD13947 & AE13947 & AF13947, \"…\", \"\")","v":"EmF.NMVOC.inALL.fElc."},{"$f":"PrefUnit.Mass.AQ.&\" / \"&PrefUnit.Energy.","v":"kt. / TWh."},{"$f":" su_EmF.NMVOC.inALL.fElc. * uc_AQ.kt. / uc_PJ.","v":3599996.4},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmF.","NMVOC.","inALL.","fElc.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Factor ","NMVOC ","Industry All Types ","Electricity ","…",null,1]
["TS",null,null,null,"IND","Emissions -NOX -Industry Other Industry Electrical Processes ","Em.NOX.inOTHElc.","Mt.CO2e","…",{"$f":" -EB.inOTHElc.fElc. * EmF.NOX.inALL.fElc.","v":122733101.65146762},121853491.84402421,118869060.53860521,116024607.47296084,113322050.79149042,111231693.33751078,109533483.77170023,107914165.66825934,109069752.92869936,110335551.34805964,110335551.34805964,110335551.34805964,110335551.34805964,110335551.34805964,110335551.34805964,110335551.34805964,110335551.34805964,110335551.34805964,"…","Em.","NOX.","inOTHElc.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total net emissions calculated by summing fuel input (negative of energy balance) multiplied by the emissions factor for the fuel.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NOX ","Industry Other Industry Electrical Processes ","…","…",null,1]
["TS",null,null,null,"IND","Emissions -NMVOC -Industry Refineries Heat Processes ","Em.NMVOC.inREFHt.","Mt.CO2e","…",{"$f":" -(EB.inREFHt.fElc. * EmF.NMVOC.inALL.fElc.)\n-(EB.inREFHt.fBiS. * EmF.NMVOC.inALL.fBiS.)\n-(EB.inREFHt.fFsG. * EmF.NMVOC.inALL.fFsG.)\n-(EB.inREFHt.fH2G. * EmF.NMVOC.inALL.fH2G.)\n-(EB.inREFHt.fBiG. * EmF.NMVOC.inALL.fBiG.)\n-(EB.inREFHt.fFsS. * EmF.NMVOC.inALL.fFsS.)\n-(EB.inREFHt.fFsL. * EmF.NMVOC.inALL.fFsL.)","v":159249384.23045677},150969384.676458,145770531.53806764,138273668.11197889,136869708.49404025,135069251.20146593,134294510.51855364,132837115.99635847,135399019.71556926,137884908.65806413,140231591.28473407,142595496.49007514,145108341.77155426,147579768.70994329,149912928.2404305,152380220.81361309,154813460.82237363,157321521.10416517,"…","Em.","NMVOC.","inREFHt.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total net emissions calculated by summing fuel input (negative of energy balance) multiplied by the emissions factor for the fuel.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","NMVOC ","Industry Refineries Heat Processes ","…","…",null,1]
["TS",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA14068 & BV14068 & BW14068 & \"-\" & BX14068 & \"-\" & BY14068 & \"-\" & BZ14068, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -PM10 -Industry Other Industry "},{"$f":"SUBSTITUTE(AG14068 & AB14068 & AC14068 & AD14068 & AE14068 & AF14068, \"…\", \"\")","v":"Em.PM10.inOTH."},{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},"…",{"$f":" +Em.PM10.inOTHElc. +Em.PM10.inOTHHt. +Em.PM10.inOTHHtCHP.","v":704726495.43279982},699675825.90186727,682539390.93503618,666206703.06679404,650688776.17328441,638686062.4560982,628935039.62916219,619637007.09618294,626272323.47993493,633540466.07551062,633540466.07551062,633540466.07551062,633540466.07551062,633540466.07551062,633540466.07551062,633540466.07551062,633540466.07551062,633540466.07551062,"…","Em.","PM10.","inOTH.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total sector emissions calculated by summing across process types.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM10 ","Industry Other Industry ","…","…",null,1]
[null,null,null,null,"IND",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"IND","Activity -Industry Other Industry Heat Processes CHP Electrical Component -Hydrogen Gaseous","Actv.inOTHHtCHP_ElecComp.fH2G.","TWh.","…",{"$f":"Actv.inOTHHtCHP.fH2G. / CHPR.inOTHHtCHP.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","inOTHHtCHP_ElecComp.","fH2G.","…","Transformation","Transformation","pu","…","…","…","…","…","CHP electricity generated, by industry sector and fuel vector. Calculated by dividing the heat output (activity) by the heat to power ratio.","…","…","Amber","…","Assumes Heat to Power ratio for the given industry is equal over all fuel vectors.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Activity ","…","Industry Other Industry Heat Processes CHP Electrical Component ","Hydrogen Gaseous","…",null,1]
["TS",null,null,null,"IND","Energy Balance -Industry Refineries Heat Processes CHP Electrical Component -Hydrogen Gaseous","EB.inREFHtCHP_ElecComp.fH2G.","TWh.","…",{"$f":"IF(((2 * Actv.inREFHtCHP_ElecComp.fH2G.) + Actv.inREFHtCHP.fH2G.) = 0, 0,\n (2 * Actv.inREFHtCHP_ElecComp.fH2G.) * ((EB.inREFHtCHP.fH2G.) / ((2 * Actv.inREFHtCHP_ElecComp.fH2G.) + Actv.inREFHtCHP.fH2G.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","inREFHtCHP_ElecComp.","fH2G.","…","Transformation","Assumption","pu","…","…","…","…","…","Assumed electricity generation component of fuel used in CHP (Combined Heat and Power) for the sub-sector. The electricity generation component of the fuel is based on the assumption used in DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” From this principle the following formula can be derived, Fuel for electricity = 2 * Electricity output * Fuel / (2*Electricity Output +Heat Output).","…","…","Amber","…","Assumes BEIS methodology for splitting CHP fuel consumed between electricity generation and heat generation is always correct.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Industry Refineries Heat Processes CHP Electrical Component ","Hydrogen Gaseous","…",null,1]
["TS",null,null,null,"IND","Energy Balance -Industry Chemicals Heat Processes CHP Heat Processes Heat Component -Bioenergy Gaseous","EB.inCHEHtCHP_HtComp.fBiG.","TWh.","…",{"$f":"IF(((2 * Actv.inCHEHtCHP_ElecComp.fBiG.) + Actv.inCHEHtCHP.fBiG.) = 0, 0,\n (Actv.inCHEHtCHP.fBiG.) * ((EB.inCHEHtCHP.fBiG.) / ((2 * Actv.inCHEHtCHP_ElecComp.fBiG.) + Actv.inCHEHtCHP.fBiG.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","EB.","…","inCHEHtCHP_HtComp.","fBiG.","…","Transformation","Assumption","pu","…","…","…","…","…","Assumed heat generation component of fuel used in CHP (Combined Heat and Power) for the sub-sector. The heat generation component of the fuel is based on the assumption used in DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” From this principle the following formula can be derived, Fuel for heat = Heat output * Fuel / (2*Electricity Output +Heat Output).","…","…","Amber","…","Assumes BEIS methodology for splitting CHP fuel consumed between electricity generation and heat generation is always correct.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Industry Chemicals Heat Processes CHP Heat Processes Heat Component ","Bioenergy Gaseous","…",null,1]
["TS",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA14204 & BV14204 & BW14204 & \"-\" & BX14204 & \"-\" & BY14204 & \"-\" & BZ14204, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -CO2 -Industry Cement, ceramics and glass Heat Processes CHP Electrical Component "},{"$f":"SUBSTITUTE(AG14204 & AB14204 & AC14204 & AD14204 & AE14204 & AF14204, \"…\", \"\")","v":"Em.CO2.inCCGHtCHP_ElecComp."},{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"IF(((2 * EB.inCCGHtCHP.fElc.) +Actv.inCCGHtCHP.fBiG. +Actv.inCCGHtCHP.fBiS. +Actv.inCCGHtCHP.fFsG. +Actv.inCCGHtCHP.fFsL. +Actv.inCCGHtCHP.fFsS. +Actv.inCCGHtCHP.fH2G.) = 0, 0,\n Em.CO2.inCCGHtCHP. * (2 * EB.inCCGHtCHP.fElc.) / ((2 * EB.inCCGHtCHP.fElc.) +Actv.inCCGHtCHP.fBiG. +Actv.inCCGHtCHP.fBiS. +Actv.inCCGHtCHP.fFsG. +Actv.inCCGHtCHP.fFsL. +Actv.inCCGHtCHP.fFsS. +Actv.inCCGHtCHP.fH2G.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","CO2.","inCCGHtCHP_ElecComp.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Assumed electricity generation component of CHP emissions (Combined Heat and Power) for the sub-sector. Emissions allocation can be assumed to take the same proportions as fuel allocation as they are directly proportional. The electricity generation component of the fuel is based on the assumption used in DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” From this principle the following formula can be derived, Fuel for electricity = 2 * Electricity output * Fuel / (2*Electricity Output +Heat Output).","…","…","Amber","…","Assumes BEIS methodology for splitting CHP fuel consumed between electricity generation and heat generation is always correct.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","CO2 ","Industry Cement, ceramics and glass Heat Processes CHP Electrical Component ","…","…",null,1]
["TS",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA14247 & BV14247 & BW14247 & \"-\" & BX14247 & \"-\" & BY14247 & \"-\" & BZ14247, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -Greenhouse Gases (All) -Industry Refineries Heat Processes CHP Heat Processes Heat Component "},{"$f":"SUBSTITUTE(AG14247 & AB14247 & AC14247 & AD14247 & AE14247 & AF14247, \"…\", \"\")","v":"Em.GHG.inREFHtCHP_HtComp."},{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},"…",{"$f":" +Em.CO2.inREFHtCHP_HtComp. +Em.CH4.inREFHtCHP_HtComp. +Em.N2O.inREFHtCHP_HtComp.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","GHG.","inREFHtCHP_HtComp.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Total net GHG emissions calculated by summing CO2, CH4 and N2O emissions","…","…","Green","…","Simple transformation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Industry Refineries Heat Processes CHP Heat Processes Heat Component ","…","…",null,1]
["TS",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA14286 & BV14286 & BW14286 & \"-\" & BX14286 & \"-\" & BY14286 & \"-\" & BZ14286, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -PM10 -Industry Ferrous and non-ferrous metal production Heat Processes CHP Heat Processes Heat Component "},{"$f":"SUBSTITUTE(AG14286 & AB14286 & AC14286 & AD14286 & AE14286 & AF14286, \"…\", \"\")","v":"Em.PM10.inSTLHtCHP_HtComp."},{"$f":"PrefUnit.Mass.GHG. & \"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"IF(((2 * EB.inSTLHtCHP.fElc.) +Actv.inSTLHtCHP.fBiG. +Actv.inSTLHtCHP.fBiS. +Actv.inSTLHtCHP.fFsG. +Actv.inSTLHtCHP.fFsL. +Actv.inSTLHtCHP.fFsS. +Actv.inSTLHtCHP.fH2G.) = 0, 0,\n Em.PM10.inSTLHtCHP. * (Actv.inSTLHtCHP.fBiG. +Actv.inSTLHtCHP.fBiS. +Actv.inSTLHtCHP.fFsG. +Actv.inSTLHtCHP.fFsL. +Actv.inSTLHtCHP.fFsS. +Actv.inSTLHtCHP.fH2G.) / ((2 * EB.inSTLHtCHP.fElc.) +Actv.inSTLHtCHP.fBiG. +Actv.inSTLHtCHP.fBiS. +Actv.inSTLHtCHP.fFsG. +Actv.inSTLHtCHP.fFsL. +Actv.inSTLHtCHP.fFsS. +Actv.inSTLHtCHP.fH2G.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Em.","PM10.","inSTLHtCHP_HtComp.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Assumed heat generation component of CHP emissions (Combined Heat and Power) for the sub-sector. Emissions allocation can be assumed to take the same proportions as fuel allocation as they are directly proportional. The heat generation component of the fuel is based on the assumption used in DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” From this principle the following formula can be derived, Fuel for heat = Heat output * Fuel / (2*Electricity Output +Heat Output).","…","…","Amber","…","Assumes BEIS methodology for splitting CHP fuel consumed between electricity generation and heat generation is always correct.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","PM10 ","Industry Ferrous and non-ferrous metal production Heat Processes CHP Heat Processes Heat Component ","…","…",null,{"$f":"COUNTIF($G$980:$G$17096,G14286)","v":1}]
["Const",null,null,null,"IND","Scrappage Decision -Industry Ferrous and non-ferrous metal production Heat Processes CHP -Bioenergy Solid ","Scrap.inSTLHtCHP.fBiS.","…","YES","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Scrap.","…","inSTLHtCHP.","fBiS.","…","Model Input","Source","nu","…","…","…","…","Modelling decision","Technology capacity is scrapped if it is no longer required as it is assumed that it would no longer me maintained.","…","…","Amber","…","Modelling judgement.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Scrappage Decision ","…","Industry Ferrous and non-ferrous metal production Heat Processes CHP ","Bioenergy Solid ","…",null,1]
["Const",null,null,null,"IND","Scrappage Decision -Industry Refineries Heat Processes CHP -Fossil Fuel Solid ","Scrap.inREFHtCHP.fFsS.","…","YES","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Scrap.","…","inREFHtCHP.","fFsS.","…","Model Input","Source","nu","…","…","…","…","Modelling decision","Technology capacity is scrapped if it is no longer required as it is assumed that it would no longer me maintained.","…","…","Amber","…","Modelling judgement.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Scrappage Decision ","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["Const",null,null,null,"IND","Scrappage Decision -Industry Chemicals Heat Processes Hydrogen Conversion","Scrap.inCHEHt.H2cnv.","…","YES","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Scrap.","…","inCHEHt.H2cnv.","…","…","Model Input","Source","nu","…","…","…","…","Modelling decision","Technology capacity is scrapped if it is no longer required as it is assumed that it would no longer me maintained.","…","…","Amber","…","Modelling judgement.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Scrappage Decision ","…","Industry Chemicals Heat Processes Hydrogen Conversion","…","…",null,1]
["Const",null,null,null,"IND","Lifetime -Industry Cement, ceramics and glass Heat Processes CHP -Fossil Fuel Solid ","Life.inCCGHtCHP.fFsS.","Year.",50,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Life.","…","inCCGHtCHP.","fFsS.","…","Model Input","Source","su","…","…","…","…","…","Technology lifetime. Length of time each unit of capacity is assumed to be available for if not retired/scrapped early.","…","…","Amber","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime ","…","Industry Cement, ceramics and glass Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Capacity Required -Industry Ferrous and non-ferrous metal production Electrical Processes ","CapReq.inSTLElc.","TWh.","…",{"$f":" +Actv.inSTLElc.","v":1.1967215871400707},0.92652906530625323,0.86674034674375067,0.81531132991943611,0.76674788778330727,0.72120933446438706,0.67846846371049474,0.63835071005207211,0.60068910671084019,0.56532798064628742,0.56532798064628742,0.56532798064628742,0.56532798064628742,0.56532798064628742,0.56532798064628742,0.56532798064628742,0.56532798064628742,0.56532798064628742,"…","CapReq.","…","inSTLElc.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Capacity required = electricity process demand delivered (capacity measured in energy delivered per year)","…","…","Green","…","…","…","…","Currently capacity calculated without load factor. Could use generation instead","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…","Industry Ferrous and non-ferrous metal production Electrical Processes ","…","…",null,1]
["TS",null,null,null,"IND","Capacity Required -Industry Chemicals Heat Processes -Grid Gas Gaseous ","CapReq.inCHEHt.fGrdG.","TWh.","…",{"$f":" +Actv.inCHEHt.fFsG. +Actv.inCHEHt.fH2G. +Actv.inCHEHt.fBiG.","v":8.9829247750000007},8.5279344215322581,8.2179749476804016,8.1519717942580403,8.097932402790331,8.1957352591151356,8.5021704153588153,8.8304423239208134,9.1717714690150967,9.5263083348443605,9.5263083348443605,9.5263083348443605,9.5263083348443605,9.5263083348443605,9.5263083348443605,9.5263083348443605,9.5263083348443605,9.5263083348443605,"…","CapReq.","…","inCHEHt.","fGrdG.","…","Transformation","Transformation","pu","…","…","…","…","…","Capacity required = useful process heat delivered by all gas capacity (fossil + bio + H2) (capacity measured in energy delivered per year)","…","…","Green","…","…","…","…","Currently capacity calculated without load factor. Could use generation instead","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity Required ","…","Industry Chemicals Heat Processes ","Grid Gas Gaseous ","…",null,1]
[null,null,null,"New Capacity installed in period","IND",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"IND","Capacity New -Industry Refineries Heat Processes -Grid Gas Gaseous ","CapNwI.inREFHt.fGrdG.","TWh.","…",{"$f":" SUMIFS(CapNwI.inREFHt.fGrdG.fts., PrdEnd.fts., Prd.)","v":0},3.5245597711552112E-2,6.4334188577458651E-2,5.2848229635281574E-2,8.1937878439893863E-2,8.0340619254398726E-2,8.5980412005162044E-2,8.2988544810123521E-2,8.6995107811942862E-2,8.6592289101833253E-2,8.5854604785673194E-2,4.7772441659211795E-2,7.7650298138273177E-2,6.5944854455639024E-2,9.4301794419845986E-2,9.3415335181096792E-2,9.8874676042516985E-2,9.6279297624719984E-2,"…","CapNwI.","…","inREFHt.","fGrdG.","…","Transformation","Lookup","pu","…","…","…","…","…","Newly installed capacity in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity New ","…","Industry Refineries Heat Processes ","Grid Gas Gaseous ","…",null,1]
["TS",null,null,null,"IND","Capacity -Industry Other Industry Heat Processes CHP Hydrogen Conversion","Cap.inOTHHtCHP.H2cnv.","TWh.","…",{"$f":" SUMIFS(Cap.inOTHHtCHP.H2cnv.fts., Year., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Cap.","…","inOTHHtCHP.H2cnv.","…","…","Transformation","Lookup","pu","…","…","…","…","…","Total capacity in the current period year. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years equal to the current period (looks up the value in the year of the current period).","…","…","Green","…","Simply looks up another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity ","…","Industry Other Industry Heat Processes CHP Hydrogen Conversion","…","…",null,1]
["TS",null,null,null,"IND","Capacity -Industry Chemicals Electrical Processes ","Cap.inCHEElc.","TWh.","…",{"$f":" SUMIFS(Cap.inCHEElc.fts., Year., Prd.)","v":11.575339},10.989041361420595,10.5896295800727,10.504578341743382,10.434943530002188,10.560971660648299,10.955842029028799,11.378851095781464,11.818685633419179,12.275539554916175,12.275539554916175,12.275539554916175,12.275539554916175,12.275539554916175,12.275539554916175,12.275539554916175,12.275539554916175,12.275539554916175,"…","Cap.","…","inCHEElc.","…","…","Transformation","Lookup","pu","…","…","…","…","…","Total capacity in the current period year. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years equal to the current period (looks up the value in the year of the current period).","…","…","Green","…","Simply looks up another calculation","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity ","…","Industry Chemicals Electrical Processes ","…","…",null,1]
["Const",null,null,null,"IND","Lifetime Economic -Industry Refineries Heat Processes -Electricity ","LifeEcn.inREFHt.fElc.","Year.",10,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LifeEcn.","…","inREFHt.","fElc.","…","Model Input","Source","su","…","…","…","…","…","Length of time the capital cost is spread over.","…","…","Red","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime Economic ","…","Industry Refineries Heat Processes ","Electricity ","…",null,1]
["Const",null,null,null,"IND","Lifetime Economic -Industry Refineries Heat Processes CHP -Fossil Fuel Liquid ","LifeEcn.inREFHtCHP.fFsL.","Year.",10,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","LifeEcn.","…","inREFHtCHP.","fFsL.","…","Model Input","Source","su","…","…","…","…","…","Length of time the capital cost is spread over.","…","…","Red","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Lifetime Economic ","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["Const",null,null,null,"IND","Cost of Capital -Industry Cement, ceramics and glass Heat Processes CHP -Fossil Fuel Solid ","CoC.inCCGHtCHP.fFsS.","…",0.08,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CoC.","…","inCCGHtCHP.","fFsS.","…","Model Input","Source","nu","…","…","…","…","DEFER","Interest rate payable when the capital cost is spread over the economic lifetime.","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost of Capital ","…","Industry Cement, ceramics and glass Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["Const",null,null,null,"IND","Annualisation Factor  -Industry Ferrous and non-ferrous metal production Heat Processes -Fossil Fuel Liquid ","AnnF.inSTLHt.fFsL.","…",{"$f":" CoC.inSTLHt.fFsL. / (1 -(1 +CoC.inSTLHt.fFsL.) ^ -LifeEcn.inSTLHt.fFsL.)","v":0.14902948869707536},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AnnF.","…","inSTLHt.","fFsL.","…","Transformation","Transformation","nu","…","…","…","…","…","Annualisation factor for capital costs. The fraction of the total capital cost that must be paid in each year of the economic lifetime. This assumes that the capital cost is spread evenly over the economic lifetime with interest charged at the cost of capital. ","…","…","Green","…","…","…","…","Consider implementing an IF criteria to test if the Cost of capital is zero (otherwise formula will evaluate to a Div0 error.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Annualisation Factor  ","…","Industry Ferrous and non-ferrous metal production Heat Processes ","Fossil Fuel Liquid ","…",null,1]
["Const",null,null,null,"IND","Annualisation Factor  -Industry Refineries Heat Processes CHP Hydrogen Conversion","AnnF.inREFHtCHP.H2cnv.","…",{"$f":" CoC.inREFHtCHP.H2cnv. / (1 -(1 +CoC.inREFHtCHP.H2cnv.) ^ -LifeEcn.inREFHtCHP.H2cnv.)","v":0.14902948869707536},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AnnF.","…","inREFHtCHP.H2cnv.","…","…","Transformation","Transformation","nu","…","…","…","…","…","Annualisation factor for capital costs. The fraction of the total capital cost that must be paid in each year of the economic lifetime. This assumes that the capital cost is spread evenly over the economic lifetime with interest charged at the cost of capital. ","…","…","Green","…","…","…","…","Consider implementing an IF criteria to test if the Cost of capital is zero (otherwise formula will evaluate to a Div0 error.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Annualisation Factor  ","…","Industry Refineries Heat Processes CHP Hydrogen Conversion","…","…",null,1]
["Const",null,null,null,"IND","Annualisation Factor  -Industry Chemicals Heat Processes -Grid Gas Gaseous ","AnnF.inCHEHt.fGrdG.","…",{"$f":" CoC.inCHEHt.fGrdG. / (1 -(1 +CoC.inCHEHt.fGrdG.) ^ -LifeEcn.inCHEHt.fGrdG.)","v":0.14902948869707536},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","AnnF.","…","inCHEHt.","fGrdG.","…","Transformation","Transformation","nu","…","…","…","…","…","Annualisation factor for capital costs. The fraction of the total capital cost that must be paid in each year of the economic lifetime. This assumes that the capital cost is spread evenly over the economic lifetime with interest charged at the cost of capital. ","…","…","Green","…","…","…","…","Consider implementing an IF criteria to test if the Cost of capital is zero (otherwise formula will evaluate to a Div0 error.","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Annualisation Factor  ","…","Industry Chemicals Heat Processes ","Grid Gas Gaseous ","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Capital per Unit -Point-Industry Cement, ceramics and glass Heat Processes CHP Hydrogen Conversion","su_cstCapUnit_P.inCCGHtCHP.H2cnv.","GBP.2015. / GWh.","…",80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,"su_","cstCapUnit_P.","…","inCCGHtCHP.H2cnv.","…","…","Model Input","Source","su","…","…","…","…","DEFER","capital cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Point","…","Industry Cement, ceramics and glass Heat Processes CHP Hydrogen Conversion","…","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Capital per Unit -High -Industry Ferrous and non-ferrous metal production Heat Processes CHP -Fossil Fuel Liquid ","su_cstCapUnit_H.inSTLHtCHP.fFsL.","GBP.2015. / GWh.","…",160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,160000,"su_","cstCapUnit_H.","…","inSTLHtCHP.","fFsL.","…","Model Input","Source","su","…","…","…","…","DEFER","capital cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -High ","…","Industry Ferrous and non-ferrous metal production Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Capital per Unit -High -Industry Chemicals Heat Processes -Bioenergy Solid ","su_cstCapUnit_H.inCHEHt.fBiS.","GBP.2015. / GWh.","…",80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,80000,"su_","cstCapUnit_H.","…","inCHEHt.","fBiS.","…","Model Input","Source","su","…","…","…","…","DEFER","capital cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -High ","…","Industry Chemicals Heat Processes ","Bioenergy Solid ","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Capital per Unit -High -Industry Chemicals Electrical Processes ","su_cstCapUnit_H.inCHEElc.","GBP.2015. / GWh.","…",20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,"su_","cstCapUnit_H.","…","inCHEElc.","…","…","Model Input","Source","su","…","…","…","…","DEFER","capital cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -High ","…","Industry Chemicals Electrical Processes ","…","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Capital per Unit -Low -Industry Refineries Heat Processes -Bioenergy Solid ","su_cstCapUnit_L.inREFHt.fBiS.","GBP.2015. / GWh.","…",20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,"su_","cstCapUnit_L.","…","inREFHt.","fBiS.","…","Model Input","Source","su","…","…","…","…","DEFER","capital cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital per Unit -Low ","…","Industry Refineries Heat Processes ","Bioenergy Solid ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit -Point-Industry Other Industry Heat Processes CHP -Grid Gas Gaseous ","cstCapUnit_P.inOTHHtCHP.fGrdG.","GBP.2016. / TWh.","…",{"$f":" su_cstCapUnit_P.inOTHHtCHP.fGrdG. * uc_GBP.2015. / uc_GWh.","v":40799465.527001597},40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,40799465.527001597,"…","cstCapUnit_P.","…","inOTHHtCHP.","fGrdG.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -Point","…","Industry Other Industry Heat Processes CHP ","Grid Gas Gaseous ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit -Point-Industry Chemicals Heat Processes CHP -Fossil Fuel Liquid ","cstCapUnit_P.inCHEHtCHP.fFsL.","GBP.2016. / TWh.","…",{"$f":" su_cstCapUnit_P.inCHEHtCHP.fFsL. * uc_GBP.2015. / uc_GWh.","v":81598931.054003194},81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,81598931.054003194,"…","cstCapUnit_P.","…","inCHEHtCHP.","fFsL.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -Point","…","Industry Chemicals Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit -High -Industry Refineries Heat Processes -Electricity ","cstCapUnit_H.inREFHt.fElc.","GBP.2016. / TWh.","…",{"$f":" su_cstCapUnit_H.inREFHt.fElc. * uc_GBP.2015. / uc_GWh.","v":20399732.763500798},20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,20399732.763500798,"…","cstCapUnit_H.","…","inREFHt.","fElc.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -High ","…","Industry Refineries Heat Processes ","Electricity ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit -High -Industry Refineries Heat Processes CHP -Fossil Fuel Liquid ","cstCapUnit_H.inREFHtCHP.fFsL.","GBP.2016. / TWh.","…",{"$f":" su_cstCapUnit_H.inREFHtCHP.fFsL. * uc_GBP.2015. / uc_GWh.","v":163197862.10800639},163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,163197862.10800639,"…","cstCapUnit_H.","…","inREFHtCHP.","fFsL.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -High ","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit -Low -Industry Cement, ceramics and glass Heat Processes -Electricity ","cstCapUnit_L.inCCGHt.fElc.","GBP.2016. / TWh.","…",{"$f":" su_cstCapUnit_L.inCCGHt.fElc. * uc_GBP.2015. / uc_GWh.","v":5099933.1908751996},5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,5099933.1908751996,"…","cstCapUnit_L.","…","inCCGHt.","fElc.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit -Low ","…","Industry Cement, ceramics and glass Heat Processes ","Electricity ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit Annualised -Point-Industry Ferrous and non-ferrous metal production Heat Processes -Grid Gas Gaseous ","cstCapUnitAnn_P.inSTLHt.fGrdG.","GBP.2016. / TWh.","…",{"$f":" cstCapUnit_P.inSTLHt.fGrdG. * AnnF.inSTLHt.fGrdG.","v":12160646.973206},12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,"…","cstCapUnitAnn_P.","…","inSTLHt.","fGrdG.","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Point","…","Industry Ferrous and non-ferrous metal production Heat Processes ","Grid Gas Gaseous ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit Annualised -Point-Industry Refineries Heat Processes CHP -Fossil Fuel Solid ","cstCapUnitAnn_P.inREFHtCHP.fFsS.","GBP.2016. / TWh.","…",{"$f":" cstCapUnit_P.inREFHtCHP.fFsS. * AnnF.inREFHtCHP.fFsS.","v":6080323.4866030002},6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,"…","cstCapUnitAnn_P.","…","inREFHtCHP.","fFsS.","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Point","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit Annualised -Point-Industry Chemicals Heat Processes Hydrogen Conversion","cstCapUnitAnn_P.inCHEHt.H2cnv.","GBP.2016. / TWh.","…",{"$f":" cstCapUnit_P.inCHEHt.H2cnv. * AnnF.inCHEHt.H2cnv.","v":6080323.4866030002},6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,"…","cstCapUnitAnn_P.","…","inCHEHt.H2cnv.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Point","…","Industry Chemicals Heat Processes Hydrogen Conversion","…","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit Annualised -High -Industry Refineries Heat Processes CHP -Fossil Fuel Solid ","cstCapUnitAnn_H.inREFHtCHP.fFsS.","GBP.2016. / TWh.","…",{"$f":" cstCapUnit_H.inREFHtCHP.fFsS. * AnnF.inREFHtCHP.fFsS.","v":12160646.973206},12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,12160646.973206,"…","cstCapUnitAnn_H.","…","inREFHtCHP.","fFsS.","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -High ","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit Annualised -Low -Industry Ferrous and non-ferrous metal production Heat Processes CHP -Fossil Fuel Liquid ","cstCapUnitAnn_L.inSTLHtCHP.fFsL.","GBP.2016. / TWh.","…",{"$f":" cstCapUnit_L.inSTLHtCHP.fFsL. * AnnF.inSTLHtCHP.fFsL.","v":6080323.4866030002},6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,6080323.4866030002,"…","cstCapUnitAnn_L.","…","inSTLHtCHP.","fFsL.","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Low ","…","Industry Ferrous and non-ferrous metal production Heat Processes CHP ","Fossil Fuel Liquid ","…",null,{"$f":"COUNTIF($G$980:$G$17096,G15310)","v":1}]
["TS",null,null,null,"IND","Cost Capital per Unit Annualised -Low -Industry Chemicals Heat Processes -Bioenergy Solid ","cstCapUnitAnn_L.inCHEHt.fBiS.","GBP.2016. / TWh.","…",{"$f":" cstCapUnit_L.inCHEHt.fBiS. * AnnF.inCHEHt.fBiS.","v":3040161.7433015001},3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,3040161.7433015001,"…","cstCapUnitAnn_L.","…","inCHEHt.","fBiS.","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Low ","…","Industry Chemicals Heat Processes ","Bioenergy Solid ","…",null,1]
["TS",null,null,null,"IND","Cost Capital per Unit Annualised -Low -Industry Chemicals Electrical Processes ","cstCapUnitAnn_L.inCHEElc.","GBP.2016. / TWh.","…",{"$f":" cstCapUnit_L.inCHEElc. * AnnF.inCHEElc.","v":760040.43582537503},760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,"…","cstCapUnitAnn_L.","…","inCHEElc.","…","…","Transformation","Transformation","pu","…","…","…","…","…","Annualised capital cost. Calculated as the Capital cost per unit multiplied by the annualisation factor.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital per Unit Annualised -Low ","…","Industry Chemicals Electrical Processes ","…","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Operation and Maintenance per Unit -Point-Industry Refineries Heat Processes -Bioenergy Solid ","su_cstOaMUnit_P.inREFHt.fBiS.","GBP.2015. / GWh.","…",4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,4000,"su_","cstOaMUnit_P.","…","inREFHt.","fBiS.","…","Model Input","Source","su","…","…","…","…","DEFER","Operation & maintenance cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -Point","…","Industry Refineries Heat Processes ","Bioenergy Solid ","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Operation and Maintenance per Unit -High -Industry Other Industry Heat Processes CHP -Grid Gas Gaseous ","su_cstOaMUnit_H.inOTHHtCHP.fGrdG.","GBP.2015. / GWh.","…",4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,4400,"su_","cstOaMUnit_H.","…","inOTHHtCHP.","fGrdG.","…","Model Input","Source","su","…","…","…","…","DEFER","Operation & maintenance cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -High ","…","Industry Other Industry Heat Processes CHP ","Grid Gas Gaseous ","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Operation and Maintenance per Unit -High -Industry Chemicals Heat Processes CHP -Fossil Fuel Liquid ","su_cstOaMUnit_H.inCHEHtCHP.fFsL.","GBP.2015. / GWh.","…",1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,1100,"su_","cstOaMUnit_H.","…","inCHEHtCHP.","fFsL.","…","Model Input","Source","su","…","…","…","…","DEFER","Operation & maintenance cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -High ","…","Industry Chemicals Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Operation and Maintenance per Unit -Low -Industry Refineries Heat Processes -Electricity ","su_cstOaMUnit_L.inREFHt.fElc.","GBP.2015. / GWh.","…",900,900,900,900,900,900,900,900,900,900,900,900,900,900,900,900,900,900,"su_","cstOaMUnit_L.","…","inREFHt.","fElc.","…","Model Input","Source","su","…","…","…","…","DEFER","Operation & maintenance cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -Low ","…","Industry Refineries Heat Processes ","Electricity ","…",null,1]
["TS",null,null,null,"IND","Source Unit Cost Operation and Maintenance per Unit -Low -Industry Refineries Heat Processes CHP -Fossil Fuel Liquid ","su_cstOaMUnit_L.inREFHtCHP.fFsL.","GBP.2015. / GWh.","…",900,900,900,900,900,900,900,900,900,900,900,900,900,900,900,900,900,900,"su_","cstOaMUnit_L.","…","inREFHtCHP.","fFsL.","…","Model Input","Source","su","…","…","…","…","DEFER","Operation & maintenance cost per unit of capacity","…","…","Red","…","DEFER","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Operation and Maintenance per Unit -Low ","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance per Unit -Point-Industry Cement, ceramics and glass Heat Processes -Electricity ","cstOaMUnit_P.inCCGHt.fElc.","GBP.2016. / TWh.","…",{"$f":" su_cstOaMUnit_P.inCCGHt.fElc. * uc_GBP.2015. / uc_GWh.","v":1019986.6381750399},1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,1019986.6381750399,"…","cstOaMUnit_P.","…","inCCGHt.","fElc.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -Point","…","Industry Cement, ceramics and glass Heat Processes ","Electricity ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance per Unit -High -Industry Ferrous and non-ferrous metal production Heat Processes -Grid Gas Gaseous ","cstOaMUnit_H.inSTLHt.fGrdG.","GBP.2016. / TWh.","…",{"$f":" su_cstOaMUnit_H.inSTLHt.fGrdG. * uc_GBP.2015. / uc_GWh.","v":8975882.4159403518},8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,"…","cstOaMUnit_H.","…","inSTLHt.","fGrdG.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -High ","…","Industry Ferrous and non-ferrous metal production Heat Processes ","Grid Gas Gaseous ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance per Unit -High -Industry Refineries Heat Processes CHP -Fossil Fuel Solid ","cstOaMUnit_H.inREFHtCHP.fFsS.","GBP.2016. / TWh.","…",{"$f":" su_cstOaMUnit_H.inREFHtCHP.fFsS. * uc_GBP.2015. / uc_GWh.","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,"…","cstOaMUnit_H.","…","inREFHtCHP.","fFsS.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -High ","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance per Unit -High -Industry Chemicals Heat Processes Hydrogen Conversion","cstOaMUnit_H.inCHEHt.H2cnv.","GBP.2016. / TWh.","…",{"$f":" su_cstOaMUnit_H.inCHEHt.H2cnv. * uc_GBP.2015. / uc_GWh.","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,"…","cstOaMUnit_H.","…","inCHEHt.H2cnv.","…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -High ","…","Industry Chemicals Heat Processes Hydrogen Conversion","…","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance per Unit -Low -Industry Cement, ceramics and glass Heat Processes CHP -Fossil Fuel Solid ","cstOaMUnit_L.inCCGHtCHP.fFsS.","GBP.2016. / TWh.","…",{"$f":" su_cstOaMUnit_L.inCCGHtCHP.fFsS. * uc_GBP.2015. / uc_GWh.","v":917987.97435753595},917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,917987.97435753595,"…","cstOaMUnit_L.","…","inCCGHtCHP.","fFsS.","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Conversion to user preference units","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance per Unit -Low ","…","Industry Cement, ceramics and glass Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Cost Capital -Point-Industry Ferrous and non-ferrous metal production Electrical Processes ","cstCap_P.inSTLElc.",{"$f":"OFFSET(cstCap_P.inOTHHt.fFsS.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_P.inSTLElc.fts., PrdEnd.fts., Prd.)","v":0},0,0.81881709369977762,2.2216345179808492,2.8441174097813864,2.8582142429879176,1.8185480653952502,0.7352345312186761,1.420129419374466,2.2520760019020702,2.474958020664721,1.7110445227337352,0.7352345312186761,1.420129419374466,2.2520760019020702,2.474958020664721,1.7110445227337352,0.7352345312186761,"…","cstCap_P.","…","inSTLElc.","…","…","Transformation","Lookup","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Point","…","Industry Ferrous and non-ferrous metal production Electrical Processes ","…","…",null,1]
["TS",null,null,null,"IND","Cost Capital -Point-Industry Chemicals Heat Processes -Grid Gas Gaseous ","cstCap_P.inCHEHt.fGrdG.",{"$f":"OFFSET(cstCap_P.inCHEHt.fGrdG.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_P.inCHEHt.fGrdG.fts., PrdEnd.fts., Prd.)","v":0},16.172521898485961,48.417733044296298,76.917761014941547,95.714894374319215,107.91516309464848,125.04994836053108,142.22511414313738,149.10342014784669,150.91028372692566,139.09673176763937,101.26204111010777,70.265368439424492,76.917761014941547,95.714894374319215,107.91516309464848,125.04994836053108,142.22511414313738,"…","cstCap_P.","…","inCHEHt.","fGrdG.","…","Transformation","Lookup","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Point","…","Industry Chemicals Heat Processes ","Grid Gas Gaseous ","…",null,1]
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["TS",null,null,null,"IND","Cost Capital -High -Industry Chemicals Heat Processes CHP -Fossil Fuel Solid ","cstCap_H.inCHEHtCHP.fFsS.",{"$f":"OFFSET(cstCap_H.inCHEHtCHP.fFsS.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_H.inCHEHtCHP.fFsS.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstCap_H.","…","inCHEHtCHP.","fFsS.","…","Transformation","Lookup","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -High ","…","Industry Chemicals Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Cost Capital -Low -Industry Other Industry Heat Processes Hydrogen Conversion","cstCap_L.inOTHHt.H2cnv.",{"$f":"OFFSET(cstCap_L.inOTHHt.H2cnv.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_L.inOTHHt.H2cnv.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstCap_L.","…","inOTHHt.H2cnv.","…","…","Transformation","Lookup","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Low ","…","Industry Other Industry Heat Processes Hydrogen Conversion","…","…",null,1]
["TS",null,null,null,"IND","Cost Capital -Low -Industry Chemicals Heat Processes CHP -Fossil Fuel Liquid ","cstCap_L.inCHEHtCHP.fFsL.",{"$f":"OFFSET(cstCap_L.inCHEHtCHP.fFsL.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCap_L.inCHEHtCHP.fFsL.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstCap_L.","…","inCHEHtCHP.","fFsL.","…","Transformation","Lookup","pu","…","…","…","…","…","Total capital cost payments made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital -Low ","…","Industry Chemicals Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance -Point-Industry Refineries Heat Processes -Electricity ","cstOaM_P.inREFHt.fElc.",{"$f":"OFFSET(cstOaM_P.inREFHt.fElc.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_P.inREFHt.fElc.fts., PrdEnd.fts., Prd.)","v":0.71526389094302856},3.4647513366978866,3.3638206586557016,3.2859978356345527,3.270814555360372,3.3076425409406429,3.3578415790702016,3.4102852076936152,3.4686091926226945,3.5335624327313151,3.5955748000077934,3.6564165719042379,3.7197429291120967,3.7839656450506682,3.8456192455646052,3.9079226343882421,3.9710835759954164,4.0350517209935806,"…","cstOaM_P.","…","inREFHt.","fElc.","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Point","…","Industry Refineries Heat Processes ","Electricity ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance -Point-Industry Refineries Heat Processes CHP -Fossil Fuel Liquid ","cstOaM_P.inREFHtCHP.fFsL.",{"$f":"OFFSET(cstOaM_P.inREFHtCHP.fFsL.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_P.inREFHtCHP.fFsL.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaM_P.","…","inREFHtCHP.","fFsL.","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Point","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Liquid ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance -High -Industry Cement, ceramics and glass Heat Processes -Electricity ","cstOaM_H.inCCGHt.fElc.",{"$f":"OFFSET(cstOaM_H.inCCGHt.fElc.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_H.inCCGHt.fElc.fts., PrdEnd.fts., Prd.)","v":1.8690485508539838},9.7473649943044833,10.283871514626281,10.829590451313058,11.474655552089343,12.17670670328161,12.94107126929188,13.763509633231045,14.639628150802116,15.571703640171206,15.95368721837257,15.95368721837257,15.95368721837257,15.95368721837257,15.95368721837257,15.95368721837257,15.95368721837257,15.95368721837257,"…","cstOaM_H.","…","inCCGHt.","fElc.","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -High ","…","Industry Cement, ceramics and glass Heat Processes ","Electricity ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance -Low -Industry Ferrous and non-ferrous metal production Heat Processes -Grid Gas Gaseous ","cstOaM_L.inSTLHt.fGrdG.",{"$f":"OFFSET(cstOaM_L.inSTLHt.fGrdG.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_L.inSTLHt.fGrdG.fts., PrdEnd.fts., Prd.)","v":35.027117997154242},151.41060972489271,130.34404715986474,122.328244799979,115.0534259705454,108.21196195281098,101.7932282948068,95.768596502922406,90.113186817275476,84.803555970637291,82.733570188672161,82.733570188672161,82.733570188672161,82.733570188672161,82.733570188672161,82.733570188672161,82.733570188672161,82.733570188672161,"…","cstOaM_L.","…","inSTLHt.","fGrdG.","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Low ","…","Industry Ferrous and non-ferrous metal production Heat Processes ","Grid Gas Gaseous ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance -Low -Industry Refineries Heat Processes CHP -Fossil Fuel Solid ","cstOaM_L.inREFHtCHP.fFsS.",{"$f":"OFFSET(cstOaM_L.inREFHtCHP.fFsS.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_L.inREFHtCHP.fFsS.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaM_L.","…","inREFHtCHP.","fFsS.","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Low ","…","Industry Refineries Heat Processes CHP ","Fossil Fuel Solid ","…",null,1]
["TS",null,null,null,"IND","Cost Operation and Maintenance -Low -Industry Chemicals Heat Processes Hydrogen Conversion","cstOaM_L.inCHEHt.H2cnv.",{"$f":"OFFSET(cstOaM_L.inCHEHt.H2cnv.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstOaM_L.inCHEHt.H2cnv.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstOaM_L.","…","inCHEHt.H2cnv.","…","…","Transformation","Lookup","pu","…","…","…","…","…","Total operation and maintenance costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Operation and Maintenance -Low ","…","Industry Chemicals Heat Processes Hydrogen Conversion","…","…",null,1]
["Const",null,null,null,"IND","Level 1 Source Unit Cost Capital Learning & Development -High -Industry Refineries ","lv1.su_cstCapLaD_H.inREF.","GBP.2015.",0,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","cstCapLaD_H.","…","inREF.","…","lv1.","Model Input","Source","su","…","…","…","…","…","Learning and development investment passed onto consumers through capital costs. L&D cost represents the cost of the technological improvement needed to achieve the user specified energy intensity level. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over.","…","…","Red","…","Placeholder value - Cost Assumption","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit ","Cost Capital Learning & Development -High ","…","Industry Refineries ","…","Level 1 ",null,1]
["Const",null,null,null,"IND","Level 2Cost Capital Learning & Development -Point-Industry Cement, ceramics and glass ","lv2.cstCapLaD_P.inCCG.","GBP.2016.",{"$f":" lv2.su_cstCapLaD_P.inCCG. * uc_GBP.2015.","v":10199866.381750399},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapLaD_P.","…","inCCG.","…","lv2.","Model Input","Unit Transformation","pu","…","…","…","…","…","Converted to user preference units.","…","…","Green","…","Unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development -Point","…","Industry Cement, ceramics and glass ","…","Level 2",null,1]
["Const",null,null,null,"IND","Level 3Cost Capital Learning & Development -Low -Industry Other Industry ","lv3.cstCapLaD_L.inOTH.","GBP.2016.",{"$f":" lv3.su_cstCapLaD_L.inOTH. * uc_GBP.2015.","v":45899398.717876799},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapLaD_L.","…","inOTH.","…","lv3.","Model Input","Unit Transformation","pu","…","…","…","…","…","Converted to user preference units.","…","…","Green","…","Unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development -Low ","…","Industry Other Industry ","…","Level 3",null,1]
["Const",null,null,null,"IND","Level 1 Cost Capital Learning & Development -Low -Industry Chemicals ","lv1.cstCapLaD_L.inCHE.","GBP.2016.",{"$f":" lv1.su_cstCapLaD_L.inCHE. * uc_GBP.2015.","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","cstCapLaD_L.","…","inCHE.","…","lv1.","Model Input","Unit Transformation","pu","…","…","…","…","…","Converted to user preference units.","…","…","Green","…","Unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development -Low ","…","Industry Chemicals ","…","Level 1 ",null,1]
["TS",null,null,null,"IND",{"$f":"SUBSTITUTE( SUBSTITUTE(CA16253 & BV16253 & BW16253 & \"-\" & BX16253 & \"-\" & BY16253 & \"-\" & BZ16253, \"-…\", \"\"), \"…\", \"\")","v":"Cost Capital Learning & Development -Low -Industry Chemicals "},{"$f":"SUBSTITUTE(AG16253 & AB16253 & AC16253 & AD16253 & AE16253 & AF16253, \"…\", \"\")","v":"cstCapLaD_L.inCHE."},{"$f":"OFFSET(cstCapLaD_L.inCHE.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstCapLaD_L.inCHE.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstCapLaD_L.","…","inCHE.","…","…","Transformation","Lookup","pu","…","…","…","…","…","Total Learning and development investment costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","Simply looks up and sums another calculation","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Capital Learning & Development -Low ","…","Industry Chemicals ","…","…",null,1]
["TS",null,null,null,"IND","Cost Activity -Low -Industry Other Industry Heat Processes with CCS","cstActv_L.inOTHHtccs.",{"$f":"OFFSET(cstActv_L.inOTHHtccs.fts., 0, -2)","v":"million GBP.2016."},"…",{"$f":" SUMIFS(cstActv_L.inOTHHtccs.fts., PrdEnd.fts., Prd.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","cstActv_L.","…","inOTHHtccs.","…","…","Transformation","Lookup","pu","…","…","…","…","…","Total CCS investment costs made in the current period. Calculated by summing the equivalent attribute in the FullTimeSeries sheet over the years covered by the period.","…","…","Green","…","…","…","…","Costs are for each 5 year period not just the year reported (2015 is the cost in the single year)","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Cost Activity -Low ","…","Industry Other Industry Heat Processes with CCS","…","…",null,1]
["Const",null,null,null,"FFE","Net Energy Consumption Base Year -Domestic Resource Extraction Fossil Fuel Solid -Fossil Fuel Gaseous ","NECBY.DRExFsS.fFsG.","TWh.",{"$f":" su_NECBY.DRExFsS.fFsG. * uc_Thousand_toe.","v":7.9084000000000002E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","NECBY.","…",{"$f":"$G$627","v":"DRExFsS."},{"$f":"$G$727","v":"fFsG."},"…","Model Input","Unit Transformation","pu","…","…","…","…","…","Net Gaseous fossil fuel energy consumption for solid fossil fuel extraction. Converted to user preference units.","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Net Energy Consumption Base Year ","…",{"$f":"$F$627","v":"Domestic Resource Extraction Fossil Fuel Solid "},{"$f":"$F$727","v":"Fossil Fuel Gaseous "},"…",null,1]
["TS",null,null,null,"FFE","Energy Balance -Domestic Resource Extraction Fossil Fuel Gas -Fossil Fuel Gaseous ","EB.DRExFsG.fFsG.","TWh.","…",{"$f":" +Actv.DRExFsG.rFsG. * (1 -EIn.DRExFsG.rFsG.)","v":431.51653004646386},282.40275695486281,218.51787002911831,169.0849623316343,130.83472067012411,101.23741281767926,78.335580200138338,60.614578686869478,60.614578686869478,60.614578686869478,60.614578686869478,60.614578686869478,60.614578686869478,60.614578686869478,60.614578686869478,60.614578686869478,60.614578686869478,60.614578686869478,"…","EB.","…",{"$f":"$G$629","v":"DRExFsG."},{"$f":"$G$727","v":"fFsG."},"…","Transformation","Transformation","pu","…","…","…","…","…","Gaseous fossil fuel produced (+ve) net of own use in gaseous fossil fuel extraction. Calculated by subtracting own use from the total resource extracted. Algebraically, where E = resource Extracted, N = Net resource provided to the system, U = Upstream fuel requirement, I = energy Intensity of upstream fuel requirement, (1) N = E -U, (2) U = IE, substituting (1) into (2) N= E -IE, N = E(1 -I).","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…",{"$f":"$F$629","v":"Domestic Resource Extraction Fossil Fuel Gas "},{"$f":"$F$727","v":"Fossil Fuel Gaseous "},"…",null,1]
["Const",null,null,null,"FFE","Emissions Base Year -CO2 -Domestic Resource Extraction Fossil Fuel Solid Process Emissions","EmBY.CO2.DRExFsSPEm.","Mt.CO2e",{"$f":" su_EmBY.CO2.DRExFsSPEm. * uc_GHG.kt. * GWP.CO2. * uc_Carbon_to_CO2.","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmBY.","CO2.",{"$f":"$G$633","v":"DRExFsSPEm."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Base year process emissions from solid fossil fuel extraction. Converted to user preference units (including mass of carbon to carbon dioxide).","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Base Year ","CO2 ",{"$f":"$F$633","v":"Domestic Resource Extraction Fossil Fuel Solid Process Emissions"},"…","…",null,1]
["Const",null,null,null,"FFE","Emissions Base Year -N2O -Domestic Resource Extraction Fossil Fuel Gas Process Emissions","EmBY.N2O.DRExFsGPEm.","Mt.CO2e",{"$f":" su_EmBY.N2O.DRExFsGPEm. * uc_GHG.kt. * GWP.N2O.","v":3.6459148594778826E-3},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmBY.","N2O.",{"$f":"$G$635","v":"DRExFsGPEm."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Base year process emissions from gaseous fossil fuel extraction. Converted to user preference units (including to CO2e using GWP).","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Base Year ","N2O ",{"$f":"$F$635","v":"Domestic Resource Extraction Fossil Fuel Gas Process Emissions"},"…","…",null,1]
["Const",null,null,null,"FFE",{"$f":"SUBSTITUTE( SUBSTITUTE(CA16461 & BV16461 & BW16461 & \"-\" & BX16461 & \"-\" & BY16461 & \"-\" & BZ16461, \"-…\", \"\"), \"…\", \"\")","v":"Source Unit Emissions Factor -PM10 -Domestic Resource Extraction Fossil Fuel Solid -Fossil Fuel Solid "},{"$f":"SUBSTITUTE(AG16461 & AB16461 & AC16461 & AD16461 & AE16461 & AF16461, \"…\", \"\")","v":"su_EmF.PM10.DRExFsS.rFsS."},"kt. / PJ.",999999,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$30","v":"su_"},{"$f":"$G$238","v":"EmF."},{"$f":"$G$379","v":"PM10."},{"$f":"$G$627","v":"DRExFsS."},{"$f":"$G$742","v":"rFsS."},"…","Model Input","Source","su","…","…","…","…","…","Emissions factor per unit of solid fossil fuel extracted.","…","…","Red","…","Placeholder value - Air Quality","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"$F$30","v":"Source Unit "},{"$f":"$F$238","v":"Emissions Factor "},{"$f":"$F$379","v":"PM10 "},{"$f":"$F$627","v":"Domestic Resource Extraction Fossil Fuel Solid "},{"$f":"$F$742","v":"Fossil Fuel Solid "},"…",null,1]
[null,null,null,null,"FFE",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"FFE",{"$f":"SUBSTITUTE( SUBSTITUTE(CA16510 & BV16510 & BW16510 & \"-\" & BX16510 & \"-\" & BY16510 & \"-\" & BZ16510, \"-…\", \"\"), \"…\", \"\")","v":"Emissions -PM10 -Domestic Resource Extraction Fossil Fuel Liquid "},{"$f":"SUBSTITUTE(AG16510 & AB16510 & AC16510 & AD16510 & AE16510 & AF16510, \"…\", \"\")","v":"Em.PM10.DRExFsL."},{"$f":"PrefUnit.Mass.AQ.","v":"kt."},"…",{"$f":" Actv.DRExFsL.rFsL. * EmF.PM10.DRExFsL.rFsL.","v":2074290626.5472991},1415895356.5667543,1095592836.4061198,847748852.07261157,655971901.521294,507578552.93280452,392754608.54323876,303906029.20603269,303906029.20603269,303906029.20603269,303906029.20603269,303906029.20603269,303906029.20603269,303906029.20603269,303906029.20603269,303906029.20603269,303906029.20603269,303906029.20603269,"…",{"$f":"$G$247","v":"Em."},{"$f":"$G$379","v":"PM10."},{"$f":"$G$628","v":"DRExFsL."},"…","…","Model Input","Unit Transformation","pu","…","…","…","…","…","Emissions from liquid fossil fuel extraction. Calculated by multiplying the amount of resource extracted by the emissions factor (emissions per unit extracted).","…","…","Green","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…",{"$f":"$F$247","v":"Emissions "},{"$f":"$F$379","v":"PM10 "},{"$f":"$F$628","v":"Domestic Resource Extraction Fossil Fuel Liquid "},"…","…",null,1]
["TS",null,null,null,"URE",{"$f":"SUBSTITUTE( SUBSTITUTE(CA16553 & BV16553 & BW16553 & \"-\" & BX16553 & \"-\" & BY16553 & \"-\" & BZ16553, \"-…\", \"\"), \"…\", \"\")","v":""},{"$f":"SUBSTITUTE(AG16553 & AB16553 & AC16553 & AD16553 & AE16553 & AF16553, \"…\", \"\")","v":"su_Em.Fgas.Unrep_nFlr."},"Mt.CO2e","…",1.3791670836557934,{"$f":"INDEX(su_Em.Fgas.Unrep_nFlr., , MATCH(BY., Prd., 0)) * (su_Em.Fgas.nFlr. / INDEX(su_Em.Fgas.nFlr., , MATCH(BY., Prd., 0)))","v":0.96548547157704789},{"$f":"INDEX(su_Em.Fgas.Unrep_nFlr., , MATCH(BY., Prd., 0)) * (su_Em.Fgas.nFlr. / INDEX(su_Em.Fgas.nFlr., , MATCH(BY., Prd., 0)))","v":0.61195263157532642},0.3315730691909905,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,0.17810175699010516,{"$f":"$G$30","v":"su_"},"Em.",{"$f":"$G$377","v":"Fgas."},"Unrep_nFlr.","…","…","Model Input","Source","su","Final UK greenhouse gas emissions national statistics: 1990-2016","…","AT20","…","Survey","F gas emissions from non-domestic buildings not represented directly in the model. GHG inventory, Table 7, 2015, total of categories 'Foams', 'Firefighting', 'Solvents', 'One component foams', 'Electronics, electrical insulation, scientific research and sporting goods', 'Airborne warning and control systems'. After the base year emissions are assumed to follow exactly the same trend as for total F gasses for non-domestic buildings.","…","…","Amber","…","Good source but assumption on what drives the projected trend in overall F gas emissions is unevidenced.","…","…","…","…","…",null,"…","^=+'[2016_Final_emissions_data_tables.xlsx]Table 7'!$AB$7 +'[2016_Final_emissions_data_tables.xlsx]Table 7'!$AB$8 +'[2016_Final_emissions_data_tables.xlsx]Table 7'!$AB$9 +'[2016_Final_emissions_data_tables.xlsx]Table 7'!$AB$10 +'[2016_Final_emissions_data_tables.xlsx]Table 7'!$AB$11 +'[2016_Final_emissions_data_tables.xlsx]Table 7'!$AB$12","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…",null,1]
["TS",null,null,null,"EB","Energy Balance -Domestic Dwelling -Cooling ","EB.dDwl.dCl.","TWh.","…",{"$f":" +EB.dAC.dCl.","v":-0.58050000000000002},-0.77400000000000002,-1.54562033159343,-2.8935762434753625,-5.200405857383477,-9.6155082898357502,-17.85718177386811,-33.166738024247529,-33.726879956982984,-34.257526379488176,-34.788479819411812,-35.350492545872797,-35.949196208923368,-36.565473942947484,-37.18181719114876,-37.798127039965607,-38.424223764816048,-39.063392923094476,"…","EB.","…","dDwl.",{"$f":"$G$709","v":"dCl."},"…","Transformation","Transformation","pu","…","…","…","…","…","Energy balance for all domestic heating technologies calculated as the sum of individual technology energy balances.","…","…","Green","…","…","…","…","Potentially redundant in final model. Useful for development","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Energy Balance ","…","Domestic Dwelling ",{"$f":"$F$709","v":"Cooling "},"…",null,1]
["TS",null,null,null,"EB","Final Energy Consumption -Non-Domestic Floor Area ","FEC.nFlr.","TWh.","…",{"$f":" -EB.nFlr.fElc. -EB.nFlr.fBiS. -EB.nFlr.fBiL. -EB.nFlr.fBiG. -EB.nFlr.fFsS. -EB.nFlr.fFsL. -EB.nFlr.fFsG. -EB.nFlr.fH2G. -EB.nFlr.fNwkH. -EB.nFlr.rEnvH.","v":231.44775621375118},232.97309448153987,246.07119955600993,259.20702794700202,273.85394330746914,289.30151503561825,304.61155081436465,320.38551450685748,319.90086574085257,319.42981113743571,318.97244867110231,318.52887702246016,318.09919558331768,317.68350446181051,317.28190448756334,316.89449721689033,316.52138493803182,316.1626706764302,"…","FEC.","…",{"$f":"$G$469","v":"nFlr."},"…","…","Transformation","Transformation","pu","…","…","…","…","…","Sum of energy inputs into category. Includes environmental heat transferred by heat pumps.","…","…","Green","…","…","…","…","Potentially redundant in final model. Useful for development","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Final Energy Consumption ","…",{"$f":"$F$469","v":"Non-Domestic Floor Area "},"…","…",null,1]
["TS",null,null,null,"FLO",{"$f":"SUBSTITUTE( SUBSTITUTE(CA16674 & BV16674 & BW16674 & \"-\" & BX16674 & \"-\" & BY16674 & \"-\" & BZ16674, \"-…\", \"\"), \"…\", \"\")","v":""},{"$f":"SUBSTITUTE(AG16674 & AB16674 & AC16674 & AD16674 & AE16674 & AF16674, \"…\", \"\")","v":"Wind_to_Electricity"},{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" -EB.eWoff.rEnvE. -EB.eWons.rEnvE.","v":38.35751782595564},69.782581031977003,68.548190730631532,59.453379426579147,34.44109018856247,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Wind_to_Electricity","…","…","…","…","…","…","…","…","…","…","…","…","Wind energy utilised for electricity generation. Assumes no losses.","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…",null,1]
["TS",null,null,null,"FLO",{"$f":"SUBSTITUTE( SUBSTITUTE(CA16680 & BV16680 & BW16680 & \"-\" & BX16680 & \"-\" & BY16680 & \"-\" & BZ16680, \"-…\", \"\"), \"…\", \"\")","v":""},{"$f":"SUBSTITUTE(AG16680 & AB16680 & AC16680 & AD16680 & AE16680 & AF16680, \"…\", \"\")","v":"Waste_to_Thermal.Generation"},{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" -EB.bcEfW.rWstD. -EB.bcEfW.rWstW. -EB.bcEfW.rUCO. -EB.bcEfW.rLndFG.\n -EB.bcEfWccs.rWstD. -EB.bcEfWccs.rWstW. -EB.bcEfWccs.rUCO. -EB.bcEfWccs.rLndFG.","v":22.052601380020956},17.985708999796092,15.857796066221775,14.659332752248503,13.984848040808279,13.630922449668676,13.470454594166736,13.420301801832652,12.939184153102591,13.061491679051699,13.158483606616722,13.240282270240348,13.28172034160168,13.334629620229123,13.421617243830191,13.464289700946811,13.519770344188318,13.556832235839932,"…","Waste_to_Thermal.Generation","…","…","…","…","…","…","…","…","…","…","…","…","All waste (dry, wet, UCO, landfill gas) consumed in energy from waste plants to generate electricity.","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…",null,1]
["TS",null,null,null,"FLO",{"$f":"SUBSTITUTE( SUBSTITUTE(CA16719 & BV16719 & BW16719 & \"-\" & BX16719 & \"-\" & BY16719 & \"-\" & BZ16719, \"-…\", \"\"), \"…\", \"\")","v":""},{"$f":"SUBSTITUTE(AG16719 & AB16719 & AC16719 & AD16719 & AE16719 & AF16719, \"…\", \"\")","v":"Electricity_to_Hydrogen.Production"},{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" -EB.hpBccs.fElc. -EB.hpElc.fElc.","v":2.3209489738817517E-2},2.2144733198772155E-2,2.0986220189431935E-2,1.5773795596368309E-2,1.1641640596088758E-2,7.6108056643664551E-3,3.7559372299269902E-3,0,0,0,0,0,0,0,0,0,0,0,"…","Electricity_to_Hydrogen.Production","…","…","…","…","…","…","…","…","…","…","…","…","Electricity used for electrolysis and biomass gasification with CCS to produce hydrogen which is assumed to be connected directly to the transmission network.","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","…","…","…","…","…",null,1]
["Const",null,null,null,"MAP","Source Unit - Solar PV - Conversion efficiency (incident sunlight to electricity)","Eff.eSol.rElc.","…",0.2,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Eff.","…","eSol.","rElc.","…","Model Input","Source","nu","MacKay, Sustainable Energy without the hot air (pages 39 and 47); originally from Turkenburg (2000), Sunpower www.sunpowercorp.com, Sanyo www.sanyo-solar.eu, Suntech","2050 Calculator v_3.6.1","BF16","…","Measured","Assumed conversion efficiency of incident sunlight to electricity on a solar PV. Value slightly higher than most PVs available today which range roughly from 5% to 20%.","…","…","Red","…","Value taken from original 2050 Calculator. Primary source indicates that an efficiency of 20% is very high, and that most existing PVs have an efficiency of lower than this. This indicates that Model assumes average efficiencies of solar PVs to improve a lot and is not evidence based.","…","…","…","…","…",null,"^=[2050_Calculator_model_v3.6.1.xlsx]IV.a!$F$36","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Efficiency","…","Electricity - Solar PV","Electricity - Resource","…",null,1]
["Const",null,null,null,"MAP","1.2 GW H2 prod SMR with CCS plants - Average Capacity per Power Station","CapUnit.hpGccs.",{"$f":"PrefUnit.Power.","v":"GW."},{"$f":"su_CapUnit.hpGccs. * uc_GW.","v":1.2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CapUnit.","…","hpGccs.","…","…","Unit Transformation","Unit Transformation","pu","…","…","…","…","Decision","Capacity of a 1.2GW hydrogen production facility with CCS. (By definition 1.2GW.). Converted to preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Capacity per Power Station","…","H2 prod SMR with CCS ","…","…",null,1]
["Const",null,null,null,"MAP","Level 1 - Offshore Wind - Area required","lv1.Area.eWoff.","sqkm.",{"$f":"lv1.AmbCap.eWoff./(CapUnitArea.eWoff./((INDEX(LFWint.eWoff.,,MATCH(2050,Prd.,0))*TimeShrWint.)+(INDEX(LFSum.eWoff.,,MATCH(2050,Prd.,0))*TimeShrSum.)))","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Area.","…","eWoff.","…","lv1.","Transformation","Transformation","pu","…","…","…","…","Calculated","Area of offshore wind required by end of default deployment time under level 1. Calculated by (Capacity under level 1)/(Peak capacity per unit area) where (Peak capacity per unit area) = (Average capacity per unit area)/(Load factor) and Load factor has been averaged across summer and winter.","…","…","Green","…","Simple calculation.","…","…","…","…","…",null,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Area","…","Electricity - Wind (offshore)","…","Level 1",null,1]
["TS",null,null,null,"ONE","Share -Car All Types -Bioenergy Liquid - Level 3","lv3.Shr.car.fBiL.","…","…",{"$f":"IF(Prd. < LvrStart.carALL.fBiL., ShrBY.carALL.fBiL.,\nIF(Prd. > LvrStart.carALL.fBiL. +LvrSpeed.carALL.fBiL., lv3.AmbShrPen.carALL.fBiL.,\n+ShrBY.carALL.fBiL. +((lv3.AmbShrPen.carALL.fBiL. -ShrBY.carALL.fBiL.) / LvrSpeed.carALL.fBiL. * (Prd. -LvrStart.carALL.fBiL.))\n))","v":2.9090457817033274E-2},2.9090457817033274E-2,0.10757538151419439,0.18606030521135553,0.26454522890851662,0.34303015260567776,0.42151507630283891,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,"…","Shr.","…","car.","fBiL.","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","level 3 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 3 ambition has been achieved (more than the speed of deployment since the start year) the level 3 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 3 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Car","Bioenergy Liquid","Level 3",null,1]
["TS",null,null,null,"ONE","Share lever selection - Domestic District Heat Share - Level 2","lv2.Shr.dDHN.","…","…",{"$f":"IF(Prd. < LvrStart.dDHN., ShrBY.dDHN.,\nIF(Prd. > LvrStart.dDHN. +LvrSpeed.dDHN., lv2.AmbShrPen.dDHN.,\n+ShrBY.dDHN. +((lv2.AmbShrPen.dDHN. -ShrBY.dDHN.) / LvrSpeed.dDHN. * (Prd. -LvrStart.dDHN.))\n))","v":3.6675753645661162E-2},3.6675753645661162E-2,6.38964613713843E-2,9.1117169097107431E-2,0.11833787682283059,0.14555858454855372,0.17277929227427685,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,"…","Shr.","…","dDHN.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","level 2 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 2 ambition has been achieved (more than the speed of deployment since the start year) the level 2 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 2 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Domestic District Heat Network","…","Level 2",null,1]
["Const",null,null,null,"ONE","Industrial Heat Processes - Bioenergy Solid - MAX - Level 1","lv1.ShrMAX.inALL.fBiS.","…",{"$f":"MAX(lv1.AmbShrPen.inSTLHt.fBiS.,lv1.AmbShrPen.inOTHHt.fBiS.,lv1.AmbShrPen.inCCGHt.fBiS.,lv1.AmbShrPen.inREFHt.fBiS.,lv1.AmbShrPen.inCHEHt.fBiS.)","v":8.2487154068062979E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ShrMAX.","…","inALL.","fBiS.","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum share of bioenergy solid used across industry sectors by end year under level 1 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Share","…","Industry All Types","Bioenergy Solid","Level 1",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Hydrogen production - SMR with CCS - Level 4","lv4.Actv.hpGccs.rH2G.","TWh.","…",{"$f":"IF(Prd. < LvrStart.hpGccs., ActvBY.hpGccs.,\nIF(Prd. > LvrStart.hpGccs. +LvrSpeed.hpGccs., lv4.AmbActv.hpGccs.,\n+ActvBY.hpGccs. +((lv4.AmbActv.hpGccs. -ActvBY.hpGccs.) / LvrSpeed.hpGccs. * (Prd. -LvrStart.hpGccs.))\n))","v":0},0,0,107.14285714285714,214.28571428571428,321.42857142857139,428.57142857142856,535.71428571428567,642.85714285714278,750,750,750,750,750,750,750,750,750,"…","Actv.","…","hpGccs.","rH2G.","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","level 4 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 4 ambition has been achieved (more than the speed of deployment since the start year) the level 4 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 4 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","H2 prod SMR with CCS","Hydrogen Gaseous","Level 4",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Hydrogen imports - Level 1","lv1.Actv.hpImp.rH2G.","TWh.","…",{"$f":"IF(Prd. < LvrStart.hpImp., ActvBY.hpImp.,\nIF(Prd. > LvrStart.hpImp. +LvrSpeed.hpImp., lv1.AmbActv.hpImp.,\n+ActvBY.hpImp. +((lv1.AmbActv.hpImp. -ActvBY.hpImp.) / LvrSpeed.hpImp. * (Prd. -LvrStart.hpImp.))\n))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","hpImp.","rH2G.","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 1 ambition has been achieved (more than the speed of deployment since the start year) the level 1 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 1 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","H2 prod Import","Hydrogen Gaseous","Level 1",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Hydrogen imports - Level 2","lv2.Actv.hpImp.rH2G.","TWh.","…",{"$f":"IF(Prd. < LvrStart.hpImp., ActvBY.hpImp.,\nIF(Prd. > LvrStart.hpImp. +LvrSpeed.hpImp., lv2.AmbActv.hpImp.,\n+ActvBY.hpImp. +((lv2.AmbActv.hpImp. -ActvBY.hpImp.) / LvrSpeed.hpImp. * (Prd. -LvrStart.hpImp.))\n))","v":0},0,0,19.714285714285715,39.428571428571431,59.142857142857146,78.857142857142861,98.571428571428584,118.28571428571429,138,138,138,138,138,138,138,138,138,"…","Actv.","…","hpImp.","rH2G.","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","level 2 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 2 ambition has been achieved (more than the speed of deployment since the start year) the level 2 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 2 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","H2 prod Import","Hydrogen Gaseous","Level 2",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Hydrogen imports - Level 3","lv3.Actv.hpImp.rH2G.","TWh.","…",{"$f":"IF(Prd. < LvrStart.hpImp., ActvBY.hpImp.,\nIF(Prd. > LvrStart.hpImp. +LvrSpeed.hpImp., lv3.AmbActv.hpImp.,\n+ActvBY.hpImp. +((lv3.AmbActv.hpImp. -ActvBY.hpImp.) / LvrSpeed.hpImp. * (Prd. -LvrStart.hpImp.))\n))","v":0},0,0,39.285714285714285,78.571428571428569,117.85714285714285,157.14285714285714,196.42857142857142,235.71428571428569,275,275,275,275,275,275,275,275,275,"…","Actv.","…","hpImp.","rH2G.","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","level 3 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 3 ambition has been achieved (more than the speed of deployment since the start year) the level 3 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 3 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","H2 prod Import","Hydrogen Gaseous","Level 3",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Hydrogen imports - Level 4","lv4.Actv.hpImp.rH2G.","TWh.","…",{"$f":"IF(Prd. < LvrStart.hpImp., ActvBY.hpImp.,\nIF(Prd. > LvrStart.hpImp. +LvrSpeed.hpImp., lv4.AmbActv.hpImp.,\n+ActvBY.hpImp. +((lv4.AmbActv.hpImp. -ActvBY.hpImp.) / LvrSpeed.hpImp. * (Prd. -LvrStart.hpImp.))\n))","v":0},0,0,85.714285714285708,171.42857142857142,257.14285714285711,342.85714285714283,428.57142857142856,514.28571428571422,600,600,600,600,600,600,600,600,600,"…","Actv.","…","hpImp.","rH2G.","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","level 4 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 4 ambition has been achieved (more than the speed of deployment since the start year) the level 4 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 4 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","H2 prod Import","Hydrogen Gaseous","Level 4",null,1]
["TS",null,null,null,"ONE","Activity - Direct Air Capture plus Enhanced Weathering - Level 1","lv1.Actv.ggrAirCap.ggrEnhWth.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"IF(Prd. < LvrStart.ggrAirCap., ActvBY.ggrAirCap.,\nIF(Prd. > LvrStart.ggrAirCap. +LvrSpeed.ggrAirCap., lv1.AmbActv.ggrAirCap.,\n+ActvBY.ggrAirCap. +((lv1.AmbActv.ggrAirCap. -ActvBY.ggrAirCap.) / LvrSpeed.ggrAirCap. * (Prd. -LvrStart.ggrAirCap.))\n))\n+\nIF(Prd. < LvrStart.ggrEnhWth., ActvBY.ggrEnhWth.,\nIF(Prd. > LvrStart.ggrEnhWth. +LvrSpeed.ggrEnhWth., lv1.AmbActv.ggrEnhWth.,\n+ActvBY.ggrEnhWth. +((lv1.AmbActv.ggrEnhWth. -ActvBY.ggrEnhWth.) / LvrSpeed.ggrEnhWth. * (Prd. -LvrStart.ggrEnhWth.))\n))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","ggrAirCap.ggrEnhWth.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Activity of emissions removal from the atmosphere using direct air capture and enhanced weathering under level 1. Level 1 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 1 ambition has been achieved (more than the speed of deployment since the start year) the level 1 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 1 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","Direct Air Capture & Enhanced Weathering","…","Level 1",null,1]
["TS",null,null,null,"ONE","Activity - Direct Air Capture plus Enhanced Weathering - Level 2","lv2.Actv.ggrAirCap.ggrEnhWth.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"IF(Prd. < LvrStart.ggrAirCap., ActvBY.ggrAirCap.,\nIF(Prd. > LvrStart.ggrAirCap. +LvrSpeed.ggrAirCap., lv2.AmbActv.ggrAirCap.,\n+ActvBY.ggrAirCap. +((lv2.AmbActv.ggrAirCap. -ActvBY.ggrAirCap.) / LvrSpeed.ggrAirCap. * (Prd. -LvrStart.ggrAirCap.))\n))\n+\nIF(Prd. < LvrStart.ggrEnhWth., ActvBY.ggrEnhWth.,\nIF(Prd. > LvrStart.ggrEnhWth. +LvrSpeed.ggrEnhWth., lv2.AmbActv.ggrEnhWth.,\n+ActvBY.ggrEnhWth. +((lv2.AmbActv.ggrEnhWth. -ActvBY.ggrEnhWth.) / LvrSpeed.ggrEnhWth. * (Prd. -LvrStart.ggrEnhWth.))\n))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","ggrAirCap.ggrEnhWth.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Activity of emissions removal from the atmosphere using direct air capture and enhanced weathering under level 2. level 2 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 2 ambition has been achieved (more than the speed of deployment since the start year) the level 2 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 2 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","Direct Air Capture & Enhanced Weathering","…","Level 2",null,1]
["TS",null,null,null,"ONE","Activity - Direct Air Capture plus Enhanced Weathering - Level 3","lv3.Actv.ggrAirCap.ggrEnhWth.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"IF(Prd. < LvrStart.ggrAirCap., ActvBY.ggrAirCap.,\nIF(Prd. > LvrStart.ggrAirCap. +LvrSpeed.ggrAirCap., lv3.AmbActv.ggrAirCap.,\n+ActvBY.ggrAirCap. +((lv3.AmbActv.ggrAirCap. -ActvBY.ggrAirCap.) / LvrSpeed.ggrAirCap. * (Prd. -LvrStart.ggrAirCap.))\n))\n+\nIF(Prd. < LvrStart.ggrEnhWth., ActvBY.ggrEnhWth.,\nIF(Prd. > LvrStart.ggrEnhWth. +LvrSpeed.ggrEnhWth., lv3.AmbActv.ggrEnhWth.,\n+ActvBY.ggrEnhWth. +((lv3.AmbActv.ggrEnhWth. -ActvBY.ggrEnhWth.) / LvrSpeed.ggrEnhWth. * (Prd. -LvrStart.ggrEnhWth.))\n))","v":0},0,0,0,1.4285714285714284,2.8571428571428568,4.2857142857142856,5.7142857142857135,7.1428571428571423,8.5714285714285712,10,11.428571428571427,12.857142857142856,14.285714285714285,15.714285714285714,17.142857142857142,18.571428571428569,20,"…","Actv.","…","ggrAirCap.ggrEnhWth.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Activity of emissions removal from the atmosphere using direct air capture and enhanced weathering under level 3. Level 3 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 3 ambition has been achieved (more than the speed of deployment since the start year) the level 3 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 3 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","Direct Air Capture & Enhanced Weathering","…","Level 3",null,1]
["TS",null,null,null,"ONE","Activity - Direct Air Capture plus Enhanced Weathering - Level 4","lv4.Actv.ggrAirCap.ggrEnhWth.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},"…",{"$f":"IF(Prd. < LvrStart.ggrAirCap., ActvBY.ggrAirCap.,\nIF(Prd. > LvrStart.ggrAirCap. +LvrSpeed.ggrAirCap., lv4.AmbActv.ggrAirCap.,\n+ActvBY.ggrAirCap. +((lv4.AmbActv.ggrAirCap. -ActvBY.ggrAirCap.) / LvrSpeed.ggrAirCap. * (Prd. -LvrStart.ggrAirCap.))\n))\n+\nIF(Prd. < LvrStart.ggrEnhWth., ActvBY.ggrEnhWth.,\nIF(Prd. > LvrStart.ggrEnhWth. +LvrSpeed.ggrEnhWth., lv4.AmbActv.ggrEnhWth.,\n+ActvBY.ggrEnhWth. +((lv4.AmbActv.ggrEnhWth. -ActvBY.ggrEnhWth.) / LvrSpeed.ggrEnhWth. * (Prd. -LvrStart.ggrEnhWth.))\n))","v":0},0,0,0,6.4285714285714279,12.857142857142856,19.285714285714285,25.714285714285712,32.142857142857139,38.571428571428569,45,51.428571428571423,57.857142857142861,64.285714285714278,70.714285714285708,77.142857142857139,83.571428571428569,90,"…","Actv.","…","ggrAirCap.ggrEnhWth.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Activity of emissions removal from the atmosphere using direct air capture and enhanced weathering under level 4. Level 4 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 4 ambition has been achieved (more than the speed of deployment since the start year) the level 4 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 4 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","Direct Air Capture & Enhanced Weathering","…","Level 4",null,1]
["TS",null,null,null,"ONE","Share - Biomass gasification plant (BioSNG) with CCS (same for biofuel plant with CCS and EfW with CCS) - Level 1","lv1.Shr.bcBGccs.","…","…",{"$f":"IF(Prd. < LvrStart.bcBGccs., ShrBY.bcBGccs.,\nIF(Prd. > LvrStart.bcBGccs. +LvrSpeed.bcBGccs., lv1.AmbShrPen.bcBGccs.,\n+ShrBY.bcBGccs. +((lv1.AmbShrPen.bcBGccs. -ShrBY.bcBGccs.) / LvrSpeed.bcBGccs. * (Prd. -LvrStart.bcBGccs.))\n))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Shr.","…","bcBGccs.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 1 ambition has been achieved (more than the speed of deployment since the start year) the level 1 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 1 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Biomass Gasification Plant (BioSNG)","…","Level 1",null,1]
["TS",null,null,null,"ONE","Share - Biomass gasification plant (BioSNG) with CCS (same for biofuel plant with CCS and EfW with CCS) - Level 2","lv2.Shr.bcBGccs.","…","…",{"$f":"IF(Prd. < LvrStart.bcBGccs., ShrBY.bcBGccs.,\nIF(Prd. > LvrStart.bcBGccs. +LvrSpeed.bcBGccs., lv2.AmbShrPen.bcBGccs.,\n+ShrBY.bcBGccs. +((lv2.AmbShrPen.bcBGccs. -ShrBY.bcBGccs.) / LvrSpeed.bcBGccs. * (Prd. -LvrStart.bcBGccs.))\n))","v":0},0,0,6.6666666666666666E-2,0.13333333333333333,0.19999999999999998,0.26666666666666666,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,"…","Shr.","…","bcBGccs.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","level 2 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 2 ambition has been achieved (more than the speed of deployment since the start year) the level 2 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 2 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Biomass Gasification Plant (BioSNG)","…","Level 2",null,1]
["TS",null,null,null,"ONE","Share - Biomass gasification plant (BioSNG) with CCS (same for biofuel plant with CCS and EfW with CCS) - Level 3","lv3.Shr.bcBGccs.","…","…",{"$f":"IF(Prd. < LvrStart.bcBGccs., ShrBY.bcBGccs.,\nIF(Prd. > LvrStart.bcBGccs. +LvrSpeed.bcBGccs., lv3.AmbShrPen.bcBGccs.,\n+ShrBY.bcBGccs. +((lv3.AmbShrPen.bcBGccs. -ShrBY.bcBGccs.) / LvrSpeed.bcBGccs. * (Prd. -LvrStart.bcBGccs.))\n))","v":0},0,0,0.13333333333333333,0.26666666666666666,0.39999999999999997,0.53333333333333333,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,"…","Shr.","…","bcBGccs.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","level 3 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 3 ambition has been achieved (more than the speed of deployment since the start year) the level 3 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 3 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Biomass Gasification Plant (BioSNG)","…","Level 3",null,1]
["TS",null,null,null,"ONE","Share - Biomass gasification plant (BioSNG) with CCS (same for biofuel plant with CCS and EfW with CCS) - Level 4","lv4.Shr.bcBGccs.","…","…",{"$f":"IF(Prd. < LvrStart.bcBGccs., ShrBY.bcBGccs.,\nIF(Prd. > LvrStart.bcBGccs. +LvrSpeed.bcBGccs., lv4.AmbShrPen.bcBGccs.,\n+ShrBY.bcBGccs. +((lv4.AmbShrPen.bcBGccs. -ShrBY.bcBGccs.) / LvrSpeed.bcBGccs. * (Prd. -LvrStart.bcBGccs.))\n))","v":0},0,0,0.2,0.4,0.6,0.8,1,1,1,1,1,1,1,1,1,1,1,"…","Shr.","…","bcBGccs.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","level 4 deployment curve calculated using if logic statement. 1) If current period is before the start year apply the base year share/penetration. 2) If the current period is after the level 4 ambition has been achieved (more than the speed of deployment since the start year) the level 4 share/penetration is applied. 3) Else if the current period is between the start year and calculated completion year the share/penetration is linearly interpolated between base year level (in start year) and  level 4 (in completion year).","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Biomass Gasification Plant (BioSNG)","…","Level 4",null,1]
["Const",null,null,null,"ONE","CCS Capture Rate - All processes - MAX - Level 1","lv1.CaptRtMAX.ALLccs.","…",{"$f":"MAX(lv1.AmbCaptRt.inSTLHtccs.,lv1.AmbCaptRt.inOTHHtccs.,lv1.AmbCaptRt.inREFHtccs.,lv1.AmbCaptRt.inCHEHtccs.,lv1.AmbCaptRt.inCCGHtccs.,lv1.AmbCaptRt.bcBGccs.,lv1.AmbCaptRt.bcBLccs.,lv1.AmbCaptRt.bcEfWccs.,lv1.AmbCaptRt.hpBccs.,lv1.AmbCaptRt.hpGccs.,lv1.AmbCaptRt.eBccs.,lv1.AmbCaptRt.eGccs.)","v":0.85},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CaptRtMAX.","…","ALLccs.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum CCS capture for all processes that use it by end year under level 1 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Capture Rate","…","CCS All Processes","…","Level 1",null,1]
["Const",null,null,null,"ONE","CCS Capture Rate - All processes - MAX - Level 2","lv2.CaptRtMAX.ALLccs.","…",{"$f":"MAX(lv2.AmbCaptRt.inSTLHtccs.,lv2.AmbCaptRt.inOTHHtccs.,lv2.AmbCaptRt.inREFHtccs.,lv2.AmbCaptRt.inCHEHtccs.,lv2.AmbCaptRt.inCCGHtccs.,lv2.AmbCaptRt.bcBGccs.,lv2.AmbCaptRt.bcBLccs.,lv2.AmbCaptRt.bcEfWccs.,lv2.AmbCaptRt.hpBccs.,lv2.AmbCaptRt.hpGccs.,lv2.AmbCaptRt.eBccs.,lv2.AmbCaptRt.eGccs.)","v":0.9},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CaptRtMAX.","…","ALLccs.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum CCS capture for all processes that use it by end year under level 2 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Capture Rate","…","CCS All Processes","…","Level 2",null,1]
["Const",null,null,null,"ONE","CCS Capture Rate - All processes - MAX - Level 3","lv3.CaptRtMAX.ALLccs.","…",{"$f":"MAX(lv3.AmbCaptRt.inSTLHtccs.,lv3.AmbCaptRt.inOTHHtccs.,lv3.AmbCaptRt.inREFHtccs.,lv3.AmbCaptRt.inCHEHtccs.,lv3.AmbCaptRt.inCCGHtccs.,lv3.AmbCaptRt.bcBGccs.,lv3.AmbCaptRt.bcBLccs.,lv3.AmbCaptRt.bcEfWccs.,lv3.AmbCaptRt.hpBccs.,lv3.AmbCaptRt.hpGccs.,lv3.AmbCaptRt.eBccs.,lv3.AmbCaptRt.eGccs.)","v":0.95},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CaptRtMAX.","…","ALLccs.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum CCS capture for all processes that use it by end year under level 3 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Capture Rate","…","CCS All Processes","…","Level 3",null,1]
["Const",null,null,null,"ONE","CCS Capture Rate - All processes - MAX - Level 4","lv4.CaptRtMAX.ALLccs.","…",{"$f":"MAX(lv4.AmbCaptRt.inSTLHtccs.,lv4.AmbCaptRt.inOTHHtccs.,lv4.AmbCaptRt.inREFHtccs.,lv4.AmbCaptRt.inCHEHtccs.,lv4.AmbCaptRt.inCCGHtccs.,lv4.AmbCaptRt.bcBGccs.,lv4.AmbCaptRt.bcBLccs.,lv4.AmbCaptRt.bcEfWccs.,lv4.AmbCaptRt.hpBccs.,lv4.AmbCaptRt.hpGccs.,lv4.AmbCaptRt.eBccs.,lv4.AmbCaptRt.eGccs.)","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CaptRtMAX.","…","ALLccs.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum CCS capture for all processes that use it by end year under level 4 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Capture Rate","…","CCS All Processes","…","Level 4",null,1]
["Const",null,null,null,"ONE","CCS Capture Rate - All processes - MIN - Level 1","lv1.CaptRtMIN.ALLccs.","…",{"$f":"MIN(lv1.AmbCaptRt.inSTLHtccs.,lv1.AmbCaptRt.inOTHHtccs.,lv1.AmbCaptRt.inREFHtccs.,lv1.AmbCaptRt.inCHEHtccs.,lv1.AmbCaptRt.inCCGHtccs.,lv1.AmbCaptRt.bcBGccs.,lv1.AmbCaptRt.bcBLccs.,lv1.AmbCaptRt.bcEfWccs.,lv1.AmbCaptRt.hpBccs.,lv1.AmbCaptRt.hpGccs.,lv1.AmbCaptRt.eBccs.,lv1.AmbCaptRt.eGccs.)","v":0.65},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CaptRtMIN.","…","ALLccs.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Minimum CCS capture for all processes that use it by end year under level 1 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Minimum Capture Rate","…","CCS All Processes","…","Level 1",null,1]
["Const",null,null,null,"ONE","CCS Capture Rate - All processes - MIN - Level 2","lv2.CaptRtMIN.ALLccs.","…",{"$f":"MIN(lv2.AmbCaptRt.inSTLHtccs.,lv2.AmbCaptRt.inOTHHtccs.,lv2.AmbCaptRt.inREFHtccs.,lv2.AmbCaptRt.inCHEHtccs.,lv2.AmbCaptRt.inCCGHtccs.,lv2.AmbCaptRt.bcBGccs.,lv2.AmbCaptRt.bcBLccs.,lv2.AmbCaptRt.bcEfWccs.,lv2.AmbCaptRt.hpBccs.,lv2.AmbCaptRt.hpGccs.,lv2.AmbCaptRt.eBccs.,lv2.AmbCaptRt.eGccs.)","v":0.76666666666666672},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CaptRtMIN.","…","ALLccs.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Minimum CCS capture for all processes that use it by end year under level 2 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Minimum Capture Rate","…","CCS All Processes","…","Level 2",null,1]
["Const",null,null,null,"ONE","CCS Capture Rate - All processes - MIN - Level 3","lv3.CaptRtMIN.ALLccs.","…",{"$f":"MIN(lv3.AmbCaptRt.inSTLHtccs.,lv3.AmbCaptRt.inOTHHtccs.,lv3.AmbCaptRt.inREFHtccs.,lv3.AmbCaptRt.inCHEHtccs.,lv3.AmbCaptRt.inCCGHtccs.,lv3.AmbCaptRt.bcBGccs.,lv3.AmbCaptRt.bcBLccs.,lv3.AmbCaptRt.bcEfWccs.,lv3.AmbCaptRt.hpBccs.,lv3.AmbCaptRt.hpGccs.,lv3.AmbCaptRt.eBccs.,lv3.AmbCaptRt.eGccs.)","v":0.8833333333333333},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CaptRtMIN.","…","ALLccs.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Minimum CCS capture for all processes that use it by end year under level 3 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Minimum Capture Rate","…","CCS All Processes","…","Level 3",null,1]
["Const",null,null,null,"ONE","CCS Capture Rate - All processes - MIN - Level 4","lv4.CaptRtMIN.ALLccs.","…",{"$f":"MIN(lv4.AmbCaptRt.inSTLHtccs.,lv4.AmbCaptRt.inOTHHtccs.,lv4.AmbCaptRt.inREFHtccs.,lv4.AmbCaptRt.inCHEHtccs.,lv4.AmbCaptRt.inCCGHtccs.,lv4.AmbCaptRt.bcBGccs.,lv4.AmbCaptRt.bcBLccs.,lv4.AmbCaptRt.bcEfWccs.,lv4.AmbCaptRt.hpBccs.,lv4.AmbCaptRt.hpGccs.,lv4.AmbCaptRt.eBccs.,lv4.AmbCaptRt.eGccs.)","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","CaptRtMIN.","…","ALLccs.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Minimum CCS capture for all processes that use it by end year under level 4 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Minimum Capture Rate","…","CCS All Processes","…","Level 4",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Electricity - Seasonal Storage - Level 1","lv1.Actv.eSSnStr.fElc.",{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" IF(Prd. < LvrStart.eSsnStr., +ActvBase.eSsnStr.,\nIF(Prd. > LvrEnd.eSsnStr., +lv1.AmbActv.eSsnStr.,\nMAX(0 +ActvBase.eSsnStr., MIN(MAX(lv1.AmbActv.eSsnStr., ActvBaseSY.eSsnStr.), MAX(MIN(lv1.AmbActv.eSsnStr., ActvBaseSY.eSsnStr.), lv1.AmbActv.eSsnStr. / LvrSpeed.eSsnStr. * (Prd. -LvrStart.eSsnStr.))))\n))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eSSnStr.","fElc.","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum energy that can be stored between one season and another in seasonal electricity storage technologies under level 1 ambition. For periods before the start year the baseline is applied, for periods after the lever end year level 1 ambition is applied, for periods in between the start and end year a straight line between zero and the ambition level is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and level 1 ambition, less than the greater of the baseline in the start year and level 1 ambition.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","Electricity - Seasonal Storage","Electricity","Level 1",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Electricity - Seasonal Storage - Level 2","lv2.Actv.eSSnStr.fElc.",{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" IF(Prd. < LvrStart.eSsnStr., +ActvBase.eSsnStr.,\nIF(Prd. > LvrEnd.eSsnStr., +lv2.AmbActv.eSsnStr.,\nMAX(0 +ActvBase.eSsnStr., MIN(MAX(lv2.AmbActv.eSsnStr., ActvBaseSY.eSsnStr.), MAX(MIN(lv2.AmbActv.eSsnStr., ActvBaseSY.eSsnStr.), lv2.AmbActv.eSsnStr. / LvrSpeed.eSsnStr. * (Prd. -LvrStart.eSsnStr.))))\n))","v":0},0,2.5,5,7.5,10,12.5,15,15,15,15,15,15,15,15,15,15,15,"…","Actv.","…","eSSnStr.","fElc.","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum energy that can be stored between one season and another in seasonal electricity storage technologies under level 2 ambition. For periods before the start year the baseline is applied, for periods after the lever end year level 2 ambition is applied, for periods in between the start and end year a straight line between zero and the ambition level is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and level 2 ambition, less than the greater of the baseline in the start year and level 2 ambition.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","Electricity - Seasonal Storage","Electricity","Level 2",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Electricity - Seasonal Storage - Level 3","lv3.Actv.eSSnStr.fElc.",{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" IF(Prd. < LvrStart.eSsnStr., +ActvBase.eSsnStr.,\nIF(Prd. > LvrEnd.eSsnStr., +lv3.AmbActv.eSsnStr.,\nMAX(0 +ActvBase.eSsnStr., MIN(MAX(lv3.AmbActv.eSsnStr., ActvBaseSY.eSsnStr.), MAX(MIN(lv3.AmbActv.eSsnStr., ActvBaseSY.eSsnStr.), lv3.AmbActv.eSsnStr. / LvrSpeed.eSsnStr. * (Prd. -LvrStart.eSsnStr.))))\n))","v":0},0,5,10,15,20,25,30,30,30,30,30,30,30,30,30,30,30,"…","Actv.","…","eSSnStr.","fElc.","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum energy that can be stored between one season and another in seasonal electricity storage technologies under level 3 ambition. For periods before the start year the baseline is applied, for periods after the lever end year level 3 ambition is applied, for periods in between the start and end year a straight line between zero and the ambition level is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and level 3 ambition, less than the greater of the baseline in the start year and level 3 ambition.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","Electricity - Seasonal Storage","Electricity","Level 3",null,1]
["TS",null,null,null,"ONE","Activity lever selection - Electricity - Seasonal Storage - Level 4","lv4.Actv.eSSnStr.fElc.",{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":" IF(Prd. < LvrStart.eSsnStr., +ActvBase.eSsnStr.,\nIF(Prd. > LvrEnd.eSsnStr., +lv4.AmbActv.eSsnStr.,\nMAX(0 +ActvBase.eSsnStr., MIN(MAX(lv4.AmbActv.eSsnStr., ActvBaseSY.eSsnStr.), MAX(MIN(lv4.AmbActv.eSsnStr., ActvBaseSY.eSsnStr.), lv4.AmbActv.eSsnStr. / LvrSpeed.eSsnStr. * (Prd. -LvrStart.eSsnStr.))))\n))","v":0},0,10,20,30,40,50,60,60,60,60,60,60,60,60,60,60,60,"…","Actv.","…","eSSnStr.","fElc.","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum energy that can be stored between one season and another in seasonal electricity storage technologies under level 4 ambition. For periods before the start year the baseline is applied, for periods after the lever end year level 4 ambition is applied, for periods in between the start and end year a straight line between zero and the ambition level is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and level 4 ambition, less than the greater of the baseline in the start year and level 4 ambition.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","Electricity - Seasonal Storage","Electricity","Level 4",null,1]
["TS",null,null,null,"ONE","Capacity lever selection - Electricity - Demand Shift All types - Level 1","lv1.Cap.eDShiftALL.",{"$f":"PrefUnit.Power.","v":"GW."},"…",{"$f":" IF(Prd. < LvrStart.eDShiftALL., +CapBase.eDShiftALL.,\nIF(Prd. > LvrEnd.eDShiftALL., +lv1.AmbCap.eDShiftALL.,\nMAX(0 +CapBase.eDShiftALL., MIN(MAX(lv1.AmbCap.eDShiftALL., CapBaseSY.eDShiftALL.), MAX(MIN(lv1.AmbCap.eDShiftALL., CapBaseSY.eDShiftALL.), lv1.AmbCap.eDShiftALL. / LvrSpeed.eDShiftALL. * (Prd. -LvrStart.eDShiftALL.))))\n))","v":2.8279999999999998},2.8279999999999998,2.8279999999999998,2.8279999999999998,2.8279999999999998,3.333333333333333,4.1666666666666661,5,5,5,5,5,5,5,5,5,5,5,"…","Cap.","…","eDShiftALL.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Capacity of short term demand shifting (through Demand Side Response, Vehicle to grid charging and dedicated batteries) for ambition level 1. For periods before the start year the baseline is applied, for periods after the lever end year the level 1 ambition is applied, for periods in between the start and end year a straight line between zero and the level 1 ambition is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and  ambition level 1, less than the greater of the baseline in the start year and ambition level 1.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Capacity","…","Electricity - Demand Shift All Types","Electricity","Level 1",null,1]
["TS",null,null,null,"ONE","Capacity lever selection - Electricity - Demand Shift All types - Level 2","lv2.Cap.eDShiftALL.",{"$f":"PrefUnit.Power.","v":"GW."},"…",{"$f":" IF(Prd. < LvrStart.eDShiftALL., +CapBase.eDShiftALL.,\nIF(Prd. > LvrEnd.eDShiftALL., +lv2.AmbCap.eDShiftALL.,\nMAX(0 +CapBase.eDShiftALL., MIN(MAX(lv2.AmbCap.eDShiftALL., CapBaseSY.eDShiftALL.), MAX(MIN(lv2.AmbCap.eDShiftALL., CapBaseSY.eDShiftALL.), lv2.AmbCap.eDShiftALL. / LvrSpeed.eDShiftALL. * (Prd. -LvrStart.eDShiftALL.))))\n))","v":2.8279999999999998},2.8279999999999998,4.166666666666667,8.3333333333333339,12.5,16.666666666666668,20.833333333333336,25,25,25,25,25,25,25,25,25,25,25,"…","Cap.","…","eDShiftALL.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Capacity of short term demand shifting (through Demand Side Response, Vehicle to grid charging and dedicated batteries) for ambition level 2. For periods before the start year the baseline is applied, for periods after the lever end year the level 2 ambition is applied, for periods in between the start and end year a straight line between zero and the level 2 ambition is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and  ambition level 2, less than the greater of the baseline in the start year and ambition level 2.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Capacity","…","Electricity - Demand Shift All Types","Electricity","Level 2",null,1]
["TS",null,null,null,"ONE","Capacity lever selection - Electricity - Demand Shift All types - Level 3","lv3.Cap.eDShiftALL.",{"$f":"PrefUnit.Power.","v":"GW."},"…",{"$f":" IF(Prd. < LvrStart.eDShiftALL., +CapBase.eDShiftALL.,\nIF(Prd. > LvrEnd.eDShiftALL., +lv3.AmbCap.eDShiftALL.,\nMAX(0 +CapBase.eDShiftALL., MIN(MAX(lv3.AmbCap.eDShiftALL., CapBaseSY.eDShiftALL.), MAX(MIN(lv3.AmbCap.eDShiftALL., CapBaseSY.eDShiftALL.), lv3.AmbCap.eDShiftALL. / LvrSpeed.eDShiftALL. * (Prd. -LvrStart.eDShiftALL.))))\n))","v":2.8279999999999998},2.8279999999999998,8.3333333333333339,16.666666666666668,25,33.333333333333336,41.666666666666671,50,50,50,50,50,50,50,50,50,50,50,"…","Cap.","…","eDShiftALL.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Capacity of short term demand shifting (through Demand Side Response, Vehicle to grid charging and dedicated batteries) for ambition level 3. For periods before the start year the baseline is applied, for periods after the lever end year the level 3 ambition is applied, for periods in between the start and end year a straight line between zero and the level 3 ambition is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and  ambition level 3, less than the greater of the baseline in the start year and ambition level 3.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Capacity","…","Electricity - Demand Shift All Types","Electricity","Level 3",null,1]
["TS",null,null,null,"ONE","Capacity lever selection - Electricity - Demand Shift All types - Level 4","lv4.Cap.eDShiftALL.",{"$f":"PrefUnit.Power.","v":"GW."},"…",{"$f":" IF(Prd. < LvrStart.eDShiftALL., +CapBase.eDShiftALL.,\nIF(Prd. > LvrEnd.eDShiftALL., +lv4.AmbCap.eDShiftALL.,\nMAX(0 +CapBase.eDShiftALL., MIN(MAX(lv4.AmbCap.eDShiftALL., CapBaseSY.eDShiftALL.), MAX(MIN(lv4.AmbCap.eDShiftALL., CapBaseSY.eDShiftALL.), lv4.AmbCap.eDShiftALL. / LvrSpeed.eDShiftALL. * (Prd. -LvrStart.eDShiftALL.))))\n))","v":2.8279999999999998},2.8279999999999998,16.666666666666668,33.333333333333336,50,66.666666666666671,83.333333333333343,100,100,100,100,100,100,100,100,100,100,100,"…","Cap.","…","eDShiftALL.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Capacity of short term demand shifting (through Demand Side Response, Vehicle to grid charging and dedicated batteries) for ambition level 4. For periods before the start year the baseline is applied, for periods after the lever end year the level 4 ambition is applied, for periods in between the start and end year a straight line between zero and the level 4 ambition is applied where it is (constrained to be) greater than the baseline, greater than the lesser of the baseline in the start year and  ambition level 4, less than the greater of the baseline in the start year and ambition level 4.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Capacity","…","Electricity - Demand Shift All Types","Electricity","Level 4",null,1]
["Const",null,null,null,"ONE","Emissions factor index - MAX - Farming all types - Level 1",{"$f":"SUBSTITUTE(AG17000 & AB17000 & AC17000 & AD17000 & AE17000 & AF17000, \"…\", \"\")","v":"lv1.EmFIndxMAX.EntFrm.LndArbl.MnrMng."},"Index",{"$f":"MAX(lv1.AmbEmFIndx.EntFrm.,lv1.AmbEmFIndx.MnrMng.,lv1.AmbEmFIndx.LndArbl.,lv1.AmbEmFIndx.SoilMng.)","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxMAX.","…","EntFrm.LndArbl.MnrMng.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum emissions factor index across all farming types by end year under level 1 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Emissions Factor Index","…","Enteric Fermentation & Arable Land for Food & Manure Management","…","Level 1",null,1]
["Const",null,null,null,"ONE","Emissions factor index - MAX - Farming all types - Level 2","lv2.EmFIndxMAX.EntFrm.LndArbl.MnrMng.","Index",{"$f":"MAX(lv2.AmbEmFIndx.EntFrm.,lv2.AmbEmFIndx.MnrMng.,lv2.AmbEmFIndx.LndArbl.,lv2.AmbEmFIndx.SoilMng.)","v":0.95874999999999999},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxMAX.","…","EntFrm.LndArbl.MnrMng.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum emissions factor index across all farming types by end year under level 2 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Emissions Factor Index","…","Enteric Fermentation & Arable Land for Food & Manure Management","…","Level 2",null,1]
["Const",null,null,null,"ONE","Emissions factor index - MAX - Farming all types - Level 3","lv3.EmFIndxMAX.EntFrm.LndArbl.MnrMng.","Index",{"$f":"MAX(lv3.AmbEmFIndx.EntFrm.,lv3.AmbEmFIndx.MnrMng.,lv3.AmbEmFIndx.LndArbl.,lv3.AmbEmFIndx.SoilMng.)","v":0.91375000000000006},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxMAX.","…","EntFrm.LndArbl.MnrMng.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum emissions factor index across all farming types by end year under level 3 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Emissions Factor Index","…","Enteric Fermentation & Arable Land for Food & Manure Management","…","Level 3",null,1]
["Const",null,null,null,"ONE","Emissions factor index - MAX - Farming all types - Level 4","lv4.EmFIndxMAX.EntFrm.LndArbl.MnrMng.","Index",{"$f":"MAX(lv4.AmbEmFIndx.EntFrm.,lv4.AmbEmFIndx.MnrMng.,lv4.AmbEmFIndx.LndArbl.,lv4.AmbEmFIndx.SoilMng.)","v":0.87250000000000005},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxMAX.","…","EntFrm.LndArbl.MnrMng.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Maximum emissions factor index across all farming types by end year under level 4 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Maximum Emissions Factor Index","…","Enteric Fermentation & Arable Land for Food & Manure Management","…","Level 4",null,1]
["Const",null,null,null,"ONE","Emissions factor index - MIN - Farming all types - Level 1","lv1.EmFIndxMIN.EntFrm.LndArbl.MnrMng.","Index",{"$f":"MIN(lv1.AmbEmFIndx.EntFrm.,lv1.AmbEmFIndx.MnrMng.,lv1.AmbEmFIndx.LndArbl.,lv1.AmbEmFIndx.SoilMng.)","v":1},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxMIN.","…","EntFrm.LndArbl.MnrMng.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Minimum emissions factor index across all farming types by end year under level 1 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Minimum Emissions Factor Index","…","Enteric Fermentation & Arable Land for Food & Manure Management","…","Level 1",null,1]
["Const",null,null,null,"ONE","Emissions factor index - MIN - Farming all types - Level 2","lv2.EmFIndxMIN.EntFrm.LndArbl.MnrMng.","Index",{"$f":"MIN(lv2.AmbEmFIndx.EntFrm.,lv2.AmbEmFIndx.MnrMng.,lv2.AmbEmFIndx.LndArbl.,lv2.AmbEmFIndx.SoilMng.)","v":0.92500000000000004},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxMIN.","…","EntFrm.LndArbl.MnrMng.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Minimum emissions factor index across all farming types by end year under level 2 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Minimum Emissions Factor Index","…","Enteric Fermentation & Arable Land for Food & Manure Management","…","Level 2",null,1]
["Const",null,null,null,"ONE","Emissions factor index - MIN - Farming all types - Level 3","lv3.EmFIndxMIN.EntFrm.LndArbl.MnrMng.","Index",{"$f":"MIN(lv3.AmbEmFIndx.EntFrm.,lv3.AmbEmFIndx.MnrMng.,lv3.AmbEmFIndx.LndArbl.,lv3.AmbEmFIndx.SoilMng.)","v":0.85},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxMIN.","…","EntFrm.LndArbl.MnrMng.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Minimum emissions factor index across all farming types by end year under level 3 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Minimum Emissions Factor Index","…","Enteric Fermentation & Arable Land for Food & Manure Management","…","Level 3",null,1]
["Const",null,null,null,"ONE","Emissions factor index - MIN - Farming all types - Level 4","lv4.EmFIndxMIN.EntFrm.LndArbl.MnrMng.","Index",{"$f":"MIN(lv4.AmbEmFIndx.EntFrm.,lv4.AmbEmFIndx.MnrMng.,lv4.AmbEmFIndx.LndArbl.,lv4.AmbEmFIndx.SoilMng.)","v":0.77500000000000002},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmFIndxMIN.","…","EntFrm.LndArbl.MnrMng.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Minimum emissions factor index across all farming types by end year under level 4 trajectory.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Minimum Emissions Factor Index","…","Enteric Fermentation & Arable Land for Food & Manure Management","…","Level 4",null,1]
["TS",null,null,null,"ONE","Land balance lever selection - Woodland - Level 1","lv1.LB.LndWdl.",{"$f":"PrefUnit.Area.","v":"sqkm."},"…",{"$f":" LBBaU.LndWdl. *\nIF(Prd. < LvrStart.LndWdl., 1,\nIF(Prd. > LvrStart.LndWdl. +LvrSpeed.LndWdl., lv1.AmbLB.LndWdl. / LBBaU.LndWdl.,\n1 -(1 -(lv1.AmbLB.LndWdl. / LBBaUTY.LndWdl.)) / LvrSpeed.LndWdl. * (Prd. -LvrStart.LndWdl.)\n))","v":34972},35082,35039.001141161702,34996.018258587239,34988.027387880866,34980.036517174485,34992.022823234052,35004,34996,34988,34980,34972,34972,34972,34972,34972,34972,34972,"…","LB.","…","LndWdl.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 profile for land area dedicated to woodland. Calculated by multiplying the BaU profile by an adjustment factor to gradually transition between the BaU profile and ambition level 1. This factor is defined by the function; If the current year is less than the start year apply index of 1, If the current year is greater or equal to the start year + time to deploy (target year) apply the level 1 target land area divided by BAU land area, else apply a linear interpolation between 1 in the start year and the level 1 target year index in the target year.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Land Balance","…","Woodland","…","Level 1",null,{"$f":"COUNTIF($G$980:$G$17096,G17008)","v":1}]
["TS",null,null,null,"ONE","Land balance lever selection - Woodland - Level 2","lv2.LB.LndWdl.","sqkm.","…",{"$f":" LBBaU.LndWdl. *\nIF(Prd. < LvrStart.LndWdl., 1,\nIF(Prd. > LvrStart.LndWdl. +LvrSpeed.LndWdl., lv2.AmbLB.LndWdl. / LBBaU.LndWdl.,\n1 -(1 -(lv2.AmbLB.LndWdl. / LBBaUTY.LndWdl.)) / LvrSpeed.LndWdl. * (Prd. -LvrStart.LndWdl.)\n))","v":34972},35082,36438.801437863745,37792.823005819926,39183.234508729889,40573.646011639852,41988.028757274908,43404.000000000007,44796.000000000007,46188.000000000007,47580.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,"…","LB.","…","LndWdl.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","level 2 profile for land area dedicated to woodland. Calculated by multiplying the BaU profile by an adjustment factor to gradually transition between the BaU profile and ambition level 2. This factor is defined by the function; If the current year is less than the start year apply index of 1, If the current year is greater or equal to the start year + time to deploy (target year) apply the level 2 target land area divided by BAU land area, else apply a linear interpolation between 1 in the start year and the level 2 target year index in the target year.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Land Balance","…","Woodland","…","Level 2",null,1]
["TS",null,null,null,"ONE","Land balance lever selection - Woodland - Level 3","lv3.LB.LndWdl.","sqkm.","…",{"$f":" LBBaU.LndWdl. *\nIF(Prd. < LvrStart.LndWdl., 1,\nIF(Prd. > LvrStart.LndWdl. +LvrSpeed.LndWdl., lv3.AmbLB.LndWdl. / LBBaU.LndWdl.,\n1 -(1 -(lv3.AmbLB.LndWdl. / LBBaUTY.LndWdl.)) / LvrSpeed.LndWdl. * (Prd. -LvrStart.LndWdl.)\n))","v":34972},35082,37038.715850736044,38991.453611776793,40981.180417665186,42970.907223553579,44986.317014720989,47004,48996,50988,52979.999999999993,54972,54972,54972,54972,54972,54972,54972,"…","LB.","…","LndWdl.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","level 3 profile for land area dedicated to woodland. Calculated by multiplying the BaU profile by an adjustment factor to gradually transition between the BaU profile and ambition level 3. This factor is defined by the function; If the current year is less than the start year apply index of 1, If the current year is greater or equal to the start year + time to deploy (target year) apply the level 3 target land area divided by BAU land area, else apply a linear interpolation between 1 in the start year and the level 3 target year index in the target year.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Land Balance","…","Woodland","…","Level 3",null,1]
["TS",null,null,null,"ONE","Land balance lever selection - Woodland - Level 4","lv4.LB.LndWdl.","sqkm.","…",{"$f":" LBBaU.LndWdl. *\nIF(Prd. < LvrStart.LndWdl., 1,\nIF(Prd. > LvrStart.LndWdl. +LvrSpeed.LndWdl., lv4.AmbLB.LndWdl. / LBBaU.LndWdl.,\n1 -(1 -(lv4.AmbLB.LndWdl. / LBBaUTY.LndWdl.)) / LvrSpeed.LndWdl. * (Prd. -LvrStart.LndWdl.)\n))","v":34972},35082,38538.501882916804,41988.030126668949,45476.045190003431,48964.060253337906,52482.037658336194,56004.000000000007,59496.000000000015,62988.000000000015,66480.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,"…","LB.","…","LndWdl.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","level 4 profile for land area dedicated to woodland. Calculated by multiplying the BaU profile by an adjustment factor to gradually transition between the BaU profile and ambition level 4. This factor is defined by the function; If the current year is less than the start year apply index of 1, If the current year is greater or equal to the start year + time to deploy (target year) apply the level 4 target land area divided by BAU land area, else apply a linear interpolation between 1 in the start year and the level 4 target year index in the target year.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Land Balance","…","Woodland","…","Level 4",null,1]
["TS",null,null,null,"ONE","Land balance lever selection - Bioenergy land - Level 1","lv1.LB.LndBi.","sqkm.","…",{"$f":" LBBaU.LndBi. *\nIF(Prd. < LvrStart.LndBi., 1,\nIF(Prd. > LvrStart.LndBi. +LvrSpeed.LndBi., lv1.AmbLB.LndBi. / LBBaU.LndBi.,\n1 -(1 -(lv1.AmbLB.LndBi. / LBBaUTY.LndBi.)) / LvrSpeed.LndBi. * (Prd. -LvrStart.LndBi.)\n))","v":930},930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,"…","LB.","…","LndBi.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 profile for land area dedicated to growing bioenergy. Calculated by multiplying the BaU profile by an adjustment factor to gradually transition between the BaU profile and the level 1 target ambition level. This factor is defined by the function; If the current year is less than the start year apply index of 1, If the current year is greater or equal to the start year + time to deploy (target year) apply the level 1 target land area divided by BAU land area, else apply a linear interpolation between 1 in the start year and the level 1 target year index in the target year.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Land Balance","…","Bioenergy Land","…","Level 1",null,1]
["TS",null,null,null,"ONE","Land balance lever selection - Bioenergy land - Level 2","lv2.LB.LndBi.","sqkm.","…",{"$f":" LBBaU.LndBi. *\nIF(Prd. < LvrStart.LndBi., 1,\nIF(Prd. > LvrStart.LndBi. +LvrSpeed.LndBi., lv2.AmbLB.LndBi. / LBBaU.LndBi.,\n1 -(1 -(lv2.AmbLB.LndBi. / LBBaUTY.LndBi.)) / LvrSpeed.LndBi. * (Prd. -LvrStart.LndBi.)\n))","v":930},930,1941.6666666666665,2953.3333333333335,3965,4976.666666666667,5988.3333333333339,7000,7000,7000,7000,7000,7000,7000,7000,7000,7000,7000,"…","LB.","…","LndBi.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","level 2 profile for land area dedicated to growing bioenergy. Calculated by multiplying the BaU profile by an adjustment factor to gradually transition between the BaU profile and the level 2 target ambition level. This factor is defined by the function; If the current year is less than the start year apply index of 1, If the current year is greater or equal to the start year + time to deploy (target year) apply the level 2 target land area divided by BAU land area, else apply a linear interpolation between 1 in the start year and the level 2 target year index in the target year.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Land Balance","…","Bioenergy Land","…","Level 2",null,1]
["TS",null,null,null,"ONE","Land balance lever selection - Bioenergy land - Level 3","lv3.LB.LndBi.","sqkm.","…",{"$f":" LBBaU.LndBi. *\nIF(Prd. < LvrStart.LndBi., 1,\nIF(Prd. > LvrStart.LndBi. +LvrSpeed.LndBi., lv3.AmbLB.LndBi. / LBBaU.LndBi.,\n1 -(1 -(lv3.AmbLB.LndBi. / LBBaUTY.LndBi.)) / LvrSpeed.LndBi. * (Prd. -LvrStart.LndBi.)\n))","v":930},930,3108.3333333333335,5286.666666666667,7465,9643.3333333333339,11821.666666666666,14000,14000,14000,14000,14000,14000,14000,14000,14000,14000,14000,"…","LB.","…","LndBi.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","level 3 profile for land area dedicated to growing bioenergy. Calculated by multiplying the BaU profile by an adjustment factor to gradually transition between the BaU profile and the level 3 target ambition level. This factor is defined by the function; If the current year is less than the start year apply index of 1, If the current year is greater or equal to the start year + time to deploy (target year) apply the level 3 target land area divided by BAU land area, else apply a linear interpolation between 1 in the start year and the level 3 target year index in the target year.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Land Balance","…","Bioenergy Land","…","Level 3",null,1]
["TS",null,null,null,"ONE","Land balance lever selection - Bioenergy land - Level 4","lv4.LB.LndBi.","sqkm.","…",{"$f":" LBBaU.LndBi. *\nIF(Prd. < LvrStart.LndBi., 1,\nIF(Prd. > LvrStart.LndBi. +LvrSpeed.LndBi., lv4.AmbLB.LndBi. / LBBaU.LndBi.,\n1 -(1 -(lv4.AmbLB.LndBi. / LBBaUTY.LndBi.)) / LvrSpeed.LndBi. * (Prd. -LvrStart.LndBi.)\n))","v":930},930,4108.333333333333,7286.6666666666661,10465,13643.333333333332,16821.666666666668,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,"…","LB.","…","LndBi.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","level 4 profile for land area dedicated to growing bioenergy. Calculated by multiplying the BaU profile by an adjustment factor to gradually transition between the BaU profile and the level 4 target ambition level. This factor is defined by the function; If the current year is less than the start year apply index of 1, If the current year is greater or equal to the start year + time to deploy (target year) apply the level 4 target land area divided by BAU land area, else apply a linear interpolation between 1 in the start year and the level 4 target year index in the target year.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Land Balance","…","Bioenergy Land","…","Level 4",null,1]
["Const",null,null,null,"ONE","Activity Index - Total Waste production and end year - Level 1","lv1.ActvIndx.bcWstPrd.","Million odt",{"$f":"(lv1.AmbActvIndx.bcWstPrd.rUCO.*ActvBY.bcWstPrd.rUCO.) +(lv1.AmbActvIndx.bcWstPrd.rWstD.*ActvBY.bcWstPrd.rWstD. )+(lv1.AmbActvIndx.bcWstPrd.rWstW.*ActvBY.bcWstPrd.rWstW. )","v":45.984071415931808},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ActvIndx.","…","bcWstPrd.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Total amount of waste produced at end year under level 1 ambition. Calculated by multiplying the activity of production for each type (dry, wet, UCO) under ambition level 1 by their corresponding activity in the base year and summing the value for each type.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity Index","…","Waste Production","…","Level 1",null,1]
["Const",null,null,null,"ONE","Activity Index - Total Waste production and end year - Level 2","lv2.ActvIndx.bcWstPrd.","Million odt",{"$f":"(lv2.AmbActvIndx.bcWstPrd.rUCO.*ActvBY.bcWstPrd.rUCO.) +(lv2.AmbActvIndx.bcWstPrd.rWstD.*ActvBY.bcWstPrd.rWstD. )+(lv2.AmbActvIndx.bcWstPrd.rWstW.*ActvBY.bcWstPrd.rWstW. )","v":37.898165130622317},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ActvIndx.","…","bcWstPrd.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Total amount of waste produced at end year under level 2 ambition. Calculated by multiplying the activity of production for each type (dry, wet, UCO) under ambition level 2 by their corresponding activity in the base year and summing the value for each type.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity Index","…","Waste Production","…","Level 2",null,1]
["Const",null,null,null,"ONE","Activity Index - Total Waste production and end year - Level 3","lv3.ActvIndx.bcWstPrd.","Million odt",{"$f":"(lv3.AmbActvIndx.bcWstPrd.rUCO.*ActvBY.bcWstPrd.rUCO.) +(lv3.AmbActvIndx.bcWstPrd.rWstD.*ActvBY.bcWstPrd.rWstD. )+(lv3.AmbActvIndx.bcWstPrd.rWstW.*ActvBY.bcWstPrd.rWstW. )","v":32.990691359436624},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ActvIndx.","…","bcWstPrd.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Total amount of waste produced at end year under level 3 ambition. Calculated by multiplying the activity of production for each type (dry, wet, UCO) under ambition level 3 by their corresponding activity in the base year and summing the value for each type.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity Index","…","Waste Production","…","Level 3",null,1]
["Const",null,null,null,"ONE","Activity Index - Total Waste production and end year - Level 4","lv4.ActvIndx.bcWstPrd.","Million odt",{"$f":"(lv4.AmbActvIndx.bcWstPrd.rUCO.*ActvBY.bcWstPrd.rUCO.) +(lv4.AmbActvIndx.bcWstPrd.rWstD.*ActvBY.bcWstPrd.rWstD. )+(lv4.AmbActvIndx.bcWstPrd.rWstW.*ActvBY.bcWstPrd.rWstW. )","v":26.469326331189041},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ActvIndx.","…","bcWstPrd.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Total amount of waste produced at end year under level 4 ambition. Calculated by multiplying the activity of production for each type (dry, wet, UCO) under ambition level 4 by their corresponding activity in the base year and summing the value for each type.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity Index","…","Waste Production","…","Level 4",null,1]
["Const",null,null,null,"ONE","Total waste share recycled at end year - Level 1","lv1.Shr.bcRcyc.","…",{"$f":"((lv1.AmbShrPen.bcRcyc.rWstD.*lv1.AmbActvIndx.bcWstPrd.rWstD.)+(lv1.AmbShrPen.bcRcyc.rWstW.*lv1.AmbActvIndx.bcWstPrd.rWstW.)+(lv1.AmbShrPen.bcRcyc.rUCO.*lv1.AmbActvIndx.bcWstPrd.rUCO.))/\n(lv1.AmbActvIndx.bcWstPrd.rWstD.+lv1.AmbActvIndx.bcWstPrd.rWstW.+lv1.AmbActvIndx.bcWstPrd.rUCO.)","v":0.46148648648648649},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","bcRcyc.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Total share of waste share recycled in end year under level 1 ambition. Calculated using by averaging the shares of waste recycled for wet waste, dry waste and UCO under ambition level 1 , weighted by the activity index for each of these waste products under ambition level 1.","…","…","Amber","…","Methodology worth checking","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Recycling","…","Level 1",null,1]
["Const",null,null,null,"ONE","Total waste share recycled at end year - Level 2","lv2.Shr.bcRcyc.","…",{"$f":"((lv2.AmbShrPen.bcRcyc.rWstD.*lv2.AmbActvIndx.bcWstPrd.rWstD.)+(lv2.AmbShrPen.bcRcyc.rWstW.*lv2.AmbActvIndx.bcWstPrd.rWstW.)+(lv2.AmbShrPen.bcRcyc.rUCO.*lv2.AmbActvIndx.bcWstPrd.rUCO.))/\n(lv2.AmbActvIndx.bcWstPrd.rWstD.+lv2.AmbActvIndx.bcWstPrd.rWstW.+lv2.AmbActvIndx.bcWstPrd.rUCO.)","v":0.50882352941176467},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","bcRcyc.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Total share of waste share recycled in end year under level 2 ambition. Calculated using by averaging the shares of waste recycled for wet waste, dry waste and UCO under ambition level 2 , weighted by the activity index for each of these waste products under ambition level 2.","…","…","Amber","…","Methodology worth checking","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Recycling","…","Level 2",null,1]
["Const",null,null,null,"ONE","Total waste share recycled at end year - Level 3","lv3.Shr.bcRcyc.","…",{"$f":"((lv3.AmbShrPen.bcRcyc.rWstD.*lv3.AmbActvIndx.bcWstPrd.rWstD.)+(lv3.AmbShrPen.bcRcyc.rWstW.*lv3.AmbActvIndx.bcWstPrd.rWstW.)+(lv3.AmbShrPen.bcRcyc.rUCO.*lv3.AmbActvIndx.bcWstPrd.rUCO.))/\n(lv3.AmbActvIndx.bcWstPrd.rWstD.+lv3.AmbActvIndx.bcWstPrd.rWstW.+lv3.AmbActvIndx.bcWstPrd.rUCO.)","v":0.57377049180327877},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","bcRcyc.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Total share of waste share recycled in end year under level 3 ambition. Calculated using by averaging the shares of waste recycled for wet waste, dry waste and UCO under ambition level 3 , weighted by the activity index for each of these waste products under ambition level 3.","…","…","Amber","…","Methodology worth checking","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Recycling","…","Level 3",null,1]
["Const",null,null,null,"ONE","Total waste share recycled at end year - Level 4","lv4.Shr.bcRcyc.","…",{"$f":"((lv4.AmbShrPen.bcRcyc.rWstD.*lv4.AmbActvIndx.bcWstPrd.rWstD.)+(lv4.AmbShrPen.bcRcyc.rWstW.*lv4.AmbActvIndx.bcWstPrd.rWstW.)+(lv4.AmbShrPen.bcRcyc.rUCO.*lv4.AmbActvIndx.bcWstPrd.rUCO.))/\n(lv4.AmbActvIndx.bcWstPrd.rWstD.+lv4.AmbActvIndx.bcWstPrd.rWstW.+lv4.AmbActvIndx.bcWstPrd.rUCO.)","v":0.62075471698113205},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","bcRcyc.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Total share of waste share recycled in end year under level 4 ambition. Calculated using by averaging the shares of waste recycled for wet waste, dry waste and UCO under ambition level 4 , weighted by the activity index for each of these waste products under ambition level 4.","…","…","Amber","…","Methodology worth checking","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Recycling","…","Level 4",null,1]
["Const",null,null,null,"ONE","Total waste used for energy at end year - Level 1","lv1.Shr.bcEfWALL.","…",{"$f":"((lv1.AmbShrPen.bcEfW.rWstD.*lv1.AmbActvIndx.bcWstPrd.rWstD.)+(lv1.AmbShrPen.bcAD.rWstW.*lv1.AmbActvIndx.bcWstPrd.rWstW.)+(lv1.AmbShrPen.bcBL.rUCO.*lv1.AmbActvIndx.bcWstPrd.rUCO.))/\n(lv1.AmbActvIndx.bcWstPrd.rWstD.+lv1.AmbActvIndx.bcWstPrd.rWstW.+lv1.AmbActvIndx.bcWstPrd.rUCO.)","v":0.15824324324324324},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","bcEfWALL.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Total share of waste share used for energy in end year under level 1 ambition. Calculated using by averaging the shares of waste used for energy for wet waste, dry waste and UCO under ambition level 1 , weighted by the activity index for each of these waste products under ambition level 1.","…","…","Amber","…","Methodology worth checking","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Energy from Waste All Types","…","Level 1",null,1]
["Const",null,null,null,"ONE","Total waste used for energy at end year - Level 2","lv2.Shr.bcEfWALL.","…",{"$f":"((lv2.AmbShrPen.bcEfW.rWstD.*lv2.AmbActvIndx.bcWstPrd.rWstD.)+(lv2.AmbShrPen.bcAD.rWstW.*lv2.AmbActvIndx.bcWstPrd.rWstW.)+(lv2.AmbShrPen.bcBL.rUCO.*lv2.AmbActvIndx.bcWstPrd.rUCO.))/\n(lv2.AmbActvIndx.bcWstPrd.rWstD.+lv2.AmbActvIndx.bcWstPrd.rWstW.+lv2.AmbActvIndx.bcWstPrd.rUCO.)","v":0.2694117647058823},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","bcEfWALL.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Total share of waste share used for energy in end year under level 2 ambition. Calculated using by averaging the shares of waste used for energy for wet waste, dry waste and UCO under ambition level 2 , weighted by the activity index for each of these waste products under ambition level 2.","…","…","Amber","…","Methodology worth checking","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Energy from Waste All Types","…","Level 2",null,1]
["Const",null,null,null,"ONE","Total waste used for energy at end year - Level 3","lv3.Shr.bcEfWALL.","…",{"$f":"((lv3.AmbShrPen.bcEfW.rWstD.*lv3.AmbActvIndx.bcWstPrd.rWstD.)+(lv3.AmbShrPen.bcAD.rWstW.*lv3.AmbActvIndx.bcWstPrd.rWstW.)+(lv3.AmbShrPen.bcBL.rUCO.*lv3.AmbActvIndx.bcWstPrd.rUCO.))/\n(lv3.AmbActvIndx.bcWstPrd.rWstD.+lv3.AmbActvIndx.bcWstPrd.rWstW.+lv3.AmbActvIndx.bcWstPrd.rUCO.)","v":0.36524590163934434},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","bcEfWALL.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Total share of waste share used for energy in end year under level 3 ambition. Calculated using by averaging the shares of waste used for energy for wet waste, dry waste and UCO under ambition level 3 , weighted by the activity index for each of these waste products under ambition level 3.","…","…","Amber","…","Methodology worth checking","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Energy from Waste All Types","…","Level 3",null,1]
["Const",null,null,null,"ONE","Total waste used for energy at end year - Level 4","lv4.Shr.bcEfWALL.","…",{"$f":"((lv4.AmbShrPen.bcEfW.rWstD.*lv4.AmbActvIndx.bcWstPrd.rWstD.)+(lv4.AmbShrPen.bcAD.rWstW.*lv4.AmbActvIndx.bcWstPrd.rWstW.)+(lv4.AmbShrPen.bcBL.rUCO.*lv4.AmbActvIndx.bcWstPrd.rUCO.))/\n(lv4.AmbActvIndx.bcWstPrd.rWstD.+lv4.AmbActvIndx.bcWstPrd.rWstW.+lv4.AmbActvIndx.bcWstPrd.rUCO.)","v":0.37924528301886784},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Shr.","…","bcEfWALL.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Total share of waste share used for energy in end year under level 4 ambition. Calculated using by averaging the shares of waste used for energy for wet waste, dry waste and UCO under ambition level 4 , weighted by the activity index for each of these waste products under ambition level 4.","…","…","Amber","…","Methodology worth checking","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Share","…","Energy from Waste All Types","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Biomass with CCS - Level 1","lv1.Actv.eBccs.",{"$f":"PrefUnit.Energy.","v":"TWh."},"…",{"$f":"lv1.CapLvr.eBccs.*((LFWint.eBccs. * TimeShrWint.) +(LFSum.eBccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eBccs.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Biomass with CCS. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eBccs.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Biomass with CCS - Level 2","lv2.Actv.eBccs.","TWh.","…",{"$f":"Lv2.CapLvr.eBccs.*((LFWint.eBccs. * TimeShrWint.) +(LFSum.eBccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,7.3634399999999998,14.72688,{"$f":"Lv2.CapLvr.eBccs.*((LFWint.eBccs. * TimeShrWint.) +(LFSum.eBccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":22.090320000000002},29.453759999999999,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,"…","Actv.","…","eBccs.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Biomass with CCS. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eBccs.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Biomass with CCS - Level 3","lv3.Actv.eBccs.","TWh.","…",{"$f":"Lv3.CapLvr.eBccs.*((LFWint.eBccs. * TimeShrWint.) +(LFSum.eBccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,14.72688,29.453759999999999,44.180640000000004,58.907519999999998,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,"…","Actv.","…","eBccs.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Biomass with CCS. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eBccs.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Biomass with CCS - Level 4","lv4.Actv.eBccs.","TWh.","…",{"$f":"Lv4.CapLvr.eBccs.*((LFWint.eBccs. * TimeShrWint.) +(LFSum.eBccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,22.090320000000002,44.180640000000004,66.270960000000002,88.361280000000008,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,"…","Actv.","…","eBccs.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Biomass with CCS. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eBccs.","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Nuclear - Level 1",{"$f":"SUBSTITUTE(AG17032 & AB17032 & AC17032 & AD17032 & AE17032 & AF17032, \"…\", \"\")","v":"lv1.Actv.eNuc."},"TWh.","…",{"$f":"lv1.CapLvr.eNuc.*((LFWint.eNuc. * TimeShrWint.) +(LFSum.eNuc. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":63.894559999999998},68.775932159999996,47.298238679999997,52.329513599999999,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,"…","Actv.","…","eNuc.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Nuclear. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eNuc.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Nuclear - Level 2","lv2.Actv.eNuc.","TWh.","…",{"$f":"Lv2.CapLvr.eNuc.*((LFWint.eNuc. * TimeShrWint.) +(LFSum.eNuc. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":63.894559999999998},68.775932159999996,47.298238679999997,52.329513599999999,53.738385120000004,58.51305,87.769574999999989,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,"…","Actv.","…","eNuc.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Nuclear. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eNuc.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Nuclear - Level 3","lv3.Actv.eNuc.","TWh.","…",{"$f":"Lv3.CapLvr.eNuc.*((LFWint.eNuc. * TimeShrWint.) +(LFSum.eNuc. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":63.894559999999998},68.775932159999996,47.298238679999997,52.329513599999999,58.51305,117.0261,175.53914999999998,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,"…","Actv.","…","eNuc.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Nuclear. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eNuc.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Nuclear - Level 4","lv4.Actv.eNuc.","TWh.","…",{"$f":"Lv4.CapLvr.eNuc.*((LFWint.eNuc. * TimeShrWint.) +(LFSum.eNuc. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":63.894559999999998},68.775932159999996,47.298238679999997,52.329513599999999,120.92697,241.85393999999999,362.78091000000001,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,"…","Actv.","…","eNuc.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Nuclear. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eNuc.","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Onshore Wind - Level 1","lv1.Actv.eWons.","TWh.","…",{"$f":"lv1.CapLvr.eWons.*((LFWint.eWons. * TimeShrWint.) +(LFSum.eWons. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":21.912286551452549},33.429895191875097,31.310643934327185,25.045623738468048,12.660284703018645,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eWons.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Onshore Wind. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWons.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Onshore Wind - Level 2","lv2.Actv.eWons.","TWh.","…",{"$f":"Lv2.CapLvr.eWons.*((LFWint.eWons. * TimeShrWint.) +(LFSum.eWons. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":21.912286551452549},33.429895191875097,34.102219098981671,34.774543006088258,35.446866913194839,38.425570132126197,48.92603133257888,59.784119999999987,59.784119999999987,59.784119999999987,59.784119999999987,59.784119999999987,59.784119999999987,59.784119999999987,59.784119999999987,59.784119999999987,59.784119999999987,59.784119999999987,"…","Actv.","…","eWons.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Onshore Wind. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWons.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Onshore Wind - Level 3","lv3.Actv.eWons.","TWh.","…",{"$f":"Lv3.CapLvr.eWons.*((LFWint.eWons. * TimeShrWint.) +(LFSum.eWons. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":21.912286551452549},33.429895191875097,34.102219098981671,34.774543006088258,44.995262452384971,61.131588846564426,77.83686802910276,95.111099999999979,95.111099999999979,95.111099999999979,95.111099999999979,95.111099999999979,95.111099999999979,95.111099999999979,95.111099999999979,95.111099999999979,95.111099999999979,95.111099999999979,"…","Actv.","…","eWons.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Onshore Wind. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWons.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Onshore Wind - Level 4","lv4.Actv.eWons.","TWh.","…",{"$f":"Lv4.CapLvr.eWons.*((LFWint.eWons. * TimeShrWint.) +(LFSum.eWons. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":21.912286551452549},33.429895191875097,34.102219098981671,67.263745935004366,102.84631417687993,139.72934593500437,177.91284120937769,217.39679999999998,217.39679999999998,217.39679999999998,217.39679999999998,217.39679999999998,217.39679999999998,217.39679999999998,217.39679999999998,217.39679999999998,217.39679999999998,217.39679999999998,"…","Actv.","…","eWons.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Onshore Wind. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWons.","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Offshore Wind - Level 1","lv1.Actv.eWoff.","TWh.","…",{"$f":"lv1.CapLvr.eWoff.*((LFWint.eWoff. * TimeShrWint.) +(LFSum.eWoff. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":16.445231274503094},36.352685840101898,38.345507000565874,36.555751387001401,22.819852818000001,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eWoff.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Offshore Wind. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWoff.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Offshore Wind - Level 2","lv2.Actv.eWoff.","TWh.","…",{"$f":"Lv2.CapLvr.eWoff.*((LFWint.eWoff. * TimeShrWint.) +(LFSum.eWoff. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":16.445231274503094},36.352685840101898,39.135228819401263,73.845934155513092,118.12184999999999,157.49579999999997,196.86974999999998,236.24369999999999,236.24369999999999,236.24369999999999,236.24369999999999,236.24369999999999,236.24369999999999,236.24369999999999,236.24369999999999,236.24369999999999,236.24369999999999,236.24369999999999,"…","Actv.","…","eWoff.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Offshore Wind. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWoff.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Offshore Wind - Level 3","lv3.Actv.eWoff.","TWh.","…",{"$f":"Lv3.CapLvr.eWoff.*((LFWint.eWoff. * TimeShrWint.) +(LFSum.eWoff. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":16.445231274503094},36.352685840101898,75.211601793846782,161.11840179384677,257.72039999999998,343.62720000000002,429.53399999999999,515.44079999999997,515.44079999999997,515.44079999999997,515.44079999999997,515.44079999999997,515.44079999999997,515.44079999999997,515.44079999999997,515.44079999999997,515.44079999999997,515.44079999999997,"…","Actv.","…","eWoff.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Offshore Wind. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWoff.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Offshore Wind - Level 4","lv4.Actv.eWoff.","TWh.","…",{"$f":"Lv4.CapLvr.eWoff.*((LFWint.eWoff. * TimeShrWint.) +(LFSum.eWoff. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":16.445231274503094},36.352685840101898,125.35266965641129,268.53066965641131,429.53399999999999,572.7120000000001,715.89,859.06799999999998,859.06799999999998,859.06799999999998,859.06799999999998,859.06799999999998,859.06799999999998,859.06799999999998,859.06799999999998,859.06799999999998,859.06799999999998,859.06799999999998,"…","Actv.","…","eWoff.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Offshore Wind. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWoff.","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Solar PV - Level 1","lv1.Actv.eSol.","TWh.","…",{"$f":"lv1.CapLvr.eSol.*((LFWint.eSol. * TimeShrWint.) +(LFSum.eSol. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":9.1942190999999998},13.636532411659719,13.636532411659719,13.636532411659719,4.4423133116597189,2.3242995821281488E-16,2.3242995821281488E-16,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eSol.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Solar PV. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eSol.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Solar PV - Level 2","lv2.Actv.eSol.","TWh.","…",{"$f":"Lv2.CapLvr.eSol.*((LFWint.eSol. * TimeShrWint.) +(LFSum.eSol. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":9.1942190999999998},13.636532411659719,13.636532411659719,22.499400000000001,33.749099999999999,44.998800000000003,56.2485,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,"…","Actv.","…","eSol.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Solar PV. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eSol.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Solar PV - Level 3","lv3.Actv.eSol.","TWh.","…",{"$f":"Lv3.CapLvr.eSol.*((LFWint.eSol. * TimeShrWint.) +(LFSum.eSol. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":9.1942190999999998},13.636532411659719,26.517150000000001,53.034300000000002,79.551449999999988,106.0686,132.58574999999999,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,"…","Actv.","…","eSol.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Solar PV. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eSol.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Solar PV - Level 4","lv4.Actv.eSol.","TWh.","…",{"$f":"Lv4.CapLvr.eSol.*((LFWint.eSol. * TimeShrWint.) +(LFSum.eSol. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":9.1942190999999998},13.636532411659719,48.213000000000001,96.426000000000002,144.63900000000001,192.852,241.065,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,"…","Actv.","…","eSol.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Solar PV. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eSol.","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Stream - Level 1","lv1.Actv.eTidS.","TWh.","…",{"$f":"lv1.CapLvr.eTidS.*((LFWint.eTidS. * TimeShrWint.) +(LFSum.eTidS. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eTidS.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Tidal Stream. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eTidS.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Stream - Level 2","lv2.Actv.eTidS.","TWh.","…",{"$f":"Lv2.CapLvr.eTidS.*((LFWint.eTidS. * TimeShrWint.) +(LFSum.eTidS. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,4.3479359999999998,8.6958719999999996,13.043808,17.391743999999999,21.73968,21.73968,21.73968,21.73968,21.73968,21.73968,21.73968,21.73968,21.73968,21.73968,21.73968,"…","Actv.","…","eTidS.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Tidal Stream. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eTidS.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Stream - Level 3","lv3.Actv.eTidS.","TWh.","…",{"$f":"Lv3.CapLvr.eTidS.*((LFWint.eTidS. * TimeShrWint.) +(LFSum.eTidS. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,8.6958719999999996,17.391743999999999,26.087616000000001,34.783487999999998,43.47936,43.47936,43.47936,43.47936,43.47936,43.47936,43.47936,43.47936,43.47936,43.47936,43.47936,"…","Actv.","…","eTidS.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Tidal Stream. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eTidS.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Stream - Level 4","lv4.Actv.eTidS.","TWh.","…",{"$f":"Lv4.CapLvr.eTidS.*((LFWint.eTidS. * TimeShrWint.) +(LFSum.eTidS. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,11.956824000000001,23.913648000000002,35.870471999999999,47.827296000000004,59.784120000000001,59.784120000000001,59.784120000000001,59.784120000000001,59.784120000000001,59.784120000000001,59.784120000000001,59.784120000000001,59.784120000000001,59.784120000000001,59.784120000000001,"…","Actv.","…","eTidS.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Tidal Stream. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eTidS.","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Range - Level 1","lv1.Actv.eTidR.","TWh.","…",{"$f":"lv1.CapLvr.eTidR.*((LFWint.eTidR. * TimeShrWint.) +(LFSum.eTidR. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eTidR.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Tidal Range. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eTidR.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Range - Level 2","lv2.Actv.eTidR.","TWh.","…",{"$f":"Lv2.CapLvr.eTidR.*((LFWint.eTidR. * TimeShrWint.) +(LFSum.eTidR. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,7.0127999999999996E-2,0.14025599999999999,0.21038400000000002,0.28051199999999998,0.35064000000000006,0.35064000000000006,0.35064000000000006,0.35064000000000006,0.35064000000000006,0.35064000000000006,0.35064000000000006,0.35064000000000006,0.35064000000000006,0.35064000000000006,0.35064000000000006,"…","Actv.","…","eTidR.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Tidal Range. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eTidR.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Range - Level 3","lv3.Actv.eTidR.","TWh.","…",{"$f":"Lv3.CapLvr.eTidR.*((LFWint.eTidR. * TimeShrWint.) +(LFSum.eTidR. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,5.2596000000000007,10.519200000000001,15.7788,21.038400000000003,26.298000000000002,26.298000000000002,26.298000000000002,26.298000000000002,26.298000000000002,26.298000000000002,26.298000000000002,26.298000000000002,26.298000000000002,26.298000000000002,26.298000000000002,"…","Actv.","…","eTidR.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Tidal Range. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eTidR.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Range - Level 4","lv4.Actv.eTidR.","TWh.","…",{"$f":"Lv4.CapLvr.eTidR.*((LFWint.eTidR. * TimeShrWint.) +(LFSum.eTidR. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,11.571120000000002,23.142240000000005,34.713360000000002,46.284480000000009,57.855600000000003,57.855600000000003,57.855600000000003,57.855600000000003,57.855600000000003,57.855600000000003,57.855600000000003,57.855600000000003,57.855600000000003,57.855600000000003,57.855600000000003,"…","Actv.","…","eTidR.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Tidal Range. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eTidR.","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Wave - Level 1",{"$f":"SUBSTITUTE(AG17056 & AB17056 & AC17056 & AD17056 & AE17056 & AF17056, \"…\", \"\")","v":"lv1.Actv.eWav."},"TWh.","…",{"$f":"lv1.CapLvr.eWav.*((LFWint.eWav. * TimeShrWint.) +(LFSum.eWav. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eWav.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Tidal Wave. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWav.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Wave - Level 2","lv2.Actv.eWav.","TWh.","…",{"$f":"Lv2.CapLvr.eWav.*((LFWint.eWav. * TimeShrWint.) +(LFSum.eWav. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,0.78893999999999997,1.5778799999999999,2.3668199999999997,3.1557599999999999,3.9446999999999997,3.9446999999999997,3.9446999999999997,3.9446999999999997,3.9446999999999997,3.9446999999999997,3.9446999999999997,3.9446999999999997,3.9446999999999997,3.9446999999999997,3.9446999999999997,"…","Actv.","…","eWav.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Tidal Wave. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWav.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Wave - Level 3","lv3.Actv.eWav.","TWh.","…",{"$f":"Lv3.CapLvr.eWav.*((LFWint.eWav. * TimeShrWint.) +(LFSum.eWav. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,1.5778799999999999,3.1557599999999999,4.7336399999999994,6.3115199999999998,7.8893999999999993,7.8893999999999993,7.8893999999999993,7.8893999999999993,7.8893999999999993,7.8893999999999993,7.8893999999999993,7.8893999999999993,7.8893999999999993,7.8893999999999993,7.8893999999999993,"…","Actv.","…","eWav.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Tidal Wave. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWav.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Tidal Wave - Level 4","lv4.Actv.eWav.","TWh.","…",{"$f":"Lv4.CapLvr.eWav.*((LFWint.eWav. * TimeShrWint.) +(LFSum.eWav. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,6.8374800000000002,13.67496,20.512440000000002,27.349920000000001,34.187399999999997,34.187399999999997,34.187399999999997,34.187399999999997,34.187399999999997,34.187399999999997,34.187399999999997,34.187399999999997,34.187399999999997,34.187399999999997,34.187399999999997,"…","Actv.","…","eWav.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Tidal Wave. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eWav.","…","Level 4",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Gas with CCS - Level 1","lv1.Actv.eGccs.","TWh.","…",{"$f":"lv1.CapLvr.eGccs.*((LFWint.eGccs. * TimeShrWint.) +(LFSum.eGccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,"…","Actv.","…","eGccs.","…","lv1.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 1 Generation Profile of Electricity - Gas with CCS. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eGccs.","…","Level 1",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Gas with CCS - Level 2","lv2.Actv.eGccs.","TWh.","…",{"$f":"Lv2.CapLvr.eGccs.*((LFWint.eGccs. * TimeShrWint.) +(LFSum.eGccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,15.42816,30.85632,46.284480000000002,61.71264,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,"…","Actv.","…","eGccs.","…","lv2.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 2 Generation Profile of Electricity - Gas with CCS. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eGccs.","…","Level 2",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Gas with CCS - Level 3","lv3.Actv.eGccs.","TWh.","…",{"$f":"Lv3.CapLvr.eGccs.*((LFWint.eGccs. * TimeShrWint.) +(LFSum.eGccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,46.284480000000002,92.568960000000004,138.85344000000001,185.13792000000001,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,"…","Actv.","…","eGccs.","…","lv3.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 3 Generation Profile of Electricity - Gas with CCS. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eGccs.","…","Level 3",null,1]
["TS",null,null,null,"ONE","Generation lever selection - Electricity - Gas with CCS - Level 4","lv4.Actv.eGccs.","TWh.","…",{"$f":"Lv4.CapLvr.eGccs.*((LFWint.eGccs. * TimeShrWint.) +(LFSum.eGccs. * TimeShrSum.))*PrefUnitConversionFactor.Power_to_AnnualEnergy.","v":0},0,0,92.568960000000004,185.13792000000001,277.70688000000001,370.27584000000002,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,"…","Actv.","…","eGccs.","…","lv4.","Transformation","Transformation","…","…","…","…","…","Calculated","Level 4 Generation Profile of Electricity - Gas with CCS. Calculated by multiplying the total Capacity by the Load Factor and then converting to annual energy output.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Activity","…","eGccs.","…","Level 4",null,1]
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[null,null,null,"1990 Emissions","REF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17066 & BV17066 & BW17066 & \"-\" & BX17066 & \"-\" & BY17066 & \"-\" & BZ17066, \"-…\", \"\"), \"…\", \"\")","v":"Year 1990 Source UnitEmissions -Greenhouse Gases (All) -All excluding internationl transport "},{"$f":"SUBSTITUTE(AG17066 & AB17066 & AC17066 & AD17066 & AE17066 & AF17066, \"…\", \"\")","v":"Yr_1990.su_Em.GHG.ALL_ExcIntTRA."},"MtCO2e.",794.19724534953286,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","Em.","GHG.","ALL_ExcIntTRA.","…","Yr_1990.","Model Input","Source","su","Final UK greenhouse gas emissions national statistics: 1990-2016","Table 1: UK greenhouse gas emissions headline results, UK 1990-2016","AT20","…","Survey","UK GHG emissions in the year 1990 excluding international aviation and shipping. Table 1) UK total GHG emissions in 1990 are estimated to be 794.2 MtCO2e. This excludes international aviation & shipping.","…","…","Green","…","Good source","…","…","…","…","…","…","^='[2016_Final_emissions_data_tables.xlsx]Table 1'!$B$10","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Emissions ","Greenhouse Gases (All) ","All excluding internationl transport ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17067 & BV17067 & BW17067 & \"-\" & BX17067 & \"-\" & BY17067 & \"-\" & BZ17067, \"-…\", \"\"), \"…\", \"\")","v":"Year 1990 Source UnitEmissions -Greenhouse Gases (All) -International Transport "},{"$f":"SUBSTITUTE(AG17067 & AB17067 & AC17067 & AD17067 & AE17067 & AF17067, \"…\", \"\")","v":"Yr_1990.su_Em.GHG.IntTRA."},"MtCO2e.",23.705757500642296,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","Em.","GHG.","IntTRA.","…","Yr_1990.","Model Input","Source","su","Final UK greenhouse gas emissions national statistics: 1990-2016","Table 8: Greenhouse gas emissions arising from use of fuels from UK international aviation and shipping bunkers, UK 1990-2016","AT20","…","Survey","UK GHG emissions in the year 1990 from international aviation and shipping as measured on the basis of fuels used from UK bunkers.","…","…","Green","…","Good source","…","…","…","…","…","…","^='[2016_Final_emissions_data_tables.xlsx]Table 8'!$C$11","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Emissions ","Greenhouse Gases (All) ","International Transport ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17068 & BV17068 & BW17068 & \"-\" & BX17068 & \"-\" & BY17068 & \"-\" & BZ17068, \"-…\", \"\"), \"…\", \"\")","v":"Year 1990 Emissions -Greenhouse Gases (All) -All excluding internationl transport "},{"$f":"SUBSTITUTE(AG17068 & AB17068 & AC17068 & AD17068 & AE17068 & AF17068, \"…\", \"\")","v":"Yr_1990.Em.GHG.ALL_ExcIntTRA."},{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},{"$f":" Yr_1990.su_Em.GHG.ALL_ExcIntTRA. * uc_GHG.Mt.","v":794.19724534953286},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","ALL_ExcIntTRA.","…","Yr_1990.","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","UK GHG emissions in the year 1990 excluding international aviation and shipping. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","All excluding internationl transport ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17069 & BV17069 & BW17069 & \"-\" & BX17069 & \"-\" & BY17069 & \"-\" & BZ17069, \"-…\", \"\"), \"…\", \"\")","v":"Year 1990 Emissions -Greenhouse Gases (All) -International Transport "},{"$f":"SUBSTITUTE(AG17069 & AB17069 & AC17069 & AD17069 & AE17069 & AF17069, \"…\", \"\")","v":"Yr_1990.Em.GHG.IntTRA."},{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},{"$f":" Yr_1990.su_Em.GHG.IntTRA. * uc_GHG.Mt.","v":23.705757500642296},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","IntTRA.","…","Yr_1990.","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","UK GHG emissions in the year 1990 from international aviation and shipping. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","International Transport ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17070 & BV17070 & BW17070 & \"-\" & BX17070 & \"-\" & BY17070 & \"-\" & BZ17070, \"-…\", \"\"), \"…\", \"\")","v":"Year 1990 Emissions -Greenhouse Gases (All) -All "},{"$f":"SUBSTITUTE(AG17070 & AB17070 & AC17070 & AD17070 & AE17070 & AF17070, \"…\", \"\")","v":"Yr_1990.Em.GHG.ALL."},{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},{"$f":" +Yr_1990.Em.GHG.ALL_ExcIntTRA. +Yr_1990.Em.GHG.IntTRA.","v":817.9030028501752},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","ALL.","…","Yr_1990.","Transformation","Transformation","pu","…","…","…","…","Calculated","UK GHG emissions in the year 1990 (including international aviation and shipping). Calculated by adding total emissions excluding IA&S to emissions from IA&S.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","All ","…","Year 1990 ",null,1]
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["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17072 & BV17072 & BW17072 & \"-\" & BX17072 & \"-\" & BY17072 & \"-\" & BZ17072, \"-…\", \"\"), \"…\", \"\")","v":"Year 1990 Source UnitEmissions -Greenhouse Gases (All) -Transport (Excluding International) "},{"$f":"SUBSTITUTE(AG17072 & AB17072 & AC17072 & AD17072 & AE17072 & AF17072, \"…\", \"\")","v":"Yr_1990.su_Em.GHG.Transport_ExcIntTRA."},"MtCO2e.",128.10732300544095,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","Em.","GHG.","Transport_ExcIntTRA.","…","Yr_1990.","Model Input","Source","su","Final UK greenhouse gas emissions national statistics: 1990-2016","Table 3: Estimated emissions of Greenhouse Gases by source category, type of fuel and end-user category, UK 1990-2016","AT20","…","Survey","UK transport (excluding international) GHG emissions in the year 1990. Final UK greenhouse gas emissions national statistics summed over Transport categories","…","…","Green","…","Good source","…","…","…","…","…","…","^= +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$31 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$32 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$33 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$34 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$35 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$36 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$37 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$38 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$39 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$40 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$41 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$42 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$43 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$44 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$45 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$46","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Emissions ","Greenhouse Gases (All) ","Transport (Excluding International) ","…","Year 1990 ",null,{"$f":"COUNTIF($G$980:$G$17096,G17072)","v":1}]
["Const",null,null,null,"REF","Year 1990 Source UnitEmissions -Greenhouse Gases (All) -Buildings ","Yr_1990.su_Em.GHG.Buildings.","MtCO2e.",106.72606020343324,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","Em.","GHG.","Buildings.","…","Yr_1990.","Model Input","Source","su","Final UK greenhouse gas emissions national statistics: 1990-2016","Table 3: Estimated emissions of Greenhouse Gases by source category, type of fuel and end-user category, UK 1990-2016","AT20","…","Survey","UK buildings (residential and non-residential) GHG emissions in the year 1990. Final UK greenhouse gas emissions national statistics summed over Business, Public and Residential emissions categories excluding 'Iron and steel - combustion and electricity' & 'Other industrial combustion and electricity' from the 'Business' sector.","…","…","Green","…","Good source","…","…","…","…","…","…","^= +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$17 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$18 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$19 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$20 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$21 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$24 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$25 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$26 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$27 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$28 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$29 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$47 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$49 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$50 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$51 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$52 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$53 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$54 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$55","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Emissions ","Greenhouse Gases (All) ","Buildings ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF","Year 1990 Source UnitEmissions -Greenhouse Gases (All) -Industry ","Yr_1990.su_Em.GHG.Industry.","MtCO2e.",161.58774689350102,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","Em.","GHG.","Industry.","…","Yr_1990.","Model Input","Source","su","Final UK greenhouse gas emissions national statistics: 1990-2016","Table 3: Estimated emissions of Greenhouse Gases by source category, type of fuel and end-user category, UK 1990-2016","AT20","…","Survey","UK industry GHG emissions in the year 1990. Final UK greenhouse gas emissions national statistics summed over Industrial processes emissions categories and 'Iron and steel - combustion and electricity' & 'Other industrial combustion and electricity' from the 'Business' sector.","…","…","Green","…","Good source","…","…","…","…","…","…","^= +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$22 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$23 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$81 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$82 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$83 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$84 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$85 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$86 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$87 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$88 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$89 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$90 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$91 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$92 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$93 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$94 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$95 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$96 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$97 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$98","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Emissions ","Greenhouse Gases (All) ","Industry ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF","Year 1990 Source UnitEmissions -Greenhouse Gases (All) -Energy Supply ","Yr_1990.su_Em.GHG.EnergySupply.","MtCO2e.",277.88644323666551,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","Em.","GHG.","EnergySupply.","…","Yr_1990.","Model Input","Source","su","Final UK greenhouse gas emissions national statistics: 1990-2016","Table 3: Estimated emissions of Greenhouse Gases by source category, type of fuel and end-user category, UK 1990-2016","AT20","…","Survey","UK energy supply GHG emissions in the year 1990. Final UK greenhouse gas emissions national statistics summed over energy supply categories","…","…","Green","…","Good source","…","…","…","…","…","…","^= +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$5 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$6 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$7 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$8 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$9 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$10 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$11 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$12 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$13 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$14 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$16","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Emissions ","Greenhouse Gases (All) ","Energy Supply ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF","Year 1990 Source UnitEmissions -Greenhouse Gases (All) -Agriculture ","Yr_1990.su_Em.GHG.Agriculture.","MtCO2e.",119.88967201049232,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","Em.","GHG.","Agriculture.","…","Yr_1990.","Model Input","Source","su","Final UK greenhouse gas emissions national statistics: 1990-2016","Table 3: Estimated emissions of Greenhouse Gases by source category, type of fuel and end-user category, UK 1990-2016","AT20","…","Survey","UK agriculture, LULUCF and waste GHG emissions in the year 1990. Final UK greenhouse gas emissions national statistics summed over Agriculture, Land use, land use change and forestry & Waste management emissions categories.","…","…","Green","…","Good source","…","…","…","…","…","…","^= +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$57 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$58 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$59 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$60 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$61 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$62 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$63 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$64 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$65 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$66 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$67 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$68 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$69 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$70 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$71 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$72 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$73 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$74 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$75 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$76 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$77 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$78 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$79 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$100 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$101 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$102 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$103 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$104 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$105 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$106 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$107 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$108 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$109 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$110 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$111 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$112 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$113 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$114 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$115 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$116 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$117 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$118 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$119 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$120 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$121 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$122 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$123 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$124 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$125 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$126 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$128 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$129 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$130 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$131 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$132 +'[2016_Final_emissions_data_tables.xlsx]Table 3'!$C$133","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Emissions ","Greenhouse Gases (All) ","Agriculture ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF","Year 1990 Emissions -Greenhouse Gases (All) -Transport (Excluding International) ","Yr_1990.Em.GHG.Transport_ExcIntTRA.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},{"$f":" Yr_1990.su_Em.GHG.Transport_ExcIntTRA. * uc_GHG.Mt.","v":128.10732300544095},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","Transport_ExcIntTRA.","…","Yr_1990.","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","UK transport (excluding international) GHG emissions in the year 1990. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Transport (Excluding International) ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF","Year 1990 Emissions -Greenhouse Gases (All) -Buildings ","Yr_1990.Em.GHG.Buildings.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},{"$f":" Yr_1990.su_Em.GHG.Buildings. * uc_GHG.Mt.","v":106.72606020343324},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","Buildings.","…","Yr_1990.","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","UK buildings (residential and non-residential) GHG emissions in the year 1990. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Buildings ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF","Year 1990 Emissions -Greenhouse Gases (All) -Industry ","Yr_1990.Em.GHG.Industry.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},{"$f":" Yr_1990.su_Em.GHG.Industry. * uc_GHG.Mt.","v":161.58774689350102},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","Industry.","…","Yr_1990.","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","UK industry GHG emissions in the year 1990. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Industry ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF","Year 1990 Emissions -Greenhouse Gases (All) -Energy Supply ","Yr_1990.Em.GHG.EnergySupply.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},{"$f":" Yr_1990.su_Em.GHG.EnergySupply. * uc_GHG.Mt.","v":277.88644323666551},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","EnergySupply.","…","Yr_1990.","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","UK energy supply GHG emissions in the year 1990. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Energy Supply ","…","Year 1990 ",null,1]
["Const",null,null,null,"REF","Year 1990 Emissions -Greenhouse Gases (All) -Agriculture ","Yr_1990.Em.GHG.Agriculture.",{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},{"$f":" Yr_1990.su_Em.GHG.Agriculture. * uc_GHG.Mt.","v":119.88967201049232},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","Agriculture.","…","Yr_1990.","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","UK agriculture, LULUCF and waste GHG emissions in the year 1990. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Agriculture ","…","Year 1990 ",null,1]
[null,null,null,null,"REF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17083 & BV17083 & BW17083 & \"-\" & BX17083 & \"-\" & BY17083 & \"-\" & BZ17083, \"-…\", \"\"), \"…\", \"\")","v":"Year 1990 Emissions -Greenhouse Gases (All) -Transport "},{"$f":"SUBSTITUTE(AG17083 & AB17083 & AC17083 & AD17083 & AE17083 & AF17083, \"…\", \"\")","v":"Yr_1990.Em.GHG.Transport."},"MtCO2e.",{"$f":" +Yr_1990.Em.GHG.Transport_ExcIntTRA. +Yr_1990.Em.GHG.IntTRA.","v":151.81308050608325},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","Em.","GHG.","Transport.","…","Yr_1990.","Transformation","Transformation","pu","…","…","…","…","Calculated","UK transport (including international) GHG emissions in the year 1990. Calculated by adding transport emissions excluding international to emissions from international transport.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions ","Greenhouse Gases (All) ","Transport ","…","Year 1990 ",null,1]
[null,null,null,"UK Carbon Budgets","REF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["TS",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17085 & BV17085 & BW17085 & \"-\" & BX17085 & \"-\" & BY17085 & \"-\" & BZ17085, \"-…\", \"\"), \"…\", \"\")","v":"Source UnitEmissions Target -Greenhouse Gases (All) -All excluding internationl transport "},{"$f":"SUBSTITUTE(AG17085 & AB17085 & AC17085 & AD17085 & AE17085 & AF17085, \"…\", \"\")","v":"su_EmTarget.GHG.ALL_ExcIntTRA."},"MtCO2e.","…",556.4,508.8,390,345,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","su_","EmTarget.","GHG.","ALL_ExcIntTRA.","…","…","Model Input","Source","su","Annual Statement of Emissions for 2016","…","BF22","…","Fact","UK Carbon Budgets converted to average annual emissions equivalents by dividing by 5 - “The second carbon budget period runs from 2013 to 2017 with an emissions cap of 2,782 MtCO2e. The third budget will cover the period 2018–2022 (2,544 MtCO2e) and the fourth budget 2023-2027 (1,950 MtCO2e). In June 2016, the Government set the level for the fifth carbon budget (2028-2032) at 1,725 MtCO2e.”","…","…","Green","…","Good source","…","…","Data from bespoke runs of an open source model which can be found here- https://www.gov.uk/government/publications/uk-and-global-bioenergy-resource-model","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Emissions Target ","Greenhouse Gases (All) ","All excluding internationl transport ","…","…",null,1]
["TS",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17086 & BV17086 & BW17086 & \"-\" & BX17086 & \"-\" & BY17086 & \"-\" & BZ17086, \"-…\", \"\"), \"…\", \"\")","v":"Emissions Target -Greenhouse Gases (All) -All excluding internationl transport "},{"$f":"SUBSTITUTE(AG17086 & AB17086 & AC17086 & AD17086 & AE17086 & AF17086, \"…\", \"\")","v":"EmTarget.GHG.ALL_ExcIntTRA."},{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"},"…",{"$f":" su_EmTarget.GHG.ALL_ExcIntTRA. * uc_GHG.Mt.","v":556.4},{"$f":" su_EmTarget.GHG.ALL_ExcIntTRA. * uc_GHG.Mt.","v":508.8},{"$f":" su_EmTarget.GHG.ALL_ExcIntTRA. * uc_GHG.Mt.","v":390},{"$f":" su_EmTarget.GHG.ALL_ExcIntTRA. * uc_GHG.Mt.","v":345},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","EmTarget.","GHG.","ALL_ExcIntTRA.","…","…","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","UK Carbon Budgets converted to average annual emissions equivalents by dividing by 5. Converted to user preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Emissions Target ","Greenhouse Gases (All) ","All excluding internationl transport ","…","…",null,1]
[null,null,null,"Bioenergy Import Availability","REF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17088 & BV17088 & BW17088 & \"-\" & BX17088 & \"-\" & BY17088 & \"-\" & BZ17088, \"-…\", \"\"), \"…\", \"\")","v":"Model period 2050Source UnitActivity Maximum -International Trade -Bioenergy Solid "},{"$f":"SUBSTITUTE(AG17088 & AB17088 & AC17088 & AD17088 & AE17088 & AF17088, \"…\", \"\")","v":"Prd_2050.su_ActvMax.ITrade.rBiS."},"TWh.",155,"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",{"$f":"$G$30","v":"su_"},"ActvMax.","…","ITrade.","rBiS.","Prd_2050.","Model Input","Source","su","CCC: biomass in a low carbon economy","CCC: biomass in a low carbon economy, Table 4.7","ME18 (also reference BF20)","…","Calculated","Maximum Plausible level of solid bioenergy resource imports accessible to the UK in 2050. Based on the 'Global Governance and Innovation' scenario from the CCC's 'Biomass in a low carbon economy' report.","…","…","Amber","…","Very uncertain","…","…","…","…","…","…","^='[Charts-and-Data-Biomass-in-a-low-carbon-economy-Chapters-1-5 .xlsx]4.7'!$E$11","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"Source Unit","Activity Maximum ","…","International Trade ","Bioenergy Solid ","Model period 2050",null,1]
["Const",null,null,null,"REF",{"$f":"SUBSTITUTE( SUBSTITUTE(CA17089 & BV17089 & BW17089 & \"-\" & BX17089 & \"-\" & BY17089 & \"-\" & BZ17089, \"-…\", \"\"), \"…\", \"\")","v":"Model period 2050Activity Maximum -International Trade -Bioenergy Solid "},{"$f":"SUBSTITUTE(AG17089 & AB17089 & AC17089 & AD17089 & AE17089 & AF17089, \"…\", \"\")","v":"Prd_2050.ActvMax.ITrade.rBiS."},"TWh.",{"$f":"Prd_2050.su_ActvMax.ITrade.rBiS. * uc_TWh.","v":155},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","ActvMax.","…","ITrade.","rBiS.","Prd_2050.","Transformation","Unit Transformation","pu","…","…","…","…","Calculated","Maximum Plausible level of solid bioenergy resource imports accessible to the UK in 2050. Converted to user preference units.","…","…","Green","…","Simple calculation","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Activity Maximum ","…","International Trade ","Bioenergy Solid ","Model period 2050",null,1]
[null,null,null,"Cumulative CO2 Captured and Stored","REF",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,"REF","Maximum Cumulative Emissions Stored by Named Sites, Mt",{"$f":"SUBSTITUTE(AG17091 & AB17091 & AC17091 & AD17091 & AE17091 & AF17091, \"…\", \"\")","v":"NamedCap.su_StorageEm."},"MtCO2e.","…",0,0,27,191,411,631,839,1044,1224,1384,1539,1591,1621,1645,1645,1645,1645,1645,{"$f":"$G$30","v":"su_"},"StorageEm.","…","…","…","NamedCap.","Model Input","Source","su","ETI - Strategic UK CCS Storage Appraisal (Pale Blue Dot)","UK_Calc_Cumulative_CCS_potential.xlsx","BF15","…","Calculated","Estimated trajectory of the amount of cumulative emissions that could be stored at all named storage sites in the UK.","…","…","Green","…","Source fairly recent and used in UKTM","…","…","…","…","…","…","…","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!D145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!E145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!F145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!G145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!H145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!I145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!J145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!K145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!L145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!M145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!N145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!O145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!P145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!Q145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!R145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!S145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!T145","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!U145",null,"Source Unit","Amount of emissions that could be stored","…","…","…","Named sites only",null,1]
[null,null,null,null,"REF","Maximum Cumulative Emissions Stored by Estimated Potential, Mt",{"$f":"SUBSTITUTE(AG17092 & AB17092 & AC17092 & AD17092 & AE17092 & AF17092, \"…\", \"\")","v":"PotentialCap.su_StorageEm."},"MtCO2e.","…",0,0,27,191,541,1216,2204,3514,5124,7039,9274,11731,14491,17570,20950,24655,28685,33040,{"$f":"$G$30","v":"su_"},"StorageEm.","…","…","…","PotentialCap.","Model Input","Source","su","ETI - Strategic UK CCS Storage Appraisal (Pale Blue Dot)","UK_Calc_Cumulative_CCS_potential.xlsx","BF15","…","Calculated","Estimated trajectory of the amount of cumulative emissions that could be stored at all possible sites in the UK.","…","…","Green","…","Source fairly recent and used in UKTM","…","…","…","…","…","…","…","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!D146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!E146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!F146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!G146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!H146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!I146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!J146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!K146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!L146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!M146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!N146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!O146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!P146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!Q146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!R146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!S146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!T146","^=[UK_Calc_Cumulative_CCS_potential.xlsx]Sheet1!U146",null,"Source Unit","Amount of emissions that could be stored","…","…","…","All potential sites",null,1]
[null,null,null,null,"REF","Maximum Cumulative Emissions Stored by Named Sites, Mt",{"$f":"SUBSTITUTE(AG17093 & AB17093 & AC17093 & AD17093 & AE17093 & AF17093, \"…\", \"\")","v":"NamedCap.StorageEm."},{"$f":"PrefUnit.Mass.GHG.","v":"Mt."},"…",{"$f":"NamedCap.su_StorageEm.*uc_GHG.Mt.","v":0},0,27,191,411,631,839,1044,1224,1384,1539,1591,1621,1645,1645,1645,1645,1645,"…","StorageEm.","…","…","…","NamedCap.","Transformation","Unit Transformation","su","…","…","BF15","…","Calculated","Estimated trajectory of the amount of cumulative emissions that could be stored at all named storage sites in the UK. Converted to preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Amount of emissions that could be stored","…","…","…","Named sites only",null,1]
[null,null,null,null,"REF","Maximum Cumulative Emissions Stored by Estimated Potential, Mt",{"$f":"SUBSTITUTE(AG17094 & AB17094 & AC17094 & AD17094 & AE17094 & AF17094, \"…\", \"\")","v":"PotentialCap.StorageEm."},{"$f":"PrefUnit.Mass.GHG.","v":"Mt."},"…",{"$f":"PotentialCap.su_StorageEm.*uc_GHG.Mt.","v":0},0,27,191,541,1216,2204,3514,5124,7039,9274,11731,14491,17570,20950,24655,28685,33040,"…","StorageEm.","…","…","…","PotentialCap.","Transformation","Unit Transformation","su","…","…","BF15","…","Calculated","Estimated trajectory of the amount of cumulative emissions that could be stored at all possible sites in the UK. Converted to preference units.","…","…","Green","…","Simple unit conversion","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,"…","Amount of emissions that could be stored","…","…","…","All potential sites",null,1]
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[null,null,null,null,"Module","Code Description","Code","Units","Value",2015,2016,2017,2018,2019,2020,2021,2022,2023,2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050,2051,2052,2053,2054,2055,2056,2057,2058,2059,2060,2061,2062,2063,2064,2065,2066,2067,2068,2069,2070,2071,2072,2073,2074,2075,2076,2077,2078,2079,2080,2081,2082,2083,2084,2085,2086,2087,2088,2089,2090,2091,2092,2093,2094,2095,2096,2097,2098,2099,2100,null,"Attribute","Pollutant","Process","Vector","FTS code","Type of data","Assumption Category","Source Units or Preference Units","Primary Source","Source Accessed","Cell Reference","Hyperlink","Repository Reference","Methodology ID","Method ID (Data Type)","Description","Date source accessed","Next update due on","Quality Rating","Impact rating","Description of Quality Rating","Description of Impact Rating","Priority flag for risk register","Notes / mitigation actions","Approving Body "]
[null,"Sheet Structure"]
["TS",null,null,null,"…","…",{"$f":"SUBSTITUTE(CS4 & CT4 & CU4 & CV4 & CW4, \"…\", \"\")","v":"CurrYrColR.fts."},"…","…",{"$f":" 1 +COLUMN() -COLUMN(Year.)","v":1},2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,{"$f":" 1 +COLUMN() -COLUMN(Year.)","v":33},34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,{"$f":" 1 +COLUMN() -COLUMN(Year.)","v":65},66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,null,{"$f":"Model!$G$47","v":"CurrYrColR."},"…","…","…","fts.","Transformation","lookup","nu","…","…","…","…","…","…","…","Column reference for the current year relative to the first year in time series named ranges. Used in calculations to look up the value of a time series in the current year. Calculated using the Excel \"COLUMN()\" function to calculate the difference between column reference of the current cell and the cell at the start of the named range defining the years.","…","…","Green","…","…","…","…","…","…"]
["TS",null,null,null,"…","…","PrevYrColR.fts.","…","…",{"$f":" +CurrYrColR.fts. -1","v":0},1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,{"$f":" +CurrYrColR.fts. -1","v":32},33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,{"$f":" +CurrYrColR.fts. -1","v":64},65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,null,{"$f":"Model!$G$48","v":"PrevYrColR."},"…","…","…","fts.","Transformation","lookup","nu","…","…","…","…","…","…","…","Column reference for the previous year relative to the first year in time series named ranges. Used in calculations to look up the value of a time series in the previous year. Calculated as the column reference for the current year minus one column.","…","…","Green","…","…","…","…","…","…"]
["TS",null,null,null,"…","…","PrdBeg.fts.","…","…",2010,2015,2015,2015,2015,2015,2020,2020,2020,2020,2020,2025,2025,2025,2025,2025,2030,2030,2030,2030,2030,2035,2035,2035,2035,2035,2040,2040,2040,2040,2040,2045,2045,2045,2045,2045,2050,2050,2050,2050,2050,2055,2055,2055,2055,2055,2060,2060,2060,2060,2060,2065,2065,2065,2065,2065,2070,2070,2070,2070,2070,2075,2075,2075,2075,2075,2080,2080,2080,2080,2080,2085,2085,2085,2085,2085,2090,2090,2090,2090,2090,2095,2095,2095,2095,2095,null,{"$f":"Model!$G$49","v":"PrdBeg."},"…","…","…","fts.","Transformation","lookup","nu","…","…","…","…","…","…","…","Beginning of the modelled period containing the current year. (end year of previous period)","…","…","Green","…","…","…","…","…","…"]
["TS",null,null,null,"…","…","PrdEnd.fts.","…","…",2015,2020,2020,2020,2020,2020,2025,2025,2025,2025,2025,2030,2030,2030,2030,2030,2035,2035,2035,2035,2035,2040,2040,2040,2040,2040,2045,2045,2045,2045,2045,2050,2050,2050,2050,2050,2055,2055,2055,2055,2055,2060,2060,2060,2060,2060,2065,2065,2065,2065,2065,2070,2070,2070,2070,2070,2075,2075,2075,2075,2075,2080,2080,2080,2080,2080,2085,2085,2085,2085,2085,2090,2090,2090,2090,2090,2095,2095,2095,2095,2095,2100,2100,2100,2100,2100,null,{"$f":"Model!$G$50","v":"PrdEnd."},"…","…","…","fts.","Transformation","lookup","nu","…","…","…","…","…","…","…","End year of the modelled period containing the current year.","…","…","Green","…","…","…","…","…","…"]
["TS",null,null,null,"…","…","TimePrdBeg.fts.","…","…",{"$f":" +Year. -PrdBeg.fts.","v":5},1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,1,{"$f":" +Year. -PrdBeg.fts.","v":2},3,4,5,1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,1,2,3,{"$f":" +Year. -PrdBeg.fts.","v":4},5,1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,1,2,3,4,5,null,{"$f":"Model!$G$51","v":"TimePrdBeg."},"…","…","…","fts.","Transformation","lookup","nu","…","…","…","…","…","…","…","Years since the beginning of the modelled period. Used to interpolate capacity requirements and costs between modelled years.","…","…","Green","…","…","…","…","…","…"]
["TS",null,null,null,"…","…","TimePrdEnd.fts.","…","…",{"$f":" +PrdEnd.fts. -Year.","v":0},4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,4,{"$f":" +PrdEnd.fts. -Year.","v":3},2,1,0,4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,4,3,2,{"$f":" +PrdEnd.fts. -Year.","v":1},0,4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,4,3,2,1,0,null,{"$f":"Model!$G$52","v":"TimePrdEnd."},"…","…","…","fts.","Transformation","lookup","nu","…","…","…","…","…","…","…","Years until the end of the modelled period. Used to interpolate capacity requirements and costs between modelled years.","…","…","Green","…","…","…","…","…","…"]
["TS",null,null,null,"…","…","ShrTimePrdBeg.fts.","…","…",{"$f":" +TimePrdEnd.fts. / (PrdEnd.fts. -PrdBeg.fts.)","v":0},0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,{"$f":" +TimePrdEnd.fts. / (PrdEnd.fts. -PrdBeg.fts.)","v":0.6},0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,{"$f":" +TimePrdEnd.fts. / (PrdEnd.fts. -PrdBeg.fts.)","v":0.2},0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,0.8,0.6,0.4,0.2,0,null,{"$f":"Model!$G$53","v":"ShrTimePrdBeg."},"…","…","…","fts.","Transformation","lookup","nu","…","…","…","…","…","…","…","Weighting given to the value in the modelled year at the beginning of the period when interpolating capacity requirements and costs between modelled years.","…","…","Green","…","…","…","…","…","…"]
["TS",null,null,null,"…","…","ShrTimePrdEnd.fts.","…","…",{"$f":" +TimePrdBeg.fts. / (PrdEnd.fts. -PrdBeg.fts.)","v":1},0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,{"$f":" +TimePrdBeg.fts. / (PrdEnd.fts. -PrdBeg.fts.)","v":0.4},0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,{"$f":" +TimePrdBeg.fts. / (PrdEnd.fts. -PrdBeg.fts.)","v":0.8},1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,0.2,0.4,0.6,0.8,1,null,{"$f":"Model!$G$54","v":"ShrTimePrdEnd."},"…","…","…","fts.","Transformation","lookup","nu","…","…","…","…","…","…","…","Weighting given to the value in the modelled year at the end of the period when interpolating capacity requirements and costs between modelled years.","…","…","Green","…","…","…","…","…","…"]
[null,"Capacity"]
[null,null,"Base Year Capacity"]
["Const",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS14 & CT14 & CU14 & CV14 & CW14, \"…\", \"\")","v":"CapBY.dDHN.fts."},{"$f":"Model!H2574","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dDHN., Prd., BY.)","v":1008006.3156508359},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$495","v":"dDHN."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU14&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.dDHN., Prd., BY.)"}]
["Const",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS15 & CT15 & CU15 & CV15 & CW15, \"…\", \"\")","v":"CapBY.dHPA.fts."},{"$f":"Model!H2575","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dHPA., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$492","v":"dHPA."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU15&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.dHPA., Prd., BY.)"}]
["Const",null,null,null,"BHT.","…","CapBY.dHPG.fts.",{"$f":"Model!H2576","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dHPG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$493","v":"dHPG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dHPG., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dHyb.fts.",{"$f":"Model!H2577","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dHyb., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$494","v":"dHyb."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dHyb., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dblO.fts.",{"$f":"Model!H2578","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dblO., Prd., BY.)","v":1602494.3324981763},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$488","v":"dblO."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dblO., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dblS.fts.",{"$f":"Model!H2579","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dblS., Prd., BY.)","v":1987365.8116757488},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$489","v":"dblS."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dblS., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dblG.fts.",{"$f":"Model!H2580","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dblG., Prd., BY.)","v":20442181.599235639},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$487","v":"dblG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dblG., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dhtE.fts.",{"$f":"Model!H2581","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dhtE., Prd., BY.)","v":2444221.9409396052},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$490","v":"dhtE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dhtE., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dDwlNwI.fts.",{"$f":"Model!H2582","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dDwlNwI., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$467","v":"dDwlNwI."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU22&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.dDwlNwI., Prd., BY.)"}]
["Const",null,null,null,"BHT.","…","CapBY.dCnsv.fts.",{"$f":"Model!H2583","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dCnsv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$478","v":"dCnsv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dCnsv., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dHPoversized.fts.",{"$f":"Model!H2584","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dHPoversized., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$498","v":"dHPoversized."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dHPoversized., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dElcGrdR.fts.",{"$f":"Model!H2585","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dElcGrdR., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$484","v":"dElcGrdR."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dElcGrdR., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.dH2cnv.fts.",{"$f":"Model!H2586","v":"Dwellings"},{"$f":" SUMIFS(CapReq.dH2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$480","v":"dH2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dH2cnv., Prd., BY.)"]
["Const",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS27 & CT27 & CU27 & CV27 & CW27, \"…\", \"\")","v":"CapBY.nDHN.fts."},{"$f":"Model!H2588","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nDHN., Prd., BY.)","v":19256563.135429226},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$508","v":"nDHN."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nDHN., Prd., BY.)"]
["Const",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS28 & CT28 & CU28 & CV28 & CW28, \"…\", \"\")","v":"CapBY.nHPA.fts."},{"$f":"Model!H2589","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nHPA., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$505","v":"nHPA."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU28&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.nHPA., Prd., BY.)"}]
["Const",null,null,null,"BHT.","…","CapBY.nHPG.fts.",{"$f":"Model!H2590","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nHPG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$506","v":"nHPG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nHPG., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.nHyb.fts.",{"$f":"Model!H2591","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nHyb., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$507","v":"nHyb."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU30&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.nHyb., Prd., BY.)"}]
["Const",null,null,null,"BHT.","…","CapBY.nblO.fts.",{"$f":"Model!H2592","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nblO., Prd., BY.)","v":52068256.830222413},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$501","v":"nblO."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nblO., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.nblS.fts.",{"$f":"Model!H2593","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nblS., Prd., BY.)","v":34996272.327819876},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$502","v":"nblS."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nblS., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.nblG.fts.",{"$f":"Model!H2594","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nblG., Prd., BY.)","v":443756994.4968093},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$500","v":"nblG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU33&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.nblG., Prd., BY.)"}]
["Const",null,null,null,"BHT.","…","CapBY.nhtE.fts.",{"$f":"Model!H2595","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nhtE., Prd., BY.)","v":99682041.91074045},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$503","v":"nhtE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nhtE., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.nFlrNwI.fts.",{"$f":"Model!H2596","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nFlrNwI., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$472","v":"nFlrNwI."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU35&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.nFlrNwI., Prd., BY.)"}]
["Const",null,null,null,"BHT.","…","CapBY.nCnsv.fts.",{"$f":"Model!H2597","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nCnsv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$479","v":"nCnsv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nCnsv., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.nHPoversized.fts.",{"$f":"Model!H2598","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nHPoversized., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$511","v":"nHPoversized."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nHPoversized., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.nElcGrdR.fts.",{"$f":"Model!H2599","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nElcGrdR., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$485","v":"nElcGrdR."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nElcGrdR., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.nH2cnv.fts.",{"$f":"Model!H2600","v":"sqm. floor area"},{"$f":" SUMIFS(CapReq.nH2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$481","v":"nH2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nH2cnv., Prd., BY.)"]
["Const",null,null,null,"GGS.","…","CapBY.ggDstGrd.fts.",{"$f":"Model!H5250","v":"UNIT"},{"$f":" SUMIFS(CapReq.ggDstGrd., Prd., BY.)","v":163.53329417748196},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$539","v":"ggDstGrd."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.ggDstGrd., Prd., BY.)"]
["Const",null,null,null,"GGS.","…","CapBY.ggDstH2.fts.",{"$f":"Model!H5251","v":"UNIT"},{"$f":" SUMIFS(CapReq.ggDstH2., Prd., BY.)","v":350.95347402133768},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$540","v":"ggDstH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.ggDstH2., Prd., BY.)"]
["Const",null,null,null,"GGS.","…","CapBY.ggTmsGrd.fts.",{"$f":"Model!H5252","v":"UNIT"},{"$f":" SUMIFS(CapReq.ggTmsGrd., Prd., BY.)","v":755.33790667978531},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$542","v":"ggTmsGrd."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.ggTmsGrd., Prd., BY.)"]
["Const",null,null,null,"GGS.","…","CapBY.ggTmsH2.fts.",{"$f":"Model!H5253","v":"UNIT"},{"$f":" SUMIFS(CapReq.ggTmsH2., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$543","v":"ggTmsH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU43&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.ggTmsH2., Prd., BY.)"}]
["Const",null,null,null,"BNH.","…","CapBY.dStvG.fts.",{"$f":"+Model!H3769","v":"dwellings"},{"$f":" SUMIFS(CapReq.dStvG., Prd., BY.)","v":13248528.012874017},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$526","v":"dStvG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dStvG., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.dStvE.fts.",{"$f":"+Model!H3770","v":"dwellings"},{"$f":" SUMIFS(CapReq.dStvE., Prd., BY.)","v":14235741.987125987},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$527","v":"dStvE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dStvE., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.nStvG.fts.",{"$f":"+Model!H3771","v":"sqm. Floor area"},{"$f":" SUMIFS(CapReq.nStvG., Prd., BY.)","v":256542175.69762293},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$528","v":"nStvG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nStvG., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.nStvE.fts.",{"$f":"+Model!H3772","v":"sqm. Floor area"},{"$f":" SUMIFS(CapReq.nStvE., Prd., BY.)","v":393217953.00339824},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$529","v":"nStvE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nStvE., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.dLt.fts.",{"$f":"+Model!H3773","v":"People"},{"$f":" SUMIFS(CapReq.dLt., Prd., BY.)","v":65097097},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$530","v":"dLt."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dLt., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.nLt.fts.",{"$f":"+Model!H3774","v":"sqm. Floor area"},{"$f":" SUMIFS(CapReq.nLt., Prd., BY.)","v":649760128.70102119},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$531","v":"nLt."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nLt., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.dAp.fts.",{"$f":"+Model!H3775","v":"People"},{"$f":" SUMIFS(CapReq.dAp., Prd., BY.)","v":65097097},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$532","v":"dAp."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU50&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.dAp., Prd., BY.)"}]
["Const",null,null,null,"BNH.","…","CapBY.nAp.fts.",{"$f":"+Model!H3776","v":"sqm. Floor area"},{"$f":" SUMIFS(CapReq.nAp., Prd., BY.)","v":649760128.70102119},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$533","v":"nAp."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU51&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.nAp., Prd., BY.)"}]
["Const",null,null,null,"BNH.","…","CapBY.dAC.fts.",{"$f":"+Model!H3777","v":"dwellings"},{"$f":" SUMIFS(CapReq.dAC., Prd., BY.)","v":300000},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$534","v":"dAC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dAC., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.nAC.fts.",{"$f":"+Model!H3778","v":"sqm. Floor area"},{"$f":" SUMIFS(CapReq.nAC., Prd., BY.)","v":649760128.70102119},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$535","v":"nAC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nAC., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.dH2cnvStvG.fts.",{"$f":"+Model!H3779","v":"dwellings"},{"$f":" SUMIFS(CapReq.dH2cnvStvG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$482","v":"dH2cnvStvG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.dH2cnvStvG., Prd., BY.)"]
["Const",null,null,null,"BNH.","…","CapBY.nH2cnvStvG.fts.",{"$f":"+Model!H3780","v":"sqm. Floor area"},{"$f":" SUMIFS(CapReq.nH2cnvStvG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$483","v":"nH2cnvStvG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nH2cnvStvG., Prd., BY.)"]
["Const",null,null,null,"NHS.","…","CapBY.hnWHO.fts.",{"$f":"Model!H4846","v":"GW."},{"$f":" SUMIFS(CapReq.hnWHO., Prd., BY.)","v":3.7890005330688163},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$524","v":"hnWHO."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hnWHO., Prd., BY.)"]
["Const",null,null,null,"NHS.","…","CapBY.hnHPW.fts.",{"$f":"Model!H4847","v":"GW."},{"$f":" SUMIFS(CapReq.hnHPW., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$516","v":"hnHPW."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hnHPW., Prd., BY.)"]
["Const",null,null,null,"NHS.","…","CapBY.hnHPG.fts.",{"$f":"Model!H4848","v":"GW."},{"$f":" SUMIFS(CapReq.hnHPG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$517","v":"hnHPG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hnHPG., Prd., BY.)"]
["Const",null,null,null,"NHS.","…","CapBY.hnCHPB.fts.",{"$f":"Model!H4849","v":"GW."},{"$f":" SUMIFS(CapReq.hnCHPB., Prd., BY.)","v":8.4500123468731522E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$518","v":"hnCHPB."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hnCHPB., Prd., BY.)"]
["Const",null,null,null,"NHS.","…","CapBY.hnCHPG.fts.",{"$f":"Model!H4850","v":"GW."},{"$f":" SUMIFS(CapReq.hnCHPG., Prd., BY.)","v":4.0074695233994273},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$521","v":"hnCHPG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hnCHPG., Prd., BY.)"]
["Const",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS61 & CT61 & CU61 & CV61 & CW61, \"…\", \"\")","v":"CapBY.Cyc.fts."},{"$f":"Model!$H$7390","v":"Vehicles"},{"$f":" SUMIFS(CapReq.Cyc., Prd., BY.)","v":27179356.957887657},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$391","v":"Cyc."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU61&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.Cyc., Prd., BY.)"}]
["Const",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS62 & CT62 & CU62 & CV62 & CW62, \"…\", \"\")","v":"CapBY.carE.fts."},{"$f":"Model!H7391","v":"Vehicles"},{"$f":" SUMIFS(CapReq.carE., Prd., BY.)","v":25939.024800000003},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$406","v":"carE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU62&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.carE., Prd., BY.)"}]
["Const",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS63 & CT63 & CU63 & CV63 & CW63, \"…\", \"\")","v":"CapBY.carH2.fts."},{"$f":"Model!H7392","v":"Vehicles"},{"$f":" SUMIFS(CapReq.carH2., Prd., BY.)","v":84.260303349659907},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$407","v":"carH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU63&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.carH2., Prd., BY.)"}]
["Const",null,null,null,"TRA","…","CapBY.carPHEV.fts.",{"$f":"Model!H7393","v":"Vehicles"},{"$f":" SUMIFS(CapReq.carPHEV., Prd., BY.)","v":73724.068524105591},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$408","v":"carPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.carPHEV., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.carIC.fts.",{"$f":"Model!H7394","v":"Vehicles"},{"$f":" SUMIFS(CapReq.carIC., Prd., BY.)","v":32324033.646372542},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$409","v":"carIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.carIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.lgvE.fts.",{"$f":"Model!H7395","v":"Vehicles"},{"$f":" SUMIFS(CapReq.lgvE., Prd., BY.)","v":4595.0000000000055},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$410","v":"lgvE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.lgvE., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.lgvH2.fts.",{"$f":"Model!H7396","v":"Vehicles"},{"$f":" SUMIFS(CapReq.lgvH2., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$411","v":"lgvH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.lgvH2., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.lgvPHEV.fts.",{"$f":"Model!H7397","v":"Vehicles"},{"$f":" SUMIFS(CapReq.lgvPHEV., Prd., BY.)","v":695.99999999999909},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$412","v":"lgvPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.lgvPHEV., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.lgvIC.fts.",{"$f":"Model!H7398","v":"Vehicles"},{"$f":" SUMIFS(CapReq.lgvIC., Prd., BY.)","v":3730745},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$413","v":"lgvIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.lgvIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.hgvRE.fts.",{"$f":"Model!H7399","v":"Vehicles"},{"$f":" SUMIFS(CapReq.hgvRE., Prd., BY.)","v":294.37476345233671},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$414","v":"hgvRE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU70&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.hgvRE., Prd., BY.)"}]
["Const",null,null,null,"TRA","…","CapBY.hgvRH2.fts.",{"$f":"Model!H7400","v":"Vehicles"},{"$f":" SUMIFS(CapReq.hgvRH2., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$415","v":"hgvRH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvRH2., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.hgvRPHEV.fts.",{"$f":"Model!H7401","v":"Vehicles"},{"$f":" SUMIFS(CapReq.hgvRPHEV., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$416","v":"hgvRPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvRPHEV., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.hgvRIC.fts.",{"$f":"Model!H7402","v":"Vehicles"},{"$f":" SUMIFS(CapReq.hgvRIC., Prd., BY.)","v":351988.70651780255},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$417","v":"hgvRIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvRIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.hgvAE.fts.",{"$f":"Model!H7403","v":"Vehicles"},{"$f":" SUMIFS(CapReq.hgvAE., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$418","v":"hgvAE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvAE., Prd., BY.)"]
["Const",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS75 & CT75 & CU75 & CV75 & CW75, \"…\", \"\")","v":"CapBY.hgvAH2.fts."},{"$f":"Model!H7404","v":"Vehicles"},{"$f":" SUMIFS(CapReq.hgvAH2., Prd., BY.)","v":128.62523654766332},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$419","v":"hgvAH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvAH2., Prd., BY.)"]
["Const",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS76 & CT76 & CU76 & CV76 & CW76, \"…\", \"\")","v":"CapBY.hgvAPHEV.fts."},{"$f":"Model!H7405","v":"Vehicles"},{"$f":" SUMIFS(CapReq.hgvAPHEV., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$420","v":"hgvAPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvAPHEV., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.hgvAIC.fts.",{"$f":"Model!H7406","v":"Vehicles"},{"$f":" SUMIFS(CapReq.hgvAIC., Prd., BY.)","v":153799.29348219748},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$421","v":"hgvAIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvAIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.busE.fts.",{"$f":"Model!H7407","v":"Vehicles"},{"$f":" SUMIFS(CapReq.busE., Prd., BY.)","v":193.99999999999997},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$422","v":"busE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.busE., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.busH2.fts.",{"$f":"Model!H7408","v":"Vehicles"},{"$f":" SUMIFS(CapReq.busH2., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$423","v":"busH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.busH2., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.busPHEV.fts.",{"$f":"Model!H7409","v":"Vehicles"},{"$f":" SUMIFS(CapReq.busPHEV., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$424","v":"busPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.busPHEV., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.busIC.fts.",{"$f":"Model!H7410","v":"Vehicles"},{"$f":" SUMIFS(CapReq.busIC., Prd., BY.)","v":168026},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$425","v":"busIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.busIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.trnPE.fts.",{"$f":"Model!H7411","v":"Vehicles"},{"$f":" SUMIFS(CapReq.trnPE., Prd., BY.)","v":8905.7807088418285},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$426","v":"trnPE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.trnPE., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.trnPIC.fts.",{"$f":"Model!H7412","v":"Vehicles"},{"$f":" SUMIFS(CapReq.trnPIC., Prd., BY.)","v":4862.7686104662826},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$427","v":"trnPIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.trnPIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.trnFE.fts.",{"$f":"Model!H7413","v":"Vehicles"},{"$f":" SUMIFS(CapReq.trnFE., Prd., BY.)","v":58.175806906320112},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$428","v":"trnFE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU84&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.trnFE., Prd., BY.)"}]
["Const",null,null,null,"TRA","…","CapBY.trnFIC.fts.",{"$f":"Model!H7414","v":"Vehicles"},{"$f":" SUMIFS(CapReq.trnFIC., Prd., BY.)","v":692.3612003844554},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$429","v":"trnFIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.trnFIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.nrmIC.fts.",{"$f":"Model!H7415","v":"Vehicles"},{"$f":" SUMIFS(CapReq.nrmIC., Prd., BY.)","v":10000},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$432","v":"nrmIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.nrmIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.shpDIC.fts.",{"$f":"Model!H7416","v":"Vehicles"},{"$f":" SUMIFS(CapReq.shpDIC., Prd., BY.)","v":1037},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$430","v":"shpDIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.shpDIC., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.shpIIC.fts.",{"$f":"Model!H7417","v":"Vehicles"},{"$f":" SUMIFS(CapReq.shpIIC., Prd., BY.)","v":299},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$431","v":"shpIIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.shpIIC., Prd., BY.)"]
["Const",null,null,null,"TAV","…","CapBY.aviDPHEV.fts.",{"$f":"Model!H8703","v":"Vehicles"},{"$f":" SUMIFS(CapReq.aviDPHEV., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$435","v":"aviDPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.aviDPHEV., Prd., BY.)"]
["Const",null,null,null,"TAV","…","CapBY.aviDCon.fts.",{"$f":"Model!H8704","v":"Vehicles"},{"$f":" SUMIFS(CapReq.aviDCon., Prd., BY.)","v":104.73851641271114},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$436","v":"aviDCon."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.aviDCon., Prd., BY.)"]
["Const",null,null,null,"TAV","…","CapBY.aviIPHEV.fts.",{"$f":"Model!H8705","v":"Vehicles"},{"$f":" SUMIFS(CapReq.aviIPHEV., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$437","v":"aviIPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.aviIPHEV., Prd., BY.)"]
["Const",null,null,null,"TAV","…","CapBY.aviICon.fts.",{"$f":"Model!H8706","v":"Vehicles"},{"$f":" SUMIFS(CapReq.aviICon., Prd., BY.)","v":1936.5110145674446},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$438","v":"aviICon."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.aviICon., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.LVEref.fts.",{"$f":"Model!H7419","v":"Charge Points"},{"$f":" SUMIFS(CapReq.LVEref., Prd., BY.)","v":10008.994663390067},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$441","v":"LVEref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.LVEref., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.hgvAEref.fts.",{"$f":"Model!H7420","v":"Charge Points"},{"$f":" SUMIFS(CapReq.hgvAEref., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$444","v":"hgvAEref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvAEref., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.busEref.fts.",{"$f":"Model!H7421","v":"Charge Points"},{"$f":" SUMIFS(CapReq.busEref., Prd., BY.)","v":18.449151802212484},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$447","v":"busEref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.busEref., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.LVH2ref.fts.",{"$f":"Model!H7422","v":"Units"},{"$f":" SUMIFS(CapReq.LVH2ref., Prd., BY.)","v":3.3447956441716109E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$442","v":"LVH2ref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.LVH2ref., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.hgvAH2ref.fts.",{"$f":"Model!H7423","v":"Units"},{"$f":" SUMIFS(CapReq.hgvAH2ref., Prd., BY.)","v":1.5172413697813878},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$445","v":"hgvAH2ref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.hgvAH2ref., Prd., BY.)"]
["Const",null,null,null,"TRA","…","CapBY.busH2ref.fts.",{"$f":"Model!H7424","v":"Units"},{"$f":" SUMIFS(CapReq.busH2ref., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$448","v":"busH2ref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU98&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.busH2ref., Prd., BY.)"}]
["Const",null,null,null,"TRA","…","CapBY.LVICref.fts.",{"$f":"Model!H7425","v":"Units"},{"$f":" SUMIFS(CapReq.LVICref., Prd., BY.)","v":35036.77268211903},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$443","v":"LVICref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU99&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.LVICref., Prd., BY.)"}]
["Const",null,null,null,"TRA","…","CapBY.hgvAICref.fts.",{"$f":"Model!H7426","v":"Units"},{"$f":" SUMIFS(CapReq.hgvAICref., Prd., BY.)","v":3886.4848805350753},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$446","v":"hgvAICref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU100&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.hgvAICref., Prd., BY.)"}]
["Const",null,null,null,"TRA","…","CapBY.busICref.fts.",{"$f":"Model!H7427","v":"Units"},{"$f":" SUMIFS(CapReq.busICref., Prd., BY.)","v":2240.3466666666609},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$449","v":"busICref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU101&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.busICref., Prd., BY.)"}]
["Const",null,null,null,"IND","…",{"$f":"SUBSTITUTE(CS102 & CT102 & CU102 & CV102 & CW102, \"…\", \"\")","v":"CapBY.inSTLHt.fElc.fts."},{"$f":"Model!H14445","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHt.fElc., Prd., BY.)","v":4.0184122070729611},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU102&CV102&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.inSTLHt.fElc., Prd., BY.)"}]
["Const",null,null,null,"IND","…","CapBY.inSTLHt.fBiS.fts.",{"$f":"Model!H14446","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHt.fBiS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHt.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHt.fGrdG.fts.",{"$f":"Model!H14447","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHt.fGrdG., Prd., BY.)","v":4.7695502250000006},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHt.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHt.H2cnv.fts.",{"$f":"Model!H14448","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHt.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$694","v":"inSTLHt.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHt.H2cnv.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHt.fFsS.fts.",{"$f":"Model!H14449","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHt.fFsS., Prd., BY.)","v":21.955833897000002},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHt.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHt.fFsL.fts.",{"$f":"Model!H14450","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHt.fFsL., Prd., BY.)","v":8.4753624999999999E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHt.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHtCHP.fBiS.fts.",{"$f":"Model!H14451","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHtCHP.fBiS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$655","v":"inSTLHtCHP."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHtCHP.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHtCHP.fGrdG.fts.",{"$f":"Model!H14452","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHtCHP.fGrdG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$655","v":"inSTLHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHtCHP.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHtCHP.H2cnv.fts.",{"$f":"Model!H14453","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHtCHP.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$695","v":"inSTLHtCHP.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHtCHP.H2cnv.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHtCHP.fFsS.fts.",{"$f":"Model!H14454","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHtCHP.fFsS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$655","v":"inSTLHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHtCHP.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLHtCHP.fFsL.fts.",{"$f":"Model!H14455","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLHtCHP.fFsL., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$655","v":"inSTLHtCHP."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLHtCHP.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inSTLElc.fts.",{"$f":"Model!H14456","v":"TWh."},{"$f":" SUMIFS(CapReq.inSTLElc., Prd., BY.)","v":1.1967215871400707},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$653","v":"inSTLElc."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inSTLElc.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHt.fElc.fts.",{"$f":"Model!H14457","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHt.fElc., Prd., BY.)","v":17.572895269005389},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHt.fElc., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHt.fBiS.fts.",{"$f":"Model!H14458","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHt.fBiS., Prd., BY.)","v":5.3579805419999991},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHt.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHt.fGrdG.fts.",{"$f":"Model!H14459","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHt.fGrdG., Prd., BY.)","v":35.660103710000008},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHt.fGrdG., Prd., BY.)"]
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["Const",null,null,null,"IND","…","CapBY.inOTHHt.fFsS.fts.",{"$f":"Model!H14461","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHt.fFsS., Prd., BY.)","v":3.4684463010000006},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHt.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHt.fFsL.fts.",{"$f":"Model!H14462","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHt.fFsL., Prd., BY.)","v":26.164051705000006},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHt.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHtCHP.fBiS.fts.",{"$f":"Model!H14463","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHtCHP.fBiS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHtCHP.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHtCHP.fGrdG.fts.",{"$f":"Model!H14464","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHtCHP.fGrdG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHtCHP.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHtCHP.H2cnv.fts.",{"$f":"Model!H14465","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHtCHP.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$703","v":"inOTHHtCHP.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHtCHP.H2cnv.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHtCHP.fFsS.fts.",{"$f":"Model!H14466","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHtCHP.fFsS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHtCHP.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHHtCHP.fFsL.fts.",{"$f":"Model!H14467","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHHtCHP.fFsL., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHHtCHP.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inOTHElc.fts.",{"$f":"Model!H14468","v":"TWh."},{"$f":" SUMIFS(CapReq.inOTHElc., Prd., BY.)","v":34.092562329081112},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$685","v":"inOTHElc."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inOTHElc.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHt.fElc.fts.",{"$f":"Model!H14469","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHt.fElc., Prd., BY.)","v":1.6658404950000001},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHt.fElc., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHt.fBiS.fts.",{"$f":"Model!H14470","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHt.fBiS., Prd., BY.)","v":1.1956907669999999},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHt.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHt.fGrdG.fts.",{"$f":"Model!H14471","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHt.fGrdG., Prd., BY.)","v":7.2333540949999993},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHt.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHt.H2cnv.fts.",{"$f":"Model!H14472","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHt.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$696","v":"inCCGHt.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHt.H2cnv.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHt.fFsS.fts.",{"$f":"Model!H14473","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHt.fFsS., Prd., BY.)","v":4.1414709119999982},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHt.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHt.fFsL.fts.",{"$f":"Model!H14474","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHt.fFsL., Prd., BY.)","v":0.25912221499999993},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHt.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHtCHP.fBiS.fts.",{"$f":"Model!H14475","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHtCHP.fBiS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHtCHP.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHtCHP.fGrdG.fts.",{"$f":"Model!H14476","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…",{"$f":"SUBSTITUTE(CS134 & CT134 & CU134 & CV134 & CW134, \"…\", \"\")","v":"CapBY.inCCGHtCHP.H2cnv.fts."},{"$f":"Model!H14477","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHtCHP.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$697","v":"inCCGHtCHP.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU134&CV134&\", Prd., BY.)\"","v":"= SUMIFS(CapReq.inCCGHtCHP.H2cnv.…, Prd., BY.)"}]
["Const",null,null,null,"IND","…","CapBY.inCCGHtCHP.fFsS.fts.",{"$f":"Model!H14478","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHtCHP.fFsS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHtCHP.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGHtCHP.fFsL.fts.",{"$f":"Model!H14479","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGHtCHP.fFsL., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGHtCHP.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCCGElc.fts.",{"$f":"Model!H14480","v":"TWh."},{"$f":" SUMIFS(CapReq.inCCGElc., Prd., BY.)","v":1.7254268000000001},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$661","v":"inCCGElc."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCCGElc.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHt.fElc.fts.",{"$f":"Model!H14481","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHt.fElc., Prd., BY.)","v":0.70124829499999997},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$678","v":"inREFHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHt.fElc., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHt.fBiS.fts.",{"$f":"Model!H14482","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHt.fBiS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$678","v":"inREFHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHt.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHt.fGrdG.fts.",{"$f":"Model!H14483","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHt.fGrdG., Prd., BY.)","v":0.73419027000000026},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$678","v":"inREFHt."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHt.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHt.H2cnv.fts.",{"$f":"Model!H14484","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHt.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$700","v":"inREFHt.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHt.H2cnv.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHt.fFsS.fts.",{"$f":"Model!H14485","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHt.fFsS., Prd., BY.)","v":18.635373530999995},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$678","v":"inREFHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHt.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHt.fFsL.fts.",{"$f":"Model!H14486","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHt.fFsL., Prd., BY.)","v":2.7973813450000447},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$678","v":"inREFHt."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHt.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHtCHP.fBiS.fts.",{"$f":"Model!H14487","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHtCHP.fBiS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$679","v":"inREFHtCHP."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHtCHP.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHtCHP.fGrdG.fts.",{"$f":"Model!H14488","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHtCHP.fGrdG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$679","v":"inREFHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHtCHP.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHtCHP.H2cnv.fts.",{"$f":"Model!H14489","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHtCHP.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$701","v":"inREFHtCHP.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHtCHP.H2cnv.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHtCHP.fFsS.fts.",{"$f":"Model!H14490","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHtCHP.fFsS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$679","v":"inREFHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHtCHP.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFHtCHP.fFsL.fts.",{"$f":"Model!H14491","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFHtCHP.fFsL., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$679","v":"inREFHtCHP."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFHtCHP.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inREFElc.fts.",{"$f":"Model!H14492","v":"TWh."},{"$f":" SUMIFS(CapReq.inREFElc., Prd., BY.)","v":3.6500754999999994},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$677","v":"inREFElc."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inREFElc.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHt.fElc.fts.",{"$f":"Model!H14493","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHt.fElc., Prd., BY.)","v":1.4089570550000001},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$670","v":"inCHEHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHt.fElc., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHt.fBiS.fts.",{"$f":"Model!H14494","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHt.fBiS., Prd., BY.)","v":9.3595914000000002E-2},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$670","v":"inCHEHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHt.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHt.fGrdG.fts.",{"$f":"Model!H14495","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHt.fGrdG., Prd., BY.)","v":8.9829247750000007},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$670","v":"inCHEHt."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHt.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHt.H2cnv.fts.",{"$f":"Model!H14496","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHt.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$698","v":"inCHEHt.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHt.H2cnv.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHt.fFsS.fts.",{"$f":"Model!H14497","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHt.fFsS., Prd., BY.)","v":0.30243698699999982},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$670","v":"inCHEHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHt.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHt.fFsL.fts.",{"$f":"Model!H14498","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHt.fFsL., Prd., BY.)","v":1.4317285949999989},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$670","v":"inCHEHt."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHt.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHtCHP.fBiS.fts.",{"$f":"Model!H14499","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHtCHP.fGrdG.fts.",{"$f":"Model!H14500","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHtCHP.fGrdG., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHtCHP.fGrdG., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHtCHP.H2cnv.fts.",{"$f":"Model!H14501","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHtCHP.H2cnv., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$699","v":"inCHEHtCHP.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHtCHP.H2cnv.…, Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHtCHP.fFsS.fts.",{"$f":"Model!H14502","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHtCHP.fFsS., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHtCHP.fFsS., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEHtCHP.fFsL.fts.",{"$f":"Model!H14503","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEHtCHP.fFsL., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEHtCHP.fFsL., Prd., BY.)"]
["Const",null,null,null,"IND","…","CapBY.inCHEElc.fts.",{"$f":"Model!H14504","v":"TWh."},{"$f":" SUMIFS(CapReq.inCHEElc., Prd., BY.)","v":11.575339},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$669","v":"inCHEElc."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…","= SUMIFS(CapReq.inCHEElc.…, Prd., BY.)"]
[null,null,"Capacity Required"]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS163 & CT163 & CU163 & CV163 & CW163, \"…\", \"\")","v":"CapReq.dDHN.fts."},{"$f":"Model!H2574","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dDHN., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dDHN., Prd., PrdEnd.fts.))","v":1008006.3156508359},1017729.292667124,1027452.269683412,1037175.2466997001,1046898.2237159882,1056621.2007322763,1068956.37445257,1081291.5481728637,1093626.7218931571,1105961.895613451,1118297.0693337445,1130639.3324852423,1142981.5956367399,1155323.8587882377,1167666.1219397355,1180008.3850912331,1191882.8423114708,1203757.2995317085,1215631.7567519462,1227506.2139721841,1239380.6711924218,1248269.3834128124,1257158.0956332032,1266046.8078535935,1274935.5200739843,1283824.2322943748,1292614.735814706,1301405.2393350368,1310195.7428553677,1318986.2463756986,1327776.7498960297,1336468.3293162864,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dDHN., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dDHN., Prd., PrdEnd.fts.))","v":1345159.9087365433},1353851.4881568002,1362543.0675770571,1371234.6469973137,1375866.3115574003,1380497.9761174866,1385129.6406775732,1389761.3052376597,1394392.969797746,1398780.7438339647,1403168.5178701833,1407556.291906402,1411944.0659426206,1416331.8399788393,1420722.1526603785,1425112.4653419177,1429502.7780234567,1433893.0907049959,1438283.4033865349,1442930.5370420264,1447577.6706975175,1452224.804353009,1456871.9380085003,1461519.0716639915,1466469.5929088541,1471420.1141537167,1476370.6353985793,1481321.1566434421,1486271.6778883047,1491367.5144487107,1496463.351009117,1501559.187569523,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dDHN., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dDHN., Prd., PrdEnd.fts.))","v":1506655.0241299293},1511750.8606903353,1516847.2389700359,1521943.6172497361,1527039.9955294365,1532136.3738091374,1537232.7520888376,1542328.8541979175,1547424.9563069972,1552521.0584160772,1557617.1605251571,1562713.2626342368,1567890.2898164629,1573067.3169986885,1578244.3441809146,1583421.3713631404,1588598.3985453662,1593883.5182003817,1599168.6378553971,1604453.7575104125,1609738.8771654279,1615023.9968204433,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$495","v":"dDHN."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU163&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU163&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dDHN., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dDHN., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS164 & CT164 & CU164 & CV164 & CW164, \"…\", \"\")","v":"CapReq.dHPA.fts."},{"$f":"Model!H2575","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPA., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPA., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPA., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$492","v":"dHPA."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU164&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU164&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPA., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPA., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"BHT.","…","CapReq.dHPG.fts.",{"$f":"Model!H2576","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$493","v":"dHPG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dHyb.fts.",{"$f":"Model!H2577","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHyb., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHyb., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHyb., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHyb., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHyb., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHyb., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$494","v":"dHyb."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHyb., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHyb., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dblO.fts.",{"$f":"Model!H2578","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblO., Prd., PrdEnd.fts.))","v":1602494.3324981763},1617951.5923602353,1633408.8522222943,1648866.1120843533,1664323.3719464126,1679780.6318084714,1694099.2596158455,1708417.8874232192,1722736.515230593,1737055.1430379669,1751373.7708453408,1765283.4179431715,1779193.0650410019,1793102.7121388325,1807012.3592366632,1820922.0063344939,1833718.1628697065,1846514.3194049189,1859310.4759401316,1872106.6324753442,1884902.7890105566,1892858.2056518262,1900813.6222930953,1908769.0389343649,1916724.4555756343,1924679.8722169036,1932266.6478307645,1939853.4234446255,1947440.1990584864,1955026.9746723473,1962613.7502862082,1969846.160242009,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblO., Prd., PrdEnd.fts.))","v":1977078.57019781},1984310.9801536107,1991543.3901094117,1998775.8000652124,2005527.131106178,2012278.4621471437,2019029.7931881091,2025781.1242290749,2032532.4552700403,2038928.2800684823,2045324.1048669242,2051719.9296653662,2058115.7544638084,2064511.5792622503,2070911.104508929,2077310.6297556076,2083710.1550022862,2090109.680248965,2096509.2054956434,2103283.0850140797,2110056.964532515,2116830.8440509513,2123604.7235693871,2130378.6030878229,2137594.7145561324,2144810.826024441,2152026.9374927501,2159243.0489610592,2166459.1604293683,2173887.0903028813,2181315.0201763939,2188742.950049907,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblO., Prd., PrdEnd.fts.))","v":2196170.87992342},2203598.8097969331,2211027.5293058441,2218456.2488147547,2225884.9683236652,2233313.6878325762,2240742.4073414868,2248170.7242911751,2255599.0412408635,2263027.3581905519,2270455.6751402402,2277883.9920899286,2285430.2692138124,2292976.5463376963,2300522.8234615806,2308069.1005854644,2315615.3777093482,2323319.2154806778,2331023.0532520078,2338726.8910233374,2346430.7287946669,2354134.5665659965,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$488","v":"dblO."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblO., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblO., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dblS.fts.",{"$f":"Model!H2579","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblS., Prd., PrdEnd.fts.))","v":1987365.8116757488},2006535.4456451586,2025705.0796145685,2044874.7135839784,2064044.3475533884,2083213.9815227983,2100971.5178818339,2118729.0542408689,2136486.5905999043,2154244.1269589397,2172001.6633179751,2189251.9939644551,2206502.3246109346,2223752.6552574141,2241002.9859038941,2258253.3165503736,2274122.729317212,2289992.1420840505,2305861.5548508889,2321730.9676177274,2337600.3803845658,2347466.4515024885,2357332.5226204111,2367198.5937383338,2377064.6648562565,2386930.7359741791,2396339.6294535948,2405748.5229330105,2415157.4164124262,2424566.3098918414,2433975.2033712571,2442944.6231006701,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblS., Prd., PrdEnd.fts.))","v":2451914.0428300835},2460883.4625594965,2469852.8822889095,2478822.3020183225,2487195.1019852366,2495567.9019521503,2503940.7019190639,2512313.501885978,2520686.3018528917,2528618.2135508736,2536550.125248855,2544482.0369468369,2552413.9486448183,2560345.8603427997,2568282.3612266304,2576218.8621104606,2584155.3629942909,2592091.8638781216,2600028.3647619518,2608429.1286800141,2616829.8925980763,2625230.6565161385,2633631.4204342007,2642032.1843522629,2650981.3911822191,2659930.5980121754,2668879.8048421317,2677829.0116720879,2686778.2185020442,2695990.1162184821,2705202.0139349201,2714413.911651358,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblS., Prd., PrdEnd.fts.))","v":2723625.8093677959},2732837.7070842339,2742050.5840830076,2751263.4610817814,2760476.3380805552,2769689.215079329,2778902.0920781028,2788114.4698349014,2797326.8475917,2806539.2253484987,2815751.6031052973,2824963.980862096,2834322.6493187002,2843681.3177753044,2853039.9862319087,2862398.6546885129,2871757.3231451171,2881311.3936307016,2890865.4641162856,2900419.53460187,2909973.605087454,2919527.6755730384,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$489","v":"dblS."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblS., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblS., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dblG.fts.",{"$f":"Model!H2580","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblG., Prd., PrdEnd.fts.))","v":20442181.599235639},20639361.774365619,20836541.949495591,21033722.124625571,21230902.299755551,21428082.474885527,21607409.29392416,21786736.112962797,21966062.932001427,22145389.751040064,22324716.570078697,22498561.888391584,22672407.206704475,22846252.525017358,23020097.843330249,23193943.161643136,23353351.65794244,23512760.154241741,23672168.650541045,23831577.146840349,23990985.643139653,24088584.160506167,24186182.67787268,24283781.195239194,24381379.712605704,24478978.229972217,24571740.511560149,24664502.793148078,24757265.074736007,24850027.356323939,24942789.637911867,25030907.482077889,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblG., Prd., PrdEnd.fts.))","v":25119025.326243907},25207143.170409929,25295261.014575951,25383378.858741969,25469117.135945458,25554855.413148947,25640593.690352432,25726331.967555922,25812070.244759407,25893293.783671424,25974517.322583437,26055740.86149545,26136964.400407467,26218187.93931948,26299458.47193611,26380729.004552737,26461999.537169367,26543270.069785997,26624540.602402624,26710565.233156271,26796589.863909915,26882614.494663559,26968639.125417206,27054663.756170847,27146304.495107666,27237945.234044477,27329585.972981296,27421226.711918112,27512867.450854927,27607198.169742659,27701528.888630386,27795859.607518114,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblG., Prd., PrdEnd.fts.))","v":27890190.326405846},27984521.045293573,28078861.792126641,28173202.538959704,28267543.285792768,28361884.032625832,28456224.779458895,28550560.414006107,28644896.04855331,28739231.683100522,28833567.317647729,28927902.952194933,29023736.617582697,29119570.282970458,29215403.948358215,29311237.61374598,29407071.279133737,29504905.880097773,29602740.481061805,29700575.082025841,29798409.682989873,29896244.283953905,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$487","v":"dblG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dblG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dblG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dhtE.fts.",{"$f":"Model!H2581","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dhtE., Prd., PrdEnd.fts.))","v":2444221.9409396052},2467798.2949618702,2491374.6489841347,2514951.0030063991,2538527.3570286641,2562103.7110509286,2583943.3541255915,2605782.9972002539,2627622.6402749168,2649462.2833495792,2671301.9264242421,2692517.7672155444,2713733.6080068471,2734949.4487981489,2756165.2895894516,2777381.1303807539,2796898.6075591631,2816416.0847375719,2835933.5619159816,2855451.0390943903,2874968.5162727996,2887102.602184725,2899236.6880966509,2911370.7740085763,2923504.8599205022,2935638.9458324276,2947210.7580006975,2958782.5701689669,2970354.3823372363,2981926.1945055062,2993498.0066737756,3004529.3187610265,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dhtE., Prd., PrdEnd.fts.))","v":3015560.6308482764},3026591.9429355264,3037623.2550227772,3048654.5671100272,3058952.1083407346,3069249.6495714416,3079547.190802149,3089844.732032856,3100142.2732635634,3109897.5747243725,3119652.8761851816,3129408.1776459902,3139163.4791067997,3148918.7805676083,3158679.7261774098,3168440.6717872098,3178201.6173970113,3187962.5630068122,3197723.5086166128,3208055.4421582632,3218387.3756999131,3228719.3092415631,3239051.2427832135,3249383.1763248635,3260389.6289664842,3271396.0816081055,3282402.5342497258,3293408.986891347,3304415.4395329677,3315744.9705050355,3327074.5014771032,3338404.0324491709,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dhtE., Prd., PrdEnd.fts.))","v":3349733.5634212387},3361063.0943933064,3372393.8297653683,3383724.5651374301,3395055.3005094919,3406386.0358815538,3417716.7712536156,3429046.8926178375,3440377.0139820594,3451707.1353462804,3463037.2567105028,3474367.3780747242,3485877.4194798968,3497387.4608850684,3508897.502290241,3520407.543695413,3531917.5851005851,3543667.9476000075,3555418.3100994295,3567168.6725988518,3578919.0350982742,3590669.3975976962,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$490","v":"dhtE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dhtE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dhtE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dDwlNwI.fts.",{"$f":"Model!H2582","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dDwlNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dDwlNwI., Prd., PrdEnd.fts.))","v":0},278409.86301128566,556819.72602257133,835229.58903385699,1113639.4520451427,1392049.3150564283,1372520.7150564292,1352992.1150564298,1333463.5150564304,1313934.9150564312,1294406.315056432,1287391.9150564305,1280377.515056429,1273363.1150564277,1266348.7150564261,1259334.3150564246,1240236.9150564277,1221139.5150564306,1202042.1150564335,1182944.7150564366,1163847.3150564395,1080824.1183144585,997800.92157247732,914777.72483049636,831754.52808851539,748731.33134653419,742408.79445832083,736086.25757010723,729763.72068189387,723441.18379368039,717118.64690546691,711040.94589440152,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dDwlNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dDwlNwI., Prd., PrdEnd.fts.))","v":704963.24488333613},698885.54387227073,692807.84286120534,686730.14185013995,678479.19049355912,670228.23913697829,661977.28778039734,653726.33642381651,645475.38506723568,639378.12197054108,633280.85887384636,627183.59577715176,621086.33268045716,614989.06958376244,615052.53571677441,615116.00184978615,615179.46798279812,615242.93411580997,615306.40024882182,621726.92459762772,628147.44894643349,634567.97329523938,640988.49764404516,647409.02199285105,654993.71172713267,662578.40146141429,670163.0911956958,677747.78092997742,685332.47066425905,688965.3535528474,692598.23644143576,696231.11933002388,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dDwlNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dDwlNwI., Prd., PrdEnd.fts.))","v":699864.00221861235},703496.88510720059,703510.42808955838,703523.97107191605,703537.51405427384,703551.05703663151,703564.60001898929,703557.69575347379,703550.79148795828,703543.88722244278,703536.98295692727,703530.07869141176,705553.20552006294,707576.33234871412,709599.45917736506,711622.58600601635,713645.71283466741,716348.02465440566,719050.33647414367,721752.64829388191,724454.96011362004,727157.27193335816,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$467","v":"dDwlNwI."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dDwlNwI., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dDwlNwI., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dCnsv.fts.",{"$f":"Model!H2583","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dCnsv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dCnsv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,125000,250000,375000,500000,625000,750000,875000,1000000,1125000,1250000,1375000,1500000,1625000,1750000,1875000,2000000,2125000,2250000,2375000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dCnsv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dCnsv., Prd., PrdEnd.fts.))","v":2500000},2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dCnsv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dCnsv., Prd., PrdEnd.fts.))","v":2500000},2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$478","v":"dCnsv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dCnsv., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dCnsv., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dHPoversized.fts.",{"$f":"Model!H2584","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPoversized., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPoversized., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPoversized., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPoversized., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPoversized., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPoversized., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$498","v":"dHPoversized."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dHPoversized., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dHPoversized., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dElcGrdR.fts.",{"$f":"Model!H2585","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dElcGrdR., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dElcGrdR., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dElcGrdR., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dElcGrdR., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dElcGrdR., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dElcGrdR., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$484","v":"dElcGrdR."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dElcGrdR., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dElcGrdR., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.dH2cnv.fts.",{"$f":"Model!H2586","v":"Dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dH2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dH2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dH2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dH2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dH2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dH2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$480","v":"dH2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dH2cnv., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dH2cnv., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS176 & CT176 & CU176 & CV176 & CW176, \"…\", \"\")","v":"CapReq.nDHN.fts."},{"$f":"Model!H2588","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nDHN., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nDHN., Prd., PrdEnd.fts.))","v":19256563.135429226},19284319.932471588,19312076.729513943,19339833.526556306,19367590.323598664,19395347.120641023,19870732.338828776,20346117.557016529,20821502.775204286,21296887.993392039,21772273.211579792,22254309.240049019,22736345.268518243,23218381.296987467,23700417.325456694,24182453.353925917,24671211.36619214,25159969.378458358,25648727.390724584,26137485.402990807,26626243.415257026,27121795.26528677,27617347.11531651,28112898.965346251,28608450.815375991,29104002.665405732,29606420.893727735,30108839.122049734,30611257.350371733,31113675.57869374,31616093.807015739,32125451.64688497,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nDHN., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nDHN., Prd., PrdEnd.fts.))","v":32634809.486754201},33144167.326623432,33653525.166492663,34162883.006361894,34212126.072391927,34261369.13842196,34310612.204451993,34359855.270482026,34409098.336512059,34458696.302266397,34508294.268020727,34557892.233775064,34607490.199529402,34657088.165283732,34707043.588560335,34756999.011836931,34806954.435113527,34856909.85839013,34906865.281666726,34957180.738697872,35007496.195729017,35057811.652760155,35108127.109791309,35158442.566822447,35209120.652407579,35259798.737992704,35310476.823577836,35361154.909162961,35411832.994748086,35462876.322387628,35513919.650027163,35564962.977666698,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nDHN., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nDHN., Prd., PrdEnd.fts.))","v":35616006.305306241},35667049.632945776,35718460.834975906,35769872.037006028,35821283.23903615,35872694.44106628,35924105.643096402,35975887.370824814,36027669.098553225,36079450.826281637,36131232.554010049,36183014.28173846,36235169.205581084,36287324.129423708,36339479.053266332,36391633.977108955,36443788.900951579,36496319.710570313,36548850.520189039,36601381.329807773,36653912.139426507,36706442.949045233,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$508","v":"nDHN."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU176&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU176&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nDHN., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nDHN., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS177 & CT177 & CU177 & CV177 & CW177, \"…\", \"\")","v":"CapReq.nHPA.fts."},{"$f":"Model!H2589","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPA., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPA., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPA., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$505","v":"nHPA."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU177&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU177&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPA., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPA., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"BHT.","…","CapReq.nHPG.fts.",{"$f":"Model!H2590","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$506","v":"nHPG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nHyb.fts.",{"$f":"Model!H2591","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHyb., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHyb., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHyb., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHyb., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHyb., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHyb., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$507","v":"nHyb."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHyb., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHyb., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nblO.fts.",{"$f":"Model!H2592","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblO., Prd., PrdEnd.fts.))","v":52068256.830222413},52143309.061870493,52218361.293518558,52293413.525166631,52368465.756814703,52443517.988462768,52519111.129084781,52594704.269706786,52670297.410328791,52745890.550950803,52821483.6915728,52897621.639554076,52973759.587535337,53049897.535516612,53126035.48349788,53202173.431479149,53278860.113301046,53355546.795122944,53432233.476944834,53508920.158766739,53585606.840588629,53662846.211031094,53740085.581473537,53817324.951915994,53894564.322358452,53971803.692800902,54049599.735146329,54127395.777491741,54205191.81983716,54282987.862182587,54360783.904527999,54439140.630766727,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblO., Prd., PrdEnd.fts.))","v":54517497.357005447},54595854.083244175,54674210.809482902,54752567.535721622,54831488.986758798,54910410.437795974,54989331.88883315,55068253.339870326,55147174.790907502,55226665.036771499,55306155.282635495,55385645.528499484,55465135.774363488,55544626.020227477,55624689.160279751,55704752.30033201,55784815.440384276,55864878.58043655,55944941.720488809,56025581.883635335,56106222.046781845,56186862.209928364,56267502.373074889,56348142.5362214,56429363.881125584,56510585.226029754,56591806.570933938,56673027.915838115,56754249.260742292,56836055.976039454,56917862.691336617,56999669.406633779,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblO., Prd., PrdEnd.fts.))","v":57081476.121930949},57163282.837228112,57245679.141741492,57328075.446254864,57410471.750768244,57492868.055281617,57575264.359794989,57658254.50275331,57741244.645711631,57824234.788669944,57907224.931628264,57990215.074586578,58073803.335843153,58157391.597099721,58240979.858356297,58324568.11961288,58408156.380869456,58492347.071122974,58576537.761376485,58660728.451629996,58744919.141883522,58829109.832137033,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$501","v":"nblO."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblO., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblO., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nblS.fts.",{"$f":"Model!H2593","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblS., Prd., PrdEnd.fts.))","v":34996272.327819876},35046716.657963879,35097160.98810789,35147605.318251893,35198049.648395896,35248493.978539899,35299301.866039366,35350109.753538817,35400917.641038284,35451725.528537743,35502533.416037202,35553707.481086515,35604881.546135813,35656055.611185119,35707229.676234432,35758403.741283737,35809946.622961283,35861489.504638821,35913032.386316359,35964575.267993905,36016118.149671443,36068032.506075718,36119946.862479992,36171861.218884267,36223775.575288542,36275689.931692816,36327978.440079495,36380266.948466182,36432555.456852853,36484843.96523954,36537132.473626219,36589797.830546238,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblS., Prd., PrdEnd.fts.))","v":36642463.187466256},36695128.544386275,36747793.901306294,36800459.258226313,36853504.17966491,36906549.1011035,36959594.022542097,37012638.943980694,37065683.865419284,37119111.086936079,37172538.308452874,37225965.52996967,37279392.751486465,37332819.973003261,37386632.249873325,37440444.52674339,37494256.803613454,37548069.080483519,37601881.357353583,37656081.464709535,37710281.572065488,37764481.67942144,37818681.786777392,37872881.894133344,37927472.627108462,37982063.36008358,38036654.09305869,38091244.826033808,38145835.559008926,38200819.732881293,38255803.906753659,38310788.080626018,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblS., Prd., PrdEnd.fts.))","v":38365772.254498392},38420756.428370751,38476136.878708445,38531517.32904613,38586897.779383823,38642278.229721509,38697658.680059195,38753438.262866512,38809217.845673829,38864997.428481139,38920777.011288457,38976556.594095767,39032738.185960516,39088919.777825251,39145101.369689994,39201282.961554736,39257464.553419478,39314051.051661327,39370637.549903162,39427224.048145004,39483810.546386853,39540397.044628687,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$502","v":"nblS."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU181&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU181&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblS., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblS., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"BHT.","…","CapReq.nblG.fts.",{"$f":"Model!H2594","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblG., Prd., PrdEnd.fts.))","v":443756994.4968093},444396634.7454741,445036274.99413896,445675915.24280369,446315555.49146855,446955195.74013335,447152017.56521416,447348839.39029491,447545661.21537566,447742483.04045641,447939304.86553717,448134320.54403359,448329336.22252995,448524351.90102625,448719367.57952273,448914383.25801903,449107556.53239346,449300729.80676782,449493903.08114219,449687076.35551661,449880249.62989098,450071543.81379795,450262837.99770486,450454132.1816119,450645426.36551881,450836720.54942578,451026098.52341402,451215476.49740219,451404854.47139043,451594232.44537866,451783610.41936684,451971034.62654227,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblG., Prd., PrdEnd.fts.))","v":452158458.83371764},452345883.04089308,452533307.24806845,452720731.45524383,453373292.2144767,454025852.97370958,454678413.73294246,455330974.49217534,455983535.25140822,456640799.0815953,457298062.91178238,457955326.74196941,458612590.57215655,459269854.40234357,459931855.19898969,460593855.99563575,461255856.79228181,461917857.58892792,462579858.38557398,463246630.28847229,463913402.19137061,464580174.09426892,465246945.99716723,465913717.90006554,466585295.29505819,467256872.69005078,467928450.08504343,468600027.48003608,469271604.87502867,469948022.39578009,470624439.91653132,471300857.43728274,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblG., Prd., PrdEnd.fts.))","v":471977274.9580341},472653692.4787854,473334985.00856805,474016277.53835058,474697570.06813323,475378862.59791583,476060155.12769836,476746357.80119228,477432560.47468609,478118763.14817989,478804965.82167381,479491168.49516761,480182316.70027167,480873464.9053756,481564613.11047965,482255761.31558371,482946909.52068764,483643038.90034509,484339168.28000247,485035297.65965986,485731427.03931737,486427556.41897476,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$500","v":"nblG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nblG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nblG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nhtE.fts.",{"$f":"Model!H2595","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nhtE., Prd., PrdEnd.fts.))","v":99682041.91074045},99825725.608948976,99969409.307157502,100113093.00536603,100256776.70357455,100400460.40178308,100545179.64284039,100689898.88389769,100834618.124955,100979337.36601229,101124056.6070696,101269818.85423709,101415581.10140459,101561343.34857208,101707105.59573959,101852867.84290707,101999680.61323452,102146493.38356192,102293306.15388936,102440118.92421679,102586931.69454421,102734802.55925763,102882673.42397103,103030544.28868444,103178415.15339786,103326286.01811126,103475222.60300311,103624159.18789497,103773095.7727868,103922032.35767867,104070968.94257051,104220978.92839327,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nhtE., Prd., PrdEnd.fts.))","v":104370988.91421601},104520998.90003875,104671008.88586152,104821018.87168425,104972109.99454623,105123201.11740822,105274292.2402702,105425383.36313218,105576474.48599415,105728654.53775863,105880834.58952311,106033014.6412876,106185194.69305208,106337374.74481657,106490651.57350355,106643928.40219054,106797205.2308775,106950482.0595645,107103758.88825147,107258140.39844243,107412521.90863337,107566903.41882433,107721284.92901528,107875666.43920623,108031160.59245174,108186654.74569725,108342148.89894274,108497643.05218826,108653137.20543376,108809752.02066413,108966366.83589447,109122981.65112482,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nhtE., Prd., PrdEnd.fts.))","v":109279596.46635519},109436211.28158553,109593954.83552425,109751698.38946293,109909441.94340163,110067185.49734035,110224929.05127904,110383809.47885941,110542689.90643975,110701570.33402011,110860450.76160046,111019331.18918081,111179356.68396534,111339382.17874986,111499407.67353436,111659433.16831891,111819458.66310342,111980637.47770654,112141816.29230961,112302995.10691273,112464173.92151584,112625352.73611893,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$503","v":"nhtE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nhtE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nhtE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nFlrNwI.fts.",{"$f":"Model!H2596","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nFlrNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nFlrNwI., Prd., PrdEnd.fts.))","v":0},5030101.5890911818,10060203.178182364,15090304.767273545,20120406.356364727,25150507.945455909,25157257.952195454,25164007.958935,25170757.965674542,25177507.972414091,25184257.979153633,25191056.633869983,25197855.28858633,25204653.94330268,25211452.59801903,25218251.252735376,25225098.906039216,25231946.559343051,25238794.21264689,25245641.865950726,25252489.519254565,25259386.524283886,25266283.529313207,25273180.534342527,25280077.539371848,25286974.544401169,25293921.256838549,25300867.969275929,25307814.681713305,25314761.394150689,25321708.106588066,25328704.884679999,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nFlrNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nFlrNwI., Prd., PrdEnd.fts.))","v":25335701.662771925},25342698.440863863,25349695.218955792,25356691.997047722,25363739.201622263,25370786.406196795,25377833.610771336,25384880.815345872,25391928.019920409,25399026.014406431,25406124.008892454,25413222.003378473,25420319.9978645,25427417.992350519,25434567.142795838,25441716.293241158,25448865.44368647,25456014.594131794,25463163.74457711,25470364.419667996,25477565.094758879,25484765.769849766,25491966.444940653,25499167.120031536,25506419.691111222,25513672.262190901,25520924.833270587,25528177.404350273,25535429.975429952,25542734.816518154,25550039.657606348,25557344.498694554,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nFlrNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nFlrNwI., Prd., PrdEnd.fts.))","v":25564649.339782752},25571954.18087095,25579311.668682683,25586669.156494416,25594026.644306146,25601384.132117882,25608741.619929612,25616152.133895364,25623562.647861108,25630973.161826864,25638383.675792612,25645794.18975836,25653258.112042584,25660722.034326807,25668185.956611022,25675649.878895249,25683113.801179469,25690631.516701616,25698149.23222376,25705666.947745908,25713184.663268056,25720702.3787902,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$472","v":"nFlrNwI."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nFlrNwI., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nFlrNwI., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nCnsv.fts.",{"$f":"Model!H2597","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nCnsv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nCnsv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nCnsv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nCnsv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nCnsv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nCnsv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$479","v":"nCnsv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nCnsv., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nCnsv., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nHPoversized.fts.",{"$f":"Model!H2598","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPoversized., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPoversized., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPoversized., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPoversized., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPoversized., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPoversized., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$511","v":"nHPoversized."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nHPoversized., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nHPoversized., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nElcGrdR.fts.",{"$f":"Model!H2599","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nElcGrdR., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nElcGrdR., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nElcGrdR., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nElcGrdR., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nElcGrdR., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nElcGrdR., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$485","v":"nElcGrdR."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nElcGrdR., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nElcGrdR., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","CapReq.nH2cnv.fts.",{"$f":"Model!H2600","v":"sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nH2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nH2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nH2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nH2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nH2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nH2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$481","v":"nH2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nH2cnv., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nH2cnv., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"GGS.","…","CapReq.ggDstGrd.fts.",{"$f":"Model!H5250","v":"UNIT"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggDstGrd., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggDstGrd., Prd., PrdEnd.fts.))","v":163.53329417748196},161.10425507418634,158.67521597089075,156.24617686759512,153.81713776429953,151.38809866100391,149.43795463348258,147.48781060596122,145.53766657843988,143.58752255091855,141.63737852339719,139.25215360687855,136.86692869035988,134.48170377384122,132.09647885732255,129.71125394080389,127.21257128330599,124.7138886258081,122.2152059683102,119.71652331081231,117.21784065331441,114.41165005466119,111.60545945600799,108.79926885735478,105.99307825870156,103.18688766004834,100.14867194889618,97.110456237744017,94.072240526591855,91.034024815439679,87.995809104287517,84.80527817366692,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggDstGrd., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggDstGrd., Prd., PrdEnd.fts.))","v":81.61474724304631},78.424216312425699,75.233685381805103,72.043154451184492,68.442821142013699,64.842487832842892,61.242154523672099,57.641821214501306,54.041487905330506,50.424458620858317,46.807429336386122,43.190400051913933,39.573370767441745,35.956341482969549,32.328814221421275,28.701286959873002,25.073759698324729,21.446232436776455,17.818705175228182,14.254964140182546,10.691223105136908,7.1274820700912729,3.5637410350456364,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggDstGrd., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggDstGrd., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$539","v":"ggDstGrd."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggDstGrd., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggDstGrd., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"GGS.","…","CapReq.ggDstH2.fts.",{"$f":"Model!H5251","v":"UNIT"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggDstH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggDstH2., Prd., PrdEnd.fts.))","v":350.95347402133768},355.26613563675522,359.57879725217276,363.89145886759025,368.20412048300778,372.51678209842532,378.61057565497549,384.70436921152572,390.79816276807588,396.89195632462611,402.98574988117628,408.66844522286902,414.35114056456177,420.03383590625447,425.71653124794722,431.39922658963997,437.57659940500042,443.75397222036088,449.93134503572128,456.10871785108179,462.28609066644219,468.22356016704259,474.16102966764288,480.09849916824328,486.03596866884362,491.97343816944397,497.78951772198104,503.60559727451812,509.42167682705519,515.23775637959227,521.05383593212935,527.09337926538137,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggDstH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggDstH2., Prd., PrdEnd.fts.))","v":533.13292259863329},539.1724659318852,545.21200926513734,551.25155259838925,554.87293157511192,558.49431055183459,562.11568952855737,565.73706850528004,569.3584474820027,572.72867145029613,576.09889541858956,579.46911938688299,582.83934335517642,586.20956732346986,588.73337785677029,591.25718839007072,593.78099892337104,596.30480945667148,598.82861998997191,600.79751016639545,602.766400342819,604.73529051924265,606.7041806956662,608.67307087208974,608.0333585493056,607.39364622652147,606.75393390373745,606.11422158095331,605.47450925816918,603.98569310346159,602.49687694875399,601.00806079404629,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggDstH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggDstH2., Prd., PrdEnd.fts.))","v":599.51924463933869},598.0304284846311,594.94674088261854,591.86305328060598,588.77936567859331,585.69567807658075,582.61199047456819,581.1490169077972,579.68604334102611,578.22306977425512,576.76009620748414,575.29712264071304,573.23539868824469,571.17367473577633,569.11195078330798,567.05022683083962,564.98850287837126,563.6059423086632,562.22338173895503,560.84082116924696,559.4582605995389,558.07570002983073,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$540","v":"ggDstH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggDstH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggDstH2., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"GGS.","…","CapReq.ggTmsGrd.fts.",{"$f":"Model!H5252","v":"UNIT"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggTmsGrd., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggTmsGrd., Prd., PrdEnd.fts.))","v":755.33790667978531},757.52415138684125,759.71039609389709,761.89664080095304,764.08288550800899,766.26913021506482,763.88130050665984,761.49347079825475,759.10564108984977,756.71781138144479,754.3299816730397,763.31291088953969,772.29584010603958,781.27876932253957,790.26169853903946,799.24462775553934,842.49446227666306,885.74429679778677,928.99413131891038,972.24396584003421,1015.4938003611578,1048.2394799488507,1080.9851595365435,1113.7308391242364,1146.4765187119292,1179.2221982996221,1195.6193180121909,1212.0164377247597,1228.4135574373286,1244.8106771498974,1261.2077968624662,1278.2634998899002,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggTmsGrd., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggTmsGrd., Prd., PrdEnd.fts.))","v":1295.3192029173338},1312.3749059447678,1329.4306089722018,1346.4863119996355,1348.2866983433953,1350.0870846871551,1351.8874710309146,1353.6878573746746,1355.4882437184342,1356.8634755349594,1358.2387073514842,1359.6139391680094,1360.9891709845344,1362.3644028010594,1362.3354263291676,1362.3064498572758,1362.2774733853839,1362.2484969134923,1362.2195204416005,1361.5634680091268,1360.907415576653,1360.2513631441793,1359.5953107117057,1358.9392582792318,1359.4956306697354,1360.0520030602386,1360.608375450742,1361.1647478412456,1361.7211202317487,1361.2904619540757,1360.8598036764024,1360.4291453987294,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggTmsGrd., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggTmsGrd., Prd., PrdEnd.fts.))","v":1359.9984871210563},1359.567828843383,1357.2249734953239,1354.8821181472645,1352.5392627992053,1350.1964074511459,1347.8535521030867,1347.4601227471021,1347.0666933911175,1346.6732640351329,1346.2798346791485,1345.8864053231639,1344.7805475235386,1343.6746897239132,1342.5688319242877,1341.4629741246624,1340.3571163250369,1340.0062733110994,1339.6554302971615,1339.3045872832238,1338.9537442692863,1338.6029012553483,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$542","v":"ggTmsGrd."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggTmsGrd., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggTmsGrd., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"GGS.","…","CapReq.ggTmsH2.fts.",{"$f":"Model!H5253","v":"UNIT"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggTmsH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggTmsH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggTmsH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggTmsH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggTmsH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggTmsH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$543","v":"ggTmsH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.ggTmsH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.ggTmsH2., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.dStvG.fts.",{"$f":"Model!H3769","v":"dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dStvG., Prd., PrdEnd.fts.))","v":13248528.012874017},13376320.003230399,13504111.993586779,13631903.983943161,13759695.974299543,13887487.964655923,14003709.238494024,14119930.512332123,14236151.786170222,14352373.060008323,14468594.333846422,14581263.060439743,14693931.787033064,14806600.513626385,14919269.240219709,15031937.96681303,15135250.224287078,15238562.481761122,15341874.739235168,15445186.996709216,15548499.254183261,15611752.615135381,15675005.976087499,15738259.337039618,15801512.697991736,15864766.058943855,15924885.06728892,15985004.075633986,16045123.083979052,16105242.092324117,16165361.100669181,16222470.060454141,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dStvG., Prd., PrdEnd.fts.))","v":16279579.0202391},16336687.98002406,16393796.939809021,16450905.899593979,16506472.667836975,16562039.436079971,16617606.204322966,16673172.972565964,16728739.740808958,16781380.518181801,16834021.295554645,16886662.072927486,16939302.850300331,16991943.627673171,17044614.861551307,17097286.095429435,17149957.329307571,17202628.563185703,17255299.797063835,17311052.150343947,17366804.503624059,17422556.856904175,17478309.210184287,17534061.563464399,17593453.702753991,17652845.842043579,17712237.981333166,17771630.120622758,17831022.259912346,17892157.768644221,17953293.277376093,18014428.786107969,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dStvG., Prd., PrdEnd.fts.))","v":18075564.294839844},18136699.803571716,18197841.811390493,18258983.81920927,18320125.827028044,18381267.834846821,18442409.842665598,18503548.537224386,18564687.23178317,18625825.926341958,18686964.620900746,18748103.315459531,18810212.880150691,18872322.444841847,18934432.00953301,18996541.574224167,19058651.138915326,19122057.505070925,19185463.871226523,19248870.237382121,19312276.603537716,19375682.969693314,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$526","v":"dStvG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dStvG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dStvG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.dStvE.fts.",{"$f":"Model!H3770","v":"dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dStvE., Prd., PrdEnd.fts.))","v":14235741.987125987},14373056.396769606,14510370.806413222,14647685.216056842,14784999.625700459,14922314.035344077,15051670.561505977,15181027.087667879,15310383.613829779,15439740.13999168,15569096.66615358,15694991.339560257,15820886.012966933,15946780.686373608,16072675.359780286,16198570.033186961,16314723.775712918,16430877.518238872,16547031.26076483,16663185.003290785,16779338.745816741,16852528.188122645,16925717.630428545,16998907.072734445,17072096.515040349,17145285.957346249,17215287.215370994,17285288.473395731,17355289.731420472,17425290.989445217,17495292.247469958,17562225.853043739,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dStvE., Prd., PrdEnd.fts.))","v":17629159.45861752},17696093.064191304,17763026.669765085,17829960.275338866,17890185.12109803,17950409.966857195,18010634.812616359,18070859.658375524,18131084.504134689,18188138.077667315,18245191.651199937,18302245.224732559,18359298.798265185,18416352.371797808,18473438.954958156,18530525.538118497,18587612.121278845,18644698.704439189,18701785.287599534,18762211.275706708,18822637.263813876,18883063.251921047,18943489.240028217,19003915.228135388,19068286.119967368,19132657.011799339,19197027.903631315,19261398.795463294,19325769.687295269,19392030.09257355,19458290.497851826,19524550.903130107,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dStvE., Prd., PrdEnd.fts.))","v":19590811.308408391},19657071.713686667,19723339.162860405,19789606.612034138,19855874.061207876,19922141.510381609,19988408.959555343,20054672.817723554,20120936.675891764,20187200.534059972,20253464.392228182,20319728.25039639,20387044.36526088,20454360.480125364,20521676.594989851,20588992.709854342,20656308.824718829,20725030.449938618,20793752.075158402,20862473.700378191,20931195.325597983,20999916.950817768,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$527","v":"dStvE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dStvE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dStvE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.nStvG.fts.",{"$f":"Model!H3771","v":"sqm. Floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nStvG., Prd., PrdEnd.fts.))","v":256542175.69762293},256911960.74459964,257281745.7915763,257651530.83855301,258021315.8855297,258391100.93250638,258504886.40486443,258618671.87722245,258732457.3495805,258846242.82193851,258960028.29429656,259072769.60784665,259185510.92139673,259298252.23494679,259410993.5484969,259523734.86204696,259635411.0557954,259747087.24954379,259858763.4432922,259970439.63704064,260082115.83078903,260192705.69584221,260303295.56089532,260413885.42594847,260524475.29100162,260635065.15605474,260744547.23313442,260854029.3102141,260963511.38729376,261072993.46437344,261182475.54145309,261290828.11838928,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nStvG., Prd., PrdEnd.fts.))","v":261399180.69532543},261507533.27226162,261615885.8491978,261724238.42613399,262101493.00245526,262478747.57877654,262856002.15509778,263233256.73141909,263610511.30774033,263990484.79569572,264370458.28365105,264750431.77160645,265130405.25956181,265510378.74751717,265893090.74257591,266275802.73763466,266658514.73269337,267041226.72775215,267423938.72281086,267809408.96166885,268194879.2005268,268580349.43938482,268965819.6782428,269351289.91710073,269739538.27869809,270127786.64029539,270516035.00189281,270904283.3634901,271292531.72508746,271683578.23163396,272074624.7381804,272465671.2447269,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nStvG., Prd., PrdEnd.fts.))","v":272856717.75127339},273247764.25781983,273641629.07582718,274035493.89383447,274429358.71184182,274823223.52984923,275217088.34785652,275613791.78917867,276010495.2305007,276407198.67182279,276803902.11314493,277200605.55446702,277600168.07734722,277999730.60022742,278399293.12310767,278798855.64598787,279198418.16886806,279600860.37899452,280003302.58912092,280405744.79924732,280808187.00937378,281210629.21950018,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$528","v":"nStvG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nStvG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nStvG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.nStvE.fts.",{"$f":"Model!H3772","v":"sqm. Floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nStvE., Prd., PrdEnd.fts.))","v":393217953.00339824},393784745.26212931,394351537.52086037,394918329.77959144,395485122.03832251,396051914.29705358,396881456.1371429,397710997.97723216,398540539.81732142,399370081.65741074,400199623.4975,401037008.15111363,401874392.8047272,402711777.45834076,403549162.11195439,404386546.7655679,405231844.19228703,406077141.61900604,406922439.04572511,407767736.47244424,408613033.89916325,409466314.65960699,410319595.42005062,411172876.18049431,412026156.940938,412879437.70138162,413740772.96223617,414602108.22309065,415463443.48394525,416324778.74479979,417186114.00565428,418055575.54474425,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nStvE., Prd., PrdEnd.fts.))","v":418925037.08383417},419794498.62292409,420663960.16201401,421533421.70110393,422141028.44538337,422748635.18966269,423356241.93394208,423963848.67822152,424571455.42250085,425183441.24963218,425795427.07676345,426407412.90389478,427019398.73102611,427631384.55815738,428247781.02863067,428864177.4991039,429480573.96957713,430096970.44005042,430713366.91052365,431334205.81228858,431955044.71405345,432575883.61581838,433196722.51758331,433817561.41934818,434442874.76945341,435068188.11955857,435693501.46966386,436318814.81976902,436944128.16987425,437573948.21611857,438203768.26236284,438833588.3086071,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nStvE., Prd., PrdEnd.fts.))","v":439463408.35485142},440093228.40109569,440727587.62369084,441361946.846286,441996306.06888115,442630665.29147637,443265024.51407146,443903955.62731767,444542886.74056375,445181817.85380989,445820748.96705604,446459680.08030218,447103216.03427446,447746751.98824668,448390287.94221896,449033823.89619124,449677359.85016346,450325533.83241165,450973707.81465983,451621881.79690802,452270055.77915621,452918229.7614044,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$529","v":"nStvE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nStvE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nStvE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.dLt.fts.",{"$f":"Model!H3773","v":"People"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dLt., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dLt., Prd., PrdEnd.fts.))","v":65097097},65549605.600000001,66002114.199999996,66454622.799999997,66907131.399999999,67359640,67776522,68193404,68610286,69027168,69444050,69825777.400000006,70207504.799999997,70589232.199999988,70970959.599999994,71352687,71690923.599999994,72029160.199999988,72367396.799999997,72705633.400000006,73043870,73352158.799999997,73660447.599999994,73968736.400000006,74277025.200000003,74585314,74879317.200000003,75173320.400000006,75467323.599999994,75761326.799999997,76055330,76335600.799999997,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dLt., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dLt., Prd., PrdEnd.fts.))","v":76615871.599999994},76896142.400000006,77176413.200000003,77456684,77718312,77979940,78241568,78503196,78764824,79012675.400000006,79260526.799999997,79508378.200000003,79756229.600000009,80004081,80252075.800000012,80500070.599999994,80748065.400000006,80996060.200000003,81244055,81506556.799999997,81769058.599999994,82031560.400000006,82294062.200000003,82556564,82836203.200000003,83115842.400000006,83395481.599999994,83675120.799999997,83954760,84242607.599999994,84530455.200000003,84818302.799999997,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dLt., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dLt., Prd., PrdEnd.fts.))","v":85106150.400000006},85393998,85681876.200000003,85969754.400000006,86257632.599999994,86545510.800000012,86833389,87121251.600000009,87409114.200000003,87696976.799999997,87984839.400000006,88272702,88565135.800000012,88857569.599999994,89150003.400000006,89442437.200000003,89734871,90033410.599999994,90331950.200000003,90630489.799999997,90929029.400000006,91227569,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$530","v":"dLt."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dLt., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dLt., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.nLt.fts.",{"$f":"Model!H3774","v":"sqm. Floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nLt., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nLt., Prd., PrdEnd.fts.))","v":649760128.70102119},650696706.00672901,651633283.3124367,652569860.61814451,653506437.92385232,654443015.22956002,655386342.54200733,656329669.85445464,657272997.16690195,658216324.47934926,659159651.79179657,660109777.75896025,661059903.72612393,662010029.69328749,662960155.66045117,663910281.62761486,664867255.2480824,665824228.86854982,666781202.48901737,667738176.10948491,668695149.72995234,669659020.3554492,670622890.98094594,671586761.60644281,672550632.23193955,673514502.85743642,674485320.19537055,675456137.53330481,676426954.87123895,677397772.2091732,678368589.54710734,679346403.6631335,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nLt., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nLt., Prd., PrdEnd.fts.))","v":680324217.77915955},681302031.89518571,682279846.01121175,683257660.12723792,684242521.44783854,685227382.76843929,686212244.0890398,687197105.40964055,688181966.73024118,689173926.0453279,690165885.36041451,691157844.67550111,692149803.99058795,693141763.30567455,694140871.77120662,695139980.23673844,696139088.70227051,697138197.16780257,698137305.63333452,699143614.77395737,700149923.91458035,701156233.0552032,702162542.19582605,703168851.33644891,704182413.04815149,705195974.75985408,706209536.47155666,707223098.18325913,708236659.89496171,709257526.44775248,710278393.00054324,711299259.553334,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nLt., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nLt., Prd., PrdEnd.fts.))","v":712320126.10612476},713340992.65891552,714369216.69951797,715397440.74012053,716425664.78072298,717453888.82132554,718482112.86192799,719517747.41649628,720553381.97106445,721589016.52563274,722624651.08020091,723660285.6347692,724703384.11162162,725746482.58847415,726789581.06532657,727832679.54217911,728875778.01903152,729926394.21140623,730977010.4037807,732027626.59615541,733078242.78853011,734128858.98090458,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$531","v":"nLt."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nLt., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nLt., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.dAp.fts.",{"$f":"Model!H3775","v":"People"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dAp., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dAp., Prd., PrdEnd.fts.))","v":65097097},65549605.600000001,66002114.199999996,66454622.799999997,66907131.399999999,67359640,67776522,68193404,68610286,69027168,69444050,69825777.400000006,70207504.799999997,70589232.199999988,70970959.599999994,71352687,71690923.599999994,72029160.199999988,72367396.799999997,72705633.400000006,73043870,73352158.799999997,73660447.599999994,73968736.400000006,74277025.200000003,74585314,74879317.200000003,75173320.400000006,75467323.599999994,75761326.799999997,76055330,76335600.799999997,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dAp., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dAp., Prd., PrdEnd.fts.))","v":76615871.599999994},76896142.400000006,77176413.200000003,77456684,77718312,77979940,78241568,78503196,78764824,79012675.400000006,79260526.799999997,79508378.200000003,79756229.600000009,80004081,80252075.800000012,80500070.599999994,80748065.400000006,80996060.200000003,81244055,81506556.799999997,81769058.599999994,82031560.400000006,82294062.200000003,82556564,82836203.200000003,83115842.400000006,83395481.599999994,83675120.799999997,83954760,84242607.599999994,84530455.200000003,84818302.799999997,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dAp., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dAp., Prd., PrdEnd.fts.))","v":85106150.400000006},85393998,85681876.200000003,85969754.400000006,86257632.599999994,86545510.800000012,86833389,87121251.600000009,87409114.200000003,87696976.799999997,87984839.400000006,88272702,88565135.800000012,88857569.599999994,89150003.400000006,89442437.200000003,89734871,90033410.599999994,90331950.200000003,90630489.799999997,90929029.400000006,91227569,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$532","v":"dAp."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dAp., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dAp., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.nAp.fts.",{"$f":"Model!H3776","v":"sqm. Floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nAp., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nAp., Prd., PrdEnd.fts.))","v":649760128.70102119},650696706.00672901,651633283.3124367,652569860.61814451,653506437.92385232,654443015.22956002,655386342.54200733,656329669.85445464,657272997.16690195,658216324.47934926,659159651.79179657,660109777.75896025,661059903.72612393,662010029.69328749,662960155.66045117,663910281.62761486,664867255.2480824,665824228.86854982,666781202.48901737,667738176.10948491,668695149.72995234,669659020.3554492,670622890.98094594,671586761.60644281,672550632.23193955,673514502.85743642,674485320.19537055,675456137.53330481,676426954.87123895,677397772.2091732,678368589.54710734,679346403.6631335,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nAp., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nAp., Prd., PrdEnd.fts.))","v":680324217.77915955},681302031.89518571,682279846.01121175,683257660.12723792,684242521.44783854,685227382.76843929,686212244.0890398,687197105.40964055,688181966.73024118,689173926.0453279,690165885.36041451,691157844.67550111,692149803.99058795,693141763.30567455,694140871.77120662,695139980.23673844,696139088.70227051,697138197.16780257,698137305.63333452,699143614.77395737,700149923.91458035,701156233.0552032,702162542.19582605,703168851.33644891,704182413.04815149,705195974.75985408,706209536.47155666,707223098.18325913,708236659.89496171,709257526.44775248,710278393.00054324,711299259.553334,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nAp., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nAp., Prd., PrdEnd.fts.))","v":712320126.10612476},713340992.65891552,714369216.69951797,715397440.74012053,716425664.78072298,717453888.82132554,718482112.86192799,719517747.41649628,720553381.97106445,721589016.52563274,722624651.08020091,723660285.6347692,724703384.11162162,725746482.58847415,726789581.06532657,727832679.54217911,728875778.01903152,729926394.21140623,730977010.4037807,732027626.59615541,733078242.78853011,734128858.98090458,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$533","v":"nAp."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nAp., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nAp., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.dAC.fts.",{"$f":"Model!H3777","v":"dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dAC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dAC., Prd., PrdEnd.fts.))","v":300000},320000,340000,360000,380000,400000,479754.0394411814,559508.07888236281,639262.11832354416,719016.15776472562,798770.19720590697,938093.8056691559,1077417.4141324046,1216741.0225956533,1356064.6310589022,1495388.239522151,1733820.2409596825,1972252.2423972134,2210684.2438347447,2449116.245272276,2687548.2467098073,3143889.583397381,3600230.9200849542,4056572.2567725275,4512913.5934601007,4969254.9301476739,5821107.4866368072,6672960.0431259405,7524812.5996150728,8376665.1561042061,9228517.7125933394,10810900.787567956,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dAC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dAC., Prd., PrdEnd.fts.))","v":12393283.862542573},13975666.937517188,15558050.012491807,17140433.087466422,17198328.894467503,17256224.701468583,17314120.508469664,17372016.315470748,17429912.122471824,17484759.29792456,17539606.473377291,17594453.648830026,17649300.824282758,17704147.999735489,17759026.908254728,17813905.816773966,17868784.725293208,17923663.633812446,17978542.542331684,18036631.713025328,18094720.883718967,18152810.054412611,18210899.225106254,18268988.395799894,18330869.911360677,18392751.426921457,18454632.94248224,18516514.458043028,18578395.973603807,18642093.930608887,18705791.88761396,18769489.844619036,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dAC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dAC., Prd., PrdEnd.fts.))","v":18833187.801624116},18896885.758629192,18960590.487125449,19024295.215621702,19087999.94411796,19151704.672614217,19215409.40111047,19279110.67747397,19342811.953837465,19406513.230200965,19470214.506564464,19533915.78292796,19598628.622705784,19663341.462483607,19728054.302261431,19792767.142039254,19857479.981817078,19923543.977504771,19989607.973192465,20055671.968880154,20121735.964567848,20187799.960255541,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$534","v":"dAC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dAC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dAC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.nAC.fts.",{"$f":"Model!H3778","v":"sqm. Floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nAC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nAC., Prd., PrdEnd.fts.))","v":649760128.70102119},650696706.00672901,651633283.3124367,652569860.61814451,653506437.92385232,654443015.22956002,655386342.54200733,656329669.85445464,657272997.16690195,658216324.47934926,659159651.79179657,660109777.75896025,661059903.72612393,662010029.69328749,662960155.66045117,663910281.62761486,664867255.2480824,665824228.86854982,666781202.48901737,667738176.10948491,668695149.72995234,669659020.3554492,670622890.98094594,671586761.60644281,672550632.23193955,673514502.85743642,674485320.19537055,675456137.53330481,676426954.87123895,677397772.2091732,678368589.54710734,679346403.6631335,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nAC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nAC., Prd., PrdEnd.fts.))","v":680324217.77915955},681302031.89518571,682279846.01121175,683257660.12723792,684242521.44783854,685227382.76843929,686212244.0890398,687197105.40964055,688181966.73024118,689173926.0453279,690165885.36041451,691157844.67550111,692149803.99058795,693141763.30567455,694140871.77120662,695139980.23673844,696139088.70227051,697138197.16780257,698137305.63333452,699143614.77395737,700149923.91458035,701156233.0552032,702162542.19582605,703168851.33644891,704182413.04815149,705195974.75985408,706209536.47155666,707223098.18325913,708236659.89496171,709257526.44775248,710278393.00054324,711299259.553334,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nAC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nAC., Prd., PrdEnd.fts.))","v":712320126.10612476},713340992.65891552,714369216.69951797,715397440.74012053,716425664.78072298,717453888.82132554,718482112.86192799,719517747.41649628,720553381.97106445,721589016.52563274,722624651.08020091,723660285.6347692,724703384.11162162,725746482.58847415,726789581.06532657,727832679.54217911,728875778.01903152,729926394.21140623,730977010.4037807,732027626.59615541,733078242.78853011,734128858.98090458,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$535","v":"nAC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nAC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nAC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.dH2cnvStvG.fts.",{"$f":"Model!H3779","v":"dwellings"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dH2cnvStvG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dH2cnvStvG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dH2cnvStvG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$482","v":"dH2cnvStvG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.dH2cnvStvG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.dH2cnvStvG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","CapReq.nH2cnvStvG.fts.",{"$f":"Model!H3780","v":"sqm. Floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nH2cnvStvG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nH2cnvStvG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nH2cnvStvG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$483","v":"nH2cnvStvG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nH2cnvStvG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nH2cnvStvG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"NHS.","…","CapReq.hnWHO.fts.",{"$f":"Model!H4846","v":"GW."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnWHO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnWHO., Prd., PrdEnd.fts.))","v":3.7890005330688163},3.8402260212264281,3.8914515093840398,3.9426769975416516,3.9939024856992633,4.0451279738568751,4.207349220554728,4.369570467252581,4.5317917139504349,4.6940129606482879,4.8562342073461409,5.0041323673659459,5.152030527385751,5.2999286874055569,5.4478268474253619,5.595725007445167,5.7592022015947899,5.9226793957444137,6.0861565898940366,6.2496337840436595,6.4131109781932825,6.5622369062176578,6.7113628342420331,6.8604887622664084,7.0096146902907845,7.1587406183151598,7.2490986618805238,7.3394567054458859,7.4298147490112489,7.5201727925766129,7.610530836141975,7.7055072198030867,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnWHO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnWHO., Prd., PrdEnd.fts.))","v":7.8004836034641976},7.8954599871253093,7.990436370786421,8.0854127544475318,8.07780829961332,8.0702038447791082,8.0625993899448964,8.0549949351106847,8.0473904802764729,8.0354203104483695,8.0234501406202661,8.0114799707921627,7.9995098009640611,7.9875396311359577,7.9698677900322243,7.952195948928491,7.9345241078247568,7.9168522667210244,7.8991804256172902,7.8743590060720017,7.8495375865267132,7.8247161669814247,7.7998947474361371,7.7750733278908486,7.7640779245101106,7.7530825211293717,7.7420871177486337,7.7310917143678957,7.7200963109871568,7.6967710303016146,7.6734457496160733,7.6501204689305302,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnWHO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnWHO., Prd., PrdEnd.fts.))","v":7.6267951882449889},7.6034699075594467,7.5570124113343704,7.5105549151092932,7.4640974188842169,7.4176399226591405,7.3711824264340633,7.3482406624812953,7.3252988985285246,7.3023571345757556,7.2794153706229867,7.2564736066702169,7.2229646092264606,7.1894556117827033,7.1559466143389461,7.1224376168951888,7.0889286194514316,7.0524572274716872,7.015985835491942,6.9795144435121959,6.9430430515324524,6.9065716595527062,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$524","v":"hnWHO."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnWHO., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnWHO., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"NHS.","…","CapReq.hnHPW.fts.",{"$f":"Model!H4847","v":"GW."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnHPW., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnHPW., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnHPW., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnHPW., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnHPW., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnHPW., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$516","v":"hnHPW."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnHPW., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnHPW., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"NHS.","…","CapReq.hnHPG.fts.",{"$f":"Model!H4848","v":"GW."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnHPG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$517","v":"hnHPG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnHPG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnHPG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"NHS.","…","CapReq.hnCHPB.fts.",{"$f":"Model!H4849","v":"GW."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnCHPB., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnCHPB., Prd., PrdEnd.fts.))","v":8.4500123468731522E-2},8.4500123468731536E-2,8.4500123468731522E-2,8.4500123468731522E-2,8.4500123468731536E-2,8.4500123468731522E-2,8.1683452686440478E-2,7.8866781904149419E-2,7.6050111121858374E-2,7.3233440339567329E-2,7.0416769557276271E-2,6.7600098774985226E-2,6.4783427992694168E-2,6.1966757210403123E-2,5.9150086428112078E-2,5.6333415645821019E-2,5.3516744863529975E-2,5.0700074081238916E-2,4.7883403298947864E-2,4.506673251665682E-2,4.2250061734365761E-2,3.9433390952074716E-2,3.6616720169783658E-2,3.3800049387492613E-2,3.0983378605201561E-2,2.816670782291051E-2,2.5350037040619458E-2,2.2533366258328406E-2,1.9716695476037355E-2,1.6900024693746303E-2,1.408335391145525E-2,1.1266683129164198E-2,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnCHPB., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnCHPB., Prd., PrdEnd.fts.))","v":8.4500123468731463E-3},5.6333415645820938E-3,2.8166707822910421E-3,-9.8333309913859303E-18,-7.8666647931087445E-18,-5.899998594831558E-18,-3.9333323965543723E-18,-1.9666661982771861E-18,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnCHPB., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnCHPB., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$518","v":"hnCHPB."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnCHPB., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnCHPB., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"NHS.","…","CapReq.hnCHPG.fts.",{"$f":"Model!H4850","v":"GW."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnCHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnCHPG., Prd., PrdEnd.fts.))","v":4.0074695233994273},4.0074695233994273,4.0074695233994273,4.0074695233994273,4.0074695233994273,4.0074695233994273,4.0102861941817185,4.0131028649640097,4.0159195357463009,4.0187362065285921,4.0215528773108824,4.0243695480931736,4.0271862188754648,4.0300028896577551,4.0328195604400463,4.0356362312223375,4.0384529020046287,4.0412695727869199,4.0440862435692111,4.0469029143515023,4.0497195851337935,4.0578878223485804,4.0660560595633672,4.074224296778155,4.0823925339929419,4.0905607712077288,4.1453642615755717,4.2001677519434146,4.2549712423112567,4.3097747326790996,4.3645782230469425,4.4220388405931601,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnCHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnCHPG., Prd., PrdEnd.fts.))","v":4.4794994581393777},4.5369600756855961,4.5944206932318146,4.6518813107780321,4.647506144983006,4.6431309791879798,4.6387558133929536,4.6343806475979274,4.6300054818029013,4.6231185347785138,4.6162315877541253,4.6093446407297378,4.6024576937053503,4.5955707466809619,4.5854033860459378,4.5752360254109128,4.5650686647758878,4.5549013041408637,4.5447339435058387,4.5304531267811523,4.5161723100564659,4.5018914933317795,4.4876106766070922,4.4733298598824058,4.4670037373893789,4.4606776148963512,4.4543514924033234,4.4480253699102965,4.4416992474172687,4.4282792229132584,4.414859198409248,4.4014391739052368,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnCHPG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnCHPG., Prd., PrdEnd.fts.))","v":4.3880191494012264},4.374599124897216,4.3478701544663503,4.3211411840354836,4.2944122136046179,4.2676832431737513,4.2409542727428855,4.2277549017015659,4.2145555306602462,4.2013561596189275,4.1881567885776079,4.1749574175362882,4.1583598634026622,4.141762309269037,4.1251647551354109,4.1085672010017849,4.0919696468681588,4.0919696468681588,4.0919696468681588,4.0919696468681588,4.0919696468681588,4.0919696468681588,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$521","v":"hnCHPG."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hnCHPG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hnCHPG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS210 & CT210 & CU210 & CV210 & CW210, \"…\", \"\")","v":"CapReq.Cyc.fts."},{"$f":"Model!$H$7390","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.Cyc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.Cyc., Prd., PrdEnd.fts.))","v":27179356.957887657},28357846.66897092,29536336.380054183,30714826.091137446,31893315.80222071,33071805.513303973,32818818.371155962,32565831.229007944,32312844.086859934,32059856.94471192,31806869.802563906,31528943.705427334,31251017.608290762,30973091.51115419,30695165.414017618,30417239.316881046,30090350.510556482,29763461.70423191,29436572.897907346,29109684.091582783,28782795.285258211,28407443.396595214,28032091.507932212,27656739.619269215,27281387.730606213,26906035.841943212,26517197.417871878,26128358.993800543,25739520.569729209,25350682.145657878,24961843.721586544,24522335.319437679,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.Cyc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.Cyc., Prd., PrdEnd.fts.))","v":24082826.91728881},23643318.515139945,23203810.11299108,22764301.710842215,22841193.444653131,22918085.178464048,22994976.912274957,23071868.646085877,23148760.37989679,23221603.209691245,23294446.039485693,23367288.869280145,23440131.6990746,23512974.528869048,23585859.503520429,23658744.478171811,23731629.452823192,23804514.427474573,23877399.402125951,23954547.943300776,24031696.484475594,24108845.025650416,24185993.566825241,24263142.108000059,24345327.282864742,24427512.457729425,24509697.632594109,24591882.807458796,24674067.982323475,24758665.582875829,24843263.183428179,24927860.783980533,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.Cyc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.Cyc., Prd., PrdEnd.fts.))","v":25012458.384532884},25097055.985085238,25181662.578891583,25266269.172697924,25350875.766504265,25435482.36031061,25520088.954116952,25604690.963127144,25689292.972137332,25773894.981147524,25858496.990157716,25943098.999167904,26029044.471009277,26114989.942850649,26200935.414692022,26286880.886533394,26372826.358374767,26460566.307673838,26548306.256972909,26636046.206271976,26723786.155571051,26811526.104870118,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$391","v":"Cyc."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU210&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU210&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.Cyc., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.Cyc., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS211 & CT211 & CU211 & CV211 & CW211, \"…\", \"\")","v":"CapReq.carE.fts."},{"$f":"Model!H7391","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carE., Prd., PrdEnd.fts.))","v":25939.024800000003},26430.102374953982,26921.179949907957,27412.257524861932,27903.335099815911,28394.412674769887,27548.029844612134,26701.647014454378,25855.264184296626,25008.881354138874,24162.498523981121,23248.987444706228,22335.476365431336,21421.965286156439,20508.45420688155,19594.943127606653,18651.517576840972,17708.09202607529,16764.666475309608,15821.240924543927,14877.815373778243,13901.677560300284,12925.539746822322,11949.401933344361,10973.264119866402,9997.1263063884417,9004.1829548840924,8011.239603379744,7018.2962518753957,6025.3529003710473,5032.4095488666981,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carE., Prd., PrdEnd.fts.))","v":4025.9276390933587},3019.4457293200189,2012.9638195466794,1006.4819097733397,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carE., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carE., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$406","v":"carE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU211&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU211&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carE., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS212 & CT212 & CU212 & CV212 & CW212, \"…\", \"\")","v":"CapReq.carH2.fts."},{"$f":"Model!H7392","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carH2., Prd., PrdEnd.fts.))","v":84.260303349659907},85.855519274425035,87.450735199190149,89.045951123955277,90.641167048720405,92.236382973485519,92.626571281321148,93.016759589156777,93.406947896992406,93.797136204828035,94.187324512663665,90.626386293291091,87.065448073918503,83.504509854545915,79.943571635173328,76.38263341580074,72.705086227735165,69.027539039669563,65.349991851603974,61.672444663538393,57.994897475472797,54.189835307920845,50.384773140368878,46.579710972816926,42.774648805264967,38.969586637713007,35.099015157780528,31.228443677848045,27.357872197915562,23.487300717983082,19.616729238050603,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carH2., Prd., PrdEnd.fts.))","v":15.693383390440482},11.770037542830361,7.8466916952202412,3.9233458476101206,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$407","v":"carH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU212&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU212&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carH2., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"TRA","…","CapReq.carPHEV.fts.",{"$f":"Model!H7393","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdEnd.fts.))","v":73724.068524105591},75119.812468440723,76515.556412775841,77911.300357110958,79307.044301446091,80702.788245781208,78297.193345845866,75891.598445910509,73486.003545975153,71080.40864603981,68674.813746104453,66078.426490790531,63482.039235476594,60885.651980162671,58289.264724848748,55692.877469534818,53011.467104714895,50330.056739894964,47648.646375075026,44967.236010255103,42285.825645435165,39511.440270321924,36737.054895208676,33962.669520095442,31188.284144982194,28413.898769868949,25591.748582986766,22769.598396104575,19947.448209222388,17125.298022340201,14303.147835458014,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdEnd.fts.))","v":11442.518268366412},8581.8887012748073,5721.2591341832058,2860.6295670916029,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$408","v":"carPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carPHEV., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.carIC.fts.",{"$f":"Model!H7394","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carIC., Prd., PrdEnd.fts.))","v":32324033.646372542},32935992.198329799,33547950.750287056,34159909.302244313,34771867.85420157,35383826.406158827,35537224.382202476,35690622.358246125,35844020.334289782,35997418.310333431,36150816.28637708,36253683.861308053,36356551.436239019,36459419.011169985,36562286.586100951,36665154.161031917,36759586.688531317,36854019.216030717,36948451.743530117,37042884.271029517,37137316.798528917,37200008.169681884,37262699.540834859,37325390.911987826,37388082.283140793,37450773.654293761,37505362.211912341,37559950.769530922,37614539.327149503,37669127.884768084,37723716.442386664,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carIC., Prd., PrdEnd.fts.))","v":37758927.530753031},37794138.619119391,37829349.70748575,37864560.795852117,37899771.884218477,38027787.195570096,38155802.506921723,38283817.818273343,38411833.12962497,38539848.44097659,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carIC., Prd., PrdEnd.fts.))","v":38661122.823458344},38782397.205940098,38903671.588421851,39024945.970903605,39146220.353385352,39267564.901887745,39388909.45039013,39510253.998892523,39631598.547394916,39752943.095897302,39881385.960030206,40009828.824163094,40138271.68829599,40266714.552428894,40395157.41656179,40531985.658394158,40668813.900226526,40805642.142058894,40942470.383891262,41079298.62572363,41220143.260609105,41360987.89549458,41501832.530380063,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carIC., Prd., PrdEnd.fts.))","v":41642677.165265538},41783521.800151013,41924381.407701984,42065241.015252955,42206100.622803919,42346960.230354898,42487819.837905861,42628671.812333256,42769523.786760628,42910375.761188015,43051227.73561541,43192079.71004279,43335168.385401465,43478257.060760126,43621345.736118808,43764434.411477476,43907523.086836144,44053599.347193554,44199675.607550964,44345751.867908373,44491828.128265791,44637904.3886232,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$409","v":"carIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.carIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.carIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.lgvE.fts.",{"$f":"Model!H7395","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvE., Prd., PrdEnd.fts.))","v":4595.0000000000055},4719.7716685111354,4844.5433370222654,4969.3150055333954,5094.0866740445254,5218.8583425556553,5148.5647563739649,5078.2711701922735,5007.9775840105822,4937.6839978288917,4867.3904116472004,4750.9581309114528,4634.5258501757044,4518.0935694399568,4401.6612887042093,4285.2290079684608,4123.564150944846,3961.8992939212308,3800.2344368976155,3638.5695798740007,3476.9047228503855,3280.0089551929423,3083.1131875354986,2886.2174198780554,2689.3216522206121,2492.4258845631684,2260.53704994488,2028.6482153265911,1796.7593807083026,1564.8705460900137,1332.981711471725,1066.38536917738,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvE., Prd., PrdEnd.fts.))","v":799.78902688303504},533.19268458868999,266.59634229434499,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvE., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$410","v":"lgvE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.lgvH2.fts.",{"$f":"Model!H7396","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$411","v":"lgvH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvH2., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.lgvPHEV.fts.",{"$f":"Model!H7397","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvPHEV., Prd., PrdEnd.fts.))","v":695.99999999999909},714.89903836425287,733.79807672850666,752.69711509276044,771.59615345701434,790.49519182126812,779.84789345729496,769.20059509332168,758.55329672934863,747.90599836537535,737.25870000140219,719.6228202642792,701.98694052715609,684.35106079003322,666.71518105291011,649.07930131578712,624.5920890223299,600.10487672887268,575.61766443541546,551.13045214195824,526.64323984850103,496.81963717394609,466.99603449939104,437.17243182483611,407.34882915028112,377.52522647572613,342.40125936052948,307.27729224533283,272.15332513013618,237.02935801493953,201.90539089974288,161.52431271979432,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvPHEV., Prd., PrdEnd.fts.))","v":121.14323453984572},80.762156359897162,40.381078179948581,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$412","v":"lgvPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvPHEV., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvPHEV., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.lgvIC.fts.",{"$f":"Model!H7398","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvIC., Prd., PrdEnd.fts.))","v":3730745},3832048.86908369,3933352.73816738,4034656.6072510695,4135960.47633476,4237264.3454184495,4338492.2860015482,4439720.2265846459,4540948.1671677446,4642176.1077508423,4743404.048333941,4838987.9444926372,4934571.8406513333,5030155.7368100286,5125739.6329687256,5221323.5291274209,5307038.6328074643,5392753.7364875078,5478468.8401675504,5564183.9438475948,5649899.0475276373,5735248.5555770295,5820598.0636264207,5905947.5716758128,5991297.079725205,6076646.5877745962,6161572.0324466387,6246497.4771186803,6331422.9217907228,6416348.3664627653,6501273.8111348068,6585807.9573060693,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvIC., Prd., PrdEnd.fts.))","v":6670342.1034773299},6754876.2496485915,6839410.395819854,6923944.5419911146,7007893.6386515824,7091842.7353120483,7175791.8319725152,7259740.928632983,7343690.0252934489,7427500.1463297782,7511310.2673661057,7595120.388402435,7678930.5094387643,7762740.6304750927,7846447.2843627725,7930153.9382504513,8013860.5921381302,8097567.2460258109,8181273.8999134898,8264834.5167685561,8348395.1336236214,8431955.7504786886,8515516.3673337549,8599076.9841888193,8682429.5150353462,8765782.0458818711,8849134.576728398,8932487.1075749248,9015839.6384214498,9098945.4132591095,9182051.1880967692,9265156.9629344288,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvIC., Prd., PrdEnd.fts.))","v":9348262.7377720885},9431368.5126097482,9514238.9148933683,9597109.3171769883,9679979.7194606066,9762850.1217442267,9845720.5240278468,9928414.3750999011,10011108.226171955,10093802.077244012,10176495.928316066,10259189.77938812,10341764.162745781,10424338.546103442,10506912.929461103,10589487.312818764,10672061.696176425,10754544.976704145,10837028.257231867,10919511.537759587,11001994.818287309,11084478.098815029,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$413","v":"lgvIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.lgvIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.lgvIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvRE.fts.",{"$f":"Model!H7399","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRE., Prd., PrdEnd.fts.))","v":294.37476345233671},296.14275256526992,297.91074167820312,299.67873079113633,301.44671990406954,303.21470901700275,293.86089081031298,284.50707260362321,275.15325439693345,265.79943619024368,256.44561798355392,247.08773657612346,237.72985516869295,228.37197376126244,219.01409235383198,209.65621094640147,199.66251050286897,189.66881005933644,179.67510961580393,169.6814091722714,159.68770872873887,149.37050740436948,139.05330608000008,128.73610475563069,118.4189034312613,108.10170210689189,97.454612067360571,86.807522027829236,76.160431988297915,65.513341948766595,54.866251909235274,43.893001527388222,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRE., Prd., PrdEnd.fts.))","v":32.919751145541163},21.946500763694111,10.973250381847055,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRE., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$414","v":"hgvRE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvRH2.fts.",{"$f":"Model!H7400","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$415","v":"hgvRH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRH2., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvRPHEV.fts.",{"$f":"Model!H7401","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$416","v":"hgvRPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRPHEV., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRPHEV., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvRIC.fts.",{"$f":"Model!H7402","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRIC., Prd., PrdEnd.fts.))","v":351988.70651780255},354102.71993967553,356216.73336154845,358330.74678342137,360444.76020529435,362558.77362716728,363649.96678527066,364741.15994337393,365832.35310147732,366923.54625958065,368014.73941768397,369639.562561028,371264.38570437202,372889.20884771599,374514.03199106007,376138.85513440403,377319.5009140363,378500.14669366844,379680.79247330059,380861.43825293286,382042.08403256501,383232.28904908005,384422.49406559509,385612.69908211008,386802.90409862518,387993.10911514016,389174.72041116538,390356.33170719061,391537.94300321583,392719.55429924111,393901.16559526633,395076.41404569021,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRIC., Prd., PrdEnd.fts.))","v":396251.66249611403},397426.91094653797,398602.1593969618,399777.40784738568,400943.45318816899,402109.49852895224,403275.5438697355,404441.58921051881,405607.63455130206,406781.79893271928,407955.96331413637,409130.12769555353,410304.29207697074,411478.45645838784,412660.91473164945,413843.37300491094,415025.8312781725,416208.28955143411,417390.7478246956,418577.90706562949,419765.06630656333,420952.22554749722,422139.38478843111,423326.54402936494,424514.44657683012,425702.34912429529,426890.25167176046,428078.15421922569,429266.05676669086,430452.37207282649,431638.68737896206,432825.00268509763,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRIC., Prd., PrdEnd.fts.))","v":434011.31799123331},435197.63329736883,436382.57633657713,437567.51937578525,438752.46241499356,439937.4054542018,441122.34849340998,442308.1949823852,443494.04147136037,444679.88796033547,445865.73444931069,447051.5809382858,448240.31351008557,449429.04608188529,450617.778653685,451806.51122548478,452995.24379728443,454187.48634280195,455379.7288883194,456571.97143383691,457764.21397935442,458956.45652487187,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$417","v":"hgvRIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvRIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvRIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvAE.fts.",{"$f":"Model!H7403","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAE., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAE., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAE., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$418","v":"hgvAE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS224 & CT224 & CU224 & CV224 & CW224, \"…\", \"\")","v":"CapReq.hgvAH2.fts."},{"$f":"Model!H7404","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAH2., Prd., PrdEnd.fts.))","v":128.62523654766332},130.10386960092461,131.58250265418587,133.06113570744714,134.53976876070843,136.01840181396969,137.54665238185112,139.07490294973252,140.60315351761398,142.13140408549538,143.6596546533768,139.17466692793914,134.68967920250145,130.20469147706376,125.7197037516261,121.23471602618841,116.35690149841213,111.47908697063582,106.60127244285954,101.72345791508324,96.84564338730695,91.223343945925649,85.601044504544333,79.978745063163018,74.356445621781717,68.734146180400401,62.275457443772773,55.81676870714513,49.358079970517508,42.899391233889872,36.440702497262237,29.152561997809791,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAH2., Prd., PrdEnd.fts.))","v":21.864421498357341},14.576280998904895,7.2881404994524477,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$419","v":"hgvAH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU224&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU224&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAH2., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS225 & CT225 & CU225 & CV225 & CW225, \"…\", \"\")","v":"CapReq.hgvAPHEV.fts."},{"$f":"Model!H7405","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$420","v":"hgvAPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAPHEV., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAPHEV., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvAIC.fts.",{"$f":"Model!H7406","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAIC., Prd., PrdEnd.fts.))","v":153799.29348219748},155567.31914352824,157335.34480485902,159103.37046618978,160871.39612752057,162639.42178885132,164466.77592177712,166294.13005470292,168121.48418762867,169948.8383205545,171776.19245348027,173667.5975836055,175559.00271373068,177450.40784385591,179341.81297398114,181233.21810410634,183599.45908568092,185965.70006725553,188331.94104883011,190698.18203040469,193064.42301197926,195565.42854503606,198066.43407809286,200567.43961114966,203068.44514420646,205569.45067726326,208057.45550259159,210545.46032791989,213033.46515324819,215521.46997857653,218009.47480390483,220485.60237738842,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAIC., Prd., PrdEnd.fts.))","v":222961.72995087199},225437.85752435558,227913.98509783918,230390.11267132274,232851.30792256625,235312.50317380973,237773.69842505321,240234.89367629675,242696.08892754023,245154.11654492229,247612.14416230429,250070.17177968632,252528.19939706838,254986.22701445039,257442.0992979118,259897.97158137313,262353.84386483452,264809.71614829591,267265.58843175729,269717.78647583019,272169.98451990302,274622.18256397586,277074.38060804876,279526.57865212159,281973.00397111679,284419.42929011193,286865.85460910713,289312.27992810233,291758.70524709747,294198.06229446008,296637.41934182262,299076.77638918522,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAIC., Prd., PrdEnd.fts.))","v":301516.13343654783},303955.49048391037,306388.11812719097,308820.74577047146,311253.37341375201,313686.00105703261,316118.6287003131,318546.38307258557,320974.13744485792,323401.89181713032,325829.64618940279,328257.40056167514,330682.0625779563,333106.7245942374,335531.38661051856,337956.0486267996,340380.71064308076,342803.13264244603,345225.55464181129,347647.97664117656,350070.39864054183,352492.82063990709,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$421","v":"hgvAIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.busE.fts.",{"$f":"Model!H7407","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busE., Prd., PrdEnd.fts.))","v":193.99999999999997},193.87819649663822,193.75639299327648,193.63458948991473,193.51278598655301,193.39098248319124,186.79520249544512,180.19942250769896,173.60364251995281,167.00786253220673,160.41208254446056,153.84554616734118,147.27900979022175,140.71247341310237,134.14593703598297,127.57940065886356,120.99103397042028,114.40266728197699,107.81430059353369,101.2259339050904,94.637567216647099,88.121865882296873,81.606164547946634,75.090463213596422,68.574761879246182,62.059060544895956,55.756761882317413,49.454463219738869,43.152164557160333,36.849865894581789,30.547567232003246,24.438053785602598,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busE., Prd., PrdEnd.fts.))","v":18.328540339201947},12.219026892801299,6.1095134464006495,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busE., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$422","v":"busE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.busH2.fts.",{"$f":"Model!H7408","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busH2., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$423","v":"busH2."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busH2., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.busPHEV.fts.",{"$f":"Model!H7409","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$424","v":"busPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busPHEV., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busPHEV., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.busIC.fts.",{"$f":"Model!H7410","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busIC., Prd., PrdEnd.fts.))","v":168026},167920.50435332031,167815.0087066406,167709.51305996091,167604.01741328122,167498.52176660151,167349.64698724137,167200.77220788124,167051.8974285211,166903.02264916096,166754.14786980083,166565.54485720483,166376.94184460881,166188.33883201279,165999.73581941676,165811.13280682074,165454.57988084704,165098.02695487329,164741.47402889963,164384.9211029259,164028.36817695218,163497.6286001612,162966.88902337023,162436.14944657928,161905.4098697883,161374.67029299733,160879.47265765816,160384.27502231899,159889.07738697983,159393.87975164069,158898.68211630153,158214.12869651223,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busIC., Prd., PrdEnd.fts.))","v":157529.5752767229},156845.0218569336,156160.4684371443,155475.915017355,156001.07115099687,156526.22728463874,157051.38341828063,157576.5395519225,158101.69568556437,158599.19856347394,159096.70144138351,159594.20431929309,160091.70719720266,160589.21007511223,161087.00079449738,161584.79151388249,162082.5822332676,162580.37295265275,163078.16367203786,163605.0737518536,164131.98383166932,164658.89391148507,165185.80399130081,165712.71407111653,166274.02341524907,166835.33275938162,167396.64210351417,167957.95144764669,168519.26079177923,169097.04655130839,169674.83231083752,170252.61807036668,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busIC., Prd., PrdEnd.fts.))","v":170830.40382989583},171408.18958942496,171986.0367711937,172563.88395296238,173141.73113473109,173719.57831649983,174297.42549826851,174875.24136673863,175453.05723520875,176030.87310367887,176608.68897214899,177186.50484061908,177773.49630848263,178360.48777634616,178947.47924420971,179534.47071207321,180121.46217993676,180720.70959257986,181319.95700522297,181919.20441786607,182518.45183050921,183117.69924315231,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$425","v":"busIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU230&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU230&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busIC., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"TRA","…","CapReq.trnPE.fts.",{"$f":"Model!H7411","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnPE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnPE., Prd., PrdEnd.fts.))","v":8905.7807088418285},8967.6873459452472,9029.5939830486659,9091.5006201520828,9153.4072572555015,9215.3138943589202,9269.2298765954783,9323.1458588320365,9377.0618410685947,9430.9778233051529,9484.8938055417111,9541.4053155340807,9597.9168255264485,9654.4283355188181,9710.9398455111896,9767.4513555035574,9819.1483004166039,9870.8452453296468,9922.5421902426915,9974.239135155738,10025.936080068781,10071.997523325159,10118.058966581535,10164.120409837913,10210.181853094291,10256.243296350667,10309.999766261242,10363.756236171819,10417.512706082394,10471.269175992969,10525.025645903545,10572.099798713096,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnPE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnPE., Prd., PrdEnd.fts.))","v":10619.173951522645},10666.248104332195,10713.322257141746,10760.396409951296,10796.74215632927,10833.087902707241,10869.433649085211,10905.779395463185,10942.125141841156,10976.55702269422,11010.988903547282,11045.420784400347,11079.852665253409,11114.284546106473,11148.736348298349,11183.188150490223,11217.639952682101,11252.091754873974,11286.54355706585,11323.010693024391,11359.477828982934,11395.944964941475,11432.412100900016,11468.879236858556,11507.727125618701,11546.575014378845,11585.422903138988,11624.270791899133,11663.118680659276,11703.106892414547,11743.095104169817,11783.083315925087,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnPE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnPE., Prd., PrdEnd.fts.))","v":11823.071527680357},11863.059739435628,11903.052202187884,11943.04466494014,11983.037127692396,12023.029590444652,12063.022053196908,12103.012348774229,12143.002644351553,12182.992939928874,12222.983235506197,12262.973531083519,12303.598864484939,12344.22419788636,12384.849531287779,12425.4748646892,12466.10019809062,12507.573758204146,12549.047318317669,12590.520878431194,12631.99443854472,12673.467998658243,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$426","v":"trnPE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnPE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnPE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.trnPIC.fts.",{"$f":"Model!H7412","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnPIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnPIC., Prd., PrdEnd.fts.))","v":4862.7686104662826},4896.5711103849208,4930.3736103035581,4964.1761102221953,4997.9786101408336,5031.7811100594708,5058.8198141512694,5085.858518243067,5112.8972223348655,5139.9359264266641,5166.9746305184617,5195.2915632994273,5223.6084960803928,5251.9254288613574,5280.242361642323,5308.5592944232876,5334.1269585296313,5359.6946226359742,5385.2622867423179,5410.8299508486616,5436.3976149550044,5458.7904342676748,5481.1832535803451,5503.5760728930154,5525.9688922056857,5548.3617115183561,5574.795961148071,5601.230210777785,5627.6644604074991,5654.0987100372131,5680.5329596669271,5703.2382888052198,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnPIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnPIC., Prd., PrdEnd.fts.))","v":5725.9436179435124},5748.6489470818051,5771.3542762200977,5794.0596053583895,5813.6303918696058,5833.2011783808211,5852.7719648920365,5872.3427514032528,5891.9135379144682,5910.4537814507339,5928.9940249869978,5947.5342685232627,5966.0745120595284,5984.6147555957923,6003.1657260068023,6021.7166964178123,6040.2676668288223,6058.8186372398322,6077.3696076508413,6097.0057577823645,6116.6419079138859,6136.2780580454082,6155.9142081769314,6175.5503583084528,6196.4684522562229,6217.3865462039921,6238.3046401517622,6259.2227340995323,6280.1408280473024,6301.6729420693719,6323.2050560914395,6344.7371701135089,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnPIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnPIC., Prd., PrdEnd.fts.))","v":6366.2692841355774},6387.801398157646,6409.335801178092,6430.8702041985371,6452.4046072189822,6473.9390102394282,6495.4734132598733,6517.0066493399709,6538.5398854200666,6560.0731215001633,6581.60635758026,6603.1395936603558,6625.014773184198,6646.8899527080393,6668.7651322318816,6690.6403117557229,6712.5154912795642,6734.8474082637695,6757.1793252479756,6779.5112422321808,6801.843159216387,6824.1750762005922,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$427","v":"trnPIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnPIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnPIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.trnFE.fts.",{"$f":"Model!H7413","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnFE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnFE., Prd., PrdEnd.fts.))","v":58.175806906320112},58.175806906320119,58.175806906320112,58.175806906320112,58.175806906320119,58.175806906320112,58.23804536221818,58.300283818116242,58.362522274014303,58.424760729912364,58.486999185810426,58.549237641708494,58.611476097606555,58.673714553504624,58.735953009402692,58.798191465300754,58.860429921198822,58.922668377096883,58.984906832994952,59.04714528889302,59.109383744791081,59.17162220068915,59.233860656587204,59.296099112485273,59.358337568383334,59.420576024281395,59.482814480179456,59.545052936077525,59.607291391975586,59.669529847873655,59.731768303771716,59.794006759669784,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnFE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnFE., Prd., PrdEnd.fts.))","v":59.856245215567846},59.918483671465907,59.980722127363975,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnFE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnFE., Prd., PrdEnd.fts.))","v":60.042960583262044},60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262044,60.042960583262037,60.042960583262037,60.042960583262044,60.042960583262037,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$428","v":"trnFE."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnFE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnFE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.trnFIC.fts.",{"$f":"Model!H7414","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnFIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnFIC., Prd., PrdEnd.fts.))","v":692.3612003844554},692.36120038445551,692.3612003844554,692.3612003844554,692.36120038445551,692.3612003844554,692.29896192855745,692.23672347265926,692.1744850167612,692.11224656086324,692.05000810496506,691.9877696490671,691.92553119316892,691.86329273727085,691.8010542813729,691.73881582547472,691.67657736957676,691.61433891367858,691.55210045778051,691.48986200188256,691.42762354598437,691.36538509008642,691.30314663418824,691.24090817829017,691.17866972239221,691.11643126649403,691.05419281059608,690.9919543546979,690.92971589879983,690.86747744290187,690.80523898700369,690.74300053110574,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnFIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnFIC., Prd., PrdEnd.fts.))","v":690.68076207520755},690.6185236193096,690.55628516341153,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnFIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnFIC., Prd., PrdEnd.fts.))","v":690.49404670751346},690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,690.49404670751346,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$429","v":"trnFIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.trnFIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.trnFIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.nrmIC.fts.",{"$f":"Model!H7415","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nrmIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nrmIC., Prd., PrdEnd.fts.))","v":10000},10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nrmIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nrmIC., Prd., PrdEnd.fts.))","v":10000},10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nrmIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nrmIC., Prd., PrdEnd.fts.))","v":10000},10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$432","v":"nrmIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.nrmIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.nrmIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.shpDIC.fts.",{"$f":"Model!H7416","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.shpDIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.shpDIC., Prd., PrdEnd.fts.))","v":1037},1022.5564050062427,1008.1128100124853,993.66921501872798,979.22562002497068,964.78202503121327,954.33572005810743,943.88941508500125,933.44311011189541,922.99680513878945,912.55050016568339,888.9809187722974,865.4113373789113,841.8417559855252,818.27217459213921,794.70259319875311,787.49845005450652,780.29430691025982,773.09016376601312,765.88602062176653,758.68187747751983,755.5314839358914,752.38109039426297,749.23069685263454,746.08030331100622,742.92990976937767,741.46031313861681,739.99071650785584,738.52111987709497,737.051523246334,735.58192661557314,733.77097614984177,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.shpDIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.shpDIC., Prd., PrdEnd.fts.))","v":731.96002568411041},730.14907521837881,728.33812475264756,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.shpDIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.shpDIC., Prd., PrdEnd.fts.))","v":726.52717428691619},726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$430","v":"shpDIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.shpDIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.shpDIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.shpIIC.fts.",{"$f":"Model!H7417","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.shpIIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.shpIIC., Prd., PrdEnd.fts.))","v":299},299.41657163784873,299.83314327569741,300.24971491354609,300.66628655139482,301.0828581892435,300.90642781296663,300.7299974366897,300.55356706041277,300.37713668413585,300.20070630785892,302.83529851198784,305.46989071611677,308.10448292024569,310.73907512437461,313.37366732850353,313.39481713270521,313.41596693690684,313.43711674110853,313.45826654531015,313.47941634951184,313.86986479646151,314.26031324341119,314.65076169036087,315.04121013731054,315.43165858426022,315.94592390027566,316.46018921629104,316.97445453230648,317.48871984832192,318.0029851643373,322.2622245288801,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.shpIIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.shpIIC., Prd., PrdEnd.fts.))","v":326.52146389342283},330.78070325796563,335.03994262250842,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.shpIIC., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.shpIIC., Prd., PrdEnd.fts.))","v":339.29918198705116},339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$431","v":"shpIIC."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.shpIIC., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.shpIIC., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TAV","…","CapReq.aviDPHEV.fts.",{"$f":"Model!H8703","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviDPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviDPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviDPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviDPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviDPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviDPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$435","v":"aviDPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviDPHEV., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviDPHEV., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TAV","…","CapReq.aviDCon.fts.",{"$f":"Model!H8704","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviDCon., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviDCon., Prd., PrdEnd.fts.))","v":104.73851641271114},106.20442852077775,107.67034062884436,109.13625273691098,110.60216484497758,112.0680769530442,111.73743826738615,111.40679958172811,111.07616089607005,110.74552221041202,110.41488352475396,110.12370531365434,109.83252710255471,109.54134889145507,109.25017068035545,108.95899246925582,109.37813297896895,109.79727348868207,110.21641399839518,110.63555450810831,111.05469501782143,111.40097696720798,111.74725891659452,112.09354086598105,112.43982281536762,112.78610476475416,112.65994513338808,112.533785502022,112.40762587065592,112.28146623928984,112.15530660792376,111.93046098221562,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviDCon., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviDCon., Prd., PrdEnd.fts.))","v":111.70561535650747},111.48076973079932,111.25592410509118,111.03107847938303,111.40611182060384,111.78114516182463,112.15617850304542,112.53121184426624,112.90624518548702,113.2615303180732,113.61681545065936,113.97210058324553,114.32738571583171,114.68267084841787,115.0381615392055,115.39365222999312,115.74914292078074,116.10463361156837,116.46012430235599,116.83641020115306,117.21269609995009,117.58898199874716,117.96526789754421,118.34155379634126,118.74240547701883,119.14325715769641,119.54410883837397,119.94496051905156,120.34581219972912,120.75843029561486,121.17104839150056,121.58366648738628,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviDCon., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviDCon., Prd., PrdEnd.fts.))","v":121.99628458327201},122.40890267915772,122.82156463892746,123.23422659869715,123.64688855846688,124.05955051823661,124.47221247800631,124.88485207579596,125.2974916735856,125.71013127137525,126.12277086916488,126.53541046695452,126.95460269829022,127.37379492962592,127.79298716096162,128.21217939229732,128.63137162363302,129.05931627663165,129.48726092963025,129.91520558262886,130.34315023562749,130.77109488862612,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$436","v":"aviDCon."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviDCon., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviDCon., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TAV","…","CapReq.aviIPHEV.fts.",{"$f":"Model!H8705","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviIPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviIPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviIPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviIPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviIPHEV., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviIPHEV., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$437","v":"aviIPHEV."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviIPHEV., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviIPHEV., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TAV","…","CapReq.aviICon.fts.",{"$f":"Model!H8706","v":"Vehicles"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviICon., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviICon., Prd., PrdEnd.fts.))","v":1936.5110145674446},1962.9411401329,1989.3712656983553,2015.8013912638105,2042.2315168292662,2068.6616423947212,2094.8347668510814,2121.0078913074412,2147.181015763802,2173.3541402201618,2199.527264676522,2225.3557362549459,2251.1842078333693,2277.0126794117932,2302.8411509902171,2328.669622568641,2360.9250713134361,2393.1805200582307,2425.4359688030254,2457.6914175478205,2489.9468662926156,2522.1204299823921,2554.2939936721682,2586.4675573619447,2618.6411210517213,2650.8146847414973,2683.6327363087416,2716.4507878759855,2749.2688394432298,2782.0868910104737,2814.904942577718,2848.0592721647781,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviICon., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviICon., Prd., PrdEnd.fts.))","v":2881.2136017518387},2914.3679313388984,2947.522260925959,2980.6765905130192,2990.7445202868103,3000.8124500606018,3010.8803798343924,3020.948309608184,3031.0162393819751,3040.5540200841015,3050.0918007862274,3059.6295814883533,3069.1673621904802,3078.7051428926061,3088.248441892199,3097.7917408917911,3107.3350398913835,3116.8783388909765,3126.4216378905685,3136.5231931059657,3146.6247483213619,3156.7263035367587,3166.8278587521559,3176.9294139675521,3187.6904480602307,3198.4514821529083,3209.2125162455859,3219.9735503382644,3230.734584430942,3241.8114929512626,3252.8884014715823,3263.9653099919033,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviICon., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviICon., Prd., PrdEnd.fts.))","v":3275.0422185122234},3286.1191270325435,3297.1972130975114,3308.2752991624793,3319.3533852274477,3330.4314712924156,3341.5095573573835,3352.5870431054723,3363.664528853561,3374.7420146016493,3385.8195003497381,3396.8969860978268,3408.1503800842615,3419.4037740706963,3430.6571680571305,3441.9105620435653,3453.1639560299996,3464.6523125036792,3476.140668977358,3487.6290254510368,3499.1173819247165,3510.6057383983953,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$438","v":"aviICon."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.aviICon., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.aviICon., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.LVEref.fts.",{"$f":"Model!H7419","v":"Charge Points"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVEref., Prd., PrdEnd.fts.))","v":10008.994663390067},10202.260009850119,10395.525356310171,10588.790702770222,10782.056049230274,10975.321395690326,10657.475563329936,10339.629730969544,10021.783898609152,9703.938066248762,9386.0922338883702,9038.6657596399054,8691.2392853914407,8343.812811142976,7996.3863368945122,7648.9598626460474,7285.589392819109,6922.2189229921696,6558.8484531652321,6195.4779833382927,5832.1075135113542,5452.8956818762954,5073.6838502412365,4694.4720186061768,4315.2601869711179,3936.0483553360591,3546.8327402740006,3157.6171252119411,2768.4015101498826,2379.1858950878236,1989.9702800257649,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVEref., Prd., PrdEnd.fts.))","v":1591.9762240206119},1193.9821680154589,795.98811201030594,397.99405600515297,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVEref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVEref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$441","v":"LVEref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVEref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVEref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvAEref.fts.",{"$f":"Model!H7420","v":"Charge Points"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAEref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAEref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAEref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$444","v":"hgvAEref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAEref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAEref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.busEref.fts.",{"$f":"Model!H7421","v":"Charge Points"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busEref., Prd., PrdEnd.fts.))","v":18.449151802212484},18.437568444874536,18.425985087536585,18.414401730198634,18.402818372860686,18.391235015522735,17.763984777131377,17.136734538740015,16.509484300348657,15.8822340619573,15.25498382356594,14.630514615131785,14.006045406697627,13.381576198263474,12.757106989829317,12.132637781395161,11.50609253828315,10.879547295171138,10.253002052059125,9.6264568089471148,8.9999115658351023,8.3802767049314646,7.7606418440278251,7.1410069831241882,6.5213721222205496,5.9017372613169119,5.302396721477777,4.703056181638642,4.1037156417995062,3.5043751019603713,2.9050345621212359,2.3240276496969887,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busEref., Prd., PrdEnd.fts.))","v":1.7430207372727415},1.1620138248484944,0.58100691242424718,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busEref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$447","v":"busEref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busEref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busEref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.LVH2ref.fts.",{"$f":"Model!H7422","v":"Units"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdEnd.fts.))","v":3.3447956441716109E-2},3.3270954433113606E-2,3.3093952424511103E-2,3.29169504159086E-2,3.2739948407306096E-2,3.2562946398703586E-2,3.254054521628439E-2,3.2518144033865194E-2,3.2495742851445998E-2,3.2473341669026802E-2,3.2450940486607606E-2,3.1091747226842048E-2,2.9732553967076483E-2,2.8373360707310922E-2,2.7014167447545361E-2,2.5654974187779799E-2,2.4439506386333777E-2,2.3224038584887755E-2,2.2008570783441733E-2,2.0793102981995715E-2,1.9577635180549689E-2,1.8300511194254278E-2,1.7023387207958866E-2,1.5746263221663455E-2,1.4469139235368045E-2,1.3192015249072634E-2,1.1891558320062721E-2,1.0591101391052809E-2,9.2906444620428942E-3,7.9901875330329816E-3,6.689730604023069E-3,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdEnd.fts.))","v":5.3517844832184558E-3},4.0138383624138416E-3,2.6758922416092279E-3,1.3379461208046139E-3,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$442","v":"LVH2ref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVH2ref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvAH2ref.fts.",{"$f":"Model!H7423","v":"Units"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAH2ref., Prd., PrdEnd.fts.))","v":1.5172413697813878},1.5104052131495822,1.5035690565177759,1.4967328998859704,1.4898967432541645,1.4830605866223585,1.4740819425345606,1.465103298446762,1.4561246543589639,1.447146010271166,1.4381673661833676,1.3716293216082756,1.3050912770331833,1.2385532324580912,1.172015187882999,1.1054771433079069,1.0512285465308511,0.99697994975379522,0.94273135297673927,0.88848275619968342,0.83423415942262746,0.77886906528902411,0.72350397115542064,0.66813887702181718,0.61277378288821371,0.55740868875461025,0.50213244631855225,0.44685620388249425,0.3915799614464362,0.3363037190103782,0.28102747657432015,0.22482198125945613,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAH2ref., Prd., PrdEnd.fts.))","v":0.16861648594459208},0.11241099062972806,5.6205495314864032E-2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAH2ref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$445","v":"hgvAH2ref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAH2ref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAH2ref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.busH2ref.fts.",{"$f":"Model!H7424","v":"Units"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busH2ref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busH2ref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busH2ref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busH2ref., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$448","v":"busH2ref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busH2ref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busH2ref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.LVICref.fts.",{"$f":"Model!H7425","v":"Units"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVICref., Prd., PrdEnd.fts.))","v":35036.77268211903},34213.523609927186,33390.274537735342,32567.025465543498,31743.776393351658,30920.527321159814,30781.170693599575,30641.814066039333,30502.457438479094,30363.100810918855,30223.744183358613,29883.279117333674,29542.814051308735,29202.348985283792,28861.883919258853,28521.41885323391,28647.304645725373,28773.190438216836,28899.076230708299,29024.962023199761,29150.847815691221,29251.629981253118,29352.412146815012,29453.194312376905,29553.976477938806,29654.758643500696,29777.381298290835,29900.003953080966,30022.626607871101,30145.24926266124,30267.871917451372,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVICref., Prd., PrdEnd.fts.))","v":30373.405088819949},30478.938260188523,30584.4714315571,30690.004602925677,30795.537774294251,30978.838704657104,31162.139635019954,31345.440565382807,31528.741495745657,31712.04242610851,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVICref., Prd., PrdEnd.fts.))","v":31892.086465182063},32072.130504255616,32252.174543329169,32432.218582402722,32612.262621476275,32792.280367060099,32972.298112643926,33152.315858227754,33332.333603811581,33512.351349395409,33695.534228188364,33878.717106981319,34061.899985774275,34245.08286456723,34428.265743360185,34615.094009067856,34801.922274775519,34988.75054048319,35175.578806190853,35362.407071898524,35550.765948938482,35739.124825978448,35927.483703018399,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVICref., Prd., PrdEnd.fts.))","v":36115.842580058365},36304.201457098323,36492.239207251994,36680.276957405658,36868.31470755933,37056.352457713001,37244.390207866672,37432.19677404259,37620.003340218514,37807.809906394432,37995.616472570357,38183.423038746274,38372.142101141733,38560.861163537178,38749.58022593263,38938.299288328089,39127.018350723542,39317.044572293831,39507.070793864121,39697.09701543441,39887.1232370047,40077.14945857499,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$443","v":"LVICref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.LVICref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.LVICref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.hgvAICref.fts.",{"$f":"Model!H7426","v":"Units"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAICref., Prd., PrdEnd.fts.))","v":3886.4848805350753},3855.118127558977,3823.7513745828783,3792.38462160678,3761.0178686306817,3729.6511156545835,3691.2395166456572,3652.8279176367305,3614.4163186278047,3576.004719618878,3537.5931206099517,3491.8067930511684,3446.0204654923846,3400.2341379336012,3354.4478103748179,3308.6614828160341,3318.1496165829099,3327.6377503497852,3337.1258841166609,3346.6140178835367,3356.102151650412,3363.6836087847341,3371.2650659190558,3378.8465230533775,3386.4279801876996,3394.0094373220213,3409.7094392736099,3425.409441225198,3441.109443176787,3456.8094451283755,3472.5094470799636,3485.1309859277412,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAICref., Prd., PrdEnd.fts.))","v":3497.7525247755184},3510.374063623296,3522.9956024710737,3535.6171413188513,3573.3871828259853,3611.1572243331184,3648.9272658402524,3686.697307347386,3724.4673488545195,3762.1887791584722,3799.9102094624245,3837.6316397663768,3875.3530700703295,3913.0745003742818,3950.7628544517124,3988.4512085291426,4026.1395626065728,4063.8279166840034,4101.5162707614336,4139.1482391562813,4176.7802075511281,4214.4121759459758,4252.0441443408236,4289.6761127356704,4327.2194916268272,4364.762870517985,4402.3062494091409,4439.8496283002987,4477.3930071914556,4514.8279148376714,4552.2628224838863,4589.6977301301013,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAICref., Prd., PrdEnd.fts.))","v":4627.1326377763171},4664.567545422532,4701.8991821594736,4739.2308188964143,4776.5624556333551,4813.8940923702967,4851.2257291072374,4888.4825795596862,4925.7394300121341,4962.996280464582,5000.2531309170299,5037.5099813694778,5074.7193758494323,5111.9287703293849,5149.1381648093393,5186.3475592892937,5223.5569537692472,5260.7319724588833,5297.9069911485194,5335.0820098381546,5372.2570285277916,5409.4320472174268,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$446","v":"hgvAICref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.hgvAICref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.hgvAICref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","CapReq.busICref.fts.",{"$f":"Model!H7427","v":"Units"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busICref., Prd., PrdEnd.fts.))","v":2240.3466666666609},2238.9400580442652,2237.5334494218691,2236.126840799473,2234.7202321770774,2233.3136235546813,2231.3286264965463,2229.343629438411,2227.3586323802756,2225.3736353221407,2223.3886382640053,2220.8739314293916,2218.3592245947784,2215.8445177601643,2213.3298109255511,2210.8151040909374,2206.0610650779549,2201.307026064972,2196.5529870519895,2191.7989480390065,2187.0449090260236,2179.9683813354773,2172.891853644931,2165.8153259543847,2158.7387982638384,2151.6622705732921,2145.0596354354366,2138.4570002975815,2131.8543651597261,2125.2517300218706,2118.6490948840151,2109.5217159534909,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busICref., Prd., PrdEnd.fts.))","v":2100.3943370229672},2091.266958092443,2082.1395791619188,2073.0122002313947,2080.0142820132864,2087.0163637951778,2094.0184455770695,2101.0205273589613,2108.0226091408526,2114.6559808463139,2121.2893525517748,2127.9227242572356,2134.5560959626969,2141.1894676681577,2147.8266772599595,2154.4638868517609,2161.1010964435627,2167.7383060353645,2174.3755156271659,2181.4009833580426,2188.4264510889188,2195.4519188197951,2202.4773865506718,2209.502854281548,2216.9869788699821,2224.4711034584157,2231.9552280468497,2239.4393526352837,2246.9234772237173,2254.6272873507728,2262.3310974778278,2270.0349076048833,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busICref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busICref., Prd., PrdEnd.fts.))","v":2277.7387177319388},2285.4425278589938,2293.1471569492433,2300.8517860394927,2308.5564151297422,2316.2610442199921,2323.9656733102411,2331.6698848898427,2339.3740964694439,2347.0783080490455,2354.7825196286467,2362.4867312082483,2370.3132841130955,2378.1398370179427,2385.9663899227899,2393.792942827637,2401.6194957324842,2409.6094612343923,2417.5994267363003,2425.5893922382083,2433.5793577401164,2441.5693232420244,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$449","v":"busICref."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.busICref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.busICref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","CapReq.inSTLHtCHP.H2cnv.fts.",{"$f":"Model!H14453","v":"TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inSTLHtCHP.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inSTLHtCHP.H2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inSTLHtCHP.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inSTLHtCHP.H2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inSTLHtCHP.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inSTLHtCHP.H2cnv., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$695","v":"inSTLHtCHP.H2cnv."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inSTLHtCHP.H2cnv.…, Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inSTLHtCHP.H2cnv.…, Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","CapReq.inCCGHt.fElc.fts.",{"$f":"Model!H14457","v":"TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCCGHt.fElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCCGHt.fElc., Prd., PrdEnd.fts.))","v":1.6658404950000001},1.6897339892267329,1.7136274834534651,1.7375209776801976,1.7614144719069305,1.7853079661336628,1.8012573745313618,1.8172067829290608,1.8331561913267596,1.8491055997244588,1.8650550081221575,1.8868478615614128,1.9086407150006679,1.9304335684399234,1.9522264218791785,1.9740192753184338,1.9978194972756924,2.0216197192329508,2.0454199411902092,2.069220163147468,2.0930203851047264,2.1188683861565334,2.1447163872083399,2.1705643882601464,2.1964123893119529,2.2222603903637594,2.2504457740467552,2.2786311577297509,2.3068165414127466,2.3350019250957423,2.3631873087787381,2.3932650944566061,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCCGHt.fElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCCGHt.fElc., Prd., PrdEnd.fts.))","v":2.4233428801344741},2.4534206658123421,2.4834984514902101,2.5135762371680781,2.5455820149112731,2.5775877926544681,2.6095935703976632,2.6415993481408582,2.6736051258840532,2.7076504540646447,2.7416957822452361,2.7757411104258276,2.8097864386064191,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCCGHt.fElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCCGHt.fElc., Prd., PrdEnd.fts.))","v":2.8438317667870106},2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,2.8438317667870106,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCCGHt.fElc., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCCGHt.fElc., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","CapReq.inCCGHtCHP.fGrdG.fts.",{"$f":"Model!H14464","v":"TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCCGHtCHP.fGrdG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","CapReq.inREFElc.fts.",{"$f":"Model!H14468","v":"TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inREFElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inREFElc., Prd., PrdEnd.fts.))","v":3.6500754999999994},3.6121191541615438,3.5741628083230879,3.5362064624846319,3.4982501166461759,3.4602937708077199,3.4512605957569047,3.4422274207060894,3.4331942456552733,3.4241610706044585,3.4151278955536428,3.3946740795485839,3.3742202635435241,3.3537664475384652,3.3333126315334058,3.3128588155283465,3.3213292222333815,3.3297996289384155,3.3382700356434505,3.3467404423484854,3.3552108490535195,3.3620930798160633,3.3689753105786062,3.3758575413411496,3.3827397721036934,3.3896220028662363,3.4021119541845533,3.4146019055028698,3.4270918568211863,3.4395818081395033,3.4520717594578194,3.4615868576368096,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inREFElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inREFElc., Prd., PrdEnd.fts.))","v":3.4711019558157989},3.4806170539947892,3.4901321521737794,3.4996472503527691,3.5131461271378543,3.5266450039229396,3.5401438807080243,3.55364275749311,3.5671416342781952,3.5802399830898679,3.5933383319015402,3.6064366807132133,3.6195350295248856,3.6326333783365583,3.6449982378719028,3.6573630974072469,3.6697279569425909,3.6820928164779354,3.6944576760132795,3.7069132827010871,3.7193688893888943,3.731824496076702,3.7442801027645096,3.7567357094523168,3.7699760933825601,3.7832164773128039,3.7964568612430467,3.8096972451732904,3.8229376291035337,3.8359597764521984,3.8489819238008622,3.8620040711495269,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inREFElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inREFElc., Prd., PrdEnd.fts.))","v":3.8750262184981912},3.8880483658468554,3.900341971100568,3.9126355763542797,3.9249291816079919,3.937222786861704,3.9495163921154162,3.9625167551612246,3.9755171182070326,3.988517481252841,4.0015178442986494,4.0145182073444579,4.0273391446890185,4.0401600820335792,4.0529810193781399,4.0658019567227006,4.0786228940672613,4.0918380654492292,4.1050532368311963,4.1182684082131633,4.1314835795951312,4.1446987509770983,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$677","v":"inREFElc."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inREFElc.…, Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inREFElc.…, Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","CapReq.inCHEHtCHP.fBiS.fts.",{"$f":"Model!H14463","v":"TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.inCHEHtCHP.fBiS., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS326 & CT326 & CU326 & CV326 & CW326, \"…\", \"\")","v":"CapBYS.nHPA.fts."},"sqm. floor area","…",{"$f":" +CapReq.nHPA.fts.","v":0},{"$f":"IF(Scrap.nHPA. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.nHPA.fts.,,PrevYrColR.fts.) -(CapBY.nHPA.fts. / Life.nHPA.)), INDEX(CapReq.nHPA.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.nHPA.fts.,,PrevYrColR.fts.) -(CapBY.nHPA.fts. / Life.nHPA.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.nHPA. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.nHPA.fts.,,PrevYrColR.fts.) -(CapBY.nHPA.fts. / Life.nHPA.)), INDEX(CapReq.nHPA.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.nHPA.fts.,,PrevYrColR.fts.) -(CapBY.nHPA.fts. / Life.nHPA.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.nHPA. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.nHPA.fts.,,PrevYrColR.fts.) -(CapBY.nHPA.fts. / Life.nHPA.)), INDEX(CapReq.nHPA.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.nHPA.fts.,,PrevYrColR.fts.) -(CapBY.nHPA.fts. / Life.nHPA.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$505","v":"nHPA."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…",{"$f":"\"=IF(Scrap.\"&CU326&\" = \"&\"\"\"YES\"\"\"&\",\nMIN(MAX(0, +INDEX(CapBYS.\"&CU326&\"fts.,,PrevYrColR.fts.) -(CapBY.\"&CU326&\"fts. / Life.\"&CU326&\")), INDEX(CapReq.\"&CU326&\"fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.\"&CU326&\"fts.,,PrevYrColR.fts.) -(CapBY.\"&CU326&\"fts. / Life.\"&CU326&\")))\"","v":"=IF(Scrap.nHPA. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.nHPA.fts.,,PrevYrColR.fts.) -(CapBY.nHPA.fts. / Life.nHPA.)), INDEX(CapReq.nHPA.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.nHPA.fts.,,PrevYrColR.fts.) -(CapBY.nHPA.fts. / Life.nHPA.)))"}]
["TS",null,null,null,"BNH.","…","CapBYS.dStvG.fts.","dwellings","…",{"$f":" CapReq.dStvG.fts.","v":13248528.012874017},{"$f":"IF(Scrap.dStvG. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.dStvG.fts.,,PrevYrColR.fts.) -(CapBY.dStvG.fts. / Life.dStvG.)), INDEX(CapReq.dStvG.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.dStvG.fts.,,PrevYrColR.fts.) -(CapBY.dStvG.fts. / Life.dStvG.)))","v":12302204.583383016},11355881.153892014,10409557.724401012,9463234.29491001,8516910.8654190078,7570587.4359280067,6624264.0064370055,5677940.5769460043,4731617.1474550031,3785293.7179640019,2838970.2884730007,1892646.8589819996,946323.42949099839,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.dStvG. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.dStvG.fts.,,PrevYrColR.fts.) -(CapBY.dStvG.fts. / Life.dStvG.)), INDEX(CapReq.dStvG.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.dStvG.fts.,,PrevYrColR.fts.) -(CapBY.dStvG.fts. / Life.dStvG.)))","v":0},0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.dStvG. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.dStvG.fts.,,PrevYrColR.fts.) -(CapBY.dStvG.fts. / Life.dStvG.)), INDEX(CapReq.dStvG.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.dStvG.fts.,,PrevYrColR.fts.) -(CapBY.dStvG.fts. / Life.dStvG.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$526","v":"dStvG."},"…","fts.","Transformation","Transformation",null,"…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.dStvG. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.dStvG.fts.,,PrevYrColR.fts.) -(CapBY.dStvG.fts. / Life.dStvG.)), INDEX(CapReq.dStvG.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.dStvG.fts.,,PrevYrColR.fts.) -(CapBY.dStvG.fts. / Life.dStvG.)))"]
["TS",null,null,null,"BNH.","…","CapBYS.nAp.fts.","sqm. Floor area","…",{"$f":" CapReq.nAp.fts.","v":649760128.70102119},{"$f":"IF(Scrap.nAp. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.nAp.fts.,,PrevYrColR.fts.) -(CapBY.nAp.fts. / Life.nAp.)), INDEX(CapReq.nAp.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.nAp.fts.,,PrevYrColR.fts.) -(CapBY.nAp.fts. / Life.nAp.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.nAp. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.nAp.fts.,,PrevYrColR.fts.) -(CapBY.nAp.fts. / Life.nAp.)), INDEX(CapReq.nAp.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.nAp.fts.,,PrevYrColR.fts.) -(CapBY.nAp.fts. / Life.nAp.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.nAp. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.nAp.fts.,,PrevYrColR.fts.) -(CapBY.nAp.fts. / Life.nAp.)), INDEX(CapReq.nAp.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.nAp.fts.,,PrevYrColR.fts.) -(CapBY.nAp.fts. / Life.nAp.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$533","v":"nAp."},"…","fts.","Transformation","Transformation",null,"…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.nAp. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.nAp.fts.,,PrevYrColR.fts.) -(CapBY.nAp.fts. / Life.nAp.)), INDEX(CapReq.nAp.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.nAp.fts.,,PrevYrColR.fts.) -(CapBY.nAp.fts. / Life.nAp.)))"]
["TS",null,null,null,"TRA","…","CapBYS.lgvH2.fts.","Vehicles","…",{"$f":" +CapReq.lgvH2.fts.","v":0},{"$f":"IF(Scrap.lgvH2. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.lgvH2.fts.,,PrevYrColR.fts.) -(CapBY.lgvH2.fts. / Life.lgvH2.)), INDEX(CapReq.lgvH2.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.lgvH2.fts.,,PrevYrColR.fts.) -(CapBY.lgvH2.fts. / Life.lgvH2.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.lgvH2. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.lgvH2.fts.,,PrevYrColR.fts.) -(CapBY.lgvH2.fts. / Life.lgvH2.)), INDEX(CapReq.lgvH2.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.lgvH2.fts.,,PrevYrColR.fts.) -(CapBY.lgvH2.fts. / Life.lgvH2.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.lgvH2. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.lgvH2.fts.,,PrevYrColR.fts.) -(CapBY.lgvH2.fts. / Life.lgvH2.)), INDEX(CapReq.lgvH2.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.lgvH2.fts.,,PrevYrColR.fts.) -(CapBY.lgvH2.fts. / Life.lgvH2.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$411","v":"lgvH2."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.lgvH2. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.lgvH2.fts.,,PrevYrColR.fts.) -(CapBY.lgvH2.fts. / Life.lgvH2.)), INDEX(CapReq.lgvH2.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.lgvH2.fts.,,PrevYrColR.fts.) -(CapBY.lgvH2.fts. / Life.lgvH2.)))"]
["TS",null,null,null,"TRA","…","CapBYS.hgvAE.fts.","Vehicles","…",{"$f":" +CapReq.hgvAE.fts.","v":0},{"$f":"IF(Scrap.hgvAE. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.hgvAE.fts.,,PrevYrColR.fts.) -(CapBY.hgvAE.fts. / Life.hgvAE.)), INDEX(CapReq.hgvAE.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.hgvAE.fts.,,PrevYrColR.fts.) -(CapBY.hgvAE.fts. / Life.hgvAE.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.hgvAE. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.hgvAE.fts.,,PrevYrColR.fts.) -(CapBY.hgvAE.fts. / Life.hgvAE.)), INDEX(CapReq.hgvAE.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.hgvAE.fts.,,PrevYrColR.fts.) -(CapBY.hgvAE.fts. / Life.hgvAE.)))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.hgvAE. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.hgvAE.fts.,,PrevYrColR.fts.) -(CapBY.hgvAE.fts. / Life.hgvAE.)), INDEX(CapReq.hgvAE.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.hgvAE.fts.,,PrevYrColR.fts.) -(CapBY.hgvAE.fts. / Life.hgvAE.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$418","v":"hgvAE."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.hgvAE. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.hgvAE.fts.,,PrevYrColR.fts.) -(CapBY.hgvAE.fts. / Life.hgvAE.)), INDEX(CapReq.hgvAE.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.hgvAE.fts.,,PrevYrColR.fts.) -(CapBY.hgvAE.fts. / Life.hgvAE.)))"]
["TS",null,null,null,"TRA","…","CapBYS.LVEref.fts.","Charge Points","…",{"$f":" +CapReq.LVEref.fts.","v":10008.994663390067},{"$f":"IF(Scrap.LVEref. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.LVEref.fts.,,PrevYrColR.fts.) -(CapBY.LVEref.fts. / Life.LVEref.)), INDEX(CapReq.LVEref.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.LVEref.fts.,,PrevYrColR.fts.) -(CapBY.LVEref.fts. / Life.LVEref.)))","v":9508.5449302205634},9008.0951970510596,8507.6454638815558,8007.195730712052,7506.7459975425481,7006.2962643730443,6505.8465312035405,6005.3967980340367,5504.9470648645329,5004.4973316950291,4504.0475985255252,4003.5978653560219,3503.1481321865185,3002.6983990170152,2502.2486658475118,2001.7989326780084,1501.3491995085051,1000.8994663390017,500.44973316949836,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.LVEref. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.LVEref.fts.,,PrevYrColR.fts.) -(CapBY.LVEref.fts. / Life.LVEref.)), INDEX(CapReq.LVEref.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.LVEref.fts.,,PrevYrColR.fts.) -(CapBY.LVEref.fts. / Life.LVEref.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.LVEref. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.LVEref.fts.,,PrevYrColR.fts.) -(CapBY.LVEref.fts. / Life.LVEref.)), INDEX(CapReq.LVEref.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.LVEref.fts.,,PrevYrColR.fts.) -(CapBY.LVEref.fts. / Life.LVEref.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$441","v":"LVEref."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.LVEref. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.LVEref.fts.,,PrevYrColR.fts.) -(CapBY.LVEref.fts. / Life.LVEref.)), INDEX(CapReq.LVEref.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.LVEref.fts.,,PrevYrColR.fts.) -(CapBY.LVEref.fts. / Life.LVEref.)))"]
["TS",null,null,null,"TRA","…","CapBYS.busH2ref.fts.","Units","…",{"$f":" +CapReq.busH2ref.fts.","v":0},{"$f":"IF(Scrap.busH2ref. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.busH2ref.fts.,,PrevYrColR.fts.) -(CapBY.busH2ref.fts. / Life.busH2ref.)), INDEX(CapReq.busH2ref.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.busH2ref.fts.,,PrevYrColR.fts.) -(CapBY.busH2ref.fts. / Life.busH2ref.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.busH2ref. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.busH2ref.fts.,,PrevYrColR.fts.) -(CapBY.busH2ref.fts. / Life.busH2ref.)), INDEX(CapReq.busH2ref.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.busH2ref.fts.,,PrevYrColR.fts.) -(CapBY.busH2ref.fts. / Life.busH2ref.)))","v":0},0,0,0,0,0,0,0,{"$f":"IF(Scrap.busH2ref. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.busH2ref.fts.,,PrevYrColR.fts.) -(CapBY.busH2ref.fts. / Life.busH2ref.)), INDEX(CapReq.busH2ref.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.busH2ref.fts.,,PrevYrColR.fts.) -(CapBY.busH2ref.fts. / Life.busH2ref.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$448","v":"busH2ref."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.busH2ref. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.busH2ref.fts.,,PrevYrColR.fts.) -(CapBY.busH2ref.fts. / Life.busH2ref.)), INDEX(CapReq.busH2ref.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.busH2ref.fts.,,PrevYrColR.fts.) -(CapBY.busH2ref.fts. / Life.busH2ref.)))"]
["TS",null,"CapReq.inSTLHt.fFsS.fts.",null,"IND","…","CapBYS.inOTHHt.fFsS.fts.",{"$f":"FullTimeSeries!H267","v":"TWh."},"…",{"$f":" CapReq.inOTHHt.fFsS.fts.","v":3.4684463010000006},{"$f":"IF(Scrap.inOTHHt.fFsS. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inOTHHt.fFsS.fts.,,PrevYrColR.fts.) -(CapBY.inOTHHt.fFsS.fts. / Life.inOTHHt.fFsS.)), INDEX(CapReq.inOTHHt.fFsS.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inOTHHt.fFsS.fts.,,PrevYrColR.fts.) -(CapBY.inOTHHt.fFsS.fts. / Life.inOTHHt.fFsS.)))","v":3.3297084489600004},3.1909705969200002,3.05223274488,2.9134948928399997,2.7747570407999995,2.6360191887599993,2.4972813367199991,2.3585434846799989,2.2198056326399986,2.0810677805999984,1.9423299285599984,1.8035920765199984,1.6648542244799984,1.5261163724399984,1.3873785203999984,1.2486406683599984,1.1099028163199984,0.97116496427999843,0.83242711223999843,0.69368926019999844,0.55495140815999844,0.41621355611999844,0.27747570407999844,0.13873785203999842,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.inOTHHt.fFsS. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inOTHHt.fFsS.fts.,,PrevYrColR.fts.) -(CapBY.inOTHHt.fFsS.fts. / Life.inOTHHt.fFsS.)), INDEX(CapReq.inOTHHt.fFsS.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inOTHHt.fFsS.fts.,,PrevYrColR.fts.) -(CapBY.inOTHHt.fFsS.fts. / Life.inOTHHt.fFsS.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.inOTHHt.fFsS. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inOTHHt.fFsS.fts.,,PrevYrColR.fts.) -(CapBY.inOTHHt.fFsS.fts. / Life.inOTHHt.fFsS.)), INDEX(CapReq.inOTHHt.fFsS.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inOTHHt.fFsS.fts.,,PrevYrColR.fts.) -(CapBY.inOTHHt.fFsS.fts. / Life.inOTHHt.fFsS.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation",null,"…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.inOTHHt.fFsS. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inOTHHt.fFsS.fts.,,PrevYrColR.fts.) -(CapBY.inOTHHt.fFsS.fts. / Life.inOTHHt.fFsS.)), INDEX(CapReq.inOTHHt.fFsS.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inOTHHt.fFsS.fts.,,PrevYrColR.fts.) -(CapBY.inOTHHt.fFsS.fts. / Life.inOTHHt.fFsS.)))",{"$f":" \"= \" &FullTimeSeries!G267","v":"= CapReq.inOTHHt.fFsS.fts."}]
["TS",null,"CapReq.inSTLElc.fts.",null,"IND","…","CapBYS.inOTHElc.fts.",{"$f":"FullTimeSeries!H274","v":"TWh."},"…",{"$f":" CapReq.inOTHElc.fts.","v":34.092562329081112},{"$f":"IF(Scrap.inOTHElc. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inOTHElc.fts.,,PrevYrColR.fts.) -(CapBY.inOTHElc.fts. / Life.inOTHElc.)), INDEX(CapReq.inOTHElc.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inOTHElc.fts.,,PrevYrColR.fts.) -(CapBY.inOTHElc.fts. / Life.inOTHElc.)))","v":32.728859835917866},31.365157342754621,30.001454849591376,28.63775235642813,27.274049863264885,25.91034737010164,24.546644876938394,23.182942383775149,21.819239890611904,20.455537397448659,19.091834904285413,17.728132411122168,16.364429917958923,15.000727424795677,13.637024931632432,12.273322438469187,10.909619945305941,9.5459174521426959,8.1822149589794506,6.8185124658162062,5.4548099726529617,4.0911074794897173,2.7274049863264729,1.3637024931632284,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.inOTHElc. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inOTHElc.fts.,,PrevYrColR.fts.) -(CapBY.inOTHElc.fts. / Life.inOTHElc.)), INDEX(CapReq.inOTHElc.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inOTHElc.fts.,,PrevYrColR.fts.) -(CapBY.inOTHElc.fts. / Life.inOTHElc.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.inOTHElc. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inOTHElc.fts.,,PrevYrColR.fts.) -(CapBY.inOTHElc.fts. / Life.inOTHElc.)), INDEX(CapReq.inOTHElc.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inOTHElc.fts.,,PrevYrColR.fts.) -(CapBY.inOTHElc.fts. / Life.inOTHElc.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$685","v":"inOTHElc."},"…","fts.","Transformation","Transformation",null,"…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.inOTHElc.… = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inOTHElc.…fts.,,PrevYrColR.fts.) -(CapBY.inOTHElc.…fts. / Life.inOTHElc.…)), INDEX(CapReq.inOTHElc.…fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inOTHElc.…fts.,,PrevYrColR.fts.) -(CapBY.inOTHElc.…fts. / Life.inOTHElc.…)))",{"$f":" \"= \" &FullTimeSeries!G274","v":"= CapReq.inOTHElc.fts."}]
["TS",null,"CapReq.inSTLHt.H2cnv.fts.",null,"IND","…","CapBYS.inREFHt.H2cnv.fts.",{"$f":"FullTimeSeries!H266","v":"TWh."},"…",{"$f":" CapReq.inREFHt.H2cnv.fts.","v":0},{"$f":"IF(Scrap.inREFHt.H2cnv. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inREFHt.H2cnv.fts.,,PrevYrColR.fts.) -(CapBY.inREFHt.H2cnv.fts. / Life.inREFHt.H2cnv.)), INDEX(CapReq.inREFHt.H2cnv.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inREFHt.H2cnv.fts.,,PrevYrColR.fts.) -(CapBY.inREFHt.H2cnv.fts. / Life.inREFHt.H2cnv.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.inREFHt.H2cnv. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inREFHt.H2cnv.fts.,,PrevYrColR.fts.) -(CapBY.inREFHt.H2cnv.fts. / Life.inREFHt.H2cnv.)), INDEX(CapReq.inREFHt.H2cnv.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inREFHt.H2cnv.fts.,,PrevYrColR.fts.) -(CapBY.inREFHt.H2cnv.fts. / Life.inREFHt.H2cnv.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.inREFHt.H2cnv. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inREFHt.H2cnv.fts.,,PrevYrColR.fts.) -(CapBY.inREFHt.H2cnv.fts. / Life.inREFHt.H2cnv.)), INDEX(CapReq.inREFHt.H2cnv.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inREFHt.H2cnv.fts.,,PrevYrColR.fts.) -(CapBY.inREFHt.H2cnv.fts. / Life.inREFHt.H2cnv.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$700","v":"inREFHt.H2cnv."},"…","fts.","Transformation","Transformation",null,"…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.inREFHt.H2cnv.… = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inREFHt.H2cnv.…fts.,,PrevYrColR.fts.) -(CapBY.inREFHt.H2cnv.…fts. / Life.inREFHt.H2cnv.…)), INDEX(CapReq.inREFHt.H2cnv.…fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inREFHt.H2cnv.…fts.,,PrevYrColR.fts.) -(CapBY.inREFHt.H2cnv.…fts. / Life.inREFHt.H2cnv.…)))",{"$f":" \"= \" &FullTimeSeries!G266","v":"= CapReq.inOTHHt.H2cnv.fts."}]
["TS",null,"CapReq.inSTLElc.fts.",null,"IND","…","CapBYS.inCHEElc.fts.",{"$f":"FullTimeSeries!H274","v":"TWh."},"…",{"$f":" CapReq.inCHEElc.fts.","v":11.575339},{"$f":"IF(Scrap.inCHEElc. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inCHEElc.fts.,,PrevYrColR.fts.) -(CapBY.inCHEElc.fts. / Life.inCHEElc.)), INDEX(CapReq.inCHEElc.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inCHEElc.fts.,,PrevYrColR.fts.) -(CapBY.inCHEElc.fts. / Life.inCHEElc.)))","v":11.112325439999999},10.649311879999999,10.186298319999999,9.7232847599999985,9.2602711999999983,8.797257639999998,8.3342440799999977,7.8712305199999975,7.4082169599999972,6.9452033999999969,6.4821898399999967,6.0191762799999964,5.5561627199999961,5.0931491599999958,4.6301355999999956,4.1671220399999953,3.7041084799999955,3.2410949199999957,2.7780813599999958,2.315067799999996,1.852054239999996,1.3890406799999959,0.92602711999999587,0.46301355999999588,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.inCHEElc. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inCHEElc.fts.,,PrevYrColR.fts.) -(CapBY.inCHEElc.fts. / Life.inCHEElc.)), INDEX(CapReq.inCHEElc.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inCHEElc.fts.,,PrevYrColR.fts.) -(CapBY.inCHEElc.fts. / Life.inCHEElc.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(Scrap.inCHEElc. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inCHEElc.fts.,,PrevYrColR.fts.) -(CapBY.inCHEElc.fts. / Life.inCHEElc.)), INDEX(CapReq.inCHEElc.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inCHEElc.fts.,,PrevYrColR.fts.) -(CapBY.inCHEElc.fts. / Life.inCHEElc.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$669","v":"inCHEElc."},"…","fts.","Transformation","Transformation",null,"…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…","=IF(Scrap.inCHEElc.… = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.inCHEElc.…fts.,,PrevYrColR.fts.) -(CapBY.inCHEElc.…fts. / Life.inCHEElc.…)), INDEX(CapReq.inCHEElc.…fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.inCHEElc.…fts.,,PrevYrColR.fts.) -(CapBY.inCHEElc.…fts. / Life.inCHEElc.…)))",{"$f":" \"= \" &FullTimeSeries!G274","v":"= CapReq.inOTHElc.fts."}]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS474 & CT474 & CU474 & CV474 & CW474, \"…\", \"\")","v":"CapReqDif.nDHN.fts."},"sqm. floor area","…",0,{"$f":" +CapReq.nDHN.fts. -INDEX(CapReq.nDHN.fts., 0, PrevYrColR.fts.)","v":27756.797042362392},27756.797042354941,27756.797042362392,27756.797042358667,27756.797042358667,475385.21818775311,475385.21818775311,475385.21818775684,475385.21818775311,475385.21818775311,482036.02846922725,482036.02846922353,482036.02846922353,482036.02846922725,482036.02846922353,488758.01226622239,488758.01226621866,488758.01226622611,488758.01226622239,488758.01226621866,495551.85002974421,495551.85002974048,495551.85002974048,495551.85002974048,495551.85002974048,502418.22832200304,502418.22832199931,502418.22832199931,502418.22832200676,502418.22832199931,509357.83986923099,509357.83986923099,{"$f":" +CapReq.nDHN.fts. -INDEX(CapReq.nDHN.fts., 0, PrevYrColR.fts.)","v":509357.83986923099},509357.83986923099,509357.83986923099,49243.066030032933,49243.066030032933,49243.066030032933,49243.066030032933,49243.066030032933,49597.965754337609,49597.965754330158,49597.965754337609,49597.965754337609,49597.965754330158,49955.423276603222,49955.423276595771,49955.423276595771,49955.423276603222,49955.423276595771,50315.457031145692,50315.457031145692,50315.457031138241,50315.457031153142,50315.457031138241,50678.085585132241,50678.085585124791,50678.085585132241,50678.085585124791,50678.085585124791,51043.32763954252,51043.327639535069,51043.327639535069,51043.32763954252,{"$f":" +CapReq.nDHN.fts. -INDEX(CapReq.nDHN.fts., 0, PrevYrColR.fts.)","v":51043.327639535069},51411.202030129731,51411.20203012228,51411.20203012228,51411.202030129731,51411.20203012228,51781.727728411555,51781.727728411555,51781.727728411555,51781.727728411555,51781.727728411555,52154.92384262383,52154.92384262383,52154.92384262383,52154.92384262383,52154.92384262383,52530.809618733823,52530.809618726373,52530.809618733823,52530.809618733823,52530.809618726373,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$508","v":"nDHN."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +CapReq.\"&CU474&\"fts. -INDEX(CapReq.\"&CU474&\"fts., 0, PrevYrColR.fts.)\"","v":"= +CapReq.nDHN.fts. -INDEX(CapReq.nDHN.fts., 0, PrevYrColR.fts.)"}]
["TS",null,null,null,"BHT.","…","CapReqDif.nCnsv.fts.","sqm. floor area","…",0,{"$f":" +CapReq.nCnsv.fts. -INDEX(CapReq.nCnsv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.nCnsv.fts. -INDEX(CapReq.nCnsv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.nCnsv.fts. -INDEX(CapReq.nCnsv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$479","v":"nCnsv."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.nCnsv.fts. -INDEX(CapReq.nCnsv.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"GGS.","…","CapReqDif.ggTmsH2.fts.","UNIT","…",0,{"$f":" +CapReq.ggTmsH2.fts. -INDEX(CapReq.ggTmsH2.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.ggTmsH2.fts. -INDEX(CapReq.ggTmsH2.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.ggTmsH2.fts. -INDEX(CapReq.ggTmsH2.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$543","v":"ggTmsH2."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.ggTmsH2.fts. -INDEX(CapReq.ggTmsH2.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"NHS.","…","CapReqDif.hnCHPB.fts.","GW.","…",0,{"$f":" +CapReq.hnCHPB.fts. -INDEX(CapReq.hnCHPB.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,-2.8166707822910447E-3,-2.8166707822910586E-3,-2.8166707822910447E-3,-2.8166707822910447E-3,-2.8166707822910586E-3,-2.8166707822910447E-3,-2.8166707822910586E-3,-2.8166707822910447E-3,-2.8166707822910447E-3,-2.8166707822910586E-3,-2.8166707822910447E-3,-2.8166707822910586E-3,-2.8166707822910517E-3,-2.8166707822910447E-3,-2.8166707822910586E-3,-2.8166707822910447E-3,-2.8166707822910586E-3,-2.8166707822910447E-3,-2.8166707822910517E-3,-2.8166707822910517E-3,-2.8166707822910517E-3,-2.8166707822910517E-3,-2.8166707822910517E-3,-2.8166707822910517E-3,-2.8166707822910534E-3,-2.8166707822910517E-3,-2.8166707822910517E-3,{"$f":" +CapReq.hnCHPB.fts. -INDEX(CapReq.hnCHPB.fts., 0, PrevYrColR.fts.)","v":-2.8166707822910525E-3},-2.8166707822910517E-3,-2.8166707822910521E-3,1.9666661982771857E-18,1.9666661982771865E-18,1.9666661982771857E-18,1.9666661982771861E-18,1.9666661982771861E-18,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.hnCHPB.fts. -INDEX(CapReq.hnCHPB.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$518","v":"hnCHPB."},"…","fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.hnCHPB.fts. -INDEX(CapReq.hnCHPB.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"TRA","…","CapReqDif.busH2.fts.","Vehicles","…",0,{"$f":" +CapReq.busH2.fts. -INDEX(CapReq.busH2.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.busH2.fts. -INDEX(CapReq.busH2.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.busH2.fts. -INDEX(CapReq.busH2.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$423","v":"busH2."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.busH2.fts. -INDEX(CapReq.busH2.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"TAV","…","CapReqDif.aviICon.fts.","Vehicles","…",0,{"$f":" +CapReq.aviICon.fts. -INDEX(CapReq.aviICon.fts., 0, PrevYrColR.fts.)","v":26.430125565455455},26.430125565455228,26.430125565455228,26.430125565455683,26.430125565455,26.173124456360256,26.173124456359801,26.173124456360711,26.173124456359801,26.173124456360256,25.828471578423887,25.828471578423432,25.828471578423887,25.828471578423887,25.828471578423887,32.255448744795103,32.255448744794649,32.255448744794649,32.255448744795103,32.255448744795103,32.173563689776529,32.173563689776074,32.173563689776529,32.173563689776529,32.173563689776074,32.818051567244311,32.818051567243856,32.818051567244311,32.818051567243856,32.818051567244311,33.154329587060147,33.154329587060602,{"$f":" +CapReq.aviICon.fts. -INDEX(CapReq.aviICon.fts., 0, PrevYrColR.fts.)","v":33.154329587059692},33.154329587060602,33.154329587060147,10.067929773791093,10.067929773791548,10.067929773790638,10.067929773791548,10.067929773791093,9.5377807021263834,9.5377807021259287,9.5377807021259287,9.5377807021268382,9.5377807021259287,9.5432989995929347,9.5432989995920252,9.54329899959248,9.5432989995929347,9.5432989995920252,10.101555215397184,10.101555215396274,10.101555215396729,10.101555215397184,10.101555215396274,10.761034092678528,10.761034092677619,10.761034092677619,10.761034092678528,10.761034092677619,11.076908520320558,11.076908520319648,11.076908520321012,11.076908520320103,{"$f":" +CapReq.aviICon.fts. -INDEX(CapReq.aviICon.fts., 0, PrevYrColR.fts.)","v":11.076908520320103},11.07808606496792,11.07808606496792,11.078086064968375,11.07808606496792,11.07808606496792,11.077485748088748,11.077485748088748,11.077485748088293,11.077485748088748,11.077485748088748,11.25339398643473,11.25339398643473,11.253393986434276,11.25339398643473,11.253393986434276,11.488356473679687,11.488356473678778,11.488356473678778,11.488356473679687,11.488356473678778,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$438","v":"aviICon."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.aviICon.fts. -INDEX(CapReq.aviICon.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"IND","…","CapReqDif.inSTLHt.fBiS.fts.",{"$f":"FullTimeSeries!H252","v":"TWh."},"…",0,{"$f":" +CapReq.inSTLHt.fBiS.fts. -INDEX(CapReq.inSTLHt.fBiS.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inSTLHt.fBiS.fts. -INDEX(CapReq.inSTLHt.fBiS.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inSTLHt.fBiS.fts. -INDEX(CapReq.inSTLHt.fBiS.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.inSTLHt.fBiS.fts. -INDEX(CapReq.inSTLHt.fBiS.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"IND","…","CapReqDif.inSTLHtCHP.H2cnv.fts.",{"$f":"FullTimeSeries!H259","v":"TWh."},"…",0,{"$f":" +CapReq.inSTLHtCHP.H2cnv.fts. -INDEX(CapReq.inSTLHtCHP.H2cnv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inSTLHtCHP.H2cnv.fts. -INDEX(CapReq.inSTLHtCHP.H2cnv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inSTLHtCHP.H2cnv.fts. -INDEX(CapReq.inSTLHtCHP.H2cnv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$695","v":"inSTLHtCHP.H2cnv."},"…","fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.inSTLHtCHP.H2cnv.…fts. -INDEX(CapReq.inSTLHtCHP.H2cnv.…fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"IND","…","CapReqDif.inCCGHt.fElc.fts.",{"$f":"FullTimeSeries!H263","v":"TWh."},"…",0,{"$f":" +CapReq.inCCGHt.fElc.fts. -INDEX(CapReq.inCCGHt.fElc.fts., 0, PrevYrColR.fts.)","v":2.3893494226732814E-2},2.3893494226732148E-2,2.3893494226732592E-2,2.3893494226732814E-2,2.389349422673237E-2,1.5949408397698983E-2,1.5949408397698983E-2,1.5949408397698761E-2,1.5949408397699205E-2,1.5949408397698761E-2,2.17928534392553E-2,2.1792853439255078E-2,2.1792853439255522E-2,2.1792853439255078E-2,2.17928534392553E-2,2.3800221957258616E-2,2.3800221957258394E-2,2.3800221957258394E-2,2.3800221957258838E-2,2.3800221957258394E-2,2.5848001051806957E-2,2.5848001051806513E-2,2.5848001051806513E-2,2.5848001051806513E-2,2.5848001051806513E-2,2.8185383682995724E-2,2.8185383682995724E-2,2.8185383682995724E-2,2.8185383682995724E-2,2.8185383682995724E-2,3.0077785677868007E-2,3.0077785677868007E-2,{"$f":" +CapReq.inCCGHt.fElc.fts. -INDEX(CapReq.inCCGHt.fElc.fts., 0, PrevYrColR.fts.)","v":3.0077785677868007E-2},3.0077785677868007E-2,3.0077785677868007E-2,3.2005777743195019E-2,3.2005777743195019E-2,3.2005777743195019E-2,3.2005777743195019E-2,3.2005777743195019E-2,3.4045328180591472E-2,3.4045328180591472E-2,3.4045328180591472E-2,3.4045328180591472E-2,3.4045328180591472E-2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inCCGHt.fElc.fts. -INDEX(CapReq.inCCGHt.fElc.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.inCCGHt.fElc.fts. -INDEX(CapReq.inCCGHt.fElc.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"IND","…","CapReqDif.inCCGHtCHP.fGrdG.fts.",{"$f":"FullTimeSeries!H270","v":"TWh."},"…",0,{"$f":" +CapReq.inCCGHtCHP.fGrdG.fts. -INDEX(CapReq.inCCGHtCHP.fGrdG.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inCCGHtCHP.fGrdG.fts. -INDEX(CapReq.inCCGHtCHP.fGrdG.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inCCGHtCHP.fGrdG.fts. -INDEX(CapReq.inCCGHtCHP.fGrdG.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.inCCGHtCHP.fGrdG.fts. -INDEX(CapReq.inCCGHtCHP.fGrdG.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"IND","…","CapReqDif.inCHEHt.H2cnv.fts.",{"$f":"FullTimeSeries!H266","v":"TWh."},"…",0,{"$f":" +CapReq.inCHEHt.H2cnv.fts. -INDEX(CapReq.inCHEHt.H2cnv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inCHEHt.H2cnv.fts. -INDEX(CapReq.inCHEHt.H2cnv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.inCHEHt.H2cnv.fts. -INDEX(CapReq.inCHEHt.H2cnv.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$698","v":"inCHEHt.H2cnv."},"…","fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.inCHEHt.H2cnv.…fts. -INDEX(CapReq.inCHEHt.H2cnv.…fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"BHT.","…","CapNwI.dDwlNwI.fts.","Dwellings","…",0,{"$f":" MAX(0,\nIF(Scrap.dDwlNwI. = \"YES\", 0 +CapReqDif.dDwlNwI.fts., 0),\n+CapReq.dDwlNwI.fts. -CapBYS.dDwlNwI.fts. -SUMIFS(OFFSET(CapNwI.dDwlNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.dDwlNwI.))","v":278409.86301128566},278409.86301128566,278409.86301128566,278409.86301128566,278409.86301128566,258881.2630112865,258881.26301128627,258881.26301128627,258881.2630112865,258881.2630112865,251866.86301128496,251866.86301128473,251866.86301128496,251866.86301128496,251866.86301128496,232769.46301128808,232769.46301128762,232769.46301128785,232769.46301128808,232769.46301128785,149746.26626930712,149746.26626930642,149746.26626930689,149746.26626930712,149746.26626930665,143423.72938109376,143423.72938109282,143423.72938109352,143423.72938109364,143423.72938109317,137346.02837002836,137346.02837002743,{"$f":" MAX(0,\nIF(Scrap.dDwlNwI. = \"YES\", 0 +CapReqDif.dDwlNwI.fts., 0),\n+CapReq.dDwlNwI.fts. -CapBYS.dDwlNwI.fts. -SUMIFS(OFFSET(CapNwI.dDwlNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.dDwlNwI.))","v":137346.02837002813},137346.02837002825,137346.02837002778,129095.07701344753,129095.0770134466,129095.07701344718,129095.07701344742,129095.07701344695,122997.81391675293,122997.81391675188,122997.81391675258,122997.81391675281,122997.81391675223,123061.2800497649,123061.28004976362,123061.28004976455,123061.28004976467,123061.28004976409,129481.80439857079,129481.80439856939,129481.80439857044,129481.80439857044,129481.80439856998,137066.49413285241,137066.49413285102,137066.49413285195,137066.49413285207,137066.4941328516,140699.37702144077,140699.37702143937,140699.37702144007,140699.37702144054,{"$f":" MAX(0,\nIF(Scrap.dDwlNwI. = \"YES\", 0 +CapReqDif.dDwlNwI.fts., 0),\n+CapReq.dDwlNwI.fts. -CapBYS.dDwlNwI.fts. -SUMIFS(OFFSET(CapNwI.dDwlNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.dDwlNwI.))","v":140699.37702143984},140712.92000379856,140712.92000379704,140712.92000379786,140712.92000379821,140712.92000379763,140706.01573828305,140706.01573828154,140706.01573828235,140706.0157382827,140706.01573828212,142729.14256693423,142729.14256693271,142729.1425669333,142729.142566934,142729.14256693318,145431.45438667247,145431.45438667072,145431.45438667154,145431.45438667212,145431.45438667131,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$467","v":"dDwlNwI."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.dDwlNwI. = \"YES\", 0 +CapReqDif.dDwlNwI.fts., 0),\n+CapReq.dDwlNwI.fts. -CapBYS.dDwlNwI.fts. -SUMIFS(OFFSET(CapNwI.dDwlNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.dDwlNwI.))"]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS624 & CT624 & CU624 & CV624 & CW624, \"…\", \"\")","v":"CapNwI.nHPA.fts."},"sqm. floor area","…",0,{"$f":" MAX(0,\nIF(Scrap.nHPA. = \"YES\", 0 +CapReqDif.nHPA.fts., 0),\n+CapReq.nHPA.fts. -CapBYS.nHPA.fts. -SUMIFS(OFFSET(CapNwI.nHPA.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.nHPA.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" MAX(0,\nIF(Scrap.nHPA. = \"YES\", 0 +CapReqDif.nHPA.fts., 0),\n+CapReq.nHPA.fts. -CapBYS.nHPA.fts. -SUMIFS(OFFSET(CapNwI.nHPA.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.nHPA.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" MAX(0,\nIF(Scrap.nHPA. = \"YES\", 0 +CapReqDif.nHPA.fts., 0),\n+CapReq.nHPA.fts. -CapBYS.nHPA.fts. -SUMIFS(OFFSET(CapNwI.nHPA.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.nHPA.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$505","v":"nHPA."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.nHPA. = \"YES\", 0 +CapReqDif.nHPA.fts., 0),\n+CapReq.nHPA.fts. -CapBYS.nHPA.fts. -SUMIFS(OFFSET(CapNwI.nHPA.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.nHPA.))"]
["TS",null,null,null,"BNH.","…","CapNwI.dStvG.fts.","dwellings","…",0,{"$f":" MAX(0,\nIF(Scrap.dStvG. = \"YES\", 0 +CapReqDif.dStvG.fts., 0),\n+CapReq.dStvG.fts. -CapBYS.dStvG.fts. -SUMIFS(OFFSET(CapNwI.dStvG.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.dStvG.))","v":1074115.4198473822},1074115.4198473822,1074115.4198473841,1074115.4198473841,1074115.4198473822,1062544.7033291021,1062544.7033291003,1062544.7033290993,1062544.7033291031,1062544.7033290993,1058992.1560843233,1058992.1560843233,1058992.1560843214,1058992.1560843214,1186784.1464407034,1177427.6773214303,1177427.6773214284,1177427.6773214303,1177427.6773214303,1165856.9608031474,1125798.0642812196,1125798.0642812178,1125798.0642812215,1125798.0642812178,1122245.5170364417,1119111.1644293889,1119111.1644293871,1119111.1644293871,1246903.1547857691,1237546.6856664941,1234536.6371063888,1234536.6371063888,{"$f":" MAX(0,\nIF(Scrap.dStvG. = \"YES\", 0 +CapReqDif.dStvG.fts., 0),\n+CapReq.dStvG.fts. -CapBYS.dStvG.fts. -SUMIFS(OFFSET(CapNwI.dStvG.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.dStvG.))","v":1234536.6371063907},1222965.9205881078,1182907.0240661781,1181364.8325242139,1181364.8325242177,1181364.8325242121,1177812.2852794398,1174677.9326723833,1171751.9418022297,1171751.9418022316,1299543.9321586099,1290187.4630393386,1287177.4144792296,1287207.8709845245,1287207.8709845189,1275637.1544662435,1235578.2579443101,1234036.0664023459,1237117.1858043298,1237117.1858043242,1233564.6385595556,1230430.2859524954,1227504.2950823419,1231144.0810918231,1358936.0714481976,1349579.6023289263,1346569.5537688211,1346600.0102741122,1348343.3797163945,1336772.6631981153,1296713.7666761857,1295171.5751342215,{"$f":" MAX(0,\nIF(Scrap.dStvG. = \"YES\", 0 +CapReqDif.dStvG.fts., 0),\n+CapReq.dStvG.fts. -CapBYS.dStvG.fts. -SUMIFS(OFFSET(CapNwI.dStvG.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.dStvG.))","v":1298252.6945362017},1298259.1936230995,1294706.6463783346,1291572.2937712669,1288646.3029011227,1292286.0889105983,1420074.7660069875,1410718.296887707,1407708.2483276129,1407738.7048329003,1409482.074275177,1398882.227889277,1358823.3313673399,1357281.1398253851,1360362.2592273578,1360368.7583142594,1358113.0125339329,1354978.6599268652,1352052.669056721,1355692.4550661929,1483481.1321625859,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$526","v":"dStvG."},"…","fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.dStvG. = \"YES\", 0 +CapReqDif.dStvG.fts., 0),\n+CapReq.dStvG.fts. -CapBYS.dStvG.fts. -SUMIFS(OFFSET(CapNwI.dStvG.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.dStvG.))"]
["TS",null,null,null,"BNH.","…","CapNwI.nAp.fts.","sqm. Floor area","…",0,{"$f":" MAX(0,\nIF(Scrap.nAp. = \"YES\", 0 +CapReqDif.nAp.fts., 0),\n+CapReq.nAp.fts. -CapBYS.nAp.fts. -SUMIFS(OFFSET(CapNwI.nAp.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.nAp.))","v":650696706.00672901},651633283.3124367,652569860.61814451,653506437.92385232,654443015.22956002,655386342.54200733,656329669.85445464,657272997.16690195,658216324.47934926,659159651.79179657,660109777.75896025,661059903.72612393,662010029.69328749,662960155.66045117,663910281.62761486,664867255.2480824,665824228.86854982,666781202.48901737,667738176.10948491,668695149.72995234,669659020.3554492,670622890.98094594,671586761.60644281,672550632.23193955,673514502.85743642,674485320.19537055,675456137.53330481,676426954.87123895,677397772.2091732,678368589.54710734,679346403.6631335,680324217.77915955,{"$f":" MAX(0,\nIF(Scrap.nAp. = \"YES\", 0 +CapReqDif.nAp.fts., 0),\n+CapReq.nAp.fts. -CapBYS.nAp.fts. -SUMIFS(OFFSET(CapNwI.nAp.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.nAp.))","v":681302031.89518571},682279846.01121175,683257660.12723792,684242521.44783854,685227382.76843929,686212244.0890398,687197105.40964055,688181966.73024118,689173926.0453279,690165885.36041451,691157844.67550111,692149803.99058795,693141763.30567455,694140871.77120662,695139980.23673844,696139088.70227051,697138197.16780257,698137305.63333452,699143614.77395737,700149923.91458035,701156233.0552032,702162542.19582605,703168851.33644891,704182413.04815149,705195974.75985408,706209536.47155666,707223098.18325913,708236659.89496171,709257526.44775248,710278393.00054324,711299259.553334,712320126.10612476,{"$f":" MAX(0,\nIF(Scrap.nAp. = \"YES\", 0 +CapReqDif.nAp.fts., 0),\n+CapReq.nAp.fts. -CapBYS.nAp.fts. -SUMIFS(OFFSET(CapNwI.nAp.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.nAp.))","v":713340992.65891552},714369216.69951797,715397440.74012053,716425664.78072298,717453888.82132554,718482112.86192799,719517747.41649628,720553381.97106445,721589016.52563274,722624651.08020091,723660285.6347692,724703384.11162162,725746482.58847415,726789581.06532657,727832679.54217911,728875778.01903152,729926394.21140623,730977010.4037807,732027626.59615541,733078242.78853011,734128858.98090458,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$533","v":"nAp."},"…","fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.nAp. = \"YES\", 0 +CapReqDif.nAp.fts., 0),\n+CapReq.nAp.fts. -CapBYS.nAp.fts. -SUMIFS(OFFSET(CapNwI.nAp.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.nAp.))"]
["TS",null,null,null,"TRA","…","CapNwI.hgvRH2.fts.","Vehicles","…",0,{"$f":" MAX(0,\nIF(Scrap.hgvRH2. = \"YES\", 0 +CapReqDif.hgvRH2.fts., 0),\n+CapReq.hgvRH2.fts. -CapBYS.hgvRH2.fts. -SUMIFS(OFFSET(CapNwI.hgvRH2.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.hgvRH2.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" MAX(0,\nIF(Scrap.hgvRH2. = \"YES\", 0 +CapReqDif.hgvRH2.fts., 0),\n+CapReq.hgvRH2.fts. -CapBYS.hgvRH2.fts. -SUMIFS(OFFSET(CapNwI.hgvRH2.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.hgvRH2.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" MAX(0,\nIF(Scrap.hgvRH2. = \"YES\", 0 +CapReqDif.hgvRH2.fts., 0),\n+CapReq.hgvRH2.fts. -CapBYS.hgvRH2.fts. -SUMIFS(OFFSET(CapNwI.hgvRH2.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.hgvRH2.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$415","v":"hgvRH2."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.hgvRH2. = \"YES\", 0 +CapReqDif.hgvRH2.fts., 0),\n+CapReq.hgvRH2.fts. -CapBYS.hgvRH2.fts. -SUMIFS(OFFSET(CapNwI.hgvRH2.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.hgvRH2.))"]
["TS",null,null,null,"TRA","…","CapNwI.shpDIC.fts.","Vehicles","…",0,{"$f":" MAX(0,\nIF(Scrap.shpDIC. = \"YES\", 0 +CapReqDif.shpDIC.fts., 0),\n+CapReq.shpDIC.fts. -CapBYS.shpDIC.fts. -SUMIFS(OFFSET(CapNwI.shpDIC.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.shpDIC.))","v":20.123071672909418},20.123071672909305,20.123071672909418,20.123071672909418,20.123071672909305,24.120361693560881,24.12036169356054,24.120361693560881,24.120361693560767,24.120361693560653,10.997085273280732,10.997085273280618,10.997085273280618,10.997085273280732,10.997085273280618,27.362523522420076,27.362523522419963,27.362523522419963,27.362523522420076,27.362523522419963,31.416273125038231,31.416273125038231,31.416273125038231,31.416273125038401,31.41627312503806,33.097070035905745,33.097070035905745,33.097070035905745,33.097070035905745,33.097070035905062,18.312121207178052,18.312121207177938,{"$f":" MAX(0,\nIF(Scrap.shpDIC. = \"YES\", 0 +CapReqDif.shpDIC.fts., 0),\n+CapReq.shpDIC.fts. -CapBYS.shpDIC.fts. -SUMIFS(OFFSET(CapNwI.shpDIC.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.shpDIC.))","v":18.312121207177825},18.312121207178166,18.312121207177825,24.120361693560994,24.120361693560426,24.120361693560881,24.120361693560881,24.12036169356054,10.997085273280845,10.997085273280504,10.997085273280618,10.997085273280845,10.997085273280504,27.362523522420247,27.362523522419792,27.36252352242002,27.362523522420133,27.362523522419792,31.416273125038401,31.41627312503806,31.416273125038288,31.416273125038515,31.416273125037947,33.097070035905858,33.097070035905631,33.097070035905745,33.097070035905858,33.097070035904949,18.312121207178166,18.312121207177825,18.312121207177825,18.312121207178279,{"$f":" MAX(0,\nIF(Scrap.shpDIC. = \"YES\", 0 +CapReqDif.shpDIC.fts., 0),\n+CapReq.shpDIC.fts. -CapBYS.shpDIC.fts. -SUMIFS(OFFSET(CapNwI.shpDIC.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.shpDIC.))","v":18.312121207177711},24.120361693561108,24.120361693560312,24.120361693560881,24.120361693560994,24.120361693560426,10.997085273280959,10.997085273280391,10.997085273280618,10.997085273280959,10.997085273280391,27.362523522420361,27.362523522419679,27.36252352242002,27.362523522420247,27.362523522419679,31.416273125038515,31.416273125037947,31.416273125038288,31.416273125038629,31.416273125037833,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$430","v":"shpDIC."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.shpDIC. = \"YES\", 0 +CapReqDif.shpDIC.fts., 0),\n+CapReq.shpDIC.fts. -CapBYS.shpDIC.fts. -SUMIFS(OFFSET(CapNwI.shpDIC.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.shpDIC.))"]
["TS",null,null,null,"TRA","…","CapNwI.busEref.fts.","Charge Points","…",0,{"$f":" MAX(0,\nIF(Scrap.busEref. = \"YES\", 0 +CapReqDif.busEref.fts., 0),\n+CapReq.busEref.fts. -CapBYS.busEref.fts. -SUMIFS(OFFSET(CapNwI.busEref.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.busEref.))","v":0.91087423277267732},0.91087423277267376,0.91087423277267376,0.91087423277267732,0.91087423277267376,0.2952073517192666,0.29520735171926304,0.2952073517192666,0.29520735171926837,0.29520735171926482,0.29798838167647013,0.29798838167646569,0.29798838167647101,0.29798838167646746,0.29798838167646746,0.29591234699861335,0.29591234699861158,0.29591234699861246,0.29591234699861246,0.29591234699860536,0.29123937186903959,0.29123937186903426,0.29123937186903692,0.2912393718690387,0.29123937186903603,0,0,0,0,0,0,0,{"$f":" MAX(0,\nIF(Scrap.busEref. = \"YES\", 0 +CapReqDif.busEref.fts., 0),\n+CapReq.busEref.fts. -CapBYS.busEref.fts. -SUMIFS(OFFSET(CapNwI.busEref.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.busEref.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" MAX(0,\nIF(Scrap.busEref. = \"YES\", 0 +CapReqDif.busEref.fts., 0),\n+CapReq.busEref.fts. -CapBYS.busEref.fts. -SUMIFS(OFFSET(CapNwI.busEref.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.busEref.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$447","v":"busEref."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.busEref. = \"YES\", 0 +CapReqDif.busEref.fts., 0),\n+CapReq.busEref.fts. -CapBYS.busEref.fts. -SUMIFS(OFFSET(CapNwI.busEref.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.busEref.))"]
["TS",null,null,null,"IND","…","CapNwI.inOTHHt.fBiS.fts.",{"$f":"FullTimeSeries!H264","v":"TWh."},"…",0,{"$f":" MAX(0,\nIF(Scrap.inOTHHt.fBiS. = \"YES\", 0 +CapReqDif.inOTHHt.fBiS.fts., 0),\n+CapReq.inOTHHt.fBiS.fts. -CapBYS.inOTHHt.fBiS.fts. -SUMIFS(OFFSET(CapNwI.inOTHHt.fBiS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inOTHHt.fBiS.))","v":9.9479641590599854E-2},9.9479641590598966E-2,9.9479641590599854E-2,9.9479641590598966E-2,9.9479641590599854E-2,0.10408716194592849,0.10408716194592849,0.10408716194592849,0.10408716194592849,0.10408716194592849,0.10522551648230749,0.10522551648230838,0.10522551648230838,0.10522551648230838,0.10522551648230749,0.10646091975987027,0.10646091975986938,0.10646091975986849,0.10646091975987027,0.10646091975986938,0.11228015516617518,0.1122801551661734,0.11228015516617518,0.11228015516617429,0.11228015516617429,0.1163688762207622,0.11636887622076308,0.11636887622076308,0.11636887622076308,0.1163688762207622,0.11761931086036892,0.11761931086036803,{"$f":" MAX(0,\nIF(Scrap.inOTHHt.fBiS. = \"YES\", 0 +CapReqDif.inOTHHt.fBiS.fts., 0),\n+CapReq.inOTHHt.fBiS.fts. -CapBYS.inOTHHt.fBiS.fts. -SUMIFS(OFFSET(CapNwI.inOTHHt.fBiS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inOTHHt.fBiS.))","v":0.11761931086036759},0.11761931086036759,0.11761931086036803,0.11875680453881365,0.11875680453881188,0.11875680453881365,0.11875680453881365,0.11875680453881277,0.11986285702097899,0.11986285702097899,0.11986285702097899,0.11986285702097987,0.1198628570209781,0.10715961084000103,0.10715961083999925,0.10715961084000014,0.10715961084000103,0.10715961083999481,9.9479641590600743E-2,9.9479641590598078E-2,9.9479641590599854E-2,9.9479641590599854E-2,9.9479641590598966E-2,0.10408716194592937,0.1040871619459276,0.10408716194592849,0.10408716194592937,0.1040871619459276,0.10522551648230838,0.10522551648230749,0.10522551648230838,0.10522551648230927,{"$f":" MAX(0,\nIF(Scrap.inOTHHt.fBiS. = \"YES\", 0 +CapReqDif.inOTHHt.fBiS.fts., 0),\n+CapReq.inOTHHt.fBiS.fts. -CapBYS.inOTHHt.fBiS.fts. -SUMIFS(OFFSET(CapNwI.inOTHHt.fBiS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inOTHHt.fBiS.))","v":0.1052255164823066},0.10646091975987115,0.10646091975986849,0.10646091975986849,0.10646091975987115,0.10646091975986849,0.11228015516617607,0.11228015516617251,0.11228015516617518,0.11228015516617518,0.1122801551661734,0.11636887622076308,0.1163688762207622,0.11636887622076308,0.11636887622076397,0.11636887622076131,0.11761931086036981,0.11761931086036714,0.11761931086036803,0.11761931086036803,0.11761931086036714,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.inOTHHt.fBiS. = \"YES\", 0 +CapReqDif.inOTHHt.fBiS.fts., 0),\n+CapReq.inOTHHt.fBiS.fts. -CapBYS.inOTHHt.fBiS.fts. -SUMIFS(OFFSET(CapNwI.inOTHHt.fBiS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inOTHHt.fBiS.))"]
["TS",null,null,null,"IND","…","CapNwI.inOTHHt.fFsS.fts.",{"$f":"FullTimeSeries!H267","v":"TWh."},"…",0,{"$f":" MAX(0,\nIF(Scrap.inOTHHt.fFsS. = \"YES\", 0 +CapReqDif.inOTHHt.fFsS.fts., 0),\n+CapReq.inOTHHt.fFsS.fts. -CapBYS.inOTHHt.fFsS.fts. -SUMIFS(OFFSET(CapNwI.inOTHHt.fFsS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inOTHHt.fFsS.))","v":0.13376628472539931},0.13376628472539842,0.13376628472539887,0.13376628472539931,0.13376628472539842,0.13674892656367232,0.13674892656367144,0.13674892656367232,0.13674892656367232,0.13674892656367188,0.13748583136390091,0.13748583136390002,0.13748583136390091,0.13748583136390047,0.13748583136390025,0.1382855598986934,0.1382855598986934,0.13828555989869296,0.13828555989869296,0.1382855598986934,0.14205259588574748,0.14205259588574659,0.14205259588574659,0.14205259588574748,0.14205259588574526,0.13972782978784393,0.13972782978784259,0.13972782978784348,0.13972782978784393,0.13972782978784259,0.14351993059417101,0.14351993059417012,{"$f":" MAX(0,\nIF(Scrap.inOTHHt.fFsS. = \"YES\", 0 +CapReqDif.inOTHHt.fFsS.fts., 0),\n+CapReq.inOTHHt.fFsS.fts. -CapBYS.inOTHHt.fFsS.fts. -SUMIFS(OFFSET(CapNwI.inOTHHt.fFsS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inOTHHt.fFsS.))","v":0.14351993059417056},0.14351993059417145,0.14351993059417012,0.14499318292505725,0.14499318292505636,0.14499318292505725,0.14499318292505725,0.14499318292505636,0.14650890578092124,0.14650890578092035,0.14650890578092035,0.14650890578092035,0.14650890578092035,0.14205259588574792,0.14205259588574615,0.14205259588574659,0.14205259588574792,0.14205259588574481,0.13972782978784437,0.13972782978784215,0.13972782978784348,0.13972782978784437,0.13972782978784215,0.14351993059417145,0.14351993059416968,0.14351993059417056,0.1435199305941719,0.14351993059416968,0.1449931829250577,0.14499318292505592,0.14499318292505725,0.1449931829250577,{"$f":" MAX(0,\nIF(Scrap.inOTHHt.fFsS. = \"YES\", 0 +CapReqDif.inOTHHt.fFsS.fts., 0),\n+CapReq.inOTHHt.fFsS.fts. -CapBYS.inOTHHt.fFsS.fts. -SUMIFS(OFFSET(CapNwI.inOTHHt.fFsS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inOTHHt.fFsS.))","v":0.14499318292505592},0.14650890578092168,0.14650890578091991,0.14650890578092035,0.1465089057809208,0.14650890578091991,0.14205259588574837,0.1420525958857457,0.14205259588574659,0.14205259588574837,0.14205259588574437,0.13972782978784482,0.13972782978784171,0.13972782978784348,0.13972782978784482,0.13972782978784171,0.1435199305941719,0.14351993059416923,0.14351993059417056,0.14351993059417234,0.14351993059416923,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.inOTHHt.fFsS. = \"YES\", 0 +CapReqDif.inOTHHt.fFsS.fts., 0),\n+CapReq.inOTHHt.fFsS.fts. -CapBYS.inOTHHt.fFsS.fts. -SUMIFS(OFFSET(CapNwI.inOTHHt.fFsS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inOTHHt.fFsS.))"]
["TS",null,null,null,"IND","…","CapNwI.inREFHt.fElc.fts.",{"$f":"FullTimeSeries!H263","v":"TWh."},"…",0,{"$f":" MAX(0,\nIF(Scrap.inREFHt.fElc. = \"YES\", 0 +CapReqDif.inREFHt.fElc.fts., 0),\n+CapReq.inREFHt.fElc.fts. -CapBYS.inREFHt.fElc.fts. -SUMIFS(OFFSET(CapNwI.inREFHt.fElc.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inREFHt.fElc.))","v":6.7328365170195026E-3},6.7328365170193916E-3,6.7328365170193916E-3,6.7328365170195026E-3,6.7328365170193916E-3,1.2289522728257229E-2,1.2289522728257118E-2,1.2289522728257229E-2,1.2289522728257229E-2,1.2289522728257118E-2,1.0095402360892014E-2,1.0095402360891903E-2,1.0095402360892014E-2,1.0095402360891903E-2,1.0095402360892014E-2,1.5652290666258173E-2,1.5652290666258173E-2,1.5652290666258173E-2,1.5652290666258173E-2,1.5652290666258173E-2,1.5347172136016218E-2,1.5347172136016329E-2,1.5347172136016218E-2,1.5347172136016329E-2,1.5347172136016218E-2,1.6424520941149878E-2,1.6424520941149878E-2,1.6424520941149767E-2,1.6424520941149878E-2,1.6424520941149878E-2,1.585299558726927E-2,1.5852995587269381E-2,{"$f":" MAX(0,\nIF(Scrap.inREFHt.fElc. = \"YES\", 0 +CapReqDif.inREFHt.fElc.fts., 0),\n+CapReq.inREFHt.fElc.fts. -CapBYS.inREFHt.fElc.fts. -SUMIFS(OFFSET(CapNwI.inREFHt.fElc.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inREFHt.fElc.))","v":1.585299558726927E-2},1.5852995587269325E-2,1.5852995587269214E-2,1.6618354538113445E-2,1.6618354538113445E-2,1.6618354538113334E-2,1.6618354538113445E-2,1.6618354538113334E-2,1.6541405565837275E-2,1.6541405565837164E-2,1.6541405565837275E-2,1.6541405565837164E-2,1.6541405565837275E-2,1.6400488452088191E-2,1.6400488452088191E-2,1.6400488452088191E-2,1.6400488452088302E-2,1.6400488452087636E-2,9.1257933073697339E-3,9.1257933073694009E-3,9.1257933073695119E-3,9.1257933073696229E-3,9.1257933073695119E-3,1.4833250017248556E-2,1.4833250017248334E-2,1.4833250017248556E-2,1.4833250017248556E-2,1.4833250017248334E-2,1.2597202289548193E-2,1.2597202289548082E-2,1.2597202289548193E-2,1.2597202289548082E-2,{"$f":" MAX(0,\nIF(Scrap.inREFHt.fElc. = \"YES\", 0 +CapReqDif.inREFHt.fElc.fts., 0),\n+CapReq.inREFHt.fElc.fts. -CapBYS.inREFHt.fElc.fts. -SUMIFS(OFFSET(CapNwI.inREFHt.fElc.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inREFHt.fElc.))","v":1.2597202289548193E-2},1.8014123927945103E-2,1.8014123927945214E-2,1.8014123927944992E-2,1.8014123927945214E-2,1.8014123927945103E-2,1.784478688953417E-2,1.784478688953417E-2,1.7844786889534059E-2,1.7844786889534281E-2,1.7844786889534059E-2,1.8887664635896861E-2,1.8887664635896528E-2,1.8887664635896639E-2,1.8887664635896861E-2,1.8887664635896639E-2,1.8391879070566386E-2,1.8391879070566497E-2,1.8391879070566386E-2,1.8391879070566386E-2,1.8391879070566386E-2,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$678","v":"inREFHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.inREFHt.fElc. = \"YES\", 0 +CapReqDif.inREFHt.fElc.fts., 0),\n+CapReq.inREFHt.fElc.fts. -CapBYS.inREFHt.fElc.fts. -SUMIFS(OFFSET(CapNwI.inREFHt.fElc.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inREFHt.fElc.))"]
["TS",null,null,null,"IND","…","CapNwI.inCHEHt.fFsS.fts.",{"$f":"FullTimeSeries!H267","v":"TWh."},"…",0,{"$f":" MAX(0,\nIF(Scrap.inCHEHt.fFsS. = \"YES\", 0 +CapReqDif.inCHEHt.fFsS.fts., 0),\n+CapReq.inCHEHt.fFsS.fts. -CapBYS.inCHEHt.fFsS.fts. -SUMIFS(OFFSET(CapNwI.inCHEHt.fFsS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inCHEHt.fFsS.))","v":9.0337576953132825E-3},9.033757695313227E-3,9.0337576953132825E-3,9.0337576953132825E-3,9.033757695313227E-3,1.0010337224846011E-2,1.0010337224846011E-2,1.0010337224846011E-2,1.0010337224846066E-2,1.0010337224845955E-2,1.165304082881341E-2,1.1653040828813355E-2,1.165304082881341E-2,1.1653040828813355E-2,1.165304082881341E-2,1.1733599983195314E-2,1.1733599983195314E-2,1.1733599983195286E-2,1.1733599983195397E-2,1.1733599983195259E-2,1.2756044522628157E-2,1.2756044522628185E-2,1.2756044522628129E-2,1.2756044522628185E-2,1.2756044522627907E-2,1.1097168615176234E-2,1.1097168615176178E-2,1.1097168615176234E-2,1.1097168615176234E-2,1.1097168615176123E-2,1.2220788039675023E-2,1.2220788039674968E-2,{"$f":" MAX(0,\nIF(Scrap.inCHEHt.fFsS. = \"YES\", 0 +CapReqDif.inCHEHt.fFsS.fts., 0),\n+CapReq.inCHEHt.fFsS.fts. -CapBYS.inCHEHt.fFsS.fts. -SUMIFS(OFFSET(CapNwI.inCHEHt.fFsS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inCHEHt.fFsS.))","v":1.2220788039675023E-2},1.2220788039675079E-2,1.2220788039674912E-2,1.3951413815413427E-2,1.3951413815413372E-2,1.3951413815413427E-2,1.3951413815413372E-2,1.3951413815413427E-2,1.4120908441577207E-2,1.4120908441577096E-2,1.4120908441577151E-2,1.4120908441577262E-2,1.412090844157704E-2,1.275604452262824E-2,1.2756044522628129E-2,1.2756044522628129E-2,1.275604452262824E-2,1.2756044522627852E-2,1.1097168615176289E-2,1.1097168615176123E-2,1.1097168615176234E-2,1.1097168615176289E-2,1.1097168615176067E-2,1.2220788039675079E-2,1.2220788039674912E-2,1.2220788039675023E-2,1.2220788039675134E-2,1.2220788039674857E-2,1.3951413815413483E-2,1.3951413815413316E-2,1.3951413815413427E-2,1.3951413815413427E-2,{"$f":" MAX(0,\nIF(Scrap.inCHEHt.fFsS. = \"YES\", 0 +CapReqDif.inCHEHt.fFsS.fts., 0),\n+CapReq.inCHEHt.fFsS.fts. -CapBYS.inCHEHt.fFsS.fts. -SUMIFS(OFFSET(CapNwI.inCHEHt.fFsS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inCHEHt.fFsS.))","v":1.3951413815413372E-2},1.4120908441577262E-2,1.412090844157704E-2,1.4120908441577151E-2,1.4120908441577318E-2,1.4120908441576985E-2,1.2756044522628296E-2,1.2756044522628074E-2,1.2756044522628129E-2,1.2756044522628296E-2,1.2756044522627796E-2,1.1097168615176345E-2,1.1097168615176067E-2,1.1097168615176234E-2,1.1097168615176345E-2,1.1097168615176012E-2,1.2220788039675134E-2,1.2220788039674857E-2,1.2220788039675023E-2,1.222078803967519E-2,1.2220788039674801E-2,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$670","v":"inCHEHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.inCHEHt.fFsS. = \"YES\", 0 +CapReqDif.inCHEHt.fFsS.fts., 0),\n+CapReq.inCHEHt.fFsS.fts. -CapBYS.inCHEHt.fFsS.fts. -SUMIFS(OFFSET(CapNwI.inCHEHt.fFsS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.inCHEHt.fFsS.))"]
["TS",null,null,null,"BHT.","…","CapNwS.dHyb.fts.","Dwellings","…",0,{"$f":" IF(Scrap.dHyb. = \"YES\",\n+CapReq.dHyb.fts. -CapBYS.dHyb.fts.,\n+SUMIFS(CapNwI.dHyb.fts.,   Year., \">\"& +Year. -Life.dHyb.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.dHyb. = \"YES\",\n+CapReq.dHyb.fts. -CapBYS.dHyb.fts.,\n+SUMIFS(CapNwI.dHyb.fts.,   Year., \">\"& +Year. -Life.dHyb.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.dHyb. = \"YES\",\n+CapReq.dHyb.fts. -CapBYS.dHyb.fts.,\n+SUMIFS(CapNwI.dHyb.fts.,   Year., \">\"& +Year. -Life.dHyb.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$494","v":"dHyb."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.dHyb. = \"YES\",\n+CapReq.dHyb.fts. -CapBYS.dHyb.fts.,\n+SUMIFS(CapNwI.dHyb.fts.,   Year., \">\"& +Year. -Life.dHyb.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"BHT.","…","CapNwS.dblG.fts.","Dwellings","…",0,{"$f":" IF(Scrap.dblG. = \"YES\",\n+CapReq.dblG.fts. -CapBYS.dblG.fts.,\n+SUMIFS(CapNwI.dblG.fts.,   Year., \">\"& +Year. -Life.dblG.,   Year., \"<=\"& +Year.))","v":1559992.2817456909},3119984.5634913743,4679976.8452370632,6239969.1269827522,7799961.4087284375,9342100.3343827799,10884239.260037126,12426378.185691465,13968517.111345811,15510656.037000153,17047313.461928748,18583970.886857349,20120628.311785944,21657285.736714542,23193943.161643136,23353351.65794244,23512760.154241741,23672168.650541045,23831577.146840349,23990985.643139653,24088584.160506167,24186182.67787268,24283781.195239194,24381379.712605704,24478978.229972217,24571740.511560149,24664502.793148078,24757265.074736007,24850027.356323939,24942789.637911867,25030907.482077889,25119025.326243907,{"$f":" IF(Scrap.dblG. = \"YES\",\n+CapReq.dblG.fts. -CapBYS.dblG.fts.,\n+SUMIFS(CapNwI.dblG.fts.,   Year., \">\"& +Year. -Life.dblG.,   Year., \"<=\"& +Year.))","v":25207143.170409929},25295261.014575951,25383378.858741969,25469117.135945458,25554855.413148947,25640593.690352432,25726331.967555922,25812070.244759407,25893293.783671424,25974517.322583437,26055740.86149545,{"$f":" IF(Scrap.dblG. = \"YES\",\n+CapReq.dblG.fts. -CapBYS.dblG.fts.,\n+SUMIFS(CapNwI.dblG.fts.,   Year., \">\"& +Year. -Life.dblG.,   Year., \"<=\"& +Year.))","v":26136964.400407467},26218187.93931948,26299458.47193611,26380729.004552737,26461999.537169367,26543270.069785997,26624540.602402624,26710565.233156271,26796589.863909915,26882614.494663559,26968639.125417206,27054663.756170847,27146304.495107666,27237945.234044477,27329585.972981296,27421226.711918112,27512867.450854927,27607198.169742659,27701528.888630386,27795859.607518114,27890190.326405846,27984521.045293573,28078861.792126641,28173202.538959704,28267543.285792768,28361884.032625832,28456224.779458895,28550560.414006107,28644896.04855331,28739231.683100522,28833567.317647729,28927902.952194933,29023736.617582697,29119570.282970458,29215403.948358215,29311237.61374598,29407071.279133737,29504905.880097773,29602740.481061805,29700575.082025841,29798409.682989873,29896244.283953905,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$487","v":"dblG."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.dblG. = \"YES\",\n+CapReq.dblG.fts. -CapBYS.dblG.fts.,\n+SUMIFS(CapNwI.dblG.fts.,   Year., \">\"& +Year. -Life.dblG.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"BHT.","…","CapNwS.nCnsv.fts.","sqm. floor area","…",0,{"$f":" IF(Scrap.nCnsv. = \"YES\",\n+CapReq.nCnsv.fts. -CapBYS.nCnsv.fts.,\n+SUMIFS(CapNwI.nCnsv.fts.,   Year., \">\"& +Year. -Life.nCnsv.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.nCnsv. = \"YES\",\n+CapReq.nCnsv.fts. -CapBYS.nCnsv.fts.,\n+SUMIFS(CapNwI.nCnsv.fts.,   Year., \">\"& +Year. -Life.nCnsv.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.nCnsv. = \"YES\",\n+CapReq.nCnsv.fts. -CapBYS.nCnsv.fts.,\n+SUMIFS(CapNwI.nCnsv.fts.,   Year., \">\"& +Year. -Life.nCnsv.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$479","v":"nCnsv."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.nCnsv. = \"YES\",\n+CapReq.nCnsv.fts. -CapBYS.nCnsv.fts.,\n+SUMIFS(CapNwI.nCnsv.fts.,   Year., \">\"& +Year. -Life.nCnsv.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"NHS.","…","CapNwS.hnWHO.fts.","GW.","…",0,{"$f":" IF(Scrap.hnWHO. = \"YES\",\n+CapReq.hnWHO.fts. -CapBYS.hnWHO.fts.,\n+SUMIFS(CapNwI.hnWHO.fts.,   Year., \">\"& +Year. -Life.hnWHO.,   Year., \"<=\"& +Year.))","v":0.12700549881898793},0.25401099763797585,0.38101649645696378,0.50802199527595171,0.63502749409493964,0.87302875145416881,1.111030008813398,1.349031266172628,1.5870325235318572,1.8250337808910864,2.0487119515722676,2.2723901222534488,2.4960682929346309,2.7197464636158122,2.9434246342969934,3.1826818391079925,3.4219390439189925,3.6611962487299916,3.9004534535409907,4.1397106583519898,4.3646165970377417,4.5895225357234928,4.8144284744092438,5.0393344130949966,5.2642403517807486,5.4303784060074891,5.596516460234227,5.7626545144609667,5.9287925686877072,6.094930622914446,6.2656870172369334,6.4364434115594209,{"$f":" IF(Scrap.hnWHO. = \"YES\",\n+CapReq.hnWHO.fts. -CapBYS.hnWHO.fts.,\n+SUMIFS(CapNwI.hnWHO.fts.,   Year., \">\"& +Year. -Life.hnWHO.,   Year., \"<=\"& +Year.))","v":6.6071998058819092},{"$f":" IF(Scrap.hnWHO. = \"YES\",\n+CapReq.hnWHO.fts. -CapBYS.hnWHO.fts.,\n+SUMIFS(CapNwI.hnWHO.fts.,   Year., \">\"& +Year. -Life.hnWHO.,   Year., \"<=\"& +Year.))","v":6.7779562002043976},{"$f":" IF(Scrap.hnWHO. = \"YES\",\n+CapReq.hnWHO.fts. -CapBYS.hnWHO.fts.,\n+SUMIFS(CapNwI.hnWHO.fts.,   Year., \">\"& +Year. -Life.hnWHO.,   Year., \"<=\"& +Year.))","v":6.9487125945268851},{"$f":" IF(Scrap.hnWHO. = \"YES\",\n+CapReq.hnWHO.fts. -CapBYS.hnWHO.fts.,\n+SUMIFS(CapNwI.hnWHO.fts.,   Year., \">\"& +Year. -Life.hnWHO.,   Year., \"<=\"& +Year.))","v":7.016888150354049},7.0850637061812138,7.1532392620083787,7.2214148178355426,7.2895903736627075,7.3534002144959798,7.417210055329253,7.4810198961625263,7.5448297369958004,7.6086395778290736,7.6667477473867169,7.7248559169443594,7.7829640865020018,7.8410722560596451,7.8991804256172875,7.8743590060720017,7.8495375865267132,7.8247161669814247,7.7998947474361371,7.7750733278908486,7.7640779245101106,7.7530825211293717,7.7420871177486337,7.7310917143678957,7.7200963109871568,7.6967710303016146,7.6734457496160733,7.6501204689305302,7.6267951882449889,7.6034699075594467,7.5570124113343704,7.5105549151092932,{"$f":" IF(Scrap.hnWHO. = \"YES\",\n+CapReq.hnWHO.fts. -CapBYS.hnWHO.fts.,\n+SUMIFS(CapNwI.hnWHO.fts.,   Year., \">\"& +Year. -Life.hnWHO.,   Year., \"<=\"& +Year.))","v":7.4640974188842169},7.4176399226591405,7.3711824264340633,7.3482406624812953,7.3252988985285246,7.3023571345757556,7.2794153706229867,7.2564736066702169,7.2229646092264606,7.1894556117827033,7.1559466143389461,7.1224376168951888,7.0889286194514316,7.0524572274716872,7.015985835491942,6.9795144435121959,6.9430430515324524,6.9065716595527062,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$524","v":"hnWHO."},"…","fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.hnWHO. = \"YES\",\n+CapReq.hnWHO.fts. -CapBYS.hnWHO.fts.,\n+SUMIFS(CapNwI.hnWHO.fts.,   Year., \">\"& +Year. -Life.hnWHO.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"NHS.","…","CapNwS.hnCHPB.fts.","GW.","…",0,{"$f":" IF(Scrap.hnCHPB. = \"YES\",\n+CapReq.hnCHPB.fts. -CapBYS.hnCHPB.fts.,\n+SUMIFS(CapNwI.hnCHPB.fts.,   Year., \">\"& +Year. -Life.hnCHPB.,   Year., \"<=\"& +Year.))","v":3.3800049387492787E-3},6.7600098774985296E-3,1.0140014816247794E-2,1.3520019754997073E-2,1.6900024693746324E-2,1.7463358850204544E-2,1.8026693006662743E-2,1.8590027163120956E-2,1.9153361319579169E-2,1.9716695476037369E-2,2.0280029632495582E-2,2.0843363788953781E-2,2.1406697945411994E-2,2.1970032101870207E-2,2.2533366258328406E-2,2.3096700414786623E-2,2.3660034571244826E-2,2.4223368727703035E-2,2.4786702884161252E-2,2.5350037040619455E-2,2.5913371197077671E-2,2.6476705353535874E-2,2.704003950999409E-2,2.76033736664523E-2,2.816670782291051E-2,2.5350037040619458E-2,2.2533366258328406E-2,1.9716695476037355E-2,1.6900024693746303E-2,1.408335391145525E-2,1.1266683129164198E-2,8.4500123468731463E-3,{"$f":" IF(Scrap.hnCHPB. = \"YES\",\n+CapReq.hnCHPB.fts. -CapBYS.hnCHPB.fts.,\n+SUMIFS(CapNwI.hnCHPB.fts.,   Year., \">\"& +Year. -Life.hnCHPB.,   Year., \"<=\"& +Year.))","v":5.6333415645820938E-3},{"$f":" IF(Scrap.hnCHPB. = \"YES\",\n+CapReq.hnCHPB.fts. -CapBYS.hnCHPB.fts.,\n+SUMIFS(CapNwI.hnCHPB.fts.,   Year., \">\"& +Year. -Life.hnCHPB.,   Year., \"<=\"& +Year.))","v":2.8166707822910421E-3},{"$f":" IF(Scrap.hnCHPB. = \"YES\",\n+CapReq.hnCHPB.fts. -CapBYS.hnCHPB.fts.,\n+SUMIFS(CapNwI.hnCHPB.fts.,   Year., \">\"& +Year. -Life.hnCHPB.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.hnCHPB. = \"YES\",\n+CapReq.hnCHPB.fts. -CapBYS.hnCHPB.fts.,\n+SUMIFS(CapNwI.hnCHPB.fts.,   Year., \">\"& +Year. -Life.hnCHPB.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$518","v":"hnCHPB."},"…","fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.hnCHPB. = \"YES\",\n+CapReq.hnCHPB.fts. -CapBYS.hnCHPB.fts.,\n+SUMIFS(CapNwI.hnCHPB.fts.,   Year., \">\"& +Year. -Life.hnCHPB.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"TRA","…","CapNwS.trnPE.fts.","Vehicles","…",0,{"$f":" IF(Scrap.trnPE. = \"YES\",\n+CapReq.trnPE.fts. -CapBYS.trnPE.fts.,\n+SUMIFS(CapNwI.trnPE.fts.,   Year., \">\"& +Year. -Life.trnPE.,   Year., \"<=\"& +Year.))","v":284.5511548244649},569.1023096489298,853.65346447339289,1138.2046192978569,1422.7557741223209,1699.3162740799244,1975.8767740375279,2252.4372739951314,2528.9977739527349,2805.5582739103384,3084.7143016237533,3363.8703293371664,3643.0263570505813,3922.182384763998,4201.3384124774111,4475.679875111503,4750.0213377455912,5024.3628003796812,5298.704263013773,5573.0457256478612,5841.7516866252845,6110.4576476027069,6379.1636085801301,6647.8695695575534,6916.5755305349758,7192.9765181665971,7469.3775057982193,7745.7784934298397,8022.179481061461,8298.5804686930824,8568.29913922368,8838.0178097542739,{"$f":" IF(Scrap.trnPE. = \"YES\",\n+CapReq.trnPE.fts. -CapBYS.trnPE.fts.,\n+SUMIFS(CapNwI.trnPE.fts.,   Year., \">\"& +Year. -Life.trnPE.,   Year., \"<=\"& +Year.))","v":9107.7364802848697},9377.4551508154673,9647.1738213460631,9906.1640854450816,10165.154349544098,10424.144613643115,{"$f":" IF(Scrap.trnPE. = \"YES\",\n+CapReq.trnPE.fts. -CapBYS.trnPE.fts.,\n+SUMIFS(CapNwI.trnPE.fts.,   Year., \">\"& +Year. -Life.trnPE.,   Year., \"<=\"& +Year.))","v":10683.134877742134},10942.12514184115,10976.55702269422,11010.988903547282,11045.420784400347,11079.852665253409,11114.284546106473,11148.736348298349,11183.188150490223,11217.639952682101,11252.091754873974,11286.54355706585,11323.010693024391,11359.477828982934,11395.944964941475,11432.412100900016,11468.879236858556,11507.727125618701,11546.575014378845,11585.422903138988,11624.270791899133,11663.118680659276,11703.106892414547,11743.095104169817,11783.083315925087,11823.071527680357,11863.059739435628,11903.052202187884,11943.04466494014,11983.037127692396,12023.029590444652,12063.022053196908,12103.012348774229,12143.002644351553,12182.992939928874,12222.983235506197,12262.973531083519,12303.598864484939,12344.22419788636,12384.849531287779,12425.4748646892,12466.10019809062,12507.573758204146,12549.047318317669,12590.520878431194,12631.99443854472,12673.467998658243,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$426","v":"trnPE."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.trnPE. = \"YES\",\n+CapReq.trnPE.fts. -CapBYS.trnPE.fts.,\n+SUMIFS(CapNwI.trnPE.fts.,   Year., \">\"& +Year. -Life.trnPE.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"TRA","…","CapNwS.shpDIC.fts.","Vehicles","…",0,{"$f":" IF(Scrap.shpDIC. = \"YES\",\n+CapReq.shpDIC.fts. -CapBYS.shpDIC.fts.,\n+SUMIFS(CapNwI.shpDIC.fts.,   Year., \">\"& +Year. -Life.shpDIC.,   Year., \"<=\"& +Year.))","v":20.123071672909418},40.246143345818723,60.369215018728141,80.49228669163756,100.61535836454686,124.73572005810774,148.85608175166828,172.97644344522917,197.09680513878993,221.21716683235059,232.21425210563132,243.21133737891194,254.20842265219255,265.20550792547328,276.2025931987539,303.56511672117398,330.92764024359394,358.2901637660139,385.65268728843398,413.01521081085394,444.43148393589217,475.84775706093041,507.26403018596864,538.68030331100704,570.0965764360451,603.19364647195084,636.29071650785659,669.38778654376233,702.48485657966808,735.58192661557314,733.77097614984177,731.96002568411041,{"$f":" IF(Scrap.shpDIC. = \"YES\",\n+CapReq.shpDIC.fts. -CapBYS.shpDIC.fts.,\n+SUMIFS(CapNwI.shpDIC.fts.,   Year., \">\"& +Year. -Life.shpDIC.,   Year., \"<=\"& +Year.))","v":730.14907521837881},728.33812475264756,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,{"$f":" IF(Scrap.shpDIC. = \"YES\",\n+CapReq.shpDIC.fts. -CapBYS.shpDIC.fts.,\n+SUMIFS(CapNwI.shpDIC.fts.,   Year., \">\"& +Year. -Life.shpDIC.,   Year., \"<=\"& +Year.))","v":726.52717428691608},726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691619,726.52717428691608,726.52717428691608,726.52717428691619,726.52717428691608,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$430","v":"shpDIC."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.shpDIC. = \"YES\",\n+CapReq.shpDIC.fts. -CapBYS.shpDIC.fts.,\n+SUMIFS(CapNwI.shpDIC.fts.,   Year., \">\"& +Year. -Life.shpDIC.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"IND","…","CapNwS.inSTLHt.fBiS.fts.",{"$f":"FullTimeSeries!H252","v":"TWh."},"…",0,{"$f":" IF(Scrap.inSTLHt.fBiS. = \"YES\",\n+CapReq.inSTLHt.fBiS.fts. -CapBYS.inSTLHt.fBiS.fts.,\n+SUMIFS(CapNwI.inSTLHt.fBiS.fts.,   Year., \">\"& +Year. -Life.inSTLHt.fBiS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.inSTLHt.fBiS. = \"YES\",\n+CapReq.inSTLHt.fBiS.fts. -CapBYS.inSTLHt.fBiS.fts.,\n+SUMIFS(CapNwI.inSTLHt.fBiS.fts.,   Year., \">\"& +Year. -Life.inSTLHt.fBiS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.inSTLHt.fBiS. = \"YES\",\n+CapReq.inSTLHt.fBiS.fts. -CapBYS.inSTLHt.fBiS.fts.,\n+SUMIFS(CapNwI.inSTLHt.fBiS.fts.,   Year., \">\"& +Year. -Life.inSTLHt.fBiS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.inSTLHt.fBiS. = \"YES\",\n+CapReq.inSTLHt.fBiS.fts. -CapBYS.inSTLHt.fBiS.fts.,\n+SUMIFS(CapNwI.inSTLHt.fBiS.fts.,   Year., \">\"& +Year. -Life.inSTLHt.fBiS.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"IND","…","CapNwS.inOTHHtCHP.fFsS.fts.",{"$f":"FullTimeSeries!H272","v":"TWh."},"…",0,{"$f":" IF(Scrap.inOTHHtCHP.fFsS. = \"YES\",\n+CapReq.inOTHHtCHP.fFsS.fts. -CapBYS.inOTHHtCHP.fFsS.fts.,\n+SUMIFS(CapNwI.inOTHHtCHP.fFsS.fts.,   Year., \">\"& +Year. -Life.inOTHHtCHP.fFsS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.inOTHHtCHP.fFsS. = \"YES\",\n+CapReq.inOTHHtCHP.fFsS.fts. -CapBYS.inOTHHtCHP.fFsS.fts.,\n+SUMIFS(CapNwI.inOTHHtCHP.fFsS.fts.,   Year., \">\"& +Year. -Life.inOTHHtCHP.fFsS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.inOTHHtCHP.fFsS. = \"YES\",\n+CapReq.inOTHHtCHP.fFsS.fts. -CapBYS.inOTHHtCHP.fFsS.fts.,\n+SUMIFS(CapNwI.inOTHHtCHP.fFsS.fts.,   Year., \">\"& +Year. -Life.inOTHHtCHP.fFsS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.inOTHHtCHP.fFsS. = \"YES\",\n+CapReq.inOTHHtCHP.fFsS.fts. -CapBYS.inOTHHtCHP.fFsS.fts.,\n+SUMIFS(CapNwI.inOTHHtCHP.fFsS.fts.,   Year., \">\"& +Year. -Life.inOTHHtCHP.fFsS.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"IND","…","CapNwS.inCCGHt.fFsS.fts.",{"$f":"FullTimeSeries!H267","v":"TWh."},"…",0,{"$f":" IF(Scrap.inCCGHt.fFsS. = \"YES\",\n+CapReq.inCCGHt.fFsS.fts. -CapBYS.inCCGHt.fFsS.fts.,\n+SUMIFS(CapNwI.inCCGHt.fFsS.fts.,   Year., \">\"& +Year. -Life.inCCGHt.fFsS.,   Year., \"<=\"& +Year.))","v":0.22506080901162173},0.45012161802324346,0.6751824270348652,0.90024323604648604,1.1253040450581078,1.33061494374991,1.5359258424417113,1.7412367411335135,1.9465476398253156,2.1518585385171169,2.3716969131215975,2.5915352877260762,2.8113736623305567,3.0312120369350364,3.251050411539516,3.4758793349702053,3.7007082584008946,3.9255371818315838,4.1503661052622736,4.3751950286929624,4.6051149662872097,4.8350349038814571,5.0649548414757044,5.2948747790699517,5.5247947166641973,5.5948668196158584,5.6649389225675186,5.7350110255191797,5.8050831284708408,5.875155231422502,5.9499320632117065,6.0247088950009111,{"$f":" IF(Scrap.inCCGHt.fFsS. = \"YES\",\n+CapReq.inCCGHt.fFsS.fts. -CapBYS.inCCGHt.fFsS.fts.,\n+SUMIFS(CapNwI.inCCGHt.fFsS.fts.,   Year., \">\"& +Year. -Life.inCCGHt.fFsS.,   Year., \"<=\"& +Year.))","v":6.0994857267901157},6.1742625585793212,6.2490393903685257,6.3286094320005004,6.4081794736324751,6.4877495152644498,6.5673195568964244,6.6468895985283991,6.7315301969365997,6.8161707953448012,6.9008113937530009,6.9854519921612024,7.070092590569403,7.0700925905694039,7.070092590569403,7.070092590569403,7.0700925905694039,7.070092590569403,7.0700925905694039,7.070092590569403,7.070092590569403,7.0700925905694039,7.070092590569403,7.0700925905694039,7.070092590569403,7.070092590569403,7.0700925905694039,7.070092590569403,7.0700925905694039,7.070092590569403,7.070092590569403,7.0700925905694039,{"$f":" IF(Scrap.inCCGHt.fFsS. = \"YES\",\n+CapReq.inCCGHt.fFsS.fts. -CapBYS.inCCGHt.fFsS.fts.,\n+SUMIFS(CapNwI.inCCGHt.fFsS.fts.,   Year., \">\"& +Year. -Life.inCCGHt.fFsS.,   Year., \"<=\"& +Year.))","v":7.070092590569403},7.0700925905694039,7.070092590569403,7.070092590569403,7.0700925905694039,7.070092590569403,7.0700925905694039,7.070092590569403,7.070092590569403,7.0700925905694039,7.070092590569403,7.0700925905694039,7.070092590569403,7.070092590569403,7.0700925905694039,7.070092590569403,7.0700925905694039,7.070092590569403,7.070092590569403,7.0700925905694039,7.070092590569403,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.inCCGHt.fFsS. = \"YES\",\n+CapReq.inCCGHt.fFsS.fts. -CapBYS.inCCGHt.fFsS.fts.,\n+SUMIFS(CapNwI.inCCGHt.fFsS.fts.,   Year., \">\"& +Year. -Life.inCCGHt.fFsS.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"IND","…","CapNwS.inREFHtCHP.fFsS.fts.",{"$f":"FullTimeSeries!H272","v":"TWh."},"…",0,{"$f":" IF(Scrap.inREFHtCHP.fFsS. = \"YES\",\n+CapReq.inREFHtCHP.fFsS.fts. -CapBYS.inREFHtCHP.fFsS.fts.,\n+SUMIFS(CapNwI.inREFHtCHP.fFsS.fts.,   Year., \">\"& +Year. -Life.inREFHtCHP.fFsS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.inREFHtCHP.fFsS. = \"YES\",\n+CapReq.inREFHtCHP.fFsS.fts. -CapBYS.inREFHtCHP.fFsS.fts.,\n+SUMIFS(CapNwI.inREFHtCHP.fFsS.fts.,   Year., \">\"& +Year. -Life.inREFHtCHP.fFsS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.inREFHtCHP.fFsS. = \"YES\",\n+CapReq.inREFHtCHP.fFsS.fts. -CapBYS.inREFHtCHP.fFsS.fts.,\n+SUMIFS(CapNwI.inREFHtCHP.fFsS.fts.,   Year., \">\"& +Year. -Life.inREFHtCHP.fFsS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$679","v":"inREFHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.inREFHtCHP.fFsS. = \"YES\",\n+CapReq.inREFHtCHP.fFsS.fts. -CapBYS.inREFHtCHP.fFsS.fts.,\n+SUMIFS(CapNwI.inREFHtCHP.fFsS.fts.,   Year., \">\"& +Year. -Life.inREFHtCHP.fFsS.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"IND","…","CapNwS.inCHEHt.fFsS.fts.",{"$f":"FullTimeSeries!H267","v":"TWh."},"…",0,{"$f":" IF(Scrap.inCHEHt.fFsS. = \"YES\",\n+CapReq.inCHEHt.fFsS.fts. -CapBYS.inCHEHt.fFsS.fts.,\n+SUMIFS(CapNwI.inCHEHt.fFsS.fts.,   Year., \">\"& +Year. -Life.inCHEHt.fFsS.,   Year., \"<=\"& +Year.))","v":9.0337576953132825E-3},1.806751539062651E-2,2.7101273085939792E-2,3.6135030781253075E-2,4.5168788476566302E-2,5.5179125701412313E-2,6.5189462926258324E-2,7.5199800151104335E-2,8.5210137375950401E-2,9.5220474600796357E-2,0.10687351542960977,0.11852655625842312,0.13017959708723653,0.14183263791604989,0.1534856787448633,0.16521927872805861,0.17695287871125392,0.18868647869444921,0.20042007867764461,0.21215367866083987,0.22490972318346802,0.23766576770609621,0.25042181222872434,0.26317785675135252,0.27593390127398043,0.27799731219384338,0.28006072311370633,0.28212413403356928,0.28418754495343224,0.28625095587329513,0.28846140668812414,0.2906718575029531,{"$f":" IF(Scrap.inCHEHt.fFsS. = \"YES\",\n+CapReq.inCHEHt.fFsS.fts. -CapBYS.inCHEHt.fFsS.fts.,\n+SUMIFS(CapNwI.inCHEHt.fFsS.fts.,   Year., \">\"& +Year. -Life.inCHEHt.fFsS.,   Year., \"<=\"& +Year.))","v":0.29288230831778211},0.29509275913261113,0.29730320994744008,0.2996015829340401,0.30189995592064012,0.30419832890724013,0.30649670189384015,0.30879507488044017,0.31118238333882203,0.31356969179720384,0.31595700025558571,0.31834430871396757,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234938,0.32073161717234944,{"$f":" IF(Scrap.inCHEHt.fFsS. = \"YES\",\n+CapReq.inCHEHt.fFsS.fts. -CapBYS.inCHEHt.fFsS.fts.,\n+SUMIFS(CapNwI.inCHEHt.fFsS.fts.,   Year., \">\"& +Year. -Life.inCHEHt.fFsS.,   Year., \"<=\"& +Year.))","v":0.32073161717234938},0.32073161717234944,0.32073161717234938,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234944,0.32073161717234938,0.32073161717234938,0.32073161717234944,0.32073161717234938,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$670","v":"inCHEHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.inCHEHt.fFsS. = \"YES\",\n+CapReq.inCHEHt.fFsS.fts. -CapBYS.inCHEHt.fFsS.fts.,\n+SUMIFS(CapNwI.inCHEHt.fFsS.fts.,   Year., \">\"& +Year. -Life.inCHEHt.fFsS.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"BHT.","…","Cap.dhtE.fts.","Dwellings","…",{"$f":" +CapBYS.dhtE.fts. +CapNwS.dhtE.fts.","v":2444221.9409396052},2467798.2949618702,2491374.6489841347,2514951.0030063991,2538527.3570286641,2562103.7110509286,2583943.3541255915,2605782.9972002539,2627622.6402749168,2649462.2833495792,2671301.9264242421,2692517.7672155444,2713733.6080068471,2734949.4487981489,2756165.2895894516,2777381.1303807539,2796898.6075591631,2816416.0847375719,2835933.5619159816,2855451.0390943903,2874968.5162727996,2887102.602184725,2899236.6880966509,2911370.7740085763,2923504.8599205022,2935638.9458324276,2947210.7580006975,2958782.5701689669,2970354.3823372363,2981926.1945055062,2993498.0066737756,3004529.3187610265,{"$f":" +CapBYS.dhtE.fts. +CapNwS.dhtE.fts.","v":3015560.6308482764},3026591.9429355264,3037623.2550227772,3048654.5671100272,3058952.1083407346,3069249.6495714416,3079547.190802149,3089844.732032856,3100142.2732635634,3109897.5747243725,3119652.8761851816,{"$f":" +CapBYS.dhtE.fts. +CapNwS.dhtE.fts.","v":3129408.1776459902},3139163.4791067997,3148918.7805676083,3158679.7261774098,3168440.6717872098,3178201.6173970113,3187962.5630068122,3197723.5086166128,3208055.4421582632,3218387.3756999131,3228719.3092415631,3239051.2427832135,3249383.1763248635,3260389.6289664842,3271396.0816081055,3282402.5342497258,3293408.986891347,3304415.4395329677,3315744.9705050355,3327074.5014771032,3338404.0324491709,3349733.5634212387,3361063.0943933064,3372393.8297653683,3383724.5651374301,3395055.3005094919,3406386.0358815538,3417716.7712536156,3429046.8926178375,3440377.0139820594,3451707.1353462804,3463037.2567105028,3474367.3780747242,3485877.4194798968,3497387.4608850684,3508897.502290241,3520407.543695413,3531917.5851005851,3543667.9476000075,3555418.3100994295,3567168.6725988518,3578919.0350982742,3590669.3975976962,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$490","v":"dhtE."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.dhtE.fts. +CapNwS.dhtE.fts."]
["TS",null,null,null,"GGS.","…","Cap.ggDstH2.fts.","UNIT","…",{"$f":" +CapBYS.ggDstH2.fts. +CapNwS.ggDstH2.fts.","v":350.95347402133768},355.26613563675522,359.57879725217276,363.89145886759025,368.20412048300778,372.51678209842532,378.61057565497549,384.70436921152572,390.79816276807588,396.89195632462611,402.98574988117628,408.66844522286902,414.35114056456177,420.03383590625447,425.71653124794722,431.39922658963997,437.57659940500042,443.75397222036088,449.93134503572128,456.10871785108179,462.28609066644219,468.22356016704259,474.16102966764288,480.09849916824328,486.03596866884362,491.97343816944397,497.78951772198104,503.60559727451812,509.42167682705519,515.23775637959227,521.05383593212935,527.09337926538137,{"$f":" +CapBYS.ggDstH2.fts. +CapNwS.ggDstH2.fts.","v":533.13292259863329},{"$f":" +CapBYS.ggDstH2.fts. +CapNwS.ggDstH2.fts.","v":539.1724659318852},545.21200926513734,551.25155259838925,554.87293157511192,558.49431055183459,562.11568952855737,565.73706850528004,569.3584474820027,572.72867145029613,576.09889541858956,579.46911938688299,582.83934335517642,586.20956732346986,588.73337785677029,591.25718839007072,593.78099892337104,596.30480945667148,598.82861998997191,600.79751016639545,602.766400342819,604.73529051924265,606.7041806956662,608.67307087208974,608.0333585493056,607.39364622652147,606.75393390373745,606.11422158095331,605.47450925816918,603.98569310346159,602.49687694875399,601.00806079404629,599.51924463933869,{"$f":" +CapBYS.ggDstH2.fts. +CapNwS.ggDstH2.fts.","v":598.0304284846311},594.94674088261854,591.86305328060598,588.77936567859331,585.69567807658075,582.61199047456819,581.1490169077972,579.68604334102611,578.22306977425512,576.76009620748414,575.29712264071304,573.23539868824469,571.17367473577633,569.11195078330798,567.05022683083962,564.98850287837126,563.6059423086632,562.22338173895503,560.84082116924696,559.4582605995389,558.07570002983073,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$540","v":"ggDstH2."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.ggDstH2.fts. +CapNwS.ggDstH2.fts."]
["TS",null,null,null,"BNH.","…","Cap.dLt.fts.","People","…",{"$f":" +CapBYS.dLt.fts. +CapNwS.dLt.fts.","v":65097097},65549605.600000001,66002114.199999996,66454622.799999997,66907131.399999999,67359640,67776522,68193404,68610286,69027168,69444050,69825777.400000006,70207504.799999997,70589232.199999988,70970959.599999994,71352687,71690923.599999994,72029160.199999988,72367396.799999997,72705633.400000006,73043870,73352158.799999997,73660447.599999994,73968736.400000006,74277025.200000003,74585314,74879317.200000003,75173320.400000006,75467323.599999994,75761326.799999997,76055330,76335600.799999997,{"$f":" +CapBYS.dLt.fts. +CapNwS.dLt.fts.","v":76615871.599999994},76896142.400000006,77176413.200000003,77456684,77718312,77979940,78241568,78503196,78764824,79012675.400000006,79260526.799999997,79508378.200000003,79756229.600000009,80004081,80252075.800000012,80500070.599999994,{"$f":" +CapBYS.dLt.fts. +CapNwS.dLt.fts.","v":80748065.400000006},80996060.200000003,81244055,81506556.799999997,81769058.599999994,82031560.400000006,82294062.200000003,82556564,82836203.200000003,83115842.400000006,83395481.599999994,83675120.799999997,83954760,84242607.599999994,84530455.200000003,84818302.799999997,85106150.400000006,85393998,85681876.200000003,85969754.400000006,86257632.599999994,86545510.800000012,86833389,87121251.600000009,87409114.200000003,87696976.799999997,87984839.400000006,88272702,88565135.800000012,88857569.599999994,89150003.400000006,89442437.200000003,89734871,90033410.599999994,90331950.200000003,90630489.799999997,90929029.400000006,91227569,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$530","v":"dLt."},"…","fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.dLt.fts. +CapNwS.dLt.fts."]
["TS",null,null,null,"TRA","…","Cap.carPHEV.fts.","Vehicles","…",{"$f":" +CapBYS.carPHEV.fts. +CapNwS.carPHEV.fts.","v":73724.068524105591},75119.812468440723,76515.556412775841,77911.300357110958,79307.044301446091,80702.788245781208,78297.193345845866,75891.598445910509,73486.003545975153,71080.40864603981,68674.813746104453,66078.426490790531,63482.039235476594,60885.651980162671,58289.264724848748,55692.877469534818,53011.467104714895,50330.056739894964,47648.646375075026,44967.236010255103,42285.825645435165,39511.440270321924,36737.054895208676,33962.669520095442,31188.284144982194,28413.898769868949,25591.748582986766,22769.598396104575,19947.448209222388,17125.298022340201,14303.147835458014,{"$f":" +CapBYS.carPHEV.fts. +CapNwS.carPHEV.fts.","v":11442.518268366412},8581.8887012748073,5721.2591341832058,2860.6295670916029,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapBYS.carPHEV.fts. +CapNwS.carPHEV.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$408","v":"carPHEV."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.carPHEV.fts. +CapNwS.carPHEV.fts."]
["TS",null,null,null,"TRA","…","Cap.hgvAIC.fts.","Vehicles","…",{"$f":" +CapBYS.hgvAIC.fts. +CapNwS.hgvAIC.fts.","v":153799.29348219748},155567.31914352824,157335.34480485902,159103.37046618978,160871.39612752057,162639.42178885132,164466.77592177712,166294.13005470292,168121.48418762867,169948.8383205545,171776.19245348027,173667.5975836055,175559.00271373068,177450.40784385591,179341.81297398114,181233.21810410634,183599.45908568092,185965.70006725553,188331.94104883011,190698.18203040469,193064.42301197926,195565.42854503606,198066.43407809286,200567.43961114966,203068.44514420646,205569.45067726326,208057.45550259159,210545.46032791989,213033.46515324819,215521.46997857653,218009.47480390483,220485.60237738842,{"$f":" +CapBYS.hgvAIC.fts. +CapNwS.hgvAIC.fts.","v":222961.72995087199},225437.85752435558,227913.98509783918,230390.11267132274,232851.30792256625,235312.50317380973,237773.69842505321,240234.89367629675,242696.08892754023,245154.11654492229,{"$f":" +CapBYS.hgvAIC.fts. +CapNwS.hgvAIC.fts.","v":247612.14416230429},250070.17177968632,252528.19939706838,254986.22701445039,257442.0992979118,259897.97158137313,262353.84386483452,264809.71614829591,267265.58843175729,269717.78647583019,272169.98451990302,274622.18256397586,277074.38060804876,279526.57865212159,281973.00397111679,284419.42929011193,286865.85460910713,289312.27992810233,291758.70524709747,294198.06229446008,296637.41934182262,299076.77638918522,301516.13343654783,303955.49048391037,306388.11812719097,308820.74577047146,311253.37341375201,313686.00105703261,316118.6287003131,318546.38307258557,320974.13744485792,323401.89181713032,325829.64618940279,328257.40056167514,330682.0625779563,333106.7245942374,335531.38661051856,337956.0486267996,340380.71064308076,342803.13264244603,345225.55464181129,347647.97664117656,350070.39864054183,352492.82063990709,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$421","v":"hgvAIC."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.hgvAIC.fts. +CapNwS.hgvAIC.fts."]
["TS",null,null,null,"TRA","…","Cap.shpIIC.fts.","Vehicles","…",{"$f":" +CapBYS.shpIIC.fts. +CapNwS.shpIIC.fts.","v":299},299.41657163784873,299.83314327569741,300.24971491354609,300.66628655139482,301.0828581892435,300.90642781296663,300.7299974366897,300.55356706041277,300.37713668413585,300.20070630785892,302.83529851198784,305.46989071611677,308.10448292024569,310.73907512437461,313.37366732850353,313.39481713270521,313.41596693690684,313.43711674110853,313.45826654531015,313.47941634951184,313.86986479646151,314.26031324341119,314.65076169036087,315.04121013731054,315.43165858426016,315.94592390027566,316.46018921629104,316.97445453230648,317.48871984832192,318.0029851643373,322.2622245288801,{"$f":" +CapBYS.shpIIC.fts. +CapNwS.shpIIC.fts.","v":326.52146389342283},330.78070325796563,335.03994262250842,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,{"$f":" +CapBYS.shpIIC.fts. +CapNwS.shpIIC.fts.","v":339.29918198705116},339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,339.29918198705116,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$431","v":"shpIIC."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.shpIIC.fts. +CapNwS.shpIIC.fts."]
["TS",null,null,null,"TRA","…","Cap.busEref.fts.","Charge Points","…",{"$f":" +CapBYS.busEref.fts. +CapNwS.busEref.fts.","v":18.449151802212484},18.437568444874536,18.425985087536585,18.414401730198634,18.402818372860686,18.391235015522735,17.763984777131377,17.136734538740015,16.509484300348657,15.8822340619573,15.25498382356594,14.630514615131785,14.006045406697627,13.381576198263474,12.757106989829317,12.132637781395161,11.50609253828315,10.879547295171138,10.253002052059125,9.6264568089471148,8.9999115658351023,8.3802767049314646,7.7606418440278251,7.1410069831241882,6.5213721222205496,5.9017372613169119,5.302396721477777,4.703056181638642,4.1037156417995062,3.5043751019603713,2.9050345621212359,2.3240276496969887,{"$f":" +CapBYS.busEref.fts. +CapNwS.busEref.fts.","v":1.7430207372727415},1.1620138248484944,0.58100691242424718,0,0,0,0,{"$f":" +CapBYS.busEref.fts. +CapNwS.busEref.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$447","v":"busEref."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.busEref.fts. +CapNwS.busEref.fts."]
["TS",null,null,null,"IND","…","Cap.inOTHHt.fBiS.fts.",{"$f":"FullTimeSeries!H264","v":"TWh."},"…",{"$f":" +CapBYS.inOTHHt.fBiS.fts. +CapNwS.inOTHHt.fBiS.fts.","v":5.3579805419999991},5.3503005727505988,5.3426206035011976,5.3349406342517973,5.3272606650023961,5.3195806957529959,5.3165082468589242,5.3134357979648525,5.3103633490707809,5.3072909001767092,5.3042184512826376,5.3022843569249449,5.3003502625672532,5.2984161682095614,5.2964820738518696,5.294547979494177,5.2938492884140471,5.2931505973339164,5.2924519062537847,5.2917532151736548,5.2910545240935241,5.2961750684196991,5.3012956127458724,5.3064161570720474,5.3115367013982215,5.3166572457243957,5.3258665111051577,5.3350757764859207,5.3442850418666836,5.3534943072474466,5.3627035726282086,5.3731632726485774,{"$f":" +CapBYS.inOTHHt.fBiS.fts. +CapNwS.inOTHHt.fBiS.fts.","v":5.3836229726689453},5.3940826726893132,5.4045423727096811,5.415002072730049,5.4265992664288625,5.4381964601276742,5.4497936538264886,5.4613908475253021,5.4729880412241148,5.4856912874050945,5.4983945335860733,5.5110977797670522,5.5238010259480319,5.5365042721290099,5.5365042721290116,5.5365042721290108,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290108,{"$f":" +CapBYS.inOTHHt.fBiS.fts. +CapNwS.inOTHHt.fBiS.fts.","v":5.5365042721290116},5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290116,5.5365042721290108,5.5365042721290108,5.5365042721290116,5.5365042721290108,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.inOTHHt.fBiS.fts. +CapNwS.inOTHHt.fBiS.fts."]
["TS",null,null,null,"IND","…","Cap.inCCGHt.fFsL.fts.",{"$f":"FullTimeSeries!H268","v":"TWh."},"…",{"$f":" +CapBYS.inCCGHt.fFsL.fts. +CapNwS.inCCGHt.fFsL.fts.","v":0.25912221499999993},0.26283885844017557,0.26655550188035115,0.27027214532052679,0.27398878876070243,0.27770543220087801,0.28018636962817439,0.28266730705547066,0.28514824448276699,0.28762918191006337,0.2901101193373597,0.29350000718754682,0.29688989503773389,0.30027978288792101,0.30366967073810819,0.30705955858829526,0.3107616934863045,0.31446382838431364,0.31816596328232294,0.32186809818033213,0.32557023307834132,0.32959090090696586,0.33361156873559039,0.33763223656421493,0.34165290439283952,0.34567357222146405,0.35005782093704274,0.35444206965262137,0.35882631836820011,0.36321056708377875,0.36759481579935738,0.37227342846998074,{"$f":" +CapBYS.inCCGHt.fFsL.fts. +CapNwS.inCCGHt.fFsL.fts.","v":0.3769520411406041},0.3816306538112274,0.38630926648185071,0.39098787915247407,0.39596639182911209,0.40094490450575004,0.405923417182388,0.41090192985902602,0.41588044253566397,0.4211762081717112,0.42647197380775825,0.43176773944380542,0.43706350507985264,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,{"$f":" +CapBYS.inCCGHt.fFsL.fts. +CapNwS.inCCGHt.fFsL.fts.","v":0.44235927071589976},0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,0.44235927071589976,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.inCCGHt.fFsL.fts. +CapNwS.inCCGHt.fFsL.fts."]
["TS",null,null,null,"IND","…","Cap.inREFHt.fFsS.fts.",{"$f":"FullTimeSeries!H267","v":"TWh."},"…",{"$f":" +CapBYS.inREFHt.fFsS.fts. +CapNwS.inREFHt.fFsS.fts.","v":18.635373530999995},18.441588311332225,18.247803091664458,18.054017871996688,17.860232652328918,17.666447432661148,17.620328772583335,17.574210112505522,17.528091452427709,17.481972792349897,17.435854132272084,17.331427661809041,17.227001191345998,17.122574720882955,17.018148250419912,16.91372177995687,16.956967239648815,17.000212699340761,17.043458159032703,17.086703618724648,17.129949078416594,17.165086143659913,17.200223208903232,17.235360274146547,17.270497339389866,17.305634404633185,17.369401553614306,17.433168702595424,17.496935851576545,17.560703000557666,17.624470149538784,17.673049256669476,{"$f":" +CapBYS.inREFHt.fFsS.fts. +CapNwS.inREFHt.fFsS.fts.","v":17.721628363800168},17.77020747093086,17.818786578061552,17.867365685192244,17.936283879114264,18.00520207303628,18.0741202669583,18.143038460880319,18.211956654802336,18.278829962695514,18.345703270588693,18.412576578481872,18.47944988637505,18.546323194268229,18.609451690130712,18.672580185993191,18.73570868185567,18.798837177718148,18.861965673580627,18.925557476868672,18.989149280156717,19.052741083444765,19.11633288673281,19.179924690020854,19.247523154829032,19.315121619637203,19.382720084445381,19.450318549253556,19.51791701406173,19.584401277200421,19.650885540339107,19.717369803477798,{"$f":" +CapBYS.inREFHt.fFsS.fts. +CapNwS.inREFHt.fFsS.fts.","v":19.783854066616485},19.850338329755175,19.913103038579852,19.975867747404529,20.038632456229209,20.101397165053886,20.164161873878562,20.23053491777786,20.296907961677157,20.363281005576454,20.429654049475754,20.496027093375051,20.561484083630031,20.626941073885007,20.692398064139987,20.757855054394959,20.823312044649938,20.890781787393379,20.958251530136828,21.025721272880268,21.093191015623713,21.160660758367154,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$678","v":"inREFHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.inREFHt.fFsS.fts. +CapNwS.inREFHt.fFsS.fts."]
["TS",null,null,null,"IND","…","Cap.inCHEHtCHP.fFsS.fts.",{"$f":"FullTimeSeries!H272","v":"TWh."},"…",{"$f":" +CapBYS.inCHEHtCHP.fFsS.fts. +CapNwS.inCHEHtCHP.fFsS.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapBYS.inCHEHtCHP.fFsS.fts. +CapNwS.inCHEHtCHP.fFsS.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapBYS.inCHEHtCHP.fFsS.fts. +CapNwS.inCHEHtCHP.fFsS.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","…","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.inCHEHtCHP.fFsS.fts. +CapNwS.inCHEHtCHP.fFsS.fts."]
[null,"Cost"]
["TS",null,null,null,"BHT.","…","cstCapUnitAnn_P.nblO.fts.",{"$f":"Model!H2991","v":"GBP.2016. / sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.nblO., Prd., PrdEnd.fts.))","v":791.57799898272253},791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.nblO., Prd., PrdEnd.fts.))","v":791.57799898272253},791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.nblO., Prd., PrdEnd.fts.))","v":791.57799898272265},791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,null,{"$f":"Model!$G$331","v":"cstCapUnitAnn_P."},"…",{"$f":"Model!$G$501","v":"nblO."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.nblO., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.nblO., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","cstCapUnitAnn_P.nStvE.fts.",{"$f":"+Model!H4232","v":"GBP.2016. / sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.nStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.nStvE., Prd., PrdEnd.fts.))","v":712.42019908445036},712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.nStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.nStvE., Prd., PrdEnd.fts.))","v":712.42019908445036},712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.nStvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.nStvE., Prd., PrdEnd.fts.))","v":712.42019908445047},712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445047,712.42019908445036,712.42019908445036,712.42019908445047,712.42019908445036,null,{"$f":"Model!$G$331","v":"cstCapUnitAnn_P."},"…",{"$f":"Model!$G$529","v":"nStvE."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.nStvE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.nStvE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","cstCapUnitAnn_P.dH2cnvStvG.fts.",{"$f":"+Model!H4239","v":"GBP.2016. / dwelling"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.dH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.dH2cnvStvG., Prd., PrdEnd.fts.))","v":19.789449974568065},19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.dH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.dH2cnvStvG., Prd., PrdEnd.fts.))","v":19.789449974568065},19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.dH2cnvStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.dH2cnvStvG., Prd., PrdEnd.fts.))","v":19.789449974568065},19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,19.789449974568065,null,{"$f":"Model!$G$331","v":"cstCapUnitAnn_P."},"…",{"$f":"Model!$G$482","v":"dH2cnvStvG."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P.dH2cnvStvG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P.dH2cnvStvG., Prd., PrdEnd.fts.))"]
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["TS",null,null,null,"BHT.","…","cstCapUnitAnn_L.nblO.fts.","GBP.2016. / sqm. floor area","…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.nblO., Prd., PrdEnd.fts.))","v":395.78899949136127},395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.nblO., Prd., PrdEnd.fts.))","v":395.78899949136127},395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.nblO., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.nblO., Prd., PrdEnd.fts.))","v":395.78899949136132},395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136132,395.78899949136127,395.78899949136127,395.78899949136132,395.78899949136127,null,{"$f":"Model!$G$357","v":"cstCapUnitAnn_L."},"…",{"$f":"Model!$G$501","v":"nblO."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.nblO., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.nblO., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","cstCapUnitAnn_L.nStvG.fts.","GBP.2016. / sqm. floor area","…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.nStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.nStvG., Prd., PrdEnd.fts.))","v":791.57799898272253},791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.nStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.nStvG., Prd., PrdEnd.fts.))","v":791.57799898272253},791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.nStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.nStvG., Prd., PrdEnd.fts.))","v":791.57799898272265},791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272265,791.57799898272253,791.57799898272253,791.57799898272265,791.57799898272253,null,{"$f":"Model!$G$357","v":"cstCapUnitAnn_L."},"…",{"$f":"Model!$G$528","v":"nStvG."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.nStvG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.nStvG., Prd., PrdEnd.fts.))"]
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["TS",null,null,null,"IND","…","cstCapUnitAnn_L.inREFElc.fts.",{"$f":"Model!H15689","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.inREFElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.inREFElc., Prd., PrdEnd.fts.))","v":760040.43582537503},760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.inREFElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.inREFElc., Prd., PrdEnd.fts.))","v":760040.43582537503},760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.inREFElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.inREFElc., Prd., PrdEnd.fts.))","v":760040.43582537503},760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,760040.43582537503,null,{"$f":"Model!$G$357","v":"cstCapUnitAnn_L."},"…",{"$f":"Model!$G$677","v":"inREFElc."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L.inREFElc., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L.inREFElc., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS1508 & CT1508 & CU1508 & CV1508 & CW1508, \"…\", \"\")","v":"cstOaMUnit_P.dHPA.fts."},{"$f":"Model!H3084","v":"GBP.2016. / dwelling"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.dHPA., Prd., PrdEnd.fts.))","v":407.99465527001598},407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.dHPA., Prd., PrdEnd.fts.))","v":407.99465527001598},407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.dHPA., Prd., PrdEnd.fts.))","v":407.99465527001598},407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,407.99465527001598,null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",{"$f":"Model!$G$492","v":"dHPA."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(\"&SUBSTITUTE(G1508,CW1508,\"\")&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(\"&SUBSTITUTE(G1508,CW1508,\"\")&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.dHPA., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.dHPA., Prd., PrdEnd.fts.))"}]
["TS",null,null,null,"BHT.","…","cstOaMUnit_P.nFlrNwI.fts.",{"$f":"Model!H3133","v":"GBP.2016. / sqm. floor area"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.nFlrNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.nFlrNwI., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.nFlrNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.nFlrNwI., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.nFlrNwI., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.nFlrNwI., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",{"$f":"Model!$G$472","v":"nFlrNwI."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.nFlrNwI., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.nFlrNwI., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BNH.","…","cstOaMUnit_P.dStvG.fts.",{"$f":"+Model!H4307","v":"GBP.2016. / dwelling"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.dStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.dStvG., Prd., PrdEnd.fts.))","v":20.399732763500801},20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.dStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.dStvG., Prd., PrdEnd.fts.))","v":20.399732763500801},20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.dStvG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.dStvG., Prd., PrdEnd.fts.))","v":20.399732763500801},20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,20.399732763500801,null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",{"$f":"Model!$G$526","v":"dStvG."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.dStvG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.dStvG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"NHS.","…","cstOaMUnit_P.hnCHPB.fts.",{"$f":"Model!H4958","v":"GBP.2016. / GW."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.hnCHPB., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.hnCHPB., Prd., PrdEnd.fts.))","v":1019986.6381750399},1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.hnCHPB., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.hnCHPB., Prd., PrdEnd.fts.))","v":1019986.63817504},1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.hnCHPB., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.hnCHPB., Prd., PrdEnd.fts.))","v":1019986.63817504},1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",{"$f":"Model!$G$518","v":"hnCHPB."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.hnCHPB., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.hnCHPB., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","cstOaMUnit_P.lgvE.fts.",{"$f":"Model!H8083","v":"GBP.2016. / vehicle"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.lgvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.lgvE., Prd., PrdEnd.fts.))","v":2851.8548061316064},2858.4000243889764,2864.9452426463458,2871.4904609037158,2878.0356791610852,2884.5808974184547,2850.8103769768736,2817.0398565352925,2783.269336093711,2749.4988156521299,2715.7282952105484,2704.2970988198367,2692.8659024291242,2681.4347060384121,2670.0035096477004,2658.5723132569879,2661.1029936089658,2663.6336739609433,2666.1643543129212,2668.6950346648987,2671.2257150168762,2673.7563953688536,2676.2870757208311,2678.8177560728091,2681.3484364247865,2683.879116776764,2685.4325677262759,2686.9860186757874,2688.5394696252993,2690.0929205748107,2691.6463715243226,2693.1998224738345,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.lgvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.lgvE., Prd., PrdEnd.fts.))","v":2694.7532734233464},2696.3067243728578,2697.8601753223702,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.lgvE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.lgvE., Prd., PrdEnd.fts.))","v":2699.4136262718821},2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718821,2699.4136262718816,2699.4136262718816,2699.4136262718821,2699.4136262718816,null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",{"$f":"Model!$G$410","v":"lgvE."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.lgvE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.lgvE., Prd., PrdEnd.fts.))"]
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["TS",null,null,null,"IND","…","cstOaMUnit_P.inSTLHtCHP.fGrdG.fts.",{"$f":"Model!H15551","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inSTLHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inSTLHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":4079946.5527001596},4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inSTLHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inSTLHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":4079946.5527001601},4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inSTLHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inSTLHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":4079946.5527001601},4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",{"$f":"Model!$G$655","v":"inSTLHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inSTLHtCHP.fGrdG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inSTLHtCHP.fGrdG., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","cstOaMUnit_P.inOTHHtCHP.fFsS.fts.",{"$f":"Model!H15565","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inOTHHtCHP.fFsS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inOTHHtCHP.fFsS., Prd., PrdEnd.fts.))","v":1019986.6381750399},1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inOTHHtCHP.fFsS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inOTHHtCHP.fFsS., Prd., PrdEnd.fts.))","v":1019986.63817504},1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inOTHHtCHP.fFsS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inOTHHtCHP.fFsS., Prd., PrdEnd.fts.))","v":1019986.63817504},1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,1019986.63817504,1019986.63817504,1019986.63817504,1019986.63817504,1019986.6381750399,null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inOTHHtCHP.fFsS., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inOTHHtCHP.fFsS., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","cstOaMUnit_P.inCCGHtCHP.fGrdG.fts.",{"$f":"Model!H15563","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inCCGHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inCCGHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":4079946.5527001596},4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inCCGHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inCCGHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":4079946.5527001601},4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inCCGHtCHP.fGrdG., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inCCGHtCHP.fGrdG., Prd., PrdEnd.fts.))","v":4079946.5527001601},4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001601,4079946.5527001596,null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P.inCCGHtCHP.fGrdG., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P.inCCGHtCHP.fGrdG., Prd., PrdEnd.fts.))"]
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["TS",null,null,null,"TRA","…","cstOaMUnit_H.lgvH2.fts.",{"$f":"Model!H8122","v":"GBP.2016. / vehicle"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.lgvH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.lgvH2., Prd., PrdEnd.fts.))","v":3868.1892709850931},3776.7115545050519,3685.2338380250103,3593.7561215449687,3502.2784050649279,3410.8006885848858,3390.0853787373699,3369.3700688898534,3348.654759042337,3327.939449194821,3307.2241393473046,3275.9019637335846,3244.5797881198646,3213.2576125061446,3181.9354368924246,3150.6132612787046,3161.8064243311301,3172.999587383556,3184.192750435981,3195.3859134884069,3206.5790765408324,3217.9679170544532,3229.356757568074,3240.7455980816949,3252.1344385953162,3263.5232791089365,3275.1106655151716,3286.6980519214062,3298.2854383276408,3309.8728247338759,3321.4602111401105,3333.250011140266,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.lgvH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.lgvH2., Prd., PrdEnd.fts.))","v":3345.0398111404206},3356.8296111405757,3368.6194111407312,3380.4092111408859,3393.9308479854499,3407.452484830013,3420.9741216745765,3434.4957585191405,3448.0173953637036,3461.8094649451587,3475.6015345266132,3489.3936041080678,3503.1856736895229,3516.9777432709775,3531.0456542440616,3545.1135652171452,3559.1814761902288,3573.2493871633133,3587.3172981363969,3601.6665673289426,3616.0158365214879,3630.3651057140337,3644.7143749065795,3659.0636440991248,3673.6998986755216,3688.3361532519179,3702.9724078283143,3717.6086624047111,3732.2449169811075,3747.1738966490325,3762.1028763169566,3777.0318559848811,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.lgvH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.lgvH2., Prd., PrdEnd.fts.))","v":3791.9608356528061},3806.8898153207301,3822.1173745820133,3837.3449338432956,3852.5724931045788,3867.8000523658616,3883.0276116271443,3898.5597220736531,3914.0918325201619,3929.6239429666703,3945.1560534131791,3960.6881638596874,3976.5309165151266,3992.3736691705653,4008.2164218260041,4024.0591744814428,4039.9019271368811,4056.0615348454294,4072.2211425539767,4088.3807502625241,4104.5403579710719,4120.6999656796197,null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",{"$f":"Model!$G$411","v":"lgvH2."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.lgvH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.lgvH2., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","cstOaMUnit_H.hgvAE.fts.",{"$f":"Model!H8129","v":"GBP.2016. / vehicle"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.hgvAE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.hgvAE., Prd., PrdEnd.fts.))","v":25875.145124998846},24343.328571975213,22811.512018951576,21279.695465927944,19747.878912904311,18216.062359880674,17770.774635864156,17325.486911847638,16880.19918783112,16434.911463814602,15989.623739798084,15525.067221832116,15060.510703866148,14595.954185900178,14131.397667934212,13666.841149968242,13610.737559804349,13554.633969640454,13498.530379476562,13442.426789312669,13386.323199148776,13326.882118086329,13267.441037023882,13207.999955961435,13148.558874898989,13089.117793836542,13126.108118167058,13163.098442497574,13200.08876682809,13237.079091158606,13274.069415489123,13311.492223369354,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.hgvAE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.hgvAE., Prd., PrdEnd.fts.))","v":13348.915031249584},13386.337839129814,13423.760647010044,13461.183454890273,13515.028188709835,13568.872922529396,13622.717656348957,13676.562390168518,13730.40712398808,13785.328752484033,13840.250380979985,13895.172009475937,13950.09363797189,14005.015266467841,14061.035327533713,14117.055388599583,14173.075449665455,14229.095510731328,14285.115571797198,14342.256034084387,14399.396496371573,14456.536958658762,14513.677420945953,14570.817883233141,14629.101154766075,14687.384426299006,14745.667697831941,14803.950969364872,14862.234240897806,14921.683177861398,14981.132114824988,15040.58105178858,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.hgvAE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.hgvAE., Prd., PrdEnd.fts.))","v":15100.029988752172},15159.478925715763,15220.116841418627,15280.754757121489,15341.392672824353,15402.030588527216,15462.668504230078,15524.519178246999,15586.369852263919,15648.220526280838,15710.07120029776,15771.921874314679,15835.009561811939,15898.097249309198,15961.184936806456,16024.272624303714,16087.360311800972,16151.709753048177,16216.05919429538,16280.408635542582,16344.758076789789,16409.107518036992,null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",{"$f":"Model!$G$418","v":"hgvAE."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.hgvAE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.hgvAE., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"TRA","…","cstOaMUnit_H.hgvAEref.fts.",{"$f":"Model!H8145","v":"GBP.2016. / charge point"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.hgvAEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.hgvAEref., Prd., PrdEnd.fts.))","v":121.04046382705741},121.52462568236564,122.00878753767387,122.4929493929821,122.97711124829033,123.46127310359856,123.95511819601296,124.44896328842734,124.94280838084174,125.43665347325614,125.93049856567053,126.43422055993322,126.9379425541959,127.44166454845859,127.94538654272127,128.44910853698394,128.96290497113188,129.47670140527981,129.99049783942775,130.50429427357568,131.01809070772362,131.54216307055452,132.0662354333854,132.59030779621628,133.11438015904719,133.63845252187809,134.17300633196561,134.70756014205313,135.24211395214064,135.77666776222816,136.31122157231567,136.85646645860493,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.hgvAEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.hgvAEref., Prd., PrdEnd.fts.))","v":137.40171134489418},137.94695623118346,138.49220111747275,139.037446003762,139.59359578777705,140.1497455717921,140.70589535580712,141.26204513982219,141.81819492383721,142.38546770353258,142.95274048322793,143.52001326292327,144.08728604261864,144.65455882231399,145.23317705760326,145.8117952928925,146.39041352818174,146.96903176347101,147.54764999876025,148.1378405987553,148.72803119875033,149.31822179874538,149.90841239874044,150.49860299873546,151.10059741073042,151.70259182272534,152.30458623472029,152.90658064671524,153.50857505871016,154.122609358945,154.73664365917983,155.3506779594147,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.hgvAEref., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.hgvAEref., Prd., PrdEnd.fts.))","v":155.96471225964953},156.57874655988437,157.20506154612391,157.83137653236346,158.45769151860299,159.08400650484253,159.71032149108208,160.34916277704642,160.98800406301075,161.62684534897505,162.26568663493941,162.90452792090372,163.55614603258735,164.20776414427093,164.85938225595456,165.51100036763816,166.16261847932176,166.82726895323907,167.49191942715635,168.15656990107362,168.82122037499096,169.48587084890823,null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",{"$f":"Model!$G$444","v":"hgvAEref."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.hgvAEref., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.hgvAEref., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","cstOaMUnit_H.inSTLHtCHP.H2cnv.fts.",{"$f":"Model!H15613","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inSTLHtCHP.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inSTLHtCHP.H2cnv., Prd., PrdEnd.fts.))","v":8975882.4159403518},8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inSTLHtCHP.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inSTLHtCHP.H2cnv., Prd., PrdEnd.fts.))","v":8975882.4159403518},8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inSTLHtCHP.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inSTLHtCHP.H2cnv., Prd., PrdEnd.fts.))","v":8975882.4159403518},8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,8975882.4159403518,null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",{"$f":"Model!$G$695","v":"inSTLHtCHP.H2cnv."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inSTLHtCHP.H2cnv., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inSTLHtCHP.H2cnv., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","cstOaMUnit_H.inOTHHt.fFsS.fts.",{"$f":"Model!H15621","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inOTHHt.fFsS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inOTHHt.fFsS., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inOTHHt.fFsS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inOTHHt.fFsS., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inOTHHt.fFsS., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inOTHHt.fFsS., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inOTHHt.fFsS., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inOTHHt.fFsS., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","cstOaMUnit_H.inOTHElc.fts.",{"$f":"Model!H15628","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inOTHElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inOTHElc., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inOTHElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inOTHElc., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inOTHElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inOTHElc., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",{"$f":"Model!$G$685","v":"inOTHElc."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inOTHElc., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inOTHElc., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","cstOaMUnit_H.inREFHt.H2cnv.fts.",{"$f":"Model!H15620","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inREFHt.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inREFHt.H2cnv., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inREFHt.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inREFHt.H2cnv., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inREFHt.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inREFHt.H2cnv., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",{"$f":"Model!$G$700","v":"inREFHt.H2cnv."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inREFHt.H2cnv., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inREFHt.H2cnv., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"IND","…","cstOaMUnit_H.inCHEElc.fts.",{"$f":"Model!H15628","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inCHEElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inCHEElc., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inCHEElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inCHEElc., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inCHEElc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inCHEElc., Prd., PrdEnd.fts.))","v":1121985.301992544},1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,1121985.301992544,null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",{"$f":"Model!$G$669","v":"inCHEElc."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H.inCHEElc., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H.inCHEElc., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS1806 & CT1806 & CU1806 & CV1806 & CW1806, \"…\", \"\")","v":"cstOaMUnit_L.dHPA.fts."},"GBP.2016. / dwelling","…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.dHPA., Prd., PrdEnd.fts.))","v":203.99732763500799},203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.dHPA., Prd., PrdEnd.fts.))","v":203.99732763500799},203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.dHPA., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.dHPA., Prd., PrdEnd.fts.))","v":203.99732763500799},203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,203.99732763500799,null,{"$f":"Model!$G$362","v":"cstOaMUnit_L."},"…",{"$f":"Model!$G$492","v":"dHPA."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.dHPA., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.dHPA., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","cstOaMUnit_L.nhtE.fts.","GBP.2016. / sqm. floor area","…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.nhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.nhtE., Prd., PrdEnd.fts.))","v":81.598931054003202},81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.nhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.nhtE., Prd., PrdEnd.fts.))","v":81.598931054003202},81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.nhtE., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.nhtE., Prd., PrdEnd.fts.))","v":81.598931054003202},81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,81.598931054003202,null,{"$f":"Model!$G$362","v":"cstOaMUnit_L."},"…",{"$f":"Model!$G$503","v":"nhtE."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.nhtE., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.nhtE., Prd., PrdEnd.fts.))"]
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["TS",null,null,null,"TRA","…","cstOaMUnit_L.busH2.fts.",{"$f":"Model!H8172","v":"GBP.2016. / vehicle"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.busH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.busH2., Prd., PrdEnd.fts.))","v":13447.742922500402},13303.011894189873,13158.280865879344,13013.549837568815,12868.818809258286,12724.087780947757,12642.965774383187,12561.843767818616,12480.721761254046,12399.599754689476,12318.477748124906,12238.723699936008,12158.969651747113,12079.215603558216,11999.461555369318,11919.707507180421,11841.30217040034,11762.896833620258,11684.491496840175,11606.086160060095,11527.680823280012,11450.605199085388,11373.529574890763,11296.453950696139,11219.378326501515,11142.30270230689,11066.538036979693,10990.773371652496,10915.008706325298,10839.244040998101,10763.479375670904,10689.007157596205,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.busH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.busH2., Prd., PrdEnd.fts.))","v":10614.534939521505},10540.062721446806,10465.590503372106,10391.118285297407,10370.336048726813,10349.553812156217,10328.771575585622,10307.989339015028,10287.207102444434,10266.632688239544,10246.058274034656,10225.483859829767,10204.909445624879,10184.335031419989,10163.96636135715,10143.597691294308,10123.229021231469,10102.860351168629,10082.491681105788,10062.326697743578,10042.161714381366,10021.996731019155,10001.831747656943,9981.6667642947323,9961.7034307661434,9941.7400972375526,9921.7767637089637,9901.813430180373,9881.850096651784,9862.0863964584805,9842.322696265177,9822.5589960718735,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.busH2., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.busH2., Prd., PrdEnd.fts.))","v":9802.79529587857},9783.0315956852664,9763.4655324938958,9743.8994693025252,9724.3334061111545,9704.7673429197839,9685.2012797284133,9665.8308771689553,9646.4604746094992,9627.0900720500413,9607.7196694905851,9588.3492669311272,9569.1725683972654,9549.9958698634036,9530.8191713295419,9511.6424727956801,9492.4657742618165,9473.4808427132939,9454.4959111647695,9435.5109796162469,9416.5260480677243,9397.5411165191999,null,{"$f":"Model!$G$362","v":"cstOaMUnit_L."},"…",{"$f":"Model!$G$423","v":"busH2."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.busH2., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.busH2., Prd., PrdEnd.fts.))"]
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["TS",null,null,null,"IND","…","cstOaMUnit_L.inCHEHt.H2cnv.fts.",{"$f":"Model!H15681","v":"GBP.2016. / TWh."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.inCHEHt.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.inCHEHt.H2cnv., Prd., PrdEnd.fts.))","v":917987.97435753595},917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.inCHEHt.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.inCHEHt.H2cnv., Prd., PrdEnd.fts.))","v":917987.97435753595},917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.inCHEHt.H2cnv., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.inCHEHt.H2cnv., Prd., PrdEnd.fts.))","v":917987.97435753606},917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753606,917987.97435753595,917987.97435753595,917987.97435753606,917987.97435753595,null,{"$f":"Model!$G$362","v":"cstOaMUnit_L."},"…",{"$f":"Model!$G$698","v":"inCHEHt.H2cnv."},"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…","…","Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L.inCHEHt.H2cnv., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L.inCHEHt.H2cnv., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…","cstCapAnn_P.dblS.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.dblS.fts. * CapNwI.dblS.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_P.dblS.fts. * CapNwI.dblS.fts. * (1 / su_Million.)","v":120.05126399560091},120.05126399560089,120.05126399560089,120.0512639956011,120.05126399560089,118.9334785948126,118.93347859481203,118.9334785948124,118.93347859481241,118.9334785948124,118.53198571179517,118.53198571179479,118.53198571179479,118.53198571179517,118.53198571179497,132.61314199860558,132.61314199860593,132.61314199860556,132.6131419986063,132.61314199860556,126.74324342815905,126.74324342815831,126.74324342815903,126.74324342815905,126.74324342815866,125.97985878487243,125.97985878487242,125.97985878487242,125.97985878487208,125.97985878487242,139.71313732005046,139.71313732005117,{"$f":" cstCapUnitAnn_P.dblS.fts. * CapNwI.dblS.fts. * (1 / su_Million.)","v":139.71313732005044},139.7131373200512,139.71313732005044,133.37096767185153,133.37096767185039,133.37096767185116,133.37096767185153,133.37096767185079,132.25858557486859,132.25858557486819,132.25858557486856,132.25858557486785,132.25858557486819,145.99549680859781,145.99549680859812,145.99549680859741,145.99549680859855,145.99549680859741,140.02082756403746,140.02082756403635,140.02082756403709,140.02082756403746,140.02082756403672,139.34258080980788,139.34258080980752,139.34258080980786,139.34258080980715,139.34258080980752,153.28743236980924,153.28743236980958,153.28743236980884,153.28743236980998,{"$f":" cstCapUnitAnn_P.dblS.fts. * CapNwI.dblS.fts. * (1 / su_Million.)","v":153.28743236980884},147.31353830360078,147.31353830359964,147.31353830360038,147.31353830360078,147.31353830360001,146.63489636040748,146.63489636040711,146.63489636040745,146.63489636040674,146.63489636040711,160.69554841983077,160.69554841983108,160.69554841983035,160.69554841983148,160.69554841983035,154.87633030071959,154.87633030071808,154.87633030071919,154.87633030071922,154.87633030071885,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$489","v":"dblS."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_P.dblS.fts. * CapNwI.dblS.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS1969 & CT1969 & CU1969 & CV1969 & CW1969, \"…\", \"\")","v":"cstCapAnn_P.nHPA.fts."},"million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.nHPA.fts. * CapNwI.nHPA.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_P.nHPA.fts. * CapNwI.nHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.nHPA.fts. * CapNwI.nHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.nHPA.fts. * CapNwI.nHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$505","v":"nHPA."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_P.nHPA.fts. * CapNwI.nHPA.fts. * (1 / su_Million.)"]
["TS",null,null,null,"GGS.","…","cstCapAnn_P.ggTmsH2.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.ggTmsH2.fts. * CapNwI.ggTmsH2.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_P.ggTmsH2.fts. * CapNwI.ggTmsH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.ggTmsH2.fts. * CapNwI.ggTmsH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.ggTmsH2.fts. * CapNwI.ggTmsH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$543","v":"ggTmsH2."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_P.ggTmsH2.fts. * CapNwI.ggTmsH2.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BNH.","…","cstCapAnn_P.dAp.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.dAp.fts. * CapNwI.dAp.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_P.dAp.fts. * CapNwI.dAp.fts. * (1 / su_Million.)","v":7783.1438452431994},7836.8732230597689,7890.6026008763401,7944.3319786929114,7998.0613565094827,8048.8602095511187,8099.6750505750433,8150.505879581262,8201.3526965697711,8252.2155015405715,8327.9085876309728,8403.9333088350832,8480.2896651529063,8556.9776565844404,8633.9972831296873,8681.2025947368511,8728.4671373806414,8775.7909110610617,8823.1739157781067,8870.6161515317781,8897.956538979608,8925.2120377827559,8952.3826479412273,8979.4683694550113,9006.469202324115,9031.3132560514769,9056.0736155879858,9080.7502809336384,9105.3432520884435,9129.8525290523939,9143.5649559624908,9157.1310204406564,{"$f":" cstCapUnitAnn_P.dAp.fts. * CapNwI.dAp.fts. * (1 / su_Million.)","v":9170.5507224868907},9183.8240621011901,9196.9510392835582,9228.0158845912356,9259.0807298989148,9290.1455752065922,9321.2104205142678,9352.275265821947,9381.7043231105072,9411.1333803990674,9440.5624376876276,9469.9914949761878,9499.420552264748,9528.8666363960656,9558.3127205273813,9587.7588046587025,9617.20488879002,9646.6509729213376,9677.8195703573419,9708.9881677933463,9740.1567652293506,9771.325362665355,9802.4939601013593,9835.6973958573308,9868.9008316132986,9902.1042673692664,9935.307703125236,9968.5111388812056,10002.689212964202,10036.8672870472,10071.045361130196,10105.223435213195,{"$f":" cstCapUnitAnn_P.dAp.fts. * CapNwI.dAp.fts. * (1 / su_Million.)","v":10139.401509296189},10173.583216722203,10207.764924148216,10241.946631574227,10276.128339000239,10310.310046426252,10344.489901559748,10378.66975669324,10412.849611826734,10447.029466960232,10481.209322093724,10515.931946429562,10550.654570765397,10585.377195101235,10620.099819437073,10654.822443772911,10690.270050650674,10725.717657528439,10761.165264406205,10796.612871283971,10832.060478161737,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$532","v":"dAp."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_P.dAp.fts. * CapNwI.dAp.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstCapAnn_P.hgvRE.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_P.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)","v":1.6922027836035389},1.618964531751768,1.5457262798999967,1.4724880280482255,1.3992497761964549,1.0249243362419538,1.0057254187389844,1.0398654333199238,1.0196284800870561,0.99939152685418808,0.97903914669690195,0.95880457908253858,0.63568287576114302,0.62197823148984444,0.65434626919315753,0.63879495546497533,0.63981268508069145,0.64072402335237011,0.6417415840035362,0.35061940385969215,0.34266353013484807,0.3897924715729788,0.37362704656717421,0.37421574464474777,0.37469686862644386,0.36614091305920615,7.1580334623712036E-2,6.3037854939083815E-2,0.10996736638438041,9.3146362729701213E-2,8.4531184856238423E-2,8.4464221081987215E-2,{"$f":" cstCapUnitAnn_P.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)","v":7.5737303249287555E-2},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$414","v":"hgvRE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_P.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstCapAnn_P.nrmIC.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.nrmIC.fts. * CapNwI.nrmIC.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_P.nrmIC.fts. * CapNwI.nrmIC.fts. * (1 / su_Million.)","v":42.697960473282301},42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,{"$f":" cstCapUnitAnn_P.nrmIC.fts. * CapNwI.nrmIC.fts. * (1 / su_Million.)","v":42.697960473282301},42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,{"$f":" cstCapUnitAnn_P.nrmIC.fts. * CapNwI.nrmIC.fts. * (1 / su_Million.)","v":42.697960473282301},42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,42.697960473282301,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$432","v":"nrmIC."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_P.nrmIC.fts. * CapNwI.nrmIC.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstCapAnn_P.LVEref.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.LVEref.fts. * CapNwI.LVEref.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_P.LVEref.fts. * CapNwI.LVEref.fts. * (1 / su_Million.)","v":5.6880217046812717E-2},5.6880217046812717E-2,5.6880217046812717E-2,5.6880217046812717E-2,5.6880217046812717E-2,1.4972356543212932E-2,1.4972356543212783E-2,1.4972356543212783E-2,1.4972356543212932E-2,1.4972356543212783E-2,1.2546932359157114E-2,1.2546932359157114E-2,1.2546932359157039E-2,1.2546932359157189E-2,1.2546932359157039E-2,1.1239626296873887E-2,1.1239626296873738E-2,1.1239626296873887E-2,1.1239626296873813E-2,1.123962629687344E-2,2.5787262715129797E-2,2.5787262715129797E-2,2.5787262715129721E-2,2.5787262715129797E-2,2.5787262715129797E-2,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.LVEref.fts. * CapNwI.LVEref.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.LVEref.fts. * CapNwI.LVEref.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$441","v":"LVEref."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_P.LVEref.fts. * CapNwI.LVEref.fts. * (1 / su_Million.)"]
["TS",null,null,null,"IND","…","cstCapAnn_P.inOTHHt.fElc.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.inOTHHt.fElc.fts. * CapNwI.inOTHHt.fElc.fts. * (1 / su_Million.)","v":0},0.4959559381811805,0.4959559381811805,0.4959559381811805,0.4959559381811805,0.4959559381811805,0.51892673948262136,0.51892673948262136,0.51892673948261603,0.51892673948262136,0.51892673948262136,0.52460200814107227,0.52460200814106694,0.52460200814107227,0.52460200814107227,0.52460200814106694,0.53076111347919586,0.53076111347919053,0.53076111347919053,0.53076111347919053,0.53076111347919053,0.55977292242105214,0.55977292242105214,0.5597729224210467,0.55977292242105758,0.5597729224210467,0.58015724884368969,0.58015724884368414,0.58015724884368414,0.58015724884368691,0.58015724884368147,0.58639129306523374,{"$f":" cstCapUnitAnn_P.inOTHHt.fElc.fts. * CapNwI.inOTHHt.fElc.fts. * (1 / su_Million.)","v":0.58639129306523374},0.58639129306523652,0.58639129306523652,0.58639129306523374,0.592062269914851,0.59206226991484834,0.59206226991484834,0.59206226991485655,0.592062269914851,0.59757649662193935,0.59757649662193402,0.59757649662193668,0.59757649662194201,0.59757649662193668,0.53424443915873687,0.53424443915874231,0.53424443915874231,0.53424443915874231,0.53424443915870978,0.4959559381811805,0.4959559381811805,0.4959559381811805,0.4959559381811805,0.4959559381811805,0.51892673948262136,0.51892673948262136,0.51892673948261603,0.51892673948262136,0.51892673948262136,0.52460200814107227,0.52460200814106694,0.52460200814107227,{"$f":" cstCapUnitAnn_P.inOTHHt.fElc.fts. * CapNwI.inOTHHt.fElc.fts. * (1 / su_Million.)","v":0.52460200814107227},0.52460200814106694,0.53076111347919586,0.53076111347919053,0.53076111347919053,0.53076111347919053,0.53076111347919053,0.55977292242105214,0.55977292242105214,0.5597729224210467,0.55977292242105758,0.5597729224210467,0.58015724884368969,0.58015724884368414,0.58015724884368414,0.58015724884368414,0.58015724884368414,0.58639129306523374,0.58639129306523374,0.58639129306523918,0.58639129306523374,0.58639129306523374,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1159&\" * \"&FullTimeSeries!G710&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_P.inOTHHt.fElc.fts. * CapNwI.inOTHHt.fElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_P.inOTHHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.inOTHHt.H2cnv.fts. * CapNwI.inOTHHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.inOTHHt.H2cnv.fts. * CapNwI.inOTHHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.inOTHHt.H2cnv.fts. * CapNwI.inOTHHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$702","v":"inOTHHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1162&\" * \"&FullTimeSeries!G713&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_P.inOTHHt.H2cnv.fts. * CapNwI.inOTHHt.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_P.inCCGElc.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.inCCGElc.fts. * CapNwI.inCCGElc.fts. * (1 / su_Million.)","v":0},0.14253072480307072,0.14253072480307072,0.14253072480307002,0.14253072480307105,0.14253072480307039,0.13002313165505985,0.13002313165505919,0.13002313165506019,0.13002313165505952,0.13002313165505952,0.13922336371894731,0.13922336371894697,0.13922336371894697,0.13922336371894731,0.13922336371894664,0.14238387195886951,0.14238387195886884,0.14238387195886951,0.14238387195886915,0.14238387195886884,0.14560800476946933,0.14560800476946967,0.14560800476946967,0.145608004769469,0.14560800476946764,0.18690729869897255,0.18690729869897188,0.18690729869897188,0.18690729869897321,0.18690729869897119,0.1773792043546939,{"$f":" cstCapUnitAnn_P.inCCGElc.fts. * CapNwI.inCCGElc.fts. * (1 / su_Million.)","v":0.17737920435469121},0.1773792043546939,0.17737920435469257,0.17737920435469257,0.18961497013066247,0.18961497013066247,0.18961497013066181,0.18961497013066317,0.18961497013066114,0.1959866555437437,0.19598665554374237,0.19598665554374237,0.19598665554374303,0.19598665554374237,0.145608004769469,0.14560800476946967,0.14560800476946967,0.145608004769469,0.14560800476946764,0.18690729869897255,0.18690729869897188,0.18690729869897188,0.18690729869897321,0.18690729869897119,0.1773792043546939,0.17737920435469121,0.1773792043546939,0.17737920435469257,0.17737920435469257,0.18961497013066247,0.18961497013066247,0.18961497013066181,{"$f":" cstCapUnitAnn_P.inCCGElc.fts. * CapNwI.inCCGElc.fts. * (1 / su_Million.)","v":0.18961497013066317},0.18961497013066114,0.1959866555437437,0.19598665554374237,0.19598665554374237,0.19598665554374303,0.19598665554374237,0.145608004769469,0.14560800476946967,0.14560800476946967,0.145608004769469,0.14560800476946764,0.18690729869897255,0.18690729869897188,0.18690729869897188,0.18690729869897321,0.18690729869897119,0.1773792043546939,0.17737920435469121,0.1773792043546939,0.17737920435469257,0.17737920435469257,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$661","v":"inCCGElc."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1170&\" * \"&FullTimeSeries!G721&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_P.inOTHElc.fts. * CapNwI.inOTHElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_P.inCHEHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.inCHEHt.H2cnv.fts. * CapNwI.inCHEHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.inCHEHt.H2cnv.fts. * CapNwI.inCHEHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.inCHEHt.H2cnv.fts. * CapNwI.inCHEHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$698","v":"inCHEHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1162&\" * \"&FullTimeSeries!G713&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_P.inOTHHt.H2cnv.fts. * CapNwI.inOTHHt.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_P.inCHEHtCHP.fFsL.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_P.inCHEHtCHP.fFsL.fts. * CapNwI.inCHEHtCHP.fFsL.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.inCHEHtCHP.fFsL.fts. * CapNwI.inCHEHtCHP.fFsL.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_P.inCHEHtCHP.fFsL.fts. * CapNwI.inCHEHtCHP.fFsL.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1169&\" * \"&FullTimeSeries!G720&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_P.inOTHHtCHP.fFsL.fts. * CapNwI.inOTHHtCHP.fFsL.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"BHT.","…","cstCapAnn_H.dCnsv.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.dCnsv.fts. * CapNwI.dCnsv.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_H.dCnsv.fts. * CapNwI.dCnsv.fts. * (1 / su_Million.)","v":0},0,0,0,0,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.dCnsv.fts. * CapNwI.dCnsv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,494.73624936420157,{"$f":" cstCapUnitAnn_H.dCnsv.fts. * CapNwI.dCnsv.fts. * (1 / su_Million.)","v":494.73624936420157},494.73624936420157,494.73624936420157,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$478","v":"dCnsv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_H.dCnsv.fts. * CapNwI.dCnsv.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BHT.","…","cstCapAnn_H.nFlrNwI.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.nFlrNwI.fts. * CapNwI.nFlrNwI.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_H.nFlrNwI.fts. * CapNwI.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.nFlrNwI.fts. * CapNwI.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.nFlrNwI.fts. * CapNwI.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$472","v":"nFlrNwI."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_H.nFlrNwI.fts. * CapNwI.nFlrNwI.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BNH.","…","cstCapAnn_H.nH2cnvStvG.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.nH2cnvStvG.fts. * CapNwI.nH2cnvStvG.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_H.nH2cnvStvG.fts. * CapNwI.nH2cnvStvG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.nH2cnvStvG.fts. * CapNwI.nH2cnvStvG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.nH2cnvStvG.fts. * CapNwI.nH2cnvStvG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$483","v":"nH2cnvStvG."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_H.nH2cnvStvG.fts. * CapNwI.nH2cnvStvG.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstCapAnn_H.hgvRH2.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.hgvRH2.fts. * CapNwI.hgvRH2.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_H.hgvRH2.fts. * CapNwI.hgvRH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.hgvRH2.fts. * CapNwI.hgvRH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.hgvRH2.fts. * CapNwI.hgvRH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$415","v":"hgvRH2."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_H.hgvRH2.fts. * CapNwI.hgvRH2.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstCapAnn_H.busE.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.busE.fts. * CapNwI.busE.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_H.busE.fts. * CapNwI.busE.fts. * (1 / su_Million.)","v":1.6080540183359413},1.4858356554334109,1.3636172925308807,1.241398929628353,1.1191805667258174,0.55231771549961928,0.55100392569873402,0.54969013589785609,0.54837634609698072,0.54706255629609291,0.54816974656811146,0.54675260552290339,0.5453354644777062,0.54391832343250313,0.54250118238729628,0.52877889905972475,0.52729534657807253,0.52581179409641909,0.52432824161477054,0.52284468913311233,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.busE.fts. * CapNwI.busE.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.busE.fts. * CapNwI.busE.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$422","v":"busE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&G1272&\" * \"&G674&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_H.busE.fts. * CapNwI.busE.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"TRA","…","cstCapAnn_H.shpIIC.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.shpIIC.fts. * CapNwI.shpIIC.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_H.shpIIC.fts. * CapNwI.shpIIC.fts. * (1 / su_Million.)","v":94.024131251678313},94.398729384154592,94.773327516631397,95.147925649108728,95.522523781585264,90.427360295033608,90.787628662742392,91.147897030451688,91.508165398160969,91.86843376587025,118.71915172700626,119.19213639524135,119.66512106347642,120.13810573171153,120.6110903999466,95.979299640455878,96.361687288425259,96.744074936395762,97.126462584365157,97.508850232335661,101.51868838958883,101.92314531544376,102.32760224129869,102.73205916715362,103.1365160930083,104.78696677950556,105.20444473480126,105.62192269009924,106.0394006453955,106.45687860069235,149.32141913378783,149.91632518611195,{"$f":" cstCapUnitAnn_H.shpIIC.fts. * CapNwI.shpIIC.fts. * (1 / su_Million.)","v":150.51123123843837},151.10613729076476,151.70104334308945,101.83589483751275,102.24161553407596,102.64733623063914,103.05305692720293,103.45877762376733,133.69704712185501,134.22970468010999,134.76236223836381,135.29501979661885,135.82767735487261,108.08828028236049,108.51891088109436,108.94954147982888,109.38017207856277,109.8108026772985,114.32653171732782,114.78201590743605,115.23750009754558,115.69298428765381,116.14846847776269,118.0071440157444,118.47729199986958,118.94743998399731,119.41758796812316,119.88773595224961,168.16017061964024,168.83013145876038,169.50009229788307,170.17005313700582,{"$f":" cstCapUnitAnn_H.shpIIC.fts. * CapNwI.shpIIC.fts. * (1 / su_Million.)","v":170.84001397612658},114.68375769812768,115.14066509931476,115.59757250050185,116.05447990168962,116.51138730287802,150.56459003520126,151.16444895964497,151.76430788408732,152.36416680853108,152.9640257329734,121.72495921686841,122.20991921374765,122.69487921062762,123.17983920750686,123.66479920438822,128.75024354484833,129.26319272231714,129.77614189978735,130.28909107725616,130.80204025472568,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$431","v":"shpIIC."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_H.shpIIC.fts. * CapNwI.shpIIC.fts. * (1 / su_Million.)"]
["TS",null,null,null,"IND","…",{"$f":"SUBSTITUTE(CS2192 & CT2192 & CU2192 & CV2192 & CW2192, \"…\", \"\")","v":"cstCapAnn_H.inSTLHt.fElc.fts."},{"$f":"\"million \"&PrefUnit.Cost.","v":"million GBP.2016."},"…",{"$f":" cstCapUnitAnn_H.inSTLHt.fElc.fts. * CapNwS.inSTLHt.fElc.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0.12226292627690759,0.24452585255381382,0.36678877883072003,0.48905170510762763,0.6113146313845339,0.75064540805091706,0.88997618471729878,1.0293069613836805,1.1686377380500639,1.3079685147164455,1.4531498828978819,1.5983312510793182,1.7435126192607546,1.8886939874421915,2.0338753556236275,2.1852325840682467,2.3365898125128628,2.4879470409574811,2.6393042694021003,2.7906614978467164,2.9477307036982574,3.1047999095497962,3.2618691154013373,3.4189383212528766,3.5760075271044158,3.738432303231273,{"$f":" cstCapUnitAnn_H.inSTLHt.fElc.fts. * CapNwS.inSTLHt.fElc.fts. * (1 / su_Million.)","v":3.9008570793581301},4.0632818554849859,4.2257066316118435,4.3881314077386984,4.5555708611184977,4.7230103144982971,4.8904497678780965,5.057889221257895,5.2253286746376943,5.3974649704662374,5.5696012662947778,5.74173756212332,5.8432952409541361,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674976,{"$f":" cstCapUnitAnn_H.inSTLHt.fElc.fts. * CapNwS.inSTLHt.fElc.fts. * (1 / su_Million.)","v":5.7710990755674985},5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674985,5.7710990755674976,5.7710990755674976,5.7710990755674985,5.7710990755674976,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1296&\" * \"&FullTimeSeries!G847&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_H.inSTLHt.fElc.fts. * CapNwS.inSTLHt.fElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_H.inOTHHtCHP.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.inOTHHtCHP.H2cnv.fts. * CapNwS.inOTHHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.inOTHHtCHP.H2cnv.fts. * CapNwS.inOTHHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.inOTHHtCHP.H2cnv.fts. * CapNwS.inOTHHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$703","v":"inOTHHtCHP.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1316&\" * \"&FullTimeSeries!G867&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_H.inOTHHtCHP.H2cnv.fts. * CapNwS.inOTHHtCHP.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_H.inCCGHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.inCCGHt.H2cnv.fts. * CapNwS.inCCGHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.inCCGHt.H2cnv.fts. * CapNwS.inCCGHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.inCCGHt.H2cnv.fts. * CapNwS.inCCGHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$696","v":"inCCGHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1311&\" * \"&FullTimeSeries!G862&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_H.inOTHHt.H2cnv.fts. * CapNwS.inOTHHt.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_H.inREFHtCHP.fGrdG.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.inREFHtCHP.fGrdG.fts. * CapNwS.inREFHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.inREFHtCHP.fGrdG.fts. * CapNwS.inREFHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_H.inREFHtCHP.fGrdG.fts. * CapNwS.inREFHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$679","v":"inREFHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1315&\" * \"&FullTimeSeries!G866&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_H.inOTHHtCHP.fGrdG.fts. * CapNwS.inOTHHtCHP.fGrdG.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_H.inCHEHt.fGrdG.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_H.inCHEHt.fGrdG.fts. * CapNwS.inCHEHt.fGrdG.fts. * (1 / su_Million.)","v":0},0.26954203164143525,0.53908406328286518,0.80862609492429505,1.0781681265657304,1.3477101582071656,1.7054356562097173,2.0631611542122634,2.4208866522148154,2.7786121502173673,3.1363376482199135,3.642396480703737,4.1484553131875552,4.6545141456713734,5.1605729781551961,5.6666318106390152,6.1799649974029336,6.6932981841668555,7.2066313709307739,7.7199645576946976,8.233297744458616,8.8389559297736771,9.4446141150887382,10.050272300403799,10.65593048571886,11.261588671033921,11.994102043675055,12.726615416316195,13.459128788957328,14.191642161598466,14.924155534239599,15.669946358679958,{"$f":" cstCapUnitAnn_H.inCHEHt.fGrdG.fts. * CapNwS.inCHEHt.fGrdG.fts. * (1 / su_Million.)","v":16.41573718312031},17.161528007560669,17.907318832001025,18.65310965644138,19.406839703077477,20.16056974971357,20.914299796349663,21.668029842985757,22.42175988962185,23.183520657716883,23.945281425811917,24.707042193906947,25.468802962001984,26.230563730097018,26.776754614975221,27.322945499853429,27.869136384731629,28.415327269609833,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,{"$f":" cstCapUnitAnn_H.inCHEHt.fGrdG.fts. * CapNwS.inCHEHt.fGrdG.fts. * (1 / su_Million.)","v":28.96151815448804},28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,28.96151815448804,null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",{"$f":"Model!$G$670","v":"inCHEHt."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1310&\" * \"&FullTimeSeries!G861&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_H.inOTHHt.fGrdG.fts. * CapNwS.inOTHHt.fGrdG.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"BHT.","…","cstCapAnn_L.dDwlNwI.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.dDwlNwI.fts. * CapNwI.dDwlNwI.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_L.dDwlNwI.fts. * CapNwI.dDwlNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_L.dDwlNwI.fts. * CapNwI.dDwlNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_L.dDwlNwI.fts. * CapNwI.dDwlNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$467","v":"dDwlNwI."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_L.dDwlNwI.fts. * CapNwI.dDwlNwI.fts. * (1 / su_Million.)"]
["TS",null,null,null,"GGS.","…","cstCapAnn_L.ggDstGrd.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.ggDstGrd.fts. * CapNwI.ggDstGrd.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_L.ggDstGrd.fts. * CapNwI.ggDstGrd.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_L.ggDstGrd.fts. * CapNwI.ggDstGrd.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_L.ggDstGrd.fts. * CapNwI.ggDstGrd.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$539","v":"ggDstGrd."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_L.ggDstGrd.fts. * CapNwI.ggDstGrd.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BNH.","…","cstCapAnn_L.nStvE.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.nStvE.fts. * CapNwI.nStvE.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_L.nStvE.fts. * CapNwI.nStvE.fts. * (1 / su_Million.)","v":20413.537993966194},20413.537993966234,20413.537993966234,20413.537993966238,20413.537993966213,20600.72610302682,20600.726103026773,20600.726103026773,20600.72610302682,20600.726103026773,20606.313481799167,20606.313481799163,20606.313481799163,20606.313481799123,21010.107735603789,21015.744954995051,21015.744954994963,21015.744954995007,21015.744954995051,21202.933064055527,21208.620552257064,21208.620552256933,21208.62055225702,21208.620552257024,21214.207931029341,21219.946119815617,21219.94611981557,21219.946119815613,21623.740373620243,21629.377593011457,21635.166917769722,21635.166917769719,{"$f":" cstCapUnitAnn_L.nStvE.fts. * CapNwI.nStvE.fts. * (1 / su_Million.)","v":21635.166917769762},21822.355026830242,21828.042515031771,21641.49186998155,21641.491869981546,21641.491869981593,21647.079248753962,21652.817437540143,21655.937184617338,21655.937184617334,22059.731438422004,22065.368657813226,22071.15798257144,22074.300213979255,22074.300213979252,22261.488323039728,22267.175811241308,22080.625166191039,22083.790043976296,22083.790043976289,22089.377422748701,22095.115611534893,22098.235358612037,22101.423045989468,22505.217299794094,22510.854519185392,22516.643843943533,22519.786075351381,22522.996736712015,22710.184845772445,22715.872333974021,22529.321688923799,{"$f":" cstCapUnitAnn_L.nStvE.fts. * CapNwI.nStvE.fts. * (1 / su_Million.)","v":22532.486566709005},22535.720367628594,22541.307746400998,22547.045935187183,22550.165682264382,22553.353369641718,22960.404730694205,22966.041950085419,22971.831274843596,22974.973506251452,22978.184167612078,23168.652858219382,23174.340346420911,22987.78970137073,22990.954579155943,22994.18838007548,23003.079983875617,23008.818172661799,23011.93791973899,23015.125607116341,23422.176968168813,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$529","v":"nStvE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_L.nStvE.fts. * CapNwI.nStvE.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS2302 & CT2302 & CU2302 & CV2302 & CW2302, \"…\", \"\")","v":"cstCapAnn_L.carH2.fts."},"million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.carH2.fts. * CapNwI.carH2.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_L.carH2.fts. * CapNwI.carH2.fts. * (1 / su_Million.)","v":0.11858500856879955},0.11304258734496139,0.10750016612112362,0.10195774489728567,9.6415323673447545E-2,8.1016217327845197E-2,7.9100268684149724E-2,7.7184320040454252E-2,7.5268371396758793E-2,7.3352422753063473E-2,3.3237581936087369E-2,3.2225464511365355E-2,4.5600972521396686E-2,4.4122324981769948E-2,4.2643677442143708E-2,4.1550847396914413E-2,4.1441534973596698E-2,3.1248636263782992E-2,3.1165992168097144E-2,3.1083348072411112E-2,2.9943121681363444E-2,2.9864287625230725E-2,0,0,4.6188704018979678E-3,9.7117222081609701E-3,9.6861297359334634E-3,8.7102192063237566E-3,8.6871442947477045E-3,0,0,0,{"$f":" cstCapUnitAnn_L.carH2.fts. * CapNwI.carH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_L.carH2.fts. * CapNwI.carH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$407","v":"carH2."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_L.carH2.fts. * CapNwI.carH2.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstCapAnn_L.hgvRE.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_L.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)","v":1.604934069848589},1.5326991560146332,1.4604642421806771,1.3882293283467213,1.3159944145127656,0.96215790821437863,0.94231789628165696,0.97235387365134984,0.95144116367382514,0.93052845369630022,0.90990601982302766,0.88939328061940759,0.58848298423267398,0.57458993748350673,0.603165954119259,0.58764583415032268,0.58739879405955031,0.5870542744128362,0.58680727533592014,0.31996342035738889,0.31207379841454419,0.35428185627161213,0.33890721443489297,0.33876037266888648,0.33851634410281384,0.33012368792331515,6.4409525481901597E-2,5.6608916682842778E-2,9.8553800213061746E-2,8.3310678923972883E-2,7.5453707301847084E-2,7.5242697603370906E-2,{"$f":" cstCapUnitAnn_L.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)","v":6.7333076083627333E-2},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_L.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$414","v":"hgvRE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_L.hgvRE.fts. * CapNwI.hgvRE.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstCapAnn_L.trnPIC.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.trnPIC.fts. * CapNwI.trnPIC.fts. * (1 / su_Million.)","v":0},{"$f":" cstCapUnitAnn_L.trnPIC.fts. * CapNwI.trnPIC.fts. * (1 / su_Million.)","v":96.626489903250203},96.432849642922463,96.239209382595305,96.045569122268716,95.851928861941005,91.495849075643733,91.312490660661638,91.129132245680935,90.945773830699707,90.762415415717896,91.360008504979263,91.176922315590531,90.993836126201217,90.810749936813053,90.627663747423753,88.787406032795914,88.609475359382955,88.43154468597109,88.253614012558671,88.075683339145698,86.002880550691174,85.830530088665739,85.658179626640305,85.48582916461487,85.313478702589435,87.533057630646127,87.357640681485975,87.182223732326364,87.006806783166496,86.83138983400741,84.474401316728475,84.305113939339691,{"$f":" cstCapUnitAnn_L.trnPIC.fts. * CapNwI.trnPIC.fts. * (1 / su_Million.)","v":84.135826561951475},83.966539184563786,83.797251807174476,81.812699732867983,81.648746426789046,81.484793120711686,81.320839814633786,81.156886508554322,99.801081287472883,99.601079120562559,99.401076953654311,99.201074786746602,99.001072619836279,94.966508845842483,94.7761952008603,94.585881555878686,94.395567910897014,94.20525426591486,95.346119152194333,95.155044765115292,94.96397037803672,94.772895990958688,94.581821603878623,93.575628608395633,93.388102298558152,93.200575988722193,93.013049678886233,92.825523369048739,91.228224274283505,91.045402181547956,90.86258008881542,90.679757996080397,{"$f":" cstCapUnitAnn_L.trnPIC.fts. * CapNwI.trnPIC.fts. * (1 / su_Million.)","v":90.496935903346866},92.522741017370606,92.337324702705544,92.151908388041988,91.966492073377907,91.78107575871384,89.582230894869312,89.40270738606047,89.223183877253604,89.043660368446751,88.864136859637924,87.192717569295056,87.017982664345141,86.843247759397599,86.668512854448636,86.493777949498707,103.91625077887915,103.70800177932129,103.49975277976444,103.291503780209,103.08325478065021,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$427","v":"trnPIC."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…","= cstCapUnitAnn_L.trnPIC.fts. * CapNwI.trnPIC.fts. * (1 / su_Million.)"]
["TS",null,null,null,"IND","…","cstCapAnn_L.inSTLHt.fFsL.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.inSTLHt.fFsL.fts. * CapNwI.inSTLHt.fFsL.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,6.4467168069746159E-4,6.4467168069745628E-4,6.4467168069745628E-4,6.4467168069745628E-4,6.4467168069745628E-4,7.3466756196367377E-4,7.3466756196366326E-4,7.3466756196367377E-4,7.3466756196366846E-4,7.3466756196366846E-4,7.6551673906043085E-4,7.6551673906042022E-4,7.6551673906043085E-4,7.6551673906043085E-4,7.6551673906042022E-4,7.9808100311705822E-4,7.9808100311705291E-4,7.9808100311705291E-4,7.9808100311705822E-4,7.980810031170476E-4,8.2819929152352727E-4,8.2819929152351676E-4,8.2819929152352207E-4,8.2819929152352727E-4,8.2819929152351676E-4,8.5643830555352243E-4,{"$f":" cstCapUnitAnn_L.inSTLHt.fFsL.fts. * CapNwI.inSTLHt.fFsL.fts. * (1 / su_Million.)","v":8.5643830555351191E-4},8.5643830555351722E-4,8.5643830555351722E-4,8.5643830555351191E-4,8.8287984847462426E-4,8.8287984847460843E-4,8.8287984847461364E-4,8.8287984847461906E-4,8.8287984847461364E-4,9.0764550236174769E-4,9.0764550236174769E-4,9.0764550236174769E-4,5.3549642146886664E-4,0,0,0,0,0,0,0,0,0,0,0,2.6399354140360236E-4,6.4467168069745097E-4,6.4467168069745628E-4,6.4467168069746159E-4,6.4467168069745097E-4,7.3466756196367909E-4,7.3466756196365805E-4,7.3466756196367377E-4,{"$f":" cstCapUnitAnn_L.inSTLHt.fFsL.fts. * CapNwI.inSTLHt.fFsL.fts. * (1 / su_Million.)","v":7.3466756196367377E-4},7.3466756196366326E-4,7.6551673906043605E-4,7.6551673906041491E-4,7.6551673906043085E-4,7.6551673906043605E-4,7.6551673906041491E-4,7.9808100311706343E-4,7.980810031170476E-4,7.9808100311705291E-4,7.9808100311706343E-4,7.980810031170424E-4,8.2819929152353248E-4,8.2819929152351144E-4,8.2819929152352207E-4,8.2819929152353248E-4,8.2819929152351144E-4,8.5643830555352763E-4,8.564383055535066E-4,8.5643830555351722E-4,8.5643830555352243E-4,8.564383055535066E-4,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1450&\" * \"&FullTimeSeries!G703&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_L.inSTLHt.fFsL.fts. * CapNwI.inSTLHt.fFsL.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_L.inOTHHt.fElc.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.inOTHHt.fElc.fts. * CapNwI.inOTHHt.fElc.fts. * (1 / su_Million.)","v":0},0.24797796909059025,0.24797796909059025,0.24797796909059025,0.24797796909059025,0.24797796909059025,0.25946336974131068,0.25946336974131068,0.25946336974130801,0.25946336974131068,0.25946336974131068,0.26230100407053614,0.26230100407053347,0.26230100407053614,0.26230100407053614,0.26230100407053347,0.26538055673959793,0.26538055673959526,0.26538055673959526,0.26538055673959526,0.26538055673959526,0.27988646121052607,0.27988646121052607,0.27988646121052335,0.27988646121052879,0.27988646121052335,0.29007862442184484,0.29007862442184207,0.29007862442184207,0.29007862442184346,0.29007862442184074,0.29319564653261687,{"$f":" cstCapUnitAnn_L.inOTHHt.fElc.fts. * CapNwI.inOTHHt.fElc.fts. * (1 / su_Million.)","v":0.29319564653261687},0.29319564653261826,0.29319564653261826,0.29319564653261687,0.2960311349574255,0.29603113495742417,0.29603113495742417,0.29603113495742828,0.2960311349574255,0.29878824831096967,0.29878824831096701,0.29878824831096834,0.29878824831097101,0.29878824831096834,0.26712221957936844,0.26712221957937116,0.26712221957937116,0.26712221957937116,0.26712221957935489,0.24797796909059025,0.24797796909059025,0.24797796909059025,0.24797796909059025,0.24797796909059025,0.25946336974131068,0.25946336974131068,0.25946336974130801,0.25946336974131068,0.25946336974131068,0.26230100407053614,0.26230100407053347,0.26230100407053614,{"$f":" cstCapUnitAnn_L.inOTHHt.fElc.fts. * CapNwI.inOTHHt.fElc.fts. * (1 / su_Million.)","v":0.26230100407053614},0.26230100407053347,0.26538055673959793,0.26538055673959526,0.26538055673959526,0.26538055673959526,0.26538055673959526,0.27988646121052607,0.27988646121052607,0.27988646121052335,0.27988646121052879,0.27988646121052335,0.29007862442184484,0.29007862442184207,0.29007862442184207,0.29007862442184207,0.29007862442184207,0.29319564653261687,0.29319564653261687,0.29319564653261959,0.29319564653261687,0.29319564653261687,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1457&\" * \"&FullTimeSeries!G710&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_L.inOTHHt.fElc.fts. * CapNwI.inOTHHt.fElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_L.inCCGHt.fFsS.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.inCCGHt.fFsS.fts. * CapNwI.inCCGHt.fFsS.fts. * (1 / su_Million.)","v":0},1.3684425229472357,1.3684425229472357,1.3684425229472357,1.3684425229472303,1.3684425229472357,1.2483566793713341,1.2483566793713285,1.2483566793713341,1.2483566793713341,1.2483566793713285,1.3366884323642514,1.3366884323642407,1.3366884323642514,1.3366884323642461,1.3366884323642461,1.3670325836032875,1.3670325836032875,1.3670325836032875,1.3670325836032904,1.3670325836032848,1.3979875965925981,1.3979875965925981,1.3979875965925981,1.3979875965925981,1.3979875965925874,1.7945035762798816,1.7945035762798816,1.7945035762798869,1.794503576279876,1.7945035762798869,1.7030240059529937,{"$f":" cstCapUnitAnn_L.inCCGHt.fFsS.fts. * CapNwI.inCCGHt.fFsS.fts. * (1 / su_Million.)","v":1.7030240059529882},1.7030240059529991,1.7030240059530044,1.7030240059529882,1.8205000253291284,1.8205000253291119,1.820500025329123,1.820500025329123,1.8205000253291173,1.8816748020248049,1.8816748020248102,1.881674802024794,1.8816748020248102,1.8816748020247993,1.3979875965926034,1.3979875965925928,1.3979875965925981,1.3979875965926034,1.3979875965925821,1.7945035762798869,1.794503576279876,1.7945035762798869,1.7945035762798816,1.7945035762798816,1.7030240059529991,1.7030240059529829,1.7030240059529991,1.70302400595301,1.7030240059529829,1.8205000253291337,1.8205000253291066,1.820500025329123,{"$f":" cstCapUnitAnn_L.inCCGHt.fFsS.fts. * CapNwI.inCCGHt.fFsS.fts. * (1 / su_Million.)","v":1.8205000253291284},1.8205000253291119,1.8816748020248102,1.8816748020248049,1.881674802024794,1.8816748020248155,1.881674802024794,1.397987596592609,1.3979875965925874,1.3979875965925981,1.397987596592609,1.3979875965925763,1.7945035762798922,1.7945035762798707,1.7945035762798869,1.7945035762798869,1.794503576279876,1.7030240059530044,1.7030240059529775,1.7030240059529991,1.7030240059530153,1.7030240059529775,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1461&\" * \"&FullTimeSeries!G714&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_L.inOTHHt.fFsS.fts. * CapNwI.inOTHHt.fFsS.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_L.inCCGElc.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.inCCGElc.fts. * CapNwI.inCCGElc.fts. * (1 / su_Million.)","v":0},7.1265362401535359E-2,7.1265362401535359E-2,7.1265362401535012E-2,7.1265362401535526E-2,7.1265362401535193E-2,6.5011565827529927E-2,6.5011565827529594E-2,6.5011565827530093E-2,6.501156582752976E-2,6.501156582752976E-2,6.9611681859473654E-2,6.9611681859473487E-2,6.9611681859473487E-2,6.9611681859473654E-2,6.9611681859473321E-2,7.1191935979434753E-2,7.119193597943442E-2,7.1191935979434753E-2,7.1191935979434573E-2,7.119193597943442E-2,7.2804002384734667E-2,7.2804002384734834E-2,7.2804002384734834E-2,7.2804002384734501E-2,7.2804002384733821E-2,9.3453649349486273E-2,9.345364934948594E-2,9.345364934948594E-2,9.3453649349486606E-2,9.3453649349485593E-2,8.8689602177346949E-2,{"$f":" cstCapUnitAnn_L.inCCGElc.fts. * CapNwI.inCCGElc.fts. * (1 / su_Million.)","v":8.8689602177345603E-2},8.8689602177346949E-2,8.8689602177346283E-2,8.8689602177346283E-2,9.4807485065331237E-2,9.4807485065331237E-2,9.4807485065330904E-2,9.4807485065331584E-2,9.4807485065330571E-2,9.7993327771871849E-2,9.7993327771871183E-2,9.7993327771871183E-2,9.7993327771871516E-2,9.7993327771871183E-2,7.2804002384734501E-2,7.2804002384734834E-2,7.2804002384734834E-2,7.2804002384734501E-2,7.2804002384733821E-2,9.3453649349486273E-2,9.345364934948594E-2,9.345364934948594E-2,9.3453649349486606E-2,9.3453649349485593E-2,8.8689602177346949E-2,8.8689602177345603E-2,8.8689602177346949E-2,8.8689602177346283E-2,8.8689602177346283E-2,9.4807485065331237E-2,9.4807485065331237E-2,9.4807485065330904E-2,{"$f":" cstCapUnitAnn_L.inCCGElc.fts. * CapNwI.inCCGElc.fts. * (1 / su_Million.)","v":9.4807485065331584E-2},9.4807485065330571E-2,9.7993327771871849E-2,9.7993327771871183E-2,9.7993327771871183E-2,9.7993327771871516E-2,9.7993327771871183E-2,7.2804002384734501E-2,7.2804002384734834E-2,7.2804002384734834E-2,7.2804002384734501E-2,7.2804002384733821E-2,9.3453649349486273E-2,9.345364934948594E-2,9.345364934948594E-2,9.3453649349486606E-2,9.3453649349485593E-2,8.8689602177346949E-2,8.8689602177345603E-2,8.8689602177346949E-2,8.8689602177346283E-2,8.8689602177346283E-2,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$661","v":"inCCGElc."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1468&\" * \"&FullTimeSeries!G721&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_L.inOTHElc.fts. * CapNwI.inOTHElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstCapAnn_L.inCHEHtCHP.fGrdG.fts.","million GBP.2016.","…",{"$f":" cstCapUnitAnn_L.inCHEHtCHP.fGrdG.fts. * CapNwI.inCHEHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_L.inCHEHtCHP.fGrdG.fts. * CapNwI.inCHEHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstCapUnitAnn_L.inCHEHtCHP.fGrdG.fts. * CapNwI.inCHEHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1464&\" * \"&FullTimeSeries!G717&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_L.inOTHHtCHP.fGrdG.fts. * CapNwI.inOTHHtCHP.fGrdG.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"BHT.","…","cstCap_P.dHPG.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_P.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$493","v":"dHPG."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_P.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"BHT.","…","cstCap_P.nblO.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_P.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)","v":2807.1487988262379},5614.2975976524631,8421.4463964786955,8421.4463964786901,8421.4463964786883,8421.8745681219134,8422.3027397651294,8422.7309114083528,8422.7309114083528,8422.7309114083473,8423.162168927629,8423.5934264468942,8424.0246839661813,8424.0246839661759,8424.0246839661759,8483.8687449488843,8543.7128059315874,8603.5568669142958,8603.5568669142958,8603.5568669142904,8604.4225347098491,8605.2882025053714,8606.1538703009228,8606.1538703009173,8606.1538703009173,8607.0257770512435,8607.8976838015387,8608.7695905518704,8608.7695905518631,8608.7695905518631,8669.057476568898,8729.3453625859165,{"$f":" +SUMIFS(cstCapAnn_P.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)","v":8789.6332486029569},8789.6332486029569,8789.6332486029514,8790.9459401244421,8792.2586316458965,8793.5713231673853,8793.5713231673799,8793.5713231673799,8794.8934753885515,8796.2156276096921,8797.5377798308637,8797.5377798308655,8797.5377798308582,8858.2791562830862,8919.0205327352705,8979.7619091874967,8979.7619091874967,8979.7619091874913,8981.5313594953022,8983.3008098030587,8985.0702601108696,8985.0702601108642,8985.0702601108642,8986.8524630248139,8988.6346659387164,8990.4168688526715,8990.4168688526661,8990.4168688526661,9051.6216116292308,9112.826354405759,9174.0310971823292,9174.0310971823346,{"$f":" +SUMIFS(cstCapAnn_P.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)","v":9174.0310971823274},9176.2672533421355,9178.5034095018746,9180.7395656616791,9180.7395656616682,9180.7395656616682,9182.9918380235831,9185.244110385458,9187.4963827473784,9187.496382747373,9187.4963827473657,9249.1745828096246,9310.8527828718343,9372.5309829340986,9372.5309829341095,9372.5309829341095,9375.2440086338465,9377.9570343335017,9380.6700600332315,9380.670060033226,9380.6700600332242,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$501","v":"nblO."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_P.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"BNH.","…","cstCap_P.nStvE.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.nStvE.fts.,   Year., \">\"& +Year. -LifeEcn.nStvE.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_P.nStvE.fts.,   Year., \">\"& +Year. -LifeEcn.nStvE.,   Year., \"<=\"& +Year.)","v":20413.537993966194},40827.075987932432,61240.61398189867,61240.613981898707,61240.613981898685,61427.802090959267,61614.990200019805,61802.178309080366,61802.178309080366,61802.178309080366,61807.765687852763,61813.353066625103,61818.9404453975,61818.940445397449,62222.734699202076,62632.166172397963,63041.597645593807,63047.234864985017,63047.234864985017,63234.422974045585,63427.298571307649,63620.174168569531,63625.861656771012,63625.861656770976,63631.449035543388,63642.774603101978,63654.100170660524,63659.838359446796,64063.632613251422,64473.064086447317,64888.284884401422,64899.711428550901,{"$f":" +SUMIFS(cstCapAnn_P.nStvE.fts.,   Year., \">\"& +Year. -LifeEcn.nStvE.,   Year., \"<=\"& +Year.)","v":64905.500753309199},65092.688862369723,65285.564459631772,65291.889411843556,65111.026254994867,64924.475609944682,64930.062988717094,64941.388556275699,64955.83387091144,64964.691806774819,65371.605807656684,65781.037280852557,66196.25807880667,66210.826854363913,66219.758410529947,66410.088750998228,66602.964348260284,66609.289300472068,66431.591021408647,66248.205254143628,66256.957510701293,66268.283078259876,66282.728392895631,66294.774016136391,66704.875704395599,67117.494864968961,67532.715662923016,67547.284438480303,67559.426656006923,67752.967657835834,67949.053916458477,67955.378868670261,{"$f":" +SUMIFS(cstCapAnn_P.nStvE.fts.,   Year., \">\"& +Year. -LifeEcn.nStvE.,   Year., \"<=\"& +Year.)","v":67777.680589606825},67597.528623261402,67609.51468073859,67624.074049216782,67638.519363852567,67650.564987093283,68063.923782600308,68479.800050421341,68898.277955623227,68912.846731180471,68924.988948707134,69121.81053208292,69321.177372252365,69330.782906011023,69153.084626947588,68972.93266060215,68988.222943107045,69006.086536612886,69023.836076276406,69035.881699517122,69449.240495024147,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$529","v":"nStvE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_P.nStvE.fts.,   Year., \">\"& +Year. -LifeEcn.nStvE.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"BNH.","…","cstCap_P.dH2cnvStvG.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.dH2cnvStvG.fts.,   Year., \">\"& +Year. -LifeEcn.dH2cnvStvG.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_P.dH2cnvStvG.fts.,   Year., \">\"& +Year. -LifeEcn.dH2cnvStvG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.dH2cnvStvG.fts.,   Year., \">\"& +Year. -LifeEcn.dH2cnvStvG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.dH2cnvStvG.fts.,   Year., \">\"& +Year. -LifeEcn.dH2cnvStvG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$482","v":"dH2cnvStvG."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_P.dH2cnvStvG.fts.,   Year., \">\"& +Year. -LifeEcn.dH2cnvStvG.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TRA","…","cstCap_P.hgvAE.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.hgvAE.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAE.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_P.hgvAE.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAE.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.hgvAE.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAE.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.hgvAE.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAE.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$418","v":"hgvAE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_P.hgvAE.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAE.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TRA","…","cstCap_P.busIC.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.busIC.fts.,   Year., \">\"& +Year. -LifeEcn.busIC.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_P.busIC.fts.,   Year., \">\"& +Year. -LifeEcn.busIC.,   Year., \"<=\"& +Year.)","v":598.61520870166726},1198.8773007354821,1800.786276101448,1805.726926097896,1810.667576094344,1811.5953903713139,1810.8763213161346,1808.5103689288076,1808.5103689288076,1808.5103689288076,1807.3872988518456,1807.3079864434428,1808.2724317036009,1811.403704709282,1814.5349777149618,1802.5966933188192,1790.6324934116474,1778.6423779934607,1781.695904466068,1784.7494309386784,1775.7098310694178,1766.6496116353023,1757.5687726363317,1760.5604404143655,1763.5521081923985,1766.282699922366,1768.9864924868225,1771.6634858857685,1774.5747561672704,1777.4860264487686,1754.2414089029171,1730.9540915908324,{"$f":" +SUMIFS(cstCapAnn_P.busIC.fts.,   Year., \">\"& +Year. -LifeEcn.busIC.,   Year., \"<=\"& +Year.)","v":1707.6240745125358},1710.4072454953612,1713.1904164781915,1771.4844603882777,1828.8507806374248,1885.2893772256348,1885.2893772256346,1885.2893772256346,1883.4781685759554,1881.6669599262773,1879.8557512765997,1879.8557512765997,1879.8557512765963,1853.5454383912302,1827.2351255058543,1800.9248126204916,1800.92481262049,1800.9248126204934,1859.0198786499745,1917.1149446794561,1975.2100107089457,1975.2100107089454,1975.2100107089457,1975.3556214845771,1975.5012322602104,1975.6468430358452,1975.6468430358434,1975.64684303584,1950.2737993144497,1924.9007555930489,1899.5277118716617,1899.5277118716599,{"$f":" +SUMIFS(cstCapAnn_P.busIC.fts.,   Year., \">\"& +Year. -LifeEcn.busIC.,   Year., \"<=\"& +Year.)","v":1899.5277118716631},1957.626271936088,2015.7248320005097,2073.8233920649432,2073.8233920649432,2073.8233920649432,2073.9672215678593,2074.1110510707758,2074.2548805736969,2074.2548805736951,2074.2548805736906,2049.403795431605,2024.552710289508,1999.7016251474274,1999.7016251474224,1999.7016251474274,2058.4973707853369,2117.2931164232468,2176.0888620611649,2176.0888620611668,2176.0888620611668,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$425","v":"busIC."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_P.busIC.fts.,   Year., \">\"& +Year. -LifeEcn.busIC.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TRA","…","cstCap_P.busH2ref.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_P.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$448","v":"busH2ref."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_P.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"IND","…","cstCap_P.inSTLHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.inSTLHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.inSTLHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.inSTLHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$694","v":"inSTLHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2046&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2494&CV2494&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_P.inSTLHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLHt.H2cnv.…,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_P.inOTHHtCHP.fGrdG.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2062&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2510&CV2510&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_P.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHtCHP.fGrdG.,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_P.inREFHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.inREFHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.inREFHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.inREFHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$700","v":"inREFHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2058&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2530&CV2530&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_P.inOTHHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHt.H2cnv.…,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_P.inREFHtCHP.H2cnv.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_P.inREFHtCHP.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHtCHP.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.inREFHtCHP.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHtCHP.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_P.inREFHtCHP.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHtCHP.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$328","v":"cstCap_P."},"…",{"$f":"Model!$G$701","v":"inREFHtCHP.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2063&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2535&CV2535&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_P.inOTHHtCHP.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHtCHP.H2cnv.…,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"BHT.","…","cstCap_H.dHPG.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_H.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$493","v":"dHPG."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_H.dHPG.fts.,   Year., \">\"& +Year. -LifeEcn.dHPG.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"BHT.","…","cstCap_H.dCnsv.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.dCnsv.fts.,   Year., \">\"& +Year. -LifeEcn.dCnsv.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_H.dCnsv.fts.,   Year., \">\"& +Year. -LifeEcn.dCnsv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,494.73624936420157,989.47249872840314,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,989.47249872840314,494.73624936420157,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.dCnsv.fts.,   Year., \">\"& +Year. -LifeEcn.dCnsv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,494.73624936420157,989.47249872840314,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,1484.2087480926048,{"$f":" +SUMIFS(cstCapAnn_H.dCnsv.fts.,   Year., \">\"& +Year. -LifeEcn.dCnsv.,   Year., \"<=\"& +Year.)","v":1484.2087480926048},1484.2087480926048,1484.2087480926048,989.47249872840314,494.73624936420157,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$478","v":"dCnsv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_H.dCnsv.fts.,   Year., \">\"& +Year. -LifeEcn.dCnsv.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"BHT.","…","cstCap_H.nH2cnv.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.nH2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.nH2cnv.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_H.nH2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.nH2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.nH2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.nH2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.nH2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.nH2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$481","v":"nH2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_H.nH2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.nH2cnv.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"BNH.","…","cstCap_H.nStvG.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.nStvG.fts.,   Year., \">\"& +Year. -LifeEcn.nStvG.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_H.nStvG.fts.,   Year., \">\"& +Year. -LifeEcn.nStvG.,   Year., \"<=\"& +Year.)","v":14797.938142782292},29595.876285564558,44393.814428346872,44393.814428346872,44393.814428346894,44191.170797329825,43988.527166312735,43785.883535295674,43785.883535295623,43785.883535295667,43785.057002155823,43784.230469016045,43783.403935876166,43783.403935876166,44076.117643415681,44367.988225553985,44659.858807692261,44659.015682291007,44659.015682291028,44456.372051273953,44252.868506362043,44049.364961450105,44048.505047555249,44048.505047555271,44047.67851441542,44045.975080688309,44044.271646961104,44043.394746373771,44336.108453913286,44627.979036051562,44918.955530726424,44917.218317861698,{"$f":" +SUMIFS(cstCapAnn_H.nStvG.fts.,   Year., \">\"& +Year. -LifeEcn.nStvG.,   Year., \"<=\"& +Year.)","v":44916.324230398299},44713.68059938123,44510.177054469343,44519.530416153109,44731.527408853952,44944.384315449657,44943.557782309828,44941.854348582696,44942.303145486258,44943.578475529597,45238.444413699879,45530.314995838133,45821.291490513016,45821.722019621368,45822.995674131067,45622.519785087068,45419.016240175202,45428.369601858954,45642.549959667122,45857.590231370079,45858.947063337611,45857.243629610486,45857.692426514026,45861.166857396303,46158.231896405501,46452.301579382809,46743.278074057642,46743.708603166036,46747.197207655394,46548.936268591096,46347.647673658939,46357.001035342684,{"$f":" +SUMIFS(cstCapAnn_H.nStvG.fts.,   Year., \">\"& +Year. -LifeEcn.nStvG.,   Year., \"<=\"& +Year.)","v":46571.181393150859},46788.452578200515,46792.04032351468,46792.567803134283,46793.016600037874,46796.491030920159,47095.80306169275,47392.119736433306,47685.343222871539,47685.773751979941,47689.262356469335,47493.264603463744,47294.239194590227,47305.855742332715,47520.036100140882,47737.307285190538,47743.174527572759,47745.98150426041,47748.709798232041,47752.184229114326,48051.496259886917,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$528","v":"nStvG."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&G2136&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2584&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_H.nStvG.fts.,   Year., \">\"& +Year. -LifeEcn.nStvG.,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"TRA","…","cstCap_H.lgvE.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.lgvE.fts.,   Year., \">\"& +Year. -LifeEcn.lgvE.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_H.lgvE.fts.,   Year., \">\"& +Year. -LifeEcn.lgvE.,   Year., \"<=\"& +Year.)","v":7.769692295919973},15.598766056126459,23.487221280619465,23.665365673479016,23.843510066338574,21.210260093973378,18.438909932000364,15.529459580419545,15.293303404455688,15.057147228491839,15.880054073164695,16.763908660758108,17.708710991272149,17.655398044070072,17.602085096868009,14.577940003353941,11.587506626320106,8.6307849657665336,8.6786071680052146,8.7264293702439026,9.3356574265524142,9.9484143089166039,10.564700017336559,10.623108697742406,10.681517378148264,7.1404811455674508,3.5799753528513585,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.lgvE.fts.,   Year., \">\"& +Year. -LifeEcn.lgvE.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.lgvE.fts.,   Year., \">\"& +Year. -LifeEcn.lgvE.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$410","v":"lgvE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_H.lgvE.fts.,   Year., \">\"& +Year. -LifeEcn.lgvE.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TRA","…",{"$f":"SUBSTITUTE(CS2614 & CT2614 & CU2614 & CV2614 & CW2614, \"…\", \"\")","v":"cstCap_H.hgvAPHEV.fts."},"million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.hgvAPHEV.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAPHEV.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_H.hgvAPHEV.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAPHEV.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.hgvAPHEV.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAPHEV.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.hgvAPHEV.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAPHEV.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$420","v":"hgvAPHEV."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_H.hgvAPHEV.fts.,   Year., \">\"& +Year. -LifeEcn.hgvAPHEV.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TAV","…","cstCap_H.aviDCon.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.aviDCon.fts.,   Year., \">\"& +Year. -LifeEcn.aviDCon.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_H.aviDCon.fts.,   Year., \">\"& +Year. -LifeEcn.aviDCon.,   Year., \"<=\"& +Year.)","v":5.6385599167789682},11.299584215696486,16.983072896752578,22.689025959947219,28.417443405280434,32.509393264480465,36.617645712760975,40.742200750121953,44.88305837656344,49.040218592085374,47.612624087734218,46.179341955875671,44.740372196509739,43.295714809636451,41.84536979525577,42.731195226392259,43.620549842513356,44.513433643619059,45.409846629709357,46.309788800784283,47.104739457510902,47.902857248328075,50.152453498053866,52.410941432561131,54.678321051849913,55.799838798458289,56.925824743260335,56.245799156427069,55.563085721424486,54.877684438252608,54.160318030754517,53.44009358976038,{"$f":" +SUMIFS(cstCapAnn_H.aviDCon.fts.,   Year., \">\"& +Year. -LifeEcn.aviDCon.,   Year., \"<=\"& +Year.)","v":51.309261536526037},49.17000722221173,47.022330646817444,45.962385156837037,44.898216776458248,46.385050534842257,47.877761106500515,49.376348491432992,50.960615984661771,52.551195300572743,54.029607146920149,55.513862518351949,58.584053046082332,61.042765821059604,63.511274264463104,64.729482261803653,65.952505310517111,65.205130056565068,64.498672482313324,63.789400336052601,63.045429089169886,62.298517244473338,60.012825586938966,57.745427867550674,55.468996691113048,54.379681751492946,53.286061219226085,54.975857330036739,56.662970961923975,58.356806162065709,60.14430464471274,61.938868338753679,{"$f":" +SUMIFS(cstCapAnn_H.aviDCon.fts.,   Year., \">\"& +Year. -LifeEcn.aviDCon.,   Year., \"<=\"& +Year.)","v":63.611237647206956},65.262688655334131,68.644743882901508,71.359663797334051,74.085314620519242,75.446945433292768,76.800483020457193,76.004274454719351,75.252811573208461,74.498378482679698,73.706189515187759,72.918766329436153,70.452464706515599,68.006311184418394,65.550489071324819,64.389984449005553,63.235744742409146,65.118566833948407,66.998559047707133,68.885982060729745,70.875688321337933,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$436","v":"aviDCon."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_H.aviDCon.fts.,   Year., \">\"& +Year. -LifeEcn.aviDCon.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"IND","…","cstCap_H.inSTLHt.fFsS.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.inSTLHt.fFsS.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLHt.fFsS.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,16.024055314216699,48.072165942650145,96.144331885300318,160.24055314216724,240.36082971325087,337.25120529704611,450.91167989355284,581.3422535027712,728.54292612470101,892.51369775934245,1057.4862451754691,1223.4605683730815,1390.436667352179,1558.4145421127623,1727.3941926548309,1896.8995250115195,2066.9305391828284,2237.4872351687568,2408.5696129693056,2566.4127625269184,2703.4157634099547,2819.578615618414,2914.9013191522949,2989.3838740115993,3043.0262801963263,3075.7926824486426,{"$f":" +SUMIFS(cstCapAnn_H.inSTLHt.fFsS.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLHt.fFsS.,   Year., \"<=\"& +Year.)","v":3087.6830807685474},3078.6974751560419,3048.8358656111241,3011.8631621913519,2975.3437471262196,2939.2776204157271,2903.6647820598751,2868.5052320586624,2833.7989704120905,2799.5172038197238,2765.6599322815628,2732.2271557976069,2699.2188743678566,2666.635087992312,2637.4123308410021,2611.5506029139269,2589.0499042110869,2569.910234732482,2554.1315944781118,2541.5086822746152,2532.0414981219928,2525.730042020245,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,{"$f":" +SUMIFS(cstCapAnn_H.inSTLHt.fFsS.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLHt.fFsS.,   Year., \"<=\"& +Year.)","v":2522.5743139693709},2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,2522.5743139693709,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2196&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2644&CV2644&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_H.inSTLHt.fFsS.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLHt.fFsS.,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_H.inSTLElc.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.inSTLElc.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLElc.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0.10917561249330381,0.32752683747991107,0.65505367495982214,1.0917561249330368,1.6376341873995552,2.2977708314413472,3.0721660570584133,3.9608198642507526,4.9637322530183656,6.0809032233612523,7.204899524894028,8.3357211576166925,9.4733681215292478,10.61784041663169,11.769138042924023,12.924017261576239,14.082478072588337,15.244520475960318,16.410144471692181,17.485566528899859,18.41899981039607,19.210444316180812,19.859900046254086,20.367367000615889,20.732845179266228,20.956090292001502,{"$f":" +SUMIFS(cstCapAnn_H.inSTLElc.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLElc.,   Year., \"<=\"& +Year.)","v":21.037102338821718},20.975881319726867,20.772427234716954,20.520523614676044,20.271708353529533,20.02598145127741,19.783342907919685,19.543792723456352,19.307330897887411,19.073761255766076,18.843083797092341,18.615298521866212,18.390405430087686,18.168404521756756,17.969303086559716,17.793101124496555,17.639798635567281,17.509395619771883,17.401892077110368,17.315889242981157,17.251387117384247,17.208385700319642,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,{"$f":" +SUMIFS(cstCapAnn_H.inSTLElc.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLElc.,   Year., \"<=\"& +Year.)","v":17.186884991787338},17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,17.186884991787338,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$653","v":"inSTLElc."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2203&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2651&CV2651&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_H.inSTLElc.fts.,   Year., \">\"& +Year. -LifeEcn.inSTLElc.…,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_H.inCCGHtCHP.fGrdG.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.inCCGHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inCCGHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.inCCGHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inCCGHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.inCCGHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inCCGHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2211&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2671&CV2671&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_H.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inCCGHtCHP.fGrdG.,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_H.inREFHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.inREFHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.inREFHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.inREFHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHt.H2cnv.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$700","v":"inREFHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2207&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2679&CV2679&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_H.inOTHHt.H2cnv.fts.,   Year., \">\"& +Year. -LifeEcn.inREFHt.H2cnv.…,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_H.inCHEHtCHP.fGrdG.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_H.inCHEHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inCHEHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.inCHEHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inCHEHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_H.inCHEHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inCHEHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2211&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2695&CV2695&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_H.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inCHEHtCHP.fGrdG.,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"BHT.","…","cstCap_L.dHPoversized.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.dHPoversized.fts.,   Year., \">\"& +Year. -LifeEcn.dHPoversized.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_L.dHPoversized.fts.,   Year., \">\"& +Year. -LifeEcn.dHPoversized.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.dHPoversized.fts.,   Year., \">\"& +Year. -LifeEcn.dHPoversized.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.dHPoversized.fts.,   Year., \">\"& +Year. -LifeEcn.dHPoversized.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$498","v":"dHPoversized."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_L.dHPoversized.fts.,   Year., \">\"& +Year. -LifeEcn.dHPoversized.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"BHT.","…","cstCap_L.nblO.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_L.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)","v":1403.574399413119},2807.1487988262315,4210.7231982393478,4210.723198239345,4210.7231982393441,4210.9372840609567,4211.1513698825647,4211.3654557041764,4211.3654557041764,4211.3654557041737,4211.5810844638145,4211.7967132234471,4212.0123419830907,4212.0123419830879,4212.0123419830879,4241.9343724744422,4271.8564029657937,4301.7784334571479,4301.7784334571479,4301.7784334571452,4302.2112673549245,4302.6441012526857,4303.0769351504614,4303.0769351504587,4303.0769351504587,4303.5128885256217,4303.9488419007694,4304.3847952759352,4304.3847952759315,4304.3847952759315,4334.528738284449,4364.6726812929583,{"$f":" +SUMIFS(cstCapAnn_L.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)","v":4394.8166243014784},4394.8166243014784,4394.8166243014757,4395.4729700622211,4396.1293158229482,4396.7856615836927,4396.7856615836899,4396.7856615836899,4397.4467376942757,4398.107813804846,4398.7688899154318,4398.7688899154327,4398.7688899154291,4429.1395781415431,4459.5102663676353,4489.8809545937484,4489.8809545937484,4489.8809545937456,4490.7656797476511,4491.6504049015293,4492.5351300554348,4492.5351300554321,4492.5351300554321,4493.426231512407,4494.3173329693582,4495.2084344263358,4495.208434426333,4495.208434426333,4525.8108058146154,4556.4131772028795,4587.0155485911646,4587.0155485911673,{"$f":" +SUMIFS(cstCapAnn_L.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)","v":4587.0155485911637},4588.1336266710678,4589.2517047509373,4590.3697828308395,4590.3697828308341,4590.3697828308341,4591.4959190117916,4592.622055192729,4593.7481913736892,4593.7481913736865,4593.7481913736829,4624.5872914048123,4655.4263914359171,4686.2654914670493,4686.2654914670547,4686.2654914670547,4687.6220043169233,4688.9785171667509,4690.3350300166157,4690.335030016613,4690.3350300166121,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$501","v":"nblO."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_L.nblO.fts.,   Year., \">\"& +Year. -LifeEcn.nblO.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"BNH.","…","cstCap_L.nAp.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.nAp.fts.,   Year., \">\"& +Year. -LifeEcn.nAp.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_L.nAp.fts.,   Year., \">\"& +Year. -LifeEcn.nAp.,   Year., \"<=\"& +Year.)","v":64384.649560681937},128861.97087005695,193431.96392812507,193709.97917420437,193987.99442028365,194277.15045381401,194577.47742301546,194889.00547610823,195200.62397386139,195512.33291627496,196053.21007676804,196823.91317830197,197825.09994383802,198828.3503229185,199833.66431554334,200649.5723195704,201275.52611591259,201710.97748548308,202146.84781133715,202583.13709347486,202894.85120875231,203081.62933347913,203143.11064396502,203203.92843966337,203264.08272057428,203321.65339392482,203376.6313283426,203429.00739245518,203480.692547663,203531.68679396604,203515.44896448246,203431.78383547568,{"$f":" +SUMIFS(cstCapAnn_L.nAp.fts.,   Year., \">\"& +Year. -LifeEcn.nAp.,   Year., \"<=\"& +Year.)","v":203280.49618320903},203127.93195082771,202974.09113833174,202968.55438914249,203111.74722996476,203404.09518750347,203696.44314504214,203988.79110258084,204281.8413871536,204575.59399876028,204870.04893740098,205164.50387604168,205458.95881468244,205754.12114209868,206049.99085829034,206346.56796325752,206643.14506822469,206939.72217319193,207237.01176515661,207535.01384411874,207833.72841007833,208132.44297603794,208431.15754199756,208730.58972992,209030.73953980528,209331.60697165341,209632.47440350155,209933.34183534968,210234.93206113426,210537.24508085527,210840.28089451272,211143.31670817014,{"$f":" +SUMIFS(cstCapAnn_L.nAp.fts.,   Year., \">\"& +Year. -LifeEcn.nAp.,   Year., \"<=\"& +Year.)","v":211446.35252182756},211750.11633866996,212054.60815869726,212359.8279819095,212665.04780512181,212970.26762833406,213276.22070152342,213582.90702468978,213890.32659783325,214197.74617097666,214505.16574412008,214813.32385184677,215122.22049415682,215431.85567105009,215741.49084794341,216051.12602483667,216361.50505900627,216672.62795045204,216984.49469917407,217296.36144789611,217608.22819661815,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$533","v":"nAp."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_L.nAp.fts.,   Year., \">\"& +Year. -LifeEcn.nAp.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TRA","…","cstCap_L.lgvH2.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.lgvH2.fts.,   Year., \">\"& +Year. -LifeEcn.lgvH2.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_L.lgvH2.fts.,   Year., \">\"& +Year. -LifeEcn.lgvH2.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.lgvH2.fts.,   Year., \">\"& +Year. -LifeEcn.lgvH2.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.lgvH2.fts.,   Year., \">\"& +Year. -LifeEcn.lgvH2.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$411","v":"lgvH2."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_L.lgvH2.fts.,   Year., \">\"& +Year. -LifeEcn.lgvH2.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TRA","…","cstCap_L.hgvRH2.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.hgvRH2.fts.,   Year., \">\"& +Year. -LifeEcn.hgvRH2.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_L.hgvRH2.fts.,   Year., \">\"& +Year. -LifeEcn.hgvRH2.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.hgvRH2.fts.,   Year., \">\"& +Year. -LifeEcn.hgvRH2.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.hgvRH2.fts.,   Year., \">\"& +Year. -LifeEcn.hgvRH2.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$415","v":"hgvRH2."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_L.hgvRH2.fts.,   Year., \">\"& +Year. -LifeEcn.hgvRH2.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TRA","…","cstCap_L.trnPE.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.trnPE.fts.,   Year., \">\"& +Year. -LifeEcn.trnPE.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_L.trnPE.fts.,   Year., \">\"& +Year. -LifeEcn.trnPE.,   Year., \"<=\"& +Year.)","v":221.20483172161119},441.96636718726722,662.28460639696675,882.15954935071181,1101.5911960485018,1314.4343092763786,1526.8508831991894,1738.8409178169345,1950.4044131296137,2161.5413691372269,2153.0287824893685,2144.5332551333881,2136.0547870692903,2127.5933782970719,2119.1490288167306,2113.2396474576908,2107.3421085462619,2101.4564120824471,2095.5825580662472,2089.7205464976578,2077.6843870155944,2065.6723480936166,2053.684429731722,2041.7206319299107,2029.7809546881854,2027.1855435242364,2024.5953335850681,2022.0103248706746,2019.4305173810576,2016.855911116221,2013.6040463434056,2010.3586983336595,{"$f":" +SUMIFS(cstCapAnn_L.trnPE.fts.,   Year., \">\"& +Year. -LifeEcn.trnPE.,   Year., \"<=\"& +Year.)","v":2007.119867086986},2003.8875526033858,2000.6617548828565,1983.9801265075339,1967.3319282491943,1950.7171601078401,1934.1358220834716,1917.5879141760865,1948.9981183967116,1980.3453763162909,2011.6296879348254,2042.8510532523153,2074.0094722687631,2107.2186323690435,2140.3612410462779,2173.4372983004687,2206.4468041316072,2239.3897585397031,2232.4741935232123,2225.5724873544568,2218.6846400334289,2211.8106515601312,2204.9505219345583,2202.0705601625309,2199.1963698569775,2196.3279510178986,2193.4653036453042,2190.608427739181,2181.4181548555762,2172.2462993524973,2163.092861229949,2153.9578404879258,{"$f":" +SUMIFS(cstCapAnn_L.trnPE.fts.,   Year., \">\"& +Year. -LifeEcn.trnPE.,   Year., \"<=\"& +Year.)","v":2144.8412371264353},2142.689053931882,2140.5411837297047,2138.3976265199012,2136.2583823024679,2134.123451077412,2130.5758878640645,2127.035433995834,2123.5020894727186,2119.9758542947238,2116.4567284618424,2100.9440736484275,2085.462506319609,2070.0120264753841,2054.5926341157583,2039.2043292407263,2068.6322668132689,2098.0012305630162,2127.3112204899739,2156.562236594139,2185.754278875514,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$426","v":"trnPE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_L.trnPE.fts.,   Year., \">\"& +Year. -LifeEcn.trnPE.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"TRA","…","cstCap_L.busH2ref.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)","v":0},{"$f":" +SUMIFS(cstCapAnn_L.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$448","v":"busH2ref."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…","= +SUMIFS(cstCapAnn_L.busH2ref.fts.,   Year., \">\"& +Year. -LifeEcn.busH2ref.,   Year., \"<=\"& +Year.)"]
["TS",null,null,null,"IND","…","cstCap_L.inOTHHt.fFsS.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.inOTHHt.fFsS.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHt.fFsS.,   Year., \"<=\"& +Year.)","v":0},0.81334228273146958,1.6266845654629338,2.4400268481944005,3.2533691309258703,4.0667114136573348,4.8981891236101802,5.7296668335630203,6.5611445435158657,7.3926222534687112,8.2240999634215548,8.2467160102071499,8.2693320569927469,8.2919481037783456,8.3145641505639389,8.3371801973495376,8.3465234251067635,8.3558666528639947,8.3652098806212187,8.374553108378441,8.3838963361356704,8.411663741715639,8.4394311472956076,8.4671985528755709,8.494965958455543,8.5227333640355045,8.5315028315165264,8.5402722989975395,8.5490417664785614,8.5578112339595869,8.5665807014405999,8.5755025711309365,{"$f":" +SUMIFS(cstCapAnn_L.inOTHHt.fFsS.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHt.fFsS.,   Year., \"<=\"& +Year.)","v":8.5844244408212713},8.5933463105116079,8.6022681802019463,8.61119004989229,8.643205100237747,8.6752201505832076,8.7072352009286647,8.7392502512741235,8.7712653016195841,8.7894392376484536,8.8076131736773249,8.8257871097061944,8.8439610457350568,8.8621349817639281,8.844255261324415,8.8263755408848965,8.8084958204453763,8.7906161000058631,8.7727363795663376,8.7315052439411911,8.6902741083160393,8.6490429726908928,8.6078118370657535,8.5665807014405999,8.5755025711309347,8.5844244408212713,8.5933463105116097,8.6022681802019481,8.61119004989229,8.643205100237747,8.6752201505832058,8.7072352009286664,{"$f":" +SUMIFS(cstCapAnn_L.inOTHHt.fFsS.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHt.fFsS.,   Year., \"<=\"& +Year.)","v":8.7392502512741235},8.7712653016195841,8.7894392376484536,8.8076131736773249,8.8257871097061926,8.8439610457350568,8.8621349817639281,8.844255261324415,8.8263755408848965,8.8084958204453763,8.7906161000058631,8.7727363795663376,8.7315052439411929,8.6902741083160393,8.6490429726908928,8.6078118370657535,8.5665807014405999,8.5755025711309365,8.5844244408212731,8.5933463105116097,8.6022681802019463,8.6111900498922918,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$686","v":"inOTHHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2357&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2805&CV2805&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_L.inOTHHt.fFsS.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHt.fFsS.,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_L.inOTHHtCHP.fGrdG.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHtCHP.fGrdG.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2360&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2808&CV2808&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_L.inOTHHtCHP.fGrdG.fts.,   Year., \">\"& +Year. -LifeEcn.inOTHHtCHP.fGrdG.,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_L.inCCGHtCHP.fFsL.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.inCCGHtCHP.fFsL.fts.,   Year., \">\"& +Year. -LifeEcn.inCCGHtCHP.fFsL.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.inCCGHtCHP.fFsL.fts.,   Year., \">\"& +Year. -LifeEcn.inCCGHtCHP.fFsL.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +SUMIFS(cstCapAnn_L.inCCGHtCHP.fFsL.fts.,   Year., \">\"& +Year. -LifeEcn.inCCGHtCHP.fFsL.,   Year., \"<=\"& +Year.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$663","v":"inCCGHtCHP."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2363&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2823&CV2823&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_L.inOTHHtCHP.fFsL.fts.,   Year., \">\"& +Year. -LifeEcn.inCCGHtCHP.fFsL.,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"IND","…","cstCap_L.inREFElc.fts.","million GBP.2016.","…",{"$f":" +SUMIFS(cstCapAnn_L.inREFElc.fts.,   Year., \">\"& +Year. -LifeEcn.inREFElc.,   Year., \"<=\"& +Year.)","v":0},8.211984131922237E-2,0.16423968263844474,0.24635952395766711,0.32847936527688948,0.41059920659611182,0.51470182724622437,0.61880444789633693,0.72290706854644882,0.8270096891965617,0.93111230984667392,0.94441494024929562,0.95771757065191654,0.97102020105453812,0.98432283145715938,0.99762546185978063,1.0109288917660022,1.0242323216722227,1.0375357515784445,1.0508391814846654,1.0641426113908867,1.0849191122898778,1.1056956131888693,1.1264721140878609,1.1472486149868526,1.1680251158858421,1.142231774692142,1.1164384334984421,1.0906450923047419,1.0648517511110416,1.0390584099173412,1.0341939173134995,{"$f":" +SUMIFS(cstCapAnn_L.inREFElc.fts.,   Year., \">\"& +Year. -LifeEcn.inREFElc.,   Year., \"<=\"& +Year.)","v":1.0293294247096576},1.024464932105815,1.0196004395019735,1.0147359468981332,1.0288054014522328,1.0428748560063321,1.0569443105604313,1.0710137651145308,1.0850832196686304,1.1011100649473873,1.1171369102261437,1.1331637555049014,1.1491906007836576,1.1652174460624147,1.1851320479966798,1.2050466499309442,1.2249612518652093,1.2448758537994744,1.2647904557337375,1.2385086045360914,1.2122267533384459,1.1859449021407995,1.1596630509431538,1.1333811997455074,1.1291821410843401,1.1249830824231737,1.1207840237620057,1.1165849651008393,1.1123859064396737,1.126885954804564,1.1413860031694534,1.1558860515343432,{"$f":" +SUMIFS(cstCapAnn_L.inREFElc.fts.,   Year., \">\"& +Year. -LifeEcn.inREFElc.,   Year., \"<=\"& +Year.)","v":1.170386099899233},1.1848861482641233,1.2001934034649395,1.2155006586657544,1.2308079138665717,1.2461151690673866,1.2614224242682028,1.2813204692514306,1.3012185142346586,1.3211165592178866,1.3410146042011148,1.3609126491843413,1.335031591698848,1.3091505342133563,1.283269476727863,1.2573884192423705,1.2315073617568773,1.2274715661171438,1.2234357704774106,1.2193999748376756,1.2153641791979428,1.2113283835582103,null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",{"$f":"Model!$G$677","v":"inREFElc."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&FullTimeSeries!G2364&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU2836&CV2836&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_L.inOTHElc.fts.,   Year., \">\"& +Year. -LifeEcn.inREFElc.…,   Year., \"<=\"& +Year.)"}]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS2852 & CT2852 & CU2852 & CV2852 & CW2852, \"…\", \"\")","v":"cstOaM_P.dHPA.fts."},"million GBP.2016.","…",{"$f":" cstOaMUnit_P.dHPA.fts. * Cap.dHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.dHPA.fts. * Cap.dHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.dHPA.fts. * Cap.dHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$492","v":"dHPA."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_P.dHPA.fts. * Cap.dHPA.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BHT.","…","cstOaM_P.nFlrNwI.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_P.nFlrNwI.fts. * Cap.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.nFlrNwI.fts. * Cap.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.nFlrNwI.fts. * Cap.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$472","v":"nFlrNwI."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_P.nFlrNwI.fts. * Cap.nFlrNwI.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BHT.","…","cstOaM_P.nElcGrdR.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_P.nElcGrdR.fts. * Cap.nElcGrdR.fts. * (1 / su_Million.)","v":0},{"$f":" cstOaMUnit_P.nElcGrdR.fts. * Cap.nElcGrdR.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.nElcGrdR.fts. * Cap.nElcGrdR.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.nElcGrdR.fts. * Cap.nElcGrdR.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$485","v":"nElcGrdR."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_P.nElcGrdR.fts. * Cap.nElcGrdR.fts. * (1 / su_Million.)"]
["TS",null,null,null,"NHS.","…","cstOaM_P.hnHPG.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_P.hnHPG.fts. * Cap.hnHPG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.hnHPG.fts. * Cap.hnHPG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,{"$f":" cstOaMUnit_P.hnHPG.fts. * Cap.hnHPG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$517","v":"hnHPG."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_P.hnHPG.fts. * Cap.hnHPG.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstOaM_P.carIC.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_P.carIC.fts. * Cap.carIC.fts. * (1 / su_Million.)","v":55846.452198512357},57040.08814732913,58238.790964303931,59442.560649436797,60651.397202727705,61865.300624176656,61971.472330750905,62076.245215965086,62179.619279819235,62281.594522313317,62382.170943447338,62376.216640532068,62369.221205014845,62361.184636895676,62352.106936174561,62341.988102851501,62597.387451264403,62853.274047910461,63109.647892789682,63366.508985902066,63623.857327247606,63827.231903329681,64030.929951213664,64234.951470899548,64439.296462387341,64643.964925677028,64778.787366703989,64913.727984122328,65048.786777932066,65183.963748133188,65319.258894725703,{"$f":" cstOaMUnit_P.carIC.fts. * Cap.carIC.fts. * (1 / su_Million.)","v":65421.09882424181},65523.014980709864,65625.00736412991,65727.075974501931,65829.220811825915,66051.57434535127,66273.927878876624,66496.281412401964,66718.634945927333,66940.988479452659,67151.633496726077,67362.278513999467,67572.923531272871,67783.568548546275,67994.213565819664,68204.980456503821,68415.747347187949,68626.514237872107,68837.281128556249,69048.048019240377,69271.14418168008,69494.240344119724,69717.336506559383,69940.43266899907,70163.528831438714,70401.189801335684,70638.850771232654,70876.511741129609,71114.172711026564,71351.833680923519,71596.470841230475,71841.108001537461,{"$f":" cstOaMUnit_P.carIC.fts. * Cap.carIC.fts. * (1 / su_Million.)","v":72085.745161844432},72330.382322151389,72575.019482458345,72819.682649225375,73064.345815992361,73309.008982759362,73553.672149526377,73798.335316293364,74042.985224865071,74287.63513343675,74532.285042008443,74776.934950580151,75021.584859151815,75270.119758903573,75518.654658655287,75767.18955840703,76015.724458158744,76264.259357910472,76517.983481311807,76771.707604713127,77025.431728114461,77279.15585151581,77532.87997491713,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$409","v":"carIC."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_P.carIC.fts. * Cap.carIC.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstOaM_P.trnPE.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_P.trnPE.fts. * Cap.trnPE.fts. * (1 / su_Million.)","v":4899.8173988194312},4933.8774354965726,4967.937472173714,5001.9975088508545,5036.0575455279959,5070.1175822051373,5099.7812890124296,5129.4449958197229,5159.1087026270161,5188.7724094343075,5218.4361162416008,5249.5278407008909,5280.6195651601802,5311.7112896194703,5342.8030140787605,5373.8947385380507,5402.3375666776728,5430.7803948172932,5459.2232229569145,5487.6660510965376,5516.1088792361579,5541.4511449465926,5566.7934106570274,5592.1356763674621,5617.4779420778968,5642.8202077883307,5672.3961534777909,5701.9720991672521,5731.5480448567132,5761.1239905461725,5790.6999362356337,5816.5993784644252,{"$f":" cstOaMUnit_P.trnPE.fts. * Cap.trnPE.fts. * (1 / su_Million.)","v":5842.498820693213},5868.3982629220027,5894.2977051507933,5920.197147379582,5940.1939928329029,5960.1908382862212,{"$f":" cstOaMUnit_P.trnPE.fts. * Cap.trnPE.fts. * (1 / su_Million.)","v":5980.1876837395412},6000.1845291928612,6020.1813746461803,6039.1252420502387,6058.0691094542963,6077.0129768583547,6095.9568442624122,6114.9007116664707,6133.8555394709374,6152.8103672754023,6171.7651950798709,6190.7200228843358,6209.6748506888034,6229.7384827381939,6249.802114787587,6269.8657468369784,6289.9293788863706,6309.993010935762,6331.3664949095346,6352.7399788833054,6374.1134628570762,6395.486946830848,6416.8604308046197,6438.8613021613137,6460.8621735180068,6482.863044874699,6504.863916231393,6526.864787588087,6548.8679977749925,6570.8712079618981,6592.8744181488055,6614.8776283357111,6636.8808385226184,6658.8828563647094,6680.8848742068012,6702.8868920488931,6724.8889098909849,6746.8909277330768,6769.2423331786986,6791.5937386243204,6813.9451440699413,6836.296549515564,6858.647954961185,6881.466041109823,6904.284127258461,6927.102213407099,6949.9202995557371,6972.7383857043751,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$426","v":"trnPE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_P.trnPE.fts. * Cap.trnPE.fts. * (1 / su_Million.)"]
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["TS",null,null,null,"IND","…","cstOaM_P.inCCGHt.fFsS.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_P.inCCGHt.fFsS.fts. * Cap.inCCGHt.fFsS.fts. * (1 / su_Million.)","v":4.2242449926305943},4.2848342108940898,4.3454234291575844,4.4060126474210799,4.4666018656845736,4.5271910839480682,4.5676356575801922,4.6080802312123152,4.6485248048444392,4.6889693784765614,4.7294139521086844,4.7846763570581503,4.8399387620076135,4.8952011669570794,4.9504635719065435,5.0057259768560067,5.0660786749253663,5.1264313729947242,5.1867840710640829,5.2471367691334416,5.3074894672027995,5.3730349316937476,5.4385803961846948,5.504125860675642,5.5696713251665901,5.6352167896575365,5.7066893983770566,5.7781620070965767,5.8496346158160968,5.9211072245356169,5.9925798332551361,6.0688512025251882,{"$f":" cstOaMUnit_P.inCCGHt.fFsS.fts. * Cap.inCCGHt.fFsS.fts. * (1 / su_Million.)","v":6.1451225717952385},6.2213939410652905,6.2976653103353426,6.3739366796053938,6.4550970588690397,6.5362574381326857,6.6174178173963316,6.6985781966599776,6.7797385759236226,6.866070855347127,6.9524031347706323,7.0387354141941358,7.1250676936176403,7.2113999730411438,7.2113999730411456,7.2113999730411447,7.2113999730411447,7.2113999730411456,7.2113999730411438,7.2113999730411456,7.2113999730411447,7.2113999730411447,7.2113999730411456,7.2113999730411438,7.2113999730411456,7.2113999730411447,7.2113999730411447,7.2113999730411456,7.2113999730411438,7.2113999730411456,7.2113999730411447,7.2113999730411447,{"$f":" cstOaMUnit_P.inCCGHt.fFsS.fts. * Cap.inCCGHt.fFsS.fts. * (1 / su_Million.)","v":7.2113999730411456},7.2113999730411438,7.2113999730411456,7.2113999730411447,7.2113999730411447,7.2113999730411456,7.2113999730411438,7.2113999730411456,7.2113999730411447,7.2113999730411447,7.2113999730411456,7.2113999730411438,7.2113999730411456,7.2113999730411447,7.2113999730411447,7.2113999730411456,7.2113999730411438,7.2113999730411456,7.2113999730411447,7.2113999730411447,7.2113999730411456,7.2113999730411438,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$662","v":"inCCGHt."},{"$f":"Model!$G$725","v":"fFsS."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1611&\" * \"&FullTimeSeries!G1012&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_P.inOTHHt.fFsS.fts. * Cap.inOTHHt.fFsS.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_P.inREFElc.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_P.inREFElc.fts. * Cap.inREFElc.fts. * (1 / su_Million.)","v":3.7230282383300772},3.6843132727409023,3.6455983071517264,3.6068833415625505,3.5681683759733742,3.5294534103841979,3.5202396925320709,3.511025974679943,3.5018122568278143,3.4925985389756877,3.483384821123559,3.4625222020987083,3.4416595830738568,3.4207969640490057,3.3999343450241541,3.3790717259993026,3.3877114276583469,3.3963511293173902,3.4049908309764341,3.4136305326354779,3.4222702342945204,3.4292900177131527,3.4363098011317836,3.443329584550415,3.4503493679690465,3.4573691513876779,3.4701087348438184,3.4828483182999577,3.4955879017560973,3.5083274852122375,3.5210670686683758,3.5307723416718702,{"$f":" cstOaMUnit_P.inREFElc.fts. * Cap.inREFElc.fts. * (1 / su_Million.)","v":3.5404776146753627},3.5501828876788566,3.55988816068235,3.569593433685843,3.5833621076370017,3.5971307815881599,3.6108994555393177,3.6246681294904759,3.6384368034416337,3.651796944211696,3.6651570849817579,3.6785172257518202,3.691877366521882,3.7052375072919435,3.7178494988009065,3.7304614903098687,3.7430734818188314,3.755685473327794,3.7682974648367558,3.7810020172286833,3.7937065696206105,3.8064111220125376,3.8191156744044652,3.8318202267963919,3.8453252414895482,3.8588302561827046,3.8723352708758592,3.8858402855690155,3.8993453002621705,3.912627716558156,3.9259101328541393,3.9391925491501238,{"$f":" cstOaMUnit_P.inREFElc.fts. * Cap.inREFElc.fts. * (1 / su_Million.)","v":3.952474965446108},3.9657573817420917,3.9782966948358771,3.9908360079296616,4.0033753210234462,4.0159146341172312,4.0284539472110161,4.0417141438091653,4.0549743404073144,4.0682345370054636,4.0814947336036127,4.094754930201761,4.1078321149820933,4.1209092997624239,4.1339864845427554,4.1470636693230869,4.1601408541034175,4.1736201523342187,4.1870994505650181,4.2005787487958175,4.2140580470266178,4.2275373452574172,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$677","v":"inREFElc."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1618&\" * \"&FullTimeSeries!G1019&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_P.inOTHElc.fts. * Cap.inOTHElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_P.inCHEHtCHP.fBiS.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_P.inCHEHtCHP.fBiS.fts. * Cap.inCHEHtCHP.fBiS.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.inCHEHtCHP.fBiS.fts. * Cap.inCHEHtCHP.fBiS.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_P.inCHEHtCHP.fBiS.fts. * Cap.inCHEHtCHP.fBiS.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",{"$f":"Model!$G$671","v":"inCHEHtCHP."},{"$f":"Model!$G$722","v":"fBiS."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1613&\" * \"&FullTimeSeries!G1014&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_P.inOTHHtCHP.fBiS.fts. * Cap.inOTHHtCHP.fBiS.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3013 & CT3013 & CU3013 & CV3013 & CW3013, \"…\", \"\")","v":"cstOaM_H.nDHN.fts."},"million GBP.2016.","…",{"$f":" cstOaMUnit_H.nDHN.fts. * Cap.nDHN.fts. * (1 / su_Million.)","v":3928.2874190623725},3933.9497314827217,3939.6120439030692,3945.2743563234185,3950.9366687437669,3956.5989811641152,4053.5762952716022,4150.5536093790888,4247.5309234865772,4344.5082375940638,4441.4855517015503,4539.8196133330657,4638.1536749645793,4736.4877365960938,4834.8217982276083,4933.1558598591228,5032.861188221631,5132.5665165841374,5232.2718449466465,5331.9771733091538,5431.6825016716612,5532.7737547823135,5633.865007892965,5734.9562610036173,5836.047514114267,5937.1387672249184,6039.6307431577225,6142.1227190905256,6244.6146950233287,6347.1066709561337,6449.5986468889369,6553.5062850322001,{"$f":" cstOaMUnit_H.nDHN.fts. * Cap.nDHN.fts. * (1 / su_Million.)","v":6657.4139231754634},6761.3215613187276,6865.22919946199,6969.1368376052542,6979.1822914799341,6989.2277453546158,6999.2731992292966,7009.3186531039782,7019.3641069786581,7029.4819594486762,7039.5998119186925,7049.7176643887096,7059.8355168587268,7069.953369328744,7080.1441421780455,{"$f":" cstOaMUnit_H.nDHN.fts. * Cap.nDHN.fts. * (1 / su_Million.)","v":7090.3349150273471},7100.5256878766486,7110.716460725951,7120.9072335752526,7131.1714523483397,7141.4356711214277,7151.6998898945139,7161.9641086676029,7172.22832744069,7182.5665214697146,7192.9047154987393,7203.2429095277639,7213.5811035567867,7223.9192975858114,7234.3320000178765,7244.7447024499397,7255.1574048820021,7265.5701073140672,7275.9828097461304,7286.4705575707803,7296.9583053954293,7307.4460532200774,7317.9338010447273,7328.4215488693762,7338.9848829462953,7349.5482170232153,7360.1115511001344,7370.6748851770544,7381.2382192539735,7391.8776843408759,7402.5171494277793,7413.1566145146817,7423.7960796015841,7434.4355446884865,7445.1516894692122,7455.8678342499361,7466.58397903066,7477.3001238113857,7488.0162685921096,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$508","v":"nDHN."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_H.nDHN.fts. * Cap.nDHN.fts. * (1 / su_Million.)"]
["TS",null,null,null,"GGS.","…","cstOaM_H.ggTmsH2.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.ggTmsH2.fts. * Cap.ggTmsH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.ggTmsH2.fts. * Cap.ggTmsH2.fts. * (1 / su_Million.)","v":0},{"$f":" cstOaMUnit_H.ggTmsH2.fts. * Cap.ggTmsH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.ggTmsH2.fts. * Cap.ggTmsH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$543","v":"ggTmsH2."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_H.ggTmsH2.fts. * Cap.ggTmsH2.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BNH.","…","cstOaM_H.nStvG.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.nStvG.fts. * Cap.nStvG.fts. * (1 / su_Million.)","v":15700.17548039573},15722.806028810521,15745.436577225306,15768.067125640098,15790.697674054889,15813.328222469678,15820.291802155096,15827.25538184051,15834.21896152593,15841.182541211349,15848.146120896768,15855.045798900248,15861.945476903731,15868.845154907212,15875.744832910701,15882.644510914182,15889.479004439721,15896.313497965255,15903.147991490794,15909.982485016335,15916.81697854187,15923.584989622181,15930.353000702484,15937.121011782792,15943.889022863101,15950.657033943406,15957.357249287863,15964.057464632317,15970.75767997677,15977.457895321228,15984.158110665681,15990.789201506885,{"$f":" cstOaMUnit_H.nStvG.fts. * Cap.nStvG.fts. * (1 / su_Million.)","v":15997.420292348086},16004.051383189289,16010.682474030498,16017.313564871702,16040.401242493987,16063.48892011627,16086.576597738553,16109.664275360843,16132.751952983124,16156.006025817642,{"$f":" cstOaMUnit_H.nStvG.fts. * Cap.nStvG.fts. * (1 / su_Million.)","v":16179.260098652152},16202.514171486668,16225.768244321183,16249.022317155697,16272.44398442945,16295.865651703203,16319.287318976954,16342.708986250713,16366.130653524464,16389.721123107422,16413.311592690374,16436.902062273333,16460.492531856293,16484.083001439245,16507.843489906605,16531.603978373958,16555.364466841322,16579.124955308682,16602.885443776042,16626.817176470988,16650.74890916593,16674.680641860876,16698.612374555825,16722.544107250771,16746.648318347652,16770.752529444533,16794.856740541418,16818.960951638306,16843.065162735187,16867.343095303189,16891.621027871177,16915.898960439172,16940.176893007174,16964.454825575169,16988.907731642365,17013.360637709564,17037.813543776763,17062.266449843966,17086.719355911166,17111.348496529161,17135.977637147153,17160.606777765148,17185.235918383147,17209.865059001138,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$528","v":"nStvG."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&G1688&\" * \"&G940&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_H.nStvG.fts. * Cap.nStvG.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"TRA","…","cstOaM_H.hgvRH2.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.hgvRH2.fts. * Cap.hgvRH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.hgvRH2.fts. * Cap.hgvRH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.hgvRH2.fts. * Cap.hgvRH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$415","v":"hgvRH2."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_H.hgvRH2.fts. * Cap.hgvRH2.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstOaM_H.hgvAE.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.hgvAE.fts. * Cap.hgvAE.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.hgvAE.fts. * Cap.hgvAE.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.hgvAE.fts. * Cap.hgvAE.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$418","v":"hgvAE."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_H.hgvAE.fts. * Cap.hgvAE.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstOaM_H.hgvAEref.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.hgvAEref.fts. * Cap.hgvAEref.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.hgvAEref.fts. * Cap.hgvAEref.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.hgvAEref.fts. * Cap.hgvAEref.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$444","v":"hgvAEref."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_H.hgvAEref.fts. * Cap.hgvAEref.fts. * (1 / su_Million.)"]
["TS",null,null,null,"IND","…","cstOaM_H.inSTLHtCHP.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.inSTLHtCHP.H2cnv.fts. * Cap.inSTLHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.inSTLHtCHP.H2cnv.fts. * Cap.inSTLHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.inSTLHtCHP.H2cnv.fts. * Cap.inSTLHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$695","v":"inSTLHtCHP.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1752&\" * \"&FullTimeSeries!G1004&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_H.inSTLHtCHP.H2cnv.fts. * Cap.inSTLHtCHP.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_H.inOTHHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.inOTHHt.H2cnv.fts. * Cap.inOTHHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.inOTHHt.H2cnv.fts. * Cap.inOTHHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.inOTHHt.H2cnv.fts. * Cap.inOTHHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$702","v":"inOTHHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1759&\" * \"&FullTimeSeries!G1011&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_H.inOTHHt.H2cnv.fts. * Cap.inOTHHt.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_H.inOTHElc.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.inOTHElc.fts. * Cap.inOTHElc.fts. * (1 / su_Million.)","v":38.251353840493699},38.196525492585351,38.141697144677003,38.086868796768655,38.032040448860315,37.977212100951959,37.955277469259528,37.933342837567103,37.911408205874679,37.889473574182247,37.867538942489816,37.853731179087717,37.839923415685618,37.826115652283519,37.812307888881421,37.798500125479322,37.793512074566898,37.788524023654467,37.783535972742051,37.778547921829627,37.773559870917197,37.810116135230047,37.846672399542889,37.883228663855732,37.919784928168575,37.956341192481418,38.022087394045471,38.08783359560951,38.153579797173549,38.219325998737595,38.285072200301641,38.359745425299053,{"$f":" cstOaMUnit_H.inOTHElc.fts. * Cap.inOTHElc.fts. * (1 / su_Million.)","v":38.434418650296465},38.509091875293869,38.583765100291288,38.658438325288706,38.741232272794235,38.824026220299771,38.906820167805314,38.989614115310864,39.072408062816393,39.163098269841697,39.253788476867001,39.344478683892305,39.435168890917623,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,{"$f":" cstOaMUnit_H.inOTHElc.fts. * Cap.inOTHElc.fts. * (1 / su_Million.)","v":39.52585909794292},39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,39.52585909794292,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$685","v":"inOTHElc."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1767&\" * \"&FullTimeSeries!G1019&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_H.inOTHElc.fts. * Cap.inOTHElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_H.inREFHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.inREFHt.H2cnv.fts. * Cap.inREFHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.inREFHt.H2cnv.fts. * Cap.inREFHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_H.inREFHt.H2cnv.fts. * Cap.inREFHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$700","v":"inREFHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1783&\" * \"&FullTimeSeries!G1035&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_H.inREFHt.H2cnv.fts. * Cap.inREFHt.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_H.inCHEElc.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_H.inCHEElc.fts. * Cap.inCHEElc.fts. * (1 / su_Million.)","v":12.987360223581071},12.855796756965265,12.72423329034946,12.592669823733655,12.461106357117847,12.329542890502042,12.239916060879043,12.150289231256041,12.060662401633042,11.971035572010043,11.881408742387045,11.862323494522693,11.843238246658339,11.82415299879399,11.805067750929638,11.785982503065286,11.770356656009158,11.754730808953031,11.739104961896903,11.723479114840776,11.707853267784648,11.736133609829155,11.76441395187366,11.792694293918167,11.820974635962674,11.849254978007179,11.937862727910241,12.026470477813302,12.115078227716364,12.203685977619422,12.292293727522482,12.387215718623697,{"$f":" cstOaMUnit_H.inCHEElc.fts. * Cap.inCHEElc.fts. * (1 / su_Million.)","v":12.482137709724912},12.577059700826126,12.671981691927341,12.766903683028554,12.865601260336195,12.964298837643835,13.062996414951476,13.161693992259119,13.260391569566758,13.362908246582215,13.465424923597674,13.567941600613128,13.670458277628587,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644042,{"$f":" cstOaMUnit_H.inCHEElc.fts. * Cap.inCHEElc.fts. * (1 / su_Million.)","v":13.772974954644047},13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644047,13.772974954644042,13.772974954644042,13.772974954644047,13.772974954644042,null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",{"$f":"Model!$G$669","v":"inCHEElc."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1803&\" * \"&FullTimeSeries!G1055&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_H.inCHEElc.fts. * Cap.inCHEElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3163 & CT3163 & CU3163 & CV3163 & CW3163, \"…\", \"\")","v":"cstOaM_L.nHPA.fts."},"million GBP.2016.","…",{"$f":" cstOaMUnit_L.nHPA.fts. * Cap.nHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.nHPA.fts. * Cap.nHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.nHPA.fts. * Cap.nHPA.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$505","v":"nHPA."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_L.nHPA.fts. * Cap.nHPA.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BHT.","…","cstOaM_L.nFlrNwI.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.nFlrNwI.fts. * Cap.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.nFlrNwI.fts. * Cap.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.nFlrNwI.fts. * Cap.nFlrNwI.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$472","v":"nFlrNwI."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_L.nFlrNwI.fts. * Cap.nFlrNwI.fts. * (1 / su_Million.)"]
["TS",null,null,null,"BNH.","…","cstOaM_L.nH2cnvStvG.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.nH2cnvStvG.fts. * Cap.nH2cnvStvG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.nH2cnvStvG.fts. * Cap.nH2cnvStvG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.nH2cnvStvG.fts. * Cap.nH2cnvStvG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$483","v":"nH2cnvStvG."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_L.nH2cnvStvG.fts. * Cap.nH2cnvStvG.fts. * (1 / su_Million.)"]
["TS",null,null,null,"NHS.","…","cstOaM_L.hnCHPB.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.hnCHPB.fts. * Cap.hnCHPB.fts. * (1 / su_Million.)","v":4.3094498431123625E-2},4.3094498431123639E-2,4.3094498431123632E-2,4.3094498431123632E-2,4.3094498431123639E-2,4.3094498431123625E-2,4.1658015150086179E-2,4.0221531869048727E-2,3.8785048588011274E-2,3.7348565306973815E-2,3.5912082025936362E-2,3.447559874489891E-2,3.303911546386145E-2,3.1602632182823998E-2,3.0166148901786548E-2,2.8729665620749089E-2,2.7293182339711636E-2,2.585669905867418E-2,2.4420215777636728E-2,2.2983732496599272E-2,2.1547249215561812E-2,2.0110765934524367E-2,1.8674282653486904E-2,1.7237799372449455E-2,1.5801316091411999E-2,1.4364832810374545E-2,1.292834952933709E-2,1.1491866248299634E-2,1.0055382967262182E-2,8.6188996862247257E-3,7.1824164051872688E-3,5.7459331241498145E-3,{"$f":" cstOaMUnit_L.hnCHPB.fts. * Cap.hnCHPB.fts. * (1 / su_Million.)","v":4.3094498431123602E-3},{"$f":" cstOaMUnit_L.hnCHPB.fts. * Cap.hnCHPB.fts. * (1 / su_Million.)","v":2.8729665620749051E-3},{"$f":" cstOaMUnit_L.hnCHPB.fts. * Cap.hnCHPB.fts. * (1 / su_Million.)","v":1.4364832810374499E-3},-5.0149331099830832E-18,-4.0119464879864672E-18,-3.0089598659898504E-18,-2.0059732439932336E-18,-1.0029866219966168E-18,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.hnCHPB.fts. * Cap.hnCHPB.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$518","v":"hnCHPB."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_L.hnCHPB.fts. * Cap.hnCHPB.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstOaM_L.busH2.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.busH2.fts. * Cap.busH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.busH2.fts. * Cap.busH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,{"$f":" cstOaMUnit_L.busH2.fts. * Cap.busH2.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$423","v":"busH2."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_L.busH2.fts. * Cap.busH2.fts. * (1 / su_Million.)"]
["TS",null,null,null,"TRA","…","cstOaM_L.nrmIC.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.nrmIC.fts. * Cap.nrmIC.fts. * (1 / su_Million.)","v":104.53494603245866},104.32587614039376,104.11680624832883,103.90773635626391,103.69866646419898,103.48959657213406,103.2826173789898,103.07563818584552,102.86865899270127,102.66167979955699,102.45470060641273,102.24979120519991,102.04488180398708,101.83997240277425,101.63506300156143,101.4301536003486,101.22729329314791,101.0244329859472,100.82157267874651,100.6187123715458,100.4158520643451,100.21502036021641,100.01418865608774,99.813356951959022,99.612525247830348,99.411693543701659,99.212870156614258,99.014046769526871,98.815223382439441,98.616399995352054,98.417576608264667,98.220741455048142,{"$f":" cstOaMUnit_L.nrmIC.fts. * Cap.nrmIC.fts. * (1 / su_Million.)","v":98.023906301831587},97.827071148615062,97.630235995398536,97.433400842181996,97.238534040497626,97.043667238813256,96.848800437128901,96.653933635444531,96.459066833760161,96.266148700092657,96.073230566425124,95.880312432757606,95.687394299090101,95.494476165422583,95.303487213091742,95.112498260760887,94.921509308430046,94.730520356099206,94.539531403768351,94.350452340960828,94.161373278153292,93.972294215345755,{"$f":" cstOaMUnit_L.nrmIC.fts. * Cap.nrmIC.fts. * (1 / su_Million.)","v":93.783215152538205},93.594136089730682,93.406947817551227,93.21975954537173,93.032571273192303,92.845383001012834,92.658194728833365,92.472878339375697,92.287561949918015,92.102245560460361,91.916929171002693,91.731612781545024,91.548149555981951,91.364686330418834,91.181223104855746,90.997759879292673,90.814296653729571,90.632668060422105,90.45103946711464,90.269410873807189,90.087782280499738,89.906153687192273,89.726341379817882,89.546529072443491,89.3667167650691,89.186904457694723,89.007092150320346,88.82907796601971,88.65106378171906,88.473049597418424,88.295035413117787,88.117021228817151,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$432","v":"nrmIC."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…","= cstOaMUnit_L.nrmIC.fts. * Cap.nrmIC.fts. * (1 / su_Million.)"]
["TS",null,null,null,"IND","…",{"$f":"SUBSTITUTE(CS3237 & CT3237 & CU3237 & CV3237 & CW3237, \"…\", \"\")","v":"cstOaM_L.inSTLHt.fElc.fts."},{"$f":"\"million \"&PrefUnit.Cost.","v":"million GBP.2016."},"…",{"$f":" cstOaMUnit_L.inSTLHt.fElc.fts. * Cap.inSTLHt.fElc.fts. * (1 / su_Million.)","v":3.6888540821045024},3.5222822081061897,3.3557103341078762,3.1891384601095618,3.0225665861112496,2.8559947121129357,2.8191353689034329,2.7822760256939296,2.7454166824844264,2.708557339274924,2.6716979960654208,2.639992352799744,2.6082867095340654,2.5765810662683872,2.54487542300271,2.5131697797370314,2.483230744009763,2.4532917082824932,2.4233526725552239,2.393413636827955,2.3634746011006849,2.3354003890017663,2.3073261769028455,2.2792519648039256,2.2511777527050061,2.2231035406060862,2.1967540810078878,2.170404621409689,2.1440551618114903,2.1177057022132924,2.0913562426150931,2.0666239170787257,{"$f":" cstOaMUnit_L.inSTLHt.fElc.fts. * Cap.inSTLHt.fElc.fts. * (1 / su_Million.)","v":2.0418915915423579},2.0171592660059896,1.992426940469622,1.9676946149332539,1.9444764895619362,1.9212583641906178,1.8980402388192998,1.8748221134479823,1.8516039880766642,1.8298040914870546,1.8080041948974441,1.7862042983078341,1.7644044017182245,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286141,{"$f":" cstOaMUnit_L.inSTLHt.fElc.fts. * Cap.inSTLHt.fElc.fts. * (1 / su_Million.)","v":1.7426045051286145},1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286145,1.7426045051286141,1.7426045051286141,1.7426045051286145,1.7426045051286141,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$654","v":"inSTLHt."},{"$f":"Model!$G$721","v":"fElc."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1893&\" * \"&FullTimeSeries!G996&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_L.inSTLHt.fElc.fts. * Cap.inSTLHt.fElc.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_L.inSTLHtCHP.fGrdG.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.inSTLHtCHP.fGrdG.fts. * Cap.inSTLHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.inSTLHtCHP.fGrdG.fts. * Cap.inSTLHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.inSTLHtCHP.fGrdG.fts. * Cap.inSTLHtCHP.fGrdG.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$655","v":"inSTLHtCHP."},{"$f":"Model!$G$729","v":"fGrdG."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1900&\" * \"&FullTimeSeries!G1003&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_L.inSTLHtCHP.fGrdG.fts. * Cap.inSTLHtCHP.fGrdG.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_L.inOTHHtCHP.fFsL.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.inOTHHtCHP.fFsL.fts. * Cap.inOTHHtCHP.fFsL.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.inOTHHtCHP.fFsL.fts. * Cap.inOTHHtCHP.fFsL.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.inOTHHtCHP.fFsL.fts. * Cap.inOTHHtCHP.fFsL.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$687","v":"inOTHHtCHP."},{"$f":"Model!$G$726","v":"fFsL."},"fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1915&\" * \"&FullTimeSeries!G1018&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_L.inOTHHtCHP.fFsL.fts. * Cap.inOTHHtCHP.fFsL.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_L.inREFHtCHP.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.inREFHtCHP.H2cnv.fts. * Cap.inREFHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.inREFHtCHP.H2cnv.fts. * Cap.inREFHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.inREFHtCHP.H2cnv.fts. * Cap.inREFHtCHP.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$701","v":"inREFHtCHP.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1937&\" * \"&FullTimeSeries!G1040&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_L.inREFHtCHP.H2cnv.fts. * Cap.inREFHtCHP.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"IND","…","cstOaM_L.inCHEHt.H2cnv.fts.","million GBP.2016.","…",{"$f":" cstOaMUnit_L.inCHEHt.H2cnv.fts. * Cap.inCHEHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.inCHEHt.H2cnv.fts. * Cap.inCHEHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" cstOaMUnit_L.inCHEHt.H2cnv.fts. * Cap.inCHEHt.H2cnv.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",{"$f":"Model!$G$698","v":"inCHEHt.H2cnv."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&FullTimeSeries!G1944&\" * \"&FullTimeSeries!G1047&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_L.inCHEHt.H2cnv.fts. * Cap.inCHEHt.H2cnv.fts. * (1 / su_Million.)"}]
["TS",null,null,null,"BNH.","…","cstCapLaD_P.nAC.fts.","million GBP.2016.","…",{"$f":" IF(Year. <= LvrStart.nAC., 0,\nIF(Year. > LvrEnd.nAC., 0,\ncstCapLaDLvr_P.nAC. / LvrSpeed.nAC.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Year. <= LvrStart.nAC., 0,\nIF(Year. > LvrEnd.nAC., 0,\ncstCapLaDLvr_P.nAC. / LvrSpeed.nAC.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Year. <= LvrStart.nAC., 0,\nIF(Year. > LvrEnd.nAC., 0,\ncstCapLaDLvr_P.nAC. / LvrSpeed.nAC.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$333","v":"cstCapLaD_P."},"…",{"$f":"Model!$G$535","v":"nAC."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Learning and development investment passed onto consumers through capital costs. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over.","…","…","Amber","…","…","…","…","…","…","= IF(Year. <= LvrStart.nAC., 0,\nIF(Year. > LvrEnd.nAC., 0,\ncstCapLaDLvr_P.nAC. / LvrSpeed.nAC.))\n* (1 / su_Million.)"]
["TS",null,null,null,"BNH.","…",{"$f":"SUBSTITUTE(CS3311 & CT3311 & CU3311 & CV3311 & CW3311, \"…\", \"\")","v":"cstCapLaD_H.dLt.fts."},{"$f":"\"million \"&PrefUnit.Cost.","v":"million GBP.2016."},"…",{"$f":" IF(Year. <= LvrStart.dLt., 0,\nIF(Year. > LvrEnd.dLt., 0,\ncstCapLaDLvr_H.dLt. / LvrSpeed.dLt.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Year. <= LvrStart.dLt., 0,\nIF(Year. > LvrEnd.dLt., 0,\ncstCapLaDLvr_H.dLt. / LvrSpeed.dLt.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Year. <= LvrStart.dLt., 0,\nIF(Year. > LvrEnd.dLt., 0,\ncstCapLaDLvr_H.dLt. / LvrSpeed.dLt.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$346","v":"cstCapLaD_H."},"…",{"$f":"Model!$G$530","v":"dLt."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Learning and development investment passed onto consumers through capital costs. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= IF(Year. <= LvrStart.\"&CU3311&\", 0,\nIF(Year. > LvrEnd.\"&CU3311&\", 0,\ncstCapLaDLvr_H.\"&CU3311&\" / LvrSpeed.\"&CU3311&\"))\n* (1 / su_Million.)\"","v":"= IF(Year. <= LvrStart.dLt., 0,\nIF(Year. > LvrEnd.dLt., 0,\ncstCapLaDLvr_H.dLt. / LvrSpeed.dLt.))\n* (1 / su_Million.)"}]
[null,null,"Aviation Learning and development investment and retrofit costs"]
["TS",null,null,null,"TAV","…",{"$f":"SUBSTITUTE(CS3348 & CT3348 & CU3348 & CV3348 & CW3348, \"…\", \"\")","v":"cstCapLaD_L.aviIPHEV.fts."},{"$f":"\"million \"&PrefUnit.Cost.","v":"million GBP.2016."},"…",{"$f":"(Cap.aviIPHEV.fts. / (Cap.aviIPHEV.fts. +Cap.aviICon.fts.))\n* IF(Year. <= LvrStart.aviI., 0,\nIF(Year. > LvrEnd.aviI., 0,\ncstCapLaDLvr_L.aviI. / LvrSpeed.aviI.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"(Cap.aviIPHEV.fts. / (Cap.aviIPHEV.fts. +Cap.aviICon.fts.))\n* IF(Year. <= LvrStart.aviI., 0,\nIF(Year. > LvrEnd.aviI., 0,\ncstCapLaDLvr_L.aviI. / LvrSpeed.aviI.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,{"$f":"(Cap.aviIPHEV.fts. / (Cap.aviIPHEV.fts. +Cap.aviICon.fts.))\n* IF(Year. <= LvrStart.aviI., 0,\nIF(Year. > LvrEnd.aviI., 0,\ncstCapLaDLvr_L.aviI. / LvrSpeed.aviI.))\n* (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$359","v":"cstCapLaD_L."},"…",{"$f":"Model!$G$437","v":"aviIPHEV."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Aviation learning and development investment and retrofit costs required to achieve energy intensity improvements. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over. It is assumed that it is spread evenly over each engine types based on the fraction of total capacity in each year.","…","…","Amber","…","…","…","…","Should we split costs between conventional and hybrid vehicles?","…"]
["TS",null,null,null,"IND","…",{"$f":"SUBSTITUTE(CS3355 & CT3355 & CU3355 & CV3355 & CW3355, \"…\", \"\")","v":"EmCapt.CO2.inREF.fts."},{"$f":"Model!$H$13779","v":"Mt.CO2e"},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(EmCapt.CO2.inREF., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(EmCapt.CO2.inREF., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(EmCapt.CO2.inREF., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(EmCapt.CO2.inREF., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(EmCapt.CO2.inREF., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(EmCapt.CO2.inREF., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$249","v":"EmCapt."},{"$f":"Model!$G$374","v":"CO2."},{"$f":"Model!$G$649","v":"inREF."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total emissions captured by CCS processes","…","…","Amber","…","…","…","…","…","…"]
["TS",null,null,null,"IND","…","cstActvUnit_H.inCHEHtccs.fts.",{"$f":"Model!$H$16271","v":"GBP.2016. / MtCO2e."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstActvUnit_H.inCHEHtccs., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstActvUnit_H.inCHEHtccs., Prd., PrdEnd.fts.))","v":560992650.99627197},560992650.99627197,560992650.99627197,560992650.99627197,560992650.99627197,560992650.99627197,549772797.97634649,538552944.95642114,527333091.93649566,516113238.91657025,504893385.89664477,499844452.03767836,494795518.17871189,489746584.31974542,484697650.46077901,479648716.60181254,474824179.80324459,469999643.0046767,465175106.20610869,460350569.4075408,455526032.60897285,450925892.87080342,446325753.13263392,441725613.39446455,437125473.65629512,432525333.91812569,428149591.24035478,423773848.56258386,419398105.88481295,415022363.20704204,410646620.52927113,406495274.91189873,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstActvUnit_H.inCHEHtccs., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstActvUnit_H.inCHEHtccs., Prd., PrdEnd.fts.))","v":402343929.29452628},398192583.67715389,394041238.05978143,389889892.44240904,385962943.8854351,382035995.32846123,378109046.7714873,374182098.21451342,370255149.65753949,366552598.16096413,362850046.66438872,359147495.1678133,355444943.67123795,351742392.17466253,348264237.73848569,344786083.30230874,341307928.8661319,337829774.42995501,334351619.99377811,330985664.0878005,327619708.1818229,324253752.27584523,320887796.36986762,317521840.46388996,314380281.61831087,311238722.77273172,308097163.92715263,304955605.08157349,301814046.23599434,298784685.92061448,295755325.60523462,292725965.28985471,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(cstActvUnit_H.inCHEHtccs., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(cstActvUnit_H.inCHEHtccs., Prd., PrdEnd.fts.))","v":289696604.97447485},286667244.65909499,283750082.87391436,280832921.08873373,277915759.30355316,274998597.51837254,272081435.73319191,269388671.00840986,266695906.28362772,264003141.55884558,261310376.83406353,258617612.10928139,256037045.91469857,253456479.72011569,250875913.52553284,248295347.33095002,245714781.13636714,243246413.47198358,240778045.80759996,238309678.14321637,235841310.47883278,233372942.81444916,null,{"$f":"Model!$G$352","v":"cstActvUnit_H."},"…",{"$f":"Model!$G$674","v":"inCHEHtccs."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","total cost per unit of emission captured","…","…","Amber","…","…","…","…","…","…"]
["TS",null,null,null,"IND","…","cstActv_H.inOTHHtccs.fts.","million GBP.2016.","…",{"$f":" EmCapt.CO2.inOTH.fts. * cstActvUnit_H.inOTHHtccs.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" EmCapt.CO2.inOTH.fts. * cstActvUnit_H.inOTHHtccs.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" EmCapt.CO2.inOTH.fts. * cstActvUnit_H.inOTHHtccs.fts. * (1 / su_Million.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$351","v":"cstActv_H."},"…",{"$f":"Model!$G$690","v":"inOTHHtccs."},"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…","…","Total CCS investment costs made in the current period. It is assumed that the CCS investment is spread evenly over the time period the energy efficiency improvement is made/enforced over.","…","…","Amber","…","…","…","…","…","…"]
["Const",null,null,null,"BHT.","…","CapBY.eTidR.fts.",{"$f":"Model!H11875","v":"GW."},{"$f":" SUMIFS(CapBYS.eTidR., Prd., BY.)","v":0},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$562","v":"eTidR."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity base year stock series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year).","…","…","Green","…","…","…","…","…","…","= SUMIFS(CapBYS.eTidR., Prd., BY.)"]
["Const",null,null,null,"BHT.","…","CapBY.eCoal.fts.",{"$f":"Model!H11880","v":"GW."},{"$f":" SUMIFS(CapBYS.eCoal., Prd., BY.)","v":17.533999999999999},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",{"$f":"Model!$G$568","v":"eCoal."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Capacity in the model base year. Calculated by summing the capacity base year stock series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year).","…","…","Green","…","…","…","…","…","…","= SUMIFS(CapBYS.eCoal., Prd., BY.)"]
["TS",null,null,null,"BHT.","…","CapReq.eWav.fts.",{"$f":"Model!H11848","v":"GW."},"…",{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.eWav., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.eWav., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.eWav., Prd., PrdEnd.fts.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$176","v":"CapReq."},"…",{"$f":"Model!$G$563","v":"eWav."},"…","fts.","Transformation","lookup","su","…","…","…","…","…","…","…","Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…","= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.eWav., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.eWav., Prd., PrdEnd.fts.))"]
["TS",null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3438 & CT3438 & CU3438 & CV3438 & CW3438, \"…\", \"\")","v":"CapBYS.eNuc.fts."},"GW.","…",{"$f":" +CapBY.eNuc.fts.","v":9.5679999999999996},{"$f":" IF(Scrap.eNuc. = \"YES\",\nMIN(0 +CapReq.eNuc.fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdEnd.fts.)))","v":9.5679999999999996},9.5679999999999996,9.5679999999999996,9.5679999999999996,9.5679999999999996,8.6140000000000008,7.6599999999999993,6.7059999999999995,5.7519999999999998,4.798,4.5760000000000005,4.3540000000000001,4.1319999999999997,3.91,3.6880000000000002,3.1880000000000002,2.6880000000000002,2.1880000000000002,1.6880000000000002,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,{"$f":" IF(Scrap.eNuc. = \"YES\",\nMIN(0 +CapReq.eNuc.fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdEnd.fts.)))","v":1.1879999999999999},1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,1.1879999999999999,0.95040000000000002,0.71279999999999999,0.47520000000000001,0.23760000000000001,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.eNuc. = \"YES\",\nMIN(0 +CapReq.eNuc.fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdEnd.fts.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$556","v":"eNuc."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the capacity required and the base year stock capacity (retirement) profile. If technology scrappage is not applied the base year stock is set to the base year stock capacity (retirement) profile.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= IF(Scrap.\"&CU3438&\" = \"&\"\"\"YES\"\"\"&\",\nMIN(0 +CapReq.\"&CU3438&\"fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.\"&CU3438&\", Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.\"&CU3438&\", Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.\"&CU3438&\", Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.\"&CU3438&\", Prd., PrdEnd.fts.)))\"","v":"= IF(Scrap.eNuc. = \"YES\",\nMIN(0 +CapReq.eNuc.fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eNuc., Prd., PrdEnd.fts.)))"}]
["TS",null,null,null,"BHT.","…","CapBYS.eWav.fts.","GW.","…",{"$f":" +CapBY.eWav.fts.","v":0},{"$f":" IF(Scrap.eWav. = \"YES\",\nMIN(0 +CapReq.eWav.fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eWav., Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eWav., Prd., PrdEnd.fts.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.eWav. = \"YES\",\nMIN(0 +CapReq.eWav.fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eWav., Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eWav., Prd., PrdEnd.fts.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.eWav. = \"YES\",\nMIN(0 +CapReq.eWav.fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eWav., Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eWav., Prd., PrdEnd.fts.)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$185","v":"CapBYS."},"…",{"$f":"Model!$G$563","v":"eWav."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the capacity required and the base year stock capacity (retirement) profile. If technology scrappage is not applied the base year stock is set to the base year stock capacity (retirement) profile.","…","…","Green","…","…","…","…","…","…","= IF(Scrap.eWav. = \"YES\",\nMIN(0 +CapReq.eWav.fts.,\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eWav., Prd., PrdEnd.fts.))),\n+(ShrTimePrdBeg.fts. * SUMIFS(CapBYS.eWav., Prd., PrdBeg.fts.))\n+(ShrTimePrdEnd.fts. * SUMIFS(CapBYS.eWav., Prd., PrdEnd.fts.)))"]
["TS",null,null,null,"BHT.","…","CapReqDif.eSol.fts.","GW.","…",0,{"$f":" +CapReq.eSol.fts. -INDEX(CapReq.eSol.fts., 0, PrevYrColR.fts.)","v":0.92139325734961908},0.92139325734962085,0.9213932573496173,0.92139325734962085,0.9213932573496173,0,0,0,0,0,0,0,0,0,0,-1.9069999999999983,-1.9070000000000018,-1.9069999999999983,-1.9069999999999991,-1.907,-0.92139325734961908,-0.92139325734961952,-0.92139325734961885,-0.9213932573496193,-0.9213932573496193,0,0,0,0,0,-4.8208980609548221E-17,-4.8208980609548221E-17,{"$f":" +CapReq.eSol.fts. -INDEX(CapReq.eSol.fts., 0, PrevYrColR.fts.)","v":-4.8208980609548221E-17},-4.8208980609548221E-17,-4.8208980609548221E-17,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.eSol.fts. -INDEX(CapReq.eSol.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$560","v":"eSol."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.eSol.fts. -INDEX(CapReq.eSol.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"BHT.","…","CapReqDif.eWav.fts.","GW.","…",0,{"$f":" +CapReq.eWav.fts. -INDEX(CapReq.eWav.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.eWav.fts. -INDEX(CapReq.eWav.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapReq.eWav.fts. -INDEX(CapReq.eWav.fts., 0, PrevYrColR.fts.)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",{"$f":"Model!$G$563","v":"eWav."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…","= +CapReq.eWav.fts. -INDEX(CapReq.eWav.fts., 0, PrevYrColR.fts.)"]
["TS",null,null,null,"BHT.","…","CapNwI.eTidS.fts.","GW.","…",0,{"$f":" MAX(0,\nIF(Scrap.eTidS. = \"YES\", 0 +CapReqDif.eTidS.fts., 0),\n+CapReq.eTidS.fts. -CapBYS.eTidS.fts. -SUMIFS(OFFSET(CapNwI.eTidS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.eTidS.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" MAX(0,\nIF(Scrap.eTidS. = \"YES\", 0 +CapReqDif.eTidS.fts., 0),\n+CapReq.eTidS.fts. -CapBYS.eTidS.fts. -SUMIFS(OFFSET(CapNwI.eTidS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.eTidS.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" MAX(0,\nIF(Scrap.eTidS. = \"YES\", 0 +CapReqDif.eTidS.fts., 0),\n+CapReq.eTidS.fts. -CapBYS.eTidS.fts. -SUMIFS(OFFSET(CapNwI.eTidS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.eTidS.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$561","v":"eTidS."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.eTidS. = \"YES\", 0 +CapReqDif.eTidS.fts., 0),\n+CapReq.eTidS.fts. -CapBYS.eTidS.fts. -SUMIFS(OFFSET(CapNwI.eTidS.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.eTidS.))"]
["TS",null,null,null,"BHT.","…","CapNwI.eGas.fts.","GW.","…",0,{"$f":" MAX(0,\nIF(Scrap.eGas. = \"YES\", 0 +CapReqDif.eGas.fts., 0),\n+CapReq.eGas.fts. -CapBYS.eGas.fts. -SUMIFS(OFFSET(CapNwI.eGas.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.eGas.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,1.2640704999042729,3.4880470212372838,3.4880470212372892,3.4880470212372821,3.4880470212372874,3.4880470212372838,3.2477260712943448,3.2477260712943448,3.2477260712943412,3.2477260712943483,3.2477260712943448,1.5869999005499622,1.5869999005499551,1.5869999005499693,1.5869999005499622,1.5869999005499551,1.0430381706195604,1.0430381706195533,1.0430381706195675,1.0430381706195604,1.0430381706195533,0.10405351262432561,0.1040535126243114,0.1040535126243185,0.10405351262432561,0.1040535126243114,9.5256001763111442E-2,9.5256001763090126E-2,9.5256001763104337E-2,9.5256001763104337E-2,1.3593265016673683,3.5394784473879071,3.5394784473879,3.5394784473879,3.5394784473879,3.5394784473879,3.2939159654044445,3.2939159654044303,3.2939159654044232,3.2939159654044516,3.2939159654044303,1.6541602362767449,1.6541602362767307,1.6541602362767449,1.6541602362767449,1.6541602362767307,1.0971097317299865,1.0971097317299723,1.0971097317299936,1.0971097317299865,{"$f":" MAX(0,\nIF(Scrap.eGas. = \"YES\", 0 +CapReqDif.eGas.fts., 0),\n+CapReq.eGas.fts. -CapBYS.eGas.fts. -SUMIFS(OFFSET(CapNwI.eGas.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.eGas.))","v":1.0971097317299723},0.12997552376037191,0.12997552376034349,0.1299755237603577,0.12997552376036481,0.1299755237603506,0.1501708750806543,0.15017087508062588,0.15017087508064009,0.1501708750806543,1.414241374984897,3.5838940089845579,3.5838940089845366,3.5838940089845366,3.5838940089845508,3.5838940089845366,3.34491845654766,3.3449184565476315,3.3449184565476315,3.3449184565476671,3.3449184565476315,null,{"$f":"Model!$G$186","v":"CapNwI."},"…",{"$f":"Model!$G$569","v":"eGas."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…","= MAX(0,\nIF(Scrap.eGas. = \"YES\", 0 +CapReqDif.eGas.fts., 0),\n+CapReq.eGas.fts. -CapBYS.eGas.fts. -SUMIFS(OFFSET(CapNwI.eGas.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.eGas.))"]
["TS",null,null,null,"BHT.","…","CapNwS.eTidS.fts.","GW.","…",0,{"$f":" IF(Scrap.eTidS. = \"YES\",\n+CapReq.eTidS.fts. -CapBYS.eTidS.fts.,\n+SUMIFS(CapNwI.eTidS.fts.,   Year., \">\"& +Year. -Life.eTidS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.eTidS. = \"YES\",\n+CapReq.eTidS.fts. -CapBYS.eTidS.fts.,\n+SUMIFS(CapNwI.eTidS.fts.,   Year., \">\"& +Year. -Life.eTidS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" IF(Scrap.eTidS. = \"YES\",\n+CapReq.eTidS.fts. -CapBYS.eTidS.fts.,\n+SUMIFS(CapNwI.eTidS.fts.,   Year., \">\"& +Year. -Life.eTidS.,   Year., \"<=\"& +Year.))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$187","v":"CapNwS."},"…",{"$f":"Model!$G$561","v":"eTidS."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…","= IF(Scrap.eTidS. = \"YES\",\n+CapReq.eTidS.fts. -CapBYS.eTidS.fts.,\n+SUMIFS(CapNwI.eTidS.fts.,   Year., \">\"& +Year. -Life.eTidS.,   Year., \"<=\"& +Year.))"]
["TS",null,null,null,"BHT.","…","Cap.eWons.fts.","GW.","…",{"$f":" +CapBYS.eWons.fts. +CapNwS.eWons.fts.","v":9.2219999999999995},10.13486881974451,11.047737639489018,11.960606459233526,12.873475278978036,13.786344098722545,13.637913500377726,13.489482902032908,13.341052303688087,13.192621705343271,13.044191106998451,12.535496788397626,12.026802469796802,11.518108151195978,11.009413832595154,10.50071951399433,9.5021503236320797,8.5035811332698295,7.5050119429075774,6.5064427525453254,5.5078735621830752,4.4062988497464604,3.3047241373098455,2.2031494248732311,1.1015747124366146,0,0,0,0,0,0,0,{"$f":" +CapBYS.eWons.fts. +CapNwS.eWons.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapBYS.eWons.fts. +CapNwS.eWons.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$558","v":"eWons."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.eWons.fts. +CapNwS.eWons.fts."]
["TS",null,null,null,"BHT.","…","Cap.eWoff.fts.","GW.","…",{"$f":" +CapBYS.eWoff.fts. +CapNwS.eWoff.fts.","v":5.0979999999999999},6.1597399999999993,7.2214799999999997,8.2832199999999983,9.3449600000000004,10.406699999999999,10.381899999999998,10.357099999999999,10.3323,10.307500000000001,10.282699999999998,10.118459999999999,9.9542199999999994,9.7899799999999999,9.6257400000000004,9.4614999999999991,8.8418399999999995,8.2221799999999998,7.6025199999999993,6.9828599999999996,6.3631999999999991,5.0905600000000009,3.8179199999999995,2.5452800000000009,1.2726399999999995,0,0,0,0,0,0,0,{"$f":" +CapBYS.eWoff.fts. +CapNwS.eWoff.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapBYS.eWoff.fts. +CapNwS.eWoff.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$559","v":"eWoff."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.eWoff.fts. +CapNwS.eWoff.fts."]
["TS",null,null,null,"BHT.","…","Cap.eDShiftVtG.fts.","GW.","…",{"$f":" +CapBYS.eDShiftVtG.fts. +CapNwS.eDShiftVtG.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapBYS.eDShiftVtG.fts. +CapNwS.eDShiftVtG.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":" +CapBYS.eDShiftVtG.fts. +CapNwS.eDShiftVtG.fts.","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$578","v":"eDShiftVtG."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.eDShiftVtG.fts. +CapNwS.eDShiftVtG.fts."]
["TS",null,null,null,"BHT.","…","Cap.eDShiftBat.fts.","GW.","…",{"$f":" +CapBYS.eDShiftBat.fts. +CapNwS.eDShiftBat.fts.","v":1.5},1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,{"$f":" +CapBYS.eDShiftBat.fts. +CapNwS.eDShiftBat.fts.","v":1.5},1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,{"$f":" +CapBYS.eDShiftBat.fts. +CapNwS.eDShiftBat.fts.","v":1.5000000000000002},1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,1.5000000000000002,1.5,1.5,1.5000000000000002,1.5,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$579","v":"eDShiftBat."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.eDShiftBat.fts. +CapNwS.eDShiftBat.fts."]
["TS",null,null,null,"BHT.","…","Cap.eDst.fts.","GW.","…",{"$f":" +CapBYS.eDst.fts. +CapNwS.eDst.fts.","v":75},72.5,71.029226914438681,70.876279328726895,70.723331743015123,70.570384157303337,70.659165055153551,70.747945953003764,70.836726850853978,70.925507748704192,71.014288646554405,71.342059390901341,71.669830135248247,71.997600879595183,72.325371623942104,72.653142368289025,73.228281499811757,73.803420631334475,74.378559762857208,74.953698894379926,75.528838025902644,76.196143290286187,76.863448554669716,77.530753819053245,78.198059083436789,78.865364347820318,79.600223449770141,80.33508255171995,81.069941653669758,81.804800755619567,82.539659857569376,83.344765720335332,{"$f":" +CapBYS.eDst.fts. +CapNwS.eDst.fts.","v":84.149871583101259},84.954977445867229,85.76008330863317,86.565189171399112,86.690713287807867,86.816237404216622,86.941761520625377,87.067285637034132,87.192809753442887,87.300121697372404,87.407433641301921,87.514745585231424,87.622057529160955,87.729369473090458,87.774639788323839,87.819910103557191,87.865180418790544,87.910450734023925,87.955721049257278,87.977848609784118,87.999976170310958,88.022103730837784,88.044231291364639,88.066358851891465,88.148939735508065,88.231520619124666,88.314101502741266,88.396682386357867,88.479263269974467,88.516148058158976,88.55303284634347,88.589917634527978,{"$f":" +CapBYS.eDst.fts. +CapNwS.eDst.fts.","v":88.626802422712473},88.663687210896981,88.609564440046285,88.555441669195588,88.501318898344891,88.447196127494195,88.393073356643498,88.431772120242115,88.470470883840733,88.509169647439364,88.547868411037982,88.586567174636599,88.594541392720842,88.602515610805085,88.610489828889342,88.618464046973585,88.626438265057828,88.687858013545295,88.749277762032762,88.810697510520228,88.872117259007695,88.933537007495161,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$571","v":"eDst."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.eDst.fts. +CapNwS.eDst.fts."]
["TS",null,null,null,"BHT.","…","Cap.eTms.fts.","GW.","…",{"$f":" +CapBYS.eTms.fts. +CapNwS.eTms.fts.","v":80},77.333333333333343,76.95672583574185,77.316281620906054,77.675837406070244,78.035393191234434,76.951729252998831,75.868065314763228,74.784401376527626,73.700737438292023,72.617073500056421,72.909956383072441,73.202839266088461,73.495722149104466,73.788605032120486,74.081487915136506,75.093082144220446,76.104676373304386,77.11627060238834,78.12786483147228,79.13945906055622,79.604844282218934,80.070229503881649,80.535614725544363,81.000999947207077,81.466385168869792,82.339185069419756,83.21198496996972,84.08478487051967,84.957584771069648,85.830384671619598,86.497672842239169,87.164961012858711,87.832249183478282,88.499537354097839,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,89.166825524717396,86.876766355642218,83.872179222742247,83.939632516446522,84.00708581015077,84.121163633015342,84.235241455879901,84.349319278744474,84.463397101609047,84.577474924473606,84.659603296087511,84.74173166770143,84.823860039315321,{"$f":" +CapBYS.eTms.fts. +CapNwS.eTms.fts.","v":84.90598841092924},84.988116782543145,85.004136997539348,85.020157212535537,85.03617742753174,85.052197642527929,85.068217857524132,85.151836182171095,85.235454506818058,85.319072831465036,85.402691156111999,85.486309480758962,85.54358985074721,85.600870220735459,85.658150590723693,85.715430960711942,85.77271133070019,85.837636199991636,85.902561069283081,85.967485938574498,86.032410807865958,86.097335677157389,null,{"$f":"Model!$G$175","v":"Cap."},"…",{"$f":"Model!$G$572","v":"eTms."},"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…","…","Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year.","…","…","Green","…","…","…","…","…","…","= +CapBYS.eTms.fts. +CapNwS.eTms.fts."]
[null,"Sheet End"]
[]
[]
[]
[]
[]
[null,"Template"]
[null,"Capacity"]
[1,null,"Base Year Capacity"]
[2,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3560 & CT3560 & CU3560 & CV3560 & CW3560, \"…\", \"\")","v":"CapBY.fts."},null,{"$f":"DR3560","v":"= SUMIFS(CapReq., Prd., BY.)"},"…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…","…",null,{"$f":"Model!$G$184","v":"CapBY."},"…",null,"…","fts.","Transformation","lookup","su","…","…","…","…","…","…",null,"Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed.","…","…","Amber","…","…","…","…","…","…",{"$f":"\"= SUMIFS(CapReq.\"&CU3560&\", Prd., BY.)\"","v":"= SUMIFS(CapReq., Prd., BY.)"}]
[3,null,"Capacity Required"]
[4,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3562 & CT3562 & CU3562 & CV3562 & CW3562, \"…\", \"\")","v":"CapReq.fts."},null,"…",{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},{"$f":"DR3562","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"},null,{"$f":"Model!$G$176","v":"CapReq."},"…",null,"…","fts.","Transformation","lookup","su","…","…","…","…","…","…",null,"Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq.\"&CU3562&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq.\"&CU3562&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(CapReq., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(CapReq., Prd., PrdEnd.fts.))"}]
[5,null,"Base Year Stock Capacity"]
[6,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3564 & CT3564 & CU3564 & CV3564 & CW3564, \"…\", \"\")","v":"CapBYS.fts."},{"$f":"H3562","v":0},"…",{"$f":"\"= +\"&G3562","v":"= +CapReq.fts."},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, 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Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, 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INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},{"$f":"DR3564","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"},null,{"$f":"Model!$G$185","v":"CapBYS."},"…",null,"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…",null,"Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity.","…","…","Amber","…","Assumes that retirement of existing stock is linear in the absence of data about when exactly it was built.","…","…","…","…",{"$f":"\"=IF(Scrap.\"&CU3564&\" = \"&\"\"\"YES\"\"\"&\",\nMIN(MAX(0, +INDEX(CapBYS.\"&CU3564&\"fts.,,PrevYrColR.fts.) -(CapBY.\"&CU3564&\"fts. / Life.\"&CU3564&\")), INDEX(CapReq.\"&CU3564&\"fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.\"&CU3564&\"fts.,,PrevYrColR.fts.) -(CapBY.\"&CU3564&\"fts. / Life.\"&CU3564&\")))\"","v":"=IF(Scrap. = \"YES\",\nMIN(MAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)), INDEX(CapReq.fts.,0,CurrYrColR.fts.)),\nMAX(0, +INDEX(CapBYS.fts.,,PrevYrColR.fts.) -(CapBY.fts. / Life.)))"}]
[7,null,"Difference in required capacity from previous year"]
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PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, 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PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},{"$f":"DR3566","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"},null,{"$f":"Model!$G$177","v":"CapReqDif."},"…",null,"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…",null,"Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +CapReq.\"&CU3566&\"fts. -INDEX(CapReq.\"&CU3566&\"fts., 0, PrevYrColR.fts.)\"","v":"= +CapReq.fts. -INDEX(CapReq.fts., 0, PrevYrColR.fts.)"}]
[9,null,"New installations"]
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-Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},{"$f":"DR3568","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"},null,{"$f":"Model!$G$186","v":"CapNwI."},"…",null,"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…",null,"Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active).","…","…","Green","…","…","…","…","…","…",{"$f":"\"= MAX(0,\nIF(Scrap.\"&CU3568&\" = \"&\"\"\"YES\"\"\"&\", 0 +CapReqDif.\"&CU3568&\"fts., 0),\n+CapReq.\"&CU3568&\"fts. -CapBYS.\"&CU3568&\"fts. -SUMIFS(OFFSET(CapNwI.\"&CU3568&\"fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \"&\"\"\">\"\"\"&\" & +Year. -Life.\"&CU3568&\"))\"","v":"= MAX(0,\nIF(Scrap. = \"YES\", 0 +CapReqDif.fts., 0),\n+CapReq.fts. -CapBYS.fts. -SUMIFS(OFFSET(CapNwI.fts.,0,0,1,PrevYrColR.fts.),   OFFSET(Year.,0,0,1,PrevYrColR.fts.), \">\" & +Year. -Life.))"}]
[11,null,"New Stock Capacity"]
[12,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3570 & CT3570 & CU3570 & CV3570 & CW3570, \"…\", \"\")","v":"CapNwS.fts."},{"$f":"H3562","v":0},"…",0,{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},{"$f":"DR3570","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"},null,{"$f":"Model!$G$187","v":"CapNwS."},"…",null,"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…",null,"Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired).","…","…","Green","…","…","…","…","…","…",{"$f":"\"= IF(Scrap.\"&CU3570&\" = \"&\"\"\"YES\"\"\"&\",\n+CapReq.\"&CU3570&\"fts. -CapBYS.\"&CU3570&\"fts.,\n+SUMIFS(CapNwI.\"&CU3570&\"fts.,   Year., \"&\"\"\">\"\"\"&\"& +Year. -Life.\"&CU3570&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.))\"","v":"= IF(Scrap. = \"YES\",\n+CapReq.fts. -CapBYS.fts.,\n+SUMIFS(CapNwI.fts.,   Year., \">\"& +Year. -Life.,   Year., \"<=\"& +Year.))"}]
[13,null,"Capacity"]
[14,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3572 & CT3572 & CU3572 & CV3572 & CW3572, \"…\", \"\")","v":"Cap.fts."},{"$f":"H3562","v":0},"…",{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},{"$f":"DR3572","v":"= +CapBYS.fts. +CapNwS.fts."},null,{"$f":"Model!$G$175","v":"Cap."},"…",null,"…","fts.","Transformation","Transformation","su","…","…","…","…","…","…",null,"Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year..","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +CapBYS.\"&CU3572&\"fts. +CapNwS.\"&CU3572&\"fts.\"","v":"= +CapBYS.fts. +CapNwS.fts."}]
[null,"Cost"]
[15,null,"Capital Cos per Unit Annualised"]
[16,null,null,"Point Cost"]
[17,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3576 & CT3576 & CU3576 & CV3576 & CW3576, \"…\", \"\")","v":"cstCapUnitAnn_P.fts."},null,"…",{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},{"$f":"DR3576","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"},null,{"$f":"Model!$G$331","v":"cstCapUnitAnn_P."},"…",null,"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…",null,"Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(\"&SUBSTITUTE(G3576,CW3576,\"\")&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(\"&SUBSTITUTE(G3576,CW3576,\"\")&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_P., Prd., PrdEnd.fts.))"}]
[18,null,null,"High Cost"]
[19,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3578 & CT3578 & CU3578 & CV3578 & CW3578, \"…\", \"\")","v":"cstCapUnitAnn_H.fts."},{"$f":"H3576","v":0},"…",{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},{"$f":"DR3578","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"},null,{"$f":"Model!$G$344","v":"cstCapUnitAnn_H."},"…",null,"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…",null,"Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(\"&SUBSTITUTE(G3578,CW3578,\"\")&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(\"&SUBSTITUTE(G3578,CW3578,\"\")&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_H., Prd., PrdEnd.fts.))"}]
[20,null,null,"Low Cost"]
[21,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3580 & CT3580 & CU3580 & CV3580 & CW3580, \"…\", \"\")","v":"cstCapUnitAnn_L.fts."},{"$f":"H3576","v":0},"…",{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},{"$f":"DR3580","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"},null,{"$f":"Model!$G$357","v":"cstCapUnitAnn_L."},"…",null,"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…",null,"Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(\"&SUBSTITUTE(G3580,CW3580,\"\")&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(\"&SUBSTITUTE(G3580,CW3580,\"\")&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstCapUnitAnn_L., Prd., PrdEnd.fts.))"}]
[22,null,"Operation and Maintanence Cost per Unit"]
[23,null,null,"Point Cost"]
[24,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3583 & CT3583 & CU3583 & CV3583 & CW3583, \"…\", \"\")","v":"cstOaMUnit_P.fts."},null,"…",{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},{"$f":"DR3583","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"},null,{"$f":"Model!$G$336","v":"cstOaMUnit_P."},"…",null,"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…",null,"Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(\"&SUBSTITUTE(G3583,CW3583,\"\")&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(\"&SUBSTITUTE(G3583,CW3583,\"\")&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_P., Prd., PrdEnd.fts.))"}]
[25,null,null,"High Cost"]
[26,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3585 & CT3585 & CU3585 & CV3585 & CW3585, \"…\", \"\")","v":"cstOaMUnit_H.fts."},{"$f":"H3583","v":0},"…",{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},{"$f":"DR3585","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"},null,{"$f":"Model!$G$349","v":"cstOaMUnit_H."},"…",null,"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…",null,"Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(\"&SUBSTITUTE(G3585,CW3585,\"\")&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(\"&SUBSTITUTE(G3585,CW3585,\"\")&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_H., Prd., PrdEnd.fts.))"}]
[27,null,null,"Low Cost"]
[28,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3587 & CT3587 & CU3587 & CV3587 & CW3587, \"…\", \"\")","v":"cstOaMUnit_L.fts."},{"$f":"H3583","v":0},"…",{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. 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PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},{"$f":"DR3587","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"},null,{"$f":"Model!$G$362","v":"cstOaMUnit_L."},"…",null,"…","fts.","Transformation","lookup","pu","…","…","…","…","…","…",null,"Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +(ShrTimePrdBeg.fts. * SUMIFS(\"&SUBSTITUTE(G3587,CW3587,\"\")&\", Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(\"&SUBSTITUTE(G3587,CW3587,\"\")&\", Prd., PrdEnd.fts.))\"","v":"= +(ShrTimePrdBeg.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdBeg.fts.)) \n+(ShrTimePrdEnd.fts. * SUMIFS(cstOaMUnit_L., Prd., PrdEnd.fts.))"}]
[29,null,"Annualised captal cost of capacity installed in this year"]
[30,null,null,"Point Cost"]
[31,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3590 & CT3590 & CU3590 & CV3590 & CW3590, \"…\", \"\")","v":"cstCapAnn_P.fts."},{"$f":"\"million \"&PrefUnit.Cost.","v":"million GBP.2016."},"…",{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / 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cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / 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su_Million.)"},{"$f":"DR3590","v":"= cstCapUnitAnn_P.fts. * CapNwI.fts. * (1 / su_Million.)"},null,{"$f":"Model!$G$332","v":"cstCapAnn_P."},"…",null,"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…",null,"Annualised capital cost of new capacity installations in this year. 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[32,null,null,"High Cost"]
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cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3592","v":"= cstCapUnitAnn_H.fts. * CapNwI.fts. * (1 / su_Million.)"},null,{"$f":"Model!$G$345","v":"cstCapAnn_H."},"…",null,"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…",null,"Annualised capital cost of new capacity installations in this year. 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[34,null,null,"Low Cost"]
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su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},{"$f":"DR3594","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"},null,{"$f":"Model!$G$358","v":"cstCapAnn_L."},"…",null,"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…",null,"Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&G3580&\" * \"&G3568&\" * (1 / su_Million.)\"","v":"= cstCapUnitAnn_L.fts. * CapNwI.fts. * (1 / su_Million.)"}]
[36,null,"Total Capital Cost Payment for the year"]
[37,null,null,"Point Cost"]
[38,null,null,null,"BHT.","…",{"$f":"SUBSTITUTE(CS3597 & CT3597 & CU3597 & CV3597 & CW3597, \"…\", \"\")","v":"cstCap_P.fts."},{"$f":"\"million \"&PrefUnit.Cost.","v":"million GBP.2016."},"…",{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= +SUMIFS(cstCapAnn_P.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3597","v":"= 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[39,null,null,"High Cost"]
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+SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= 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+SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3599","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},null,{"$f":"Model!$G$341","v":"cstCap_H."},"…",null,"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…",null,"Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&G3592&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU3599&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_H.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"}]
[41,null,null,"Low Cost"]
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+SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= 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+SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},{"$f":"DR3601","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"},null,{"$f":"Model!$G$354","v":"cstCap_L."},"…",null,"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…",null,"Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= +SUMIFS(\"&G3594&\",   Year., \"&\"\"\">\"\"\"&\"& +Year. -LifeEcn.\"&CU3601&\",   Year., \"&\"\"\"<=\"\"\"&\"& +Year.)\"","v":"= +SUMIFS(cstCapAnn_L.fts.,   Year., \">\"& +Year. -LifeEcn.,   Year., \"<=\"& +Year.)"}]
[43,null,"Operation and maintenace cost for capacity"]
[44,null,null,"Point Cost"]
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su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3604","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"},null,{"$f":"Model!$G$335","v":"cstOaM_P."},"…",null,"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…",null,"Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&G3583&\" * \"&G3572&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_P.fts. * Cap.fts. * (1 / su_Million.)"}]
[46,null,null,"High Cost"]
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cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3606","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"},null,{"$f":"Model!$G$348","v":"cstOaM_H."},"…",null,"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…",null,"Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&G3585&\" * \"&G3572&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_H.fts. * Cap.fts. * (1 / su_Million.)"}]
[48,null,null,"Low Cost"]
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cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3608","v":"= cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3608","v":"= cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3608","v":"= cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3608","v":"= cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3608","v":"= cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3608","v":"= cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"},{"$f":"DR3608","v":"= cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"},null,{"$f":"Model!$G$361","v":"cstOaM_L."},"…",null,"…","fts.","Transformation","Transformation","pu","…","…","…","…","…","…",null,"Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit.","…","…","Green","…","…","…","…","…","…",{"$f":"\"= \"&G3587&\" * \"&G3572&\" * (1 / su_Million.)\"","v":"= cstOaMUnit_L.fts. * Cap.fts. * (1 / su_Million.)"}]

{"sheet":"Method","index":7,"n_rows":1936,"n_cols":13,"rows_kept":1936,"cut":false,"hidden":false,"merged":[]}
["Method"]
[null,null,"Description of the detailed methodology of the model."]
[null,"Contents"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$36), Method!$B$36)","v":"Overview"}]
[null,null,"Sheet Summary"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$53), Method!$B$53)","v":"Model"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,"Module Summary"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$104), Method!$B$104)","v":"Model Structure"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$107), Method!$B$107)","v":"Unit Conversion Factors"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$121), Method!$B$121)","v":"Global Assumptions"}]
[]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$141), Method!$B$141)","v":"Buildings-Heat module "}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$291), Method!$B$291)","v":"Buildings-Non-Heat module "}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$392), Method!$B$392)","v":"Network Heat Source module "}]
[]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$559), Method!$B$559)","v":"Transport Summary"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$606), Method!$B$606)","v":"Transport Demand"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$691), Method!$B$691)","v":"Transport (Excluding Aviation)"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$802), Method!$B$802)","v":"Transport Aviation"}]
[]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$881), Method!$B$881)","v":"Farming & Forestry"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1316), Method!$B$1316)","v":"Greenhouse Gas Removal & CCS"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1374), Method!$B$1374)","v":"Seasonal Demand Balancing"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1386), Method!$B$1386)","v":"Hydrogen Production"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1678), Method!$B$1678)","v":"Industry"}]
[]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1819), Method!$B$1819)","v":"Fossil Fuel Extraction"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1921), Method!$B$1921)","v":"Unrepresented Emissions"}]
[]
[]
[null,"Overview",null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[]
[]
[null,null,"User Levers"]
[]
[]
[null,null,"Ambition Levels"]
[null,null,null,"Level","Meaning"]
[null,null,null,1,"The least effort possible"]
[null,null,null,2,"Ambitious but reasonable"]
[null,null,null,3,"Very ambitious needing technical breakthrough"]
[null,null,null,4,"The upper limit of what is considered plausible"]
[]
[null,null,null,{"$f":"NameConv!$K$19","v":"Business as Usual "}]
[null,null,null,null,"In this model BaU profiles represent a \"Do Nothing\"/level 1 scenario and reflects the minimum ambition for a particular lever."]
[null,null,null,null,"Consider renaming Business as Usual as Base case or baseline"]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$A$1), Model!$A$1)","v":"Model"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Model inputs and transformations including full assumptions log"]
[null,null,null,"General Calculation Flow for each module"]
[null,null,null,null,"Lever inputs translated into profiles"]
[null,null,null,null,"Priority order applied"]
[null,null,null,null,"Energy balance calculated based on choices and interacting modules"]
[null,null,null,null,"Emissions calculated based on energy balance and technology activity"]
[null,null,null,null,"Capacity required to satisfy demand calculated"]
[null,null,null,null,"Capacity summarised from FullTimeSeries sheet"]
[null,null,null,null,"Cost summarised from FullTimeSeries sheet"]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$A$1), FullTimeSeries!$A$1)","v":"FullTimeSeries"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Capacity and cost calculations performed at single year time intervals"]
[null,null,null,"Capacity and costs are calculated at single year time intervals to allow accurate stock tracking when working with technology lifetimes that are not a multiple of the model period (5 years)"]
[null,null,null,"Variables imported from Model Sheet: Capacity required, technical lifetime, economic lifetime, costs per unit"]
[null,null,null,"Variables exported to Model Sheet: New capacity installed per period, total capacity, costs per period"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$B$12), FullTimeSeries!$B$12)","v":"Capacity"}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$13), FullTimeSeries!$C$13)","v":"Base Year Capacity"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$14","v":"Capacity in the model base year. Calculated by summing the capacity required series in the Model sheet for periods equal to the model base year (i.e. looks up the value for the model base year). Assumes that no spare capacity above what is required is installed."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$162), FullTimeSeries!$C$162)","v":"Capacity Required"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$163","v":"Required capacity for the technology/process. Calculated as a weighted average of capacity required in the modelled period at the beginning and end of the current period. The capacity required in the modelled period at the beginning/end of the period containing the current year is looked up by summing the capacity required time series in the Model sheet for years equal to the period beginning/end. Assumes capacity required is linear between modelled years."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$311), FullTimeSeries!$C$311)","v":"Base Year Stock Capacity"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$312","v":"Capacity installed before the model base year remaining in the current year. If technology scrappage is applied the base year stock is the smaller of the linear retirement profile of the base year capacity and the capacity required. If technology scrappage is not applied the base year stock is the linear retirement profile of the base year capacity."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$460), FullTimeSeries!$C$460)","v":"Difference in required capacity from previous year"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$461","v":"Difference in capacity required between the current and previous year, i.e. the increase in capacity required since the previous year."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$609), FullTimeSeries!$C$609)","v":"New installations"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$610","v":"Capacity of new installations in the current year. Calculated as the maximum of; 1) zero (capacity installations cannot be negative); 2) if scrappage is applied the Capacity required difference from the previous year (if technology has been scrapped when not required, capacity = capacity required so the model must build at least the increase in capacity required as there will have been no spare capacity from the previous period); 3) the difference between the capacity of new stock required (capacity required minus base year stock) and the capacity of new stock built within the technologies lifetime of the current period (capacity assumed to still be active)."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$758), FullTimeSeries!$C$758)","v":"New Stock Capacity"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$759","v":"Total capacity built after the model base year available for operation in the current year. If technology scrappage is applied the capacity of new stock is equal to the difference between the capacity required and the base year stock remaining, so that by definition the capacity equals the capacity required. Otherwise, if technology scrappage is not applied the capacity of new stock is equal to the sum of all capacity installations within the technologies lifetime of the current year (capacity installed before this will have retired)."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$907), FullTimeSeries!$C$907)","v":"Capacity"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$908","v":"Total capacity available for operation in the current year. Calculated as the base year stock (capacity installed before the model base year) plus the new stock (capacity installed after the model base year) still available for operation in the current year."}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$B$1056), FullTimeSeries!$B$1056)","v":"Cost"}]
[null,null,null,null,"The set of cost equations for each technology is repeated three times for point, high and low cost estimates."]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$1057), FullTimeSeries!$C$1057)","v":"Capital Cos per Unit Annualised"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$1059","v":"Annualised capital cost for the technology/process. Calculated as a weighted average of annualised capital cost in the modelled period at the beginning and end of the current period. The annualised capital cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the annualised capital cost time series in the Model sheet for years equal to the period beginning/end. Assumes annualised capital cost is linear between modelled years."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$1505), FullTimeSeries!$C$1505)","v":"Operation and Maintanence Cost per Unit"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$1507","v":"Operation and maintenance cost for the technology/process. Calculated as a weighted average of operation and maintenance cost in the modelled period at the beginning and end of the current period. The operation and maintenance cost in the modelled period at the beginning/end of the period containing the current year is looked up by summing the operation and maintenance cost time series in the Model sheet for years equal to the period beginning/end. Assumes operation and maintenance cost is linear between modelled years."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$1953), FullTimeSeries!$C$1953)","v":"Annualised capital cost of capacity installed in this year"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$1955","v":"Annualised capital cost of new capacity installations in this year. Note this cost reflects the payments made in the first year of the loan not the total cost of the capacity installed. Calculated by multiplying the new capacity installations by the annualised unit cost. Converted to million cost units."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$2401), FullTimeSeries!$C$2401)","v":"Total Capital Cost Payment for the year"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$2403","v":"Total capital cost payments made in the current year. Calculated as the sum of the annualised capital cost of new installations for all years within the economic lifetime of the current year. The economic lifetime is the number of years annualised payments must be made over."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$2849), FullTimeSeries!$C$2849)","v":"Operation and maintenace cost for capacity"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$2851","v":"Total Operation and Maintenance costs for each year calculated by multiplying the total capacity by the O&M cost per unit."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$3297), FullTimeSeries!$C$3297)","v":"Learning and development investment passed onto consumers through capital costs"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$3299","v":"Learning and development investment passed onto consumers through capital costs. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over."}]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", FullTimeSeries!$C$3334), FullTimeSeries!$C$3334)","v":"Aviation Learning and development investment and retrofit costs"}]
[null,null,null,null,{"$f":"FullTimeSeries!$DH$3336","v":"Aviation learning and development investment and retrofit costs required to achieve energy intensity improvements. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over. It is assumed that it is spread evenly over engine types based on the fraction of total capacity in each year."}]
[null,null,"Considerations"]
[null,null,null,null,"Calculating capacity profiles in detail may imply spurious levels of accuracy in what is in reality a simple model."]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$980), Model!$B$980)","v":"Model Structure"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Parameters describing the format of the spreadsheet and the periods modelled."]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$1006), Model!$B$1006)","v":"Unit Conversion Factors"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Definition of unit conversion factors required to translate from the units given in any source material into the units selected by the user."]
[]
[null,null,"Methodology"]
[null,null,null,"Each unit is  reported in a common base unit (e.g. Joules for energy)."]
[null,null,null,"A conversion factor for each source unit is calculated by dividing the base units per source unit by the base units per user preference unit."]
[null,null,null,"Additional named ranges are specified for \"Unit.Choice.Options.\" to enable this selection process."]
[]
[null,null,"Using Unit Conversion Factors"]
[null,null,null,"To convert from unit X to user preference units simply multiply by the unit conversion factor for unit X (uc_X)"]
[null,null,null,"e.g.","To convert a value from source units of PJ to Preference units, Value Preference Units = Value PJ * uc_PJ"]
[null,null,null,"Unit conversion factor X = (A/X) / (A/P) = P/X"]
[null,null,null,null,"Where: X = original unit, P = preference unit, A = base unit"]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$1245), Model!$B$1245)","v":"Global Assumptions"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Definition of assumptions used across multiple modules."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$1246), Model!$C$1246)","v":"Demographics"}]
[null,null,null,"Population"]
[null,null,null,"Dwelling Numbers & Non-Domestic Floor area"]
[null,null,null,null,"Total number input to the model"]
[null,null,null,null,"Existing stock (as of base year) and new builds separated based on a fixed number of demolitions and the overall stock"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$1289), Model!$C$1289)","v":"Time"}]
[null,null,null,"Define the length of all time periods used in the model"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$1321), Model!$C$1321)","v":"GHG Emission Factors"}]
[null,null,null,"Greenhouse Gas (GHG) Emission factors for the combustion of fuel vectors are set at a model wide level"]
[null,null,null,"It is assumed that combustion of each unit of fuel emits the same amount of GHGs irrespective of the process"]
[null,null,null,"GHG exceptions (non-combustion emissions)"]
[null,null,null,null,"Gas Grid Leakage"]
[null,null,null,null,null,{"$f":"Model!$AP$1401","v":"CO2e emissions of leaked gas per unit energy. 1/energy density converts from energy content to mass. Multiplying by the GWP converts from mass of CH4 to mass of CO2e. Assumes that natural gas (Gaseous Fossil Fuel) is 100% methane (CH4) for simplicity. In reality natural gas is typically between 87.0 - 97.0% methane."}]
[]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$1405), Model!$B$1405)","v":"Buildings-Heat module "},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Module defines the demand and method of supply for domestic and non-domestic space heating and hot water."]
[]
[null,null,"Influences"]
[null,null,null,"Fuel demands"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$392), Method!$B$392)","v":"Network Heat Source module "}]
[null,null,null,null,"The level of district heat selected directly defines the amount of network heat that needs to be produced."]
[null,null,"Influenced by"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[null,null,null,null,"The fuel source of gas boilers is directly controlled by the share of the gas grid converted to H2 and the proportion of input fuel assumed to be bio methane."]
[]
[null,null,"User Controls"]
[]
[null,null,"Technologies"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$1478), Model!$C$1478)","v":"Demand Space Heat"}]
[null,null,null,"User Controls"]
[null,null,null,null,"Domestic"]
[null,null,null,null,null,"Average internal temperature of the stock (set point temperature)"]
[null,null,null,null,null,"Number of insulation retrofits"]
[null,null,null,null,null,"New build heat loss performance standards"]
[null,null,null,null,"Non-Domestic"]
[null,null,null,null,null,"Space heat demand index relative to the base year"]
[null,null,null,null,null,"Number of insulation retrofits"]
[null,null,null,null,null,"New build heat loss performance standards"]
[null,null,null,"Method"]
[]
[null,null,null,null,"Domestic"]
[null,null,null,null,null,"Number of insulation retrofits used to calculate the average heat loss rate of existing dwellings/buildings."]
[null,null,null,null,null,"New build heat loss performance standards are used to calculate the average heat loss rate of new dwellings/buildings."]
[null,null,null,null,null,null,"Vintage tracking is used so the model applies the heat loss rate from the year the dwelling/building was built."]
[null,null,null,null,null,"Average heat loss rate of all dwellings/buildings calculated as a weighted average of new and existing stock."]
[null,null,null,null,null,"Calculate temperature difference between internal (user controlled) and external (fixed) temperature in each period (month)."]
[null,null,null,null,null,"Heat lost to the environment by the average dwelling over the course of the period (month). Calculated as the product of heat loss rate, temperature difference and duration of the period. "]
[null,null,null,null,null,"Total annual heat demand per dwelling calculated by subtracting useful incidental heat gains from annual heat lost to the environment."]
[null,null,null,null,null,"Total space heat demand for all dwellings calculated as the average space heat demand per dwelling multiplied by the number of dwellings."]
[null,null,null,null,"Non-Domestic"]
[null,null,null,null,null,"Index of space heat demand per unit of floor area defined by the user (fraction of base year demand)."]
[null,null,null,null,null,"Existing stock"]
[null,null,null,null,null,null,"Insulation retrofit energy saving calculated by multiplying the heat energy saved per unit by the number of retrofits."]
[null,null,null,null,null,null,"Space heat demand per unit of floor area = (Base year space heat demand per unit of floor area * space heat demand per unit area index) + (insulation retrofit energy saving / total floor area)."]
[null,null,null,null,null,"New stock"]
[null,null,null,null,null,null,"Fraction of average base year space heat demand required for newly installed floor area selected by user. This attribute describes the building insulation standards of new built floor area."]
[null,null,null,null,null,null,"Space heat demand per unit of new built floor area (before behavioural change). Calculated as the baseline demand multiplied by the demand index for insulation standards."]
[null,null,null,null,null,null,"Average space heat demand per unit of floor area built after the model base year (before behavioural change). Calculated as a weighted average of the previous periods average demand and the demand for new installations."]
[null,null,null,null,null,null,"Space heat demand for floor area built after the model base year. Calculated as the demand per unit of floor area multiplied by the demand index for space heat service demand multiplied by the capacity of floor area built after the model base year."]
[null,null,null,null,null,"Space heat demand in non domestic buildings. Calculated as the sum of demand from the stock of floor area built before and after the model base year."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$1642), Model!$C$1642)","v":"Demand Hot Water"}]
[null,null,null,"User Controls"]
[null,null,null,null,"Domestic"]
[null,null,null,null,null,"Hot water demand per person index relative to the base year"]
[null,null,null,null,"Non-Domestic"]
[null,null,null,null,null,"Hot water demand per unit floor area index relative to the base year"]
[null,null,null,"Method"]
[null,null,null,null,"Hot water demand per person/unit floor area calculated by gradually modifying a baseline trajectory to achieve the stated ambition level selected by the user."]
[null,null,null,null,"Hot water demand calculated by multiplying the demand per person/unit floor area by the population/amount of floor area."]
[null,null,null,"Note:"]
[null,null,null,null,"Domestic hot water demand is assumed to scale with the number of people not the number of dwellings."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$1689), Model!$C$1689)","v":"Deployment Profile"}]
[null,null,null,"User Controls"]
[null,null,null,null,"Share of heat demand supplied by"]
[null,null,null,null,null,"District Heat Networks"]
[null,null,null,null,null,"Heat Pumps (Air Source and Ground Source)"]
[null,null,null,null,null,"Hybrid Heat Pumps (air source heat pump with gas boiler)"]
[null,null,null,"Priority Order"]
[null,null,null,null,"Translates the user selected profiles into a technology mix consisting of both user selected and counterfactual technologies."]
[null,null,null,null,"Counterfactual technologies"]
[null,null,null,null,null,"Oil Fuel Boiler"]
[null,null,null,null,null,"Solid Fuel Boiler "]
[null,null,null,null,null,"Gas Boiler "]
[null,null,null,null,null,"Electric Heater "]
[null,null,null,null,"The shares of the technologies are calculated by applying the priority order and constraining each according "]
[null,null,null,null,null,"i. to its maximum deployment potential"]
[null,null,null,null,null,"ii. to the maximum level of deployment for every combination of 2 lever technologies"]
[null,null,null,null,null,"iii. to the maximum level of deployment for all 3 lever technologies"]
[null,null,null,null,"The existing and slack technologies are replaced according to rules which reflect the similarity of their characteristics, e.g. Hybrid HP first replace Gas boilers due to the gas grid requirement for their installation, then replace heat electric, oil and solid fuel boilers where gas canisters would likely need to be deployed."]
[null,null,null,null,"Replacement suitability constraints (more detail given in model sheet)"]
[null,null,null,null,null,null,null,"Oil Fuel Boiler","Solid Fuel Boiler ","Gas Boiler ","Electric Heater "]
[null,null,null,null,null,null,"District Heat Networks","No","No","Yes","Yes"]
[null,null,null,null,null,null,"Heat Pumps","Yes","Yes","Yes","Yes"]
[null,null,null,null,null,null,"Hybrid Heat Pumps","Yes","Yes","Yes","Yes"]
[]
[null,null,null,"Heat Pumps"]
[null,null,null,null,"After the calculation of the shares, the Heat Pumps’ share is split between Air-sourced and Ground-source heat pumps."]
[null,null,null,"Gas Grid"]
[null,null,null,null,"Share of gases consumed in gas boilers and hybrid heat pumps is defined by the shares of hydrogen, bio methane and natural gas in the gas grid."]
[null,null,null,null,"Thus gas boilers can be zero carbon if 100% hydrogen conversion has been applied in the gas grid source module."]
[null,null,null,"Difficult off gas grid boilers"]
[null,null,null,null,"It is assumed that there is no minimum share of oil or solid fuel boilers, i.e. all can be replaced by an alternative counterfactual technology"]
[null,null,null,null,"The fraction of off gas grid boilers that are oil and solid fuel boilers is fixed at the ratio observed in the base year."]
[null,null,null,null,"Such heat sources can be decarbonised by substituting liquid and solid fossil fuel input for bioenergy."]
[null,null,null,null,"The proportion of fossil fuel substituted for bio equivalents is equal to the fraction of the heat they do have control over that the user has chosen to decarbonise."]
[null,null,null,null,"So 100% bio substitution will be achieved if the user has deployed low carbon solutions for the rest of heat through a combination of district heating (irrespective of source), heat pumps, hybrid heat pumps (irrespective of gas source), hydrogen conversion and bio methane substitution."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$1824), Model!$C$1824)","v":"Energy"}]
[null,null,null,"Space heat and hot water supplied by each technology is calculated by multiplying total demand by the technology demand share."]
[null,null,null,"Efficiencies are set for each technology for each input fuel and output demand individually."]
[null,null,null,null,"e.g. hybrid heat pumps have eight efficiencies representing "]
[null,null,null,null,null,"Demands - Space heat, hot water"]
[null,null,null,null,null,"Fuels - Electricity (heat pump mode), Natural gas, bio methane hydrogen (gas boiler mode)"]
[null,null,null,"Energy balance for each technology is calculated based on the heat supplied (activity) and efficiency."]
[null,null,null,null,"Hybrid heat pump mode shares are fixed for space heat and hot water to define the fraction of each supplied by the heat pump and gas boiler elements."]
[null,null,null,null,"Share of gases consumed in gas boilers and hybrid heat pumps is defined by the shares of hydrogen, bio methane and natural gas in the gas grid."]
[null,null,null,null,"Share of oil and solid fuel boilers converted to bioenergy is calculated based on the level of ambition shown to decarbonise the rest of buildings heat."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$2067), Model!$C$2067)","v":"Emissions"}]
[null,null,null,"Greenhouse gas (GHG) emissions output for each technology is calculated  by summing fuel input multiplied by the emissions factor, for each fuel consumed."]
[null,null,null,"Air quality (AQ) emissions factors for each fuel are defined for residential dwellings and non-Domestic floor area."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$2510), Model!$C$2510)","v":"Infrastructure Capacity"}]
[null,null,null,"New Capacity installed and total capacity - calculated using the standard method for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,null,"Capacity/costs are calculated for"]
[null,null,null,null,"Heating technologies"]
[null,null,null,null,"Insulation/conservation retrofits"]
[null,null,null,null,"Installing heat pumps in unsuitable locations (oversizing and gas grid reinforcements)"]
[null,null,null,null,"Hydrogen grid conversion - Cost per dwelling converted from natural gas to H2. Cost of converting meters, pipework (metal to plastic) and boilers should be included. The cost of converting cooking should be covered in the buildings non heat demand module. "]
[null,null,null,"Capacity required "]
[null,null,null,null,"Heating technologies"]
[null,null,null,null,null,"Assumes every dwelling has one heating technology so the total number of heating technologies is equal to the number of dwellings."]
[null,null,null,null,null,"Assumes that the share of demand met by a technology is equal to the share of dwellings with this technology installed as a simplification.   "]
[null,null,null,null,null,null,"This will overestimate the number of dwellings with technologies generally installed in dwellings with high heat demand and underestimate numbers of technologies generally installed in dwellings with low heat demand."]
[null,null,null,null,"Installing heat pumps in unsuitable locations (oversizing and gas grid reinforcements)"]
[null,null,null,null,null,"The number of dwellings/amount of floor area suitable for Heat Pumps is calculated to allow the number of oversized HPs installed in unsuitable locations to be calculated"]
[null,null,null,null,null,null,"Currently these only incur additional cost (see considerations)"]
[null,null,null,null,"Hydrogen grid conversion"]
[null,null,null,null,null,"Number of dwellings converted to H2 in the period. Calculated as the number of dwellings with gas based heating systems (gas boiler or hybrid) multiplied by the increase in the hydrogen share of the gas grid."]
[null,null,null,null,null,"This implies that conversions only occur when the share of the gas grid converted to hydrogen increases and that any increase in the number of gas heating systems are new installations not requiring conversion costs."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$2647), Model!$C$2647)","v":"Costs"}]
[null,null,null,"Costs calculated using the standard methodology for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,null,"Costs included"]
[null,null,null,null,"Capital costs"]
[null,null,null,null,"Operation & Maintenance Costs"]
[]
[null,null,"Considerations"]
[null,null,null,null,"We assume that the share of demand met by a technology is equal to the share of dwellings with this technology installed as a simplification. This will overestimate the number of dwellings with technologies generally installed in dwellings with high heat demand and underestimate numbers of technologies generally installed in dwellings with low heat demand.  "]
[null,null,null,null,{"$f":"Model!$AX$1577","v":"Depending on the final data, it may be sensible to separate heat gains by dwelling category in order to ensure that dwellings with high thermal performance are not being assumed to have negative heat demand within the average calculation. Alternatively this could be applied as a heat gain rate in terms of W/°C. Equally it may be sensible to split this by month."}]
[null,null,null,null,"It may be preferable to separate air source and ground source heat pumps into sub levers rather than using a fixed fraction for each?"]
[null,null,null,null,{"$f":"Model!AX1961","v":"If the efficiency/coefficient of performance (COP) of the heat pump is less than 1 then there will be a positive contribution to environmental heat (i.e. heat given out to environment). This should really be counted as conversion losses in the same way as for other technologies."}]
[null,null,null,null,"Ensure that any oversized heat pumps impact on peak electricity demand."]
[null,null,null,null,"Heat Pump issues"]
[null,null,null,null,null,"Oversized heat pumps should probably have lower efficiency/COP - Heat pumps suffer very badly from poor coefficient of performance (COP) if they have to supply water at the usual radiator temperature. HPs are designed to deliver water at a lower temperature than conventional boilers. To deliver the same amount of heat larger radiators are required. The area of radiators in a poorly insulated house is too large to be practical, meaning the HP must output at a higher temperature than ideal resulting in a reduced COP."]
[null,null,null,null,null,null,"Extracting more heat from an air-source heat pump increases the risk of frost forming on the external coil, which means the defrost cycle will fire more often. This uses more electricity and depresses the COP still further. Similarly, direct electric booster heating is likely to be called on more often with high flow temperatures."]
[null,null,null,null,null,"Should heat pumps be specified to supply more heat than is needed? - The way heat pumps work in existing buildings means that the total heat demand goes up (compared to a boiler), as they have to run for longer. The house is heated for more hours, so it loses more heat through the walls overall, so the total seasonal heat demand increases. This could be implemented with a simple scaling factor if deemed significant."]
[null,null,null,{"$f":"Model!$G$1800","v":"ShrMax.nDHN."},"Maximum shares for each heating technology may be redundant as this should be defined by level four ambition."]
[]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$3334), Model!$B$3334)","v":"Buildings-Non-Heat module "},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Defines the energy consumption required to satisfy demands for cooking, appliances, lighting and cooling."]
[null,null,null,"Covers energy and emissions from all non-heat demands/processes in domestic and non-domestic buildings."]
[]
[null,null,"Influences"]
[null,null,null,"Fuel demands"]
[null,null,"Influenced by"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[null,null,null,null,"The fuel source of gas cooking is directly controlled by the share of the gas grid converted to H2 and the proportion of input fuel assumed to be bio methane."]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$141), Method!$B$141)","v":"Buildings-Heat module "}]
[null,null,null,null,"Share of dwellings/non-domestic floor area with heating systems connected to the gas grid defines the share of cooking fuelled by gas."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C3369), Model!C3369)","v":"Cooking Energy and Emissions"}]
[null,null,null,"The user has no direct control over cooking. The fuels used are defined by choices made in other areas of the model."]
[null,null,null,"Service demand for cooking is a fixed model assumption."]
[null,null,null,null,"Domestic - proportional to population"]
[null,null,null,null,"Non-Domestic - proportional to floor area"]
[null,null,null,"Cooking efficiency was deemed not to have significant room for improvement and therefore has no associated Efficiency lever."]
[null,null,null,"Processes represented"]
[null,null,null,null,"Gas Stove "]
[null,null,null,null,"Electric Stove "]
[null,null,null,"The share of domestic cooking fuelled by gas is assumed to follow the trend set for dwellings with heating systems connected to the gas grid."]
[null,null,null,null,"Unlikely a gas network connection to a building would be maintained purely to supply fuel for cooking (much smaller demand than heat)."]
[null,null,null,null,"Unlikely that gas would be supplied via canisters. "]
[null,null,null,null,"Calculated by multiplying the base year share of cooking supplied by gas by the index change of gas based heating systems compared to the base year (gas boilers and hybrids in the current year divided by gas boilers and hybrids in the base year)."]
[null,null,null,null," i.e. if the number of gas based heating systems halves it is assumed that the number of gas based cooking systems does as well."]
[null,null,null,"The fuel source of gas cooking is directly controlled by the share of the gas grid converted to H2 and the proportion of input fuel assumed to be bio methane."]
[null,null,null,"Greenhouse gas (GHG) and air quality (AQ) emissions are defined based on fuel combustion."]
[null,null,null,"Cost of H2 conversion represents the cost of replacing the burners on a gas stove. The cost of replacing the building pipework is included in the cost of converting the buildings heating system to H2."]
[null,null,null,null,"Number of dwellings/amount of floor area converted to H2 cooking in the period calculated as the number of gas based cooking systems multiplied by the increase in the hydrogen share of the gas grid. "]
[null,null,null,null,"This implies that conversions only occur when the share of the gas grid converted to hydrogen increases and that any increase in the number of gas cooking systems are new installations not requiring conversion costs."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C3458), Model!C3458)","v":"Lighting & Appliance Energy and Emissions"}]
[null,null,null,"Lighting and appliances are modelled separately but with a consistent methodology."]
[null,null,null,"User Controls"]
[null,null,null,null,"Energy service demand per unit (behaviour)"]
[null,null,null,null,"Energy intensity of delivering demand (efficiency)"]
[null,null,null,"Energy service demand"]
[null,null,null,null,"It is difficult to quantify demand in terms of light supplied or appliance service provided in a measurable way."]
[null,null,null,null,"Instead lighting and appliance service demands are defined in terms of the electricity required to deliver the service."]
[null,null,null,null,"Domestic demands assumed to grow in line with population. This is consistent with BEIS modelling which uses the number of households which is projected to be proportional to population for which there are better forecasts."]
[null,null,null,null,"Non-Domestic demand is assumed to grow in line with floor area."]
[null,null,null,null,"The user controls an index for the energy demand per person/unit floor area relative to the base year (assuming efficiency is constant)."]
[null,null,null,null,"e.g. behaviour change so that each person demands 20% less light is represented as a 20% reduction in the energy demand to supply that light."]
[null,null,null,"Energy efficiency"]
[null,null,null,null,"Efficiency improvements are represented using an energy intensity index relative to the base year. "]
[null,null,null,null,"This is instead of modelling individual technologies with different efficiency ratings, which was deemed too detailed for this model."]
[null,null,null,"Electricity demand to supply service demand"]
[null,null,null,null,"Energy demand per person/unit floor area = base year demand per unit * service demand index (behaviour) * energy intensity index (efficiency improvements)."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C3639), Model!C3639)","v":"Cooling Energy and Emissions"}]
[null,null,null,"User Controls"]
[null,null,null,null,"Energy service demand (behaviour)"]
[null,null,null,null,null,"Domestic - Share of dwellings with air conditioning"]
[null,null,null,null,null,"Non-Domestic - index of demand per unit of floor area compared to the base year"]
[null,null,null,null,"Energy intensity of delivering demand (efficiency)"]
[null,null,null,"Energy service demand"]
[null,null,null,null,"Domestic"]
[null,null,null,null,null,"The user controls the share of dwellings assumed to have air conditioning installed."]
[null,null,null,null,null,"Higher ambition results in a lower fraction requiring cooling."]
[null,null,null,null,null,"Cooling demand (energy of heat extracted) for the average dwelling with air conditioning installed is fixed."]
[null,null,null,null,null,"Total service demand for domestic cooling = base year cooling demand per dwelling * number of dwellings * fraction of dwellings that have air conditioning."]
[null,null,null,null,"Non-Domestic"]
[null,null,null,null,null,"The user controls an index for cooling demand required per unit of floor area relative to the base year."]
[null,null,null,null,null,"Total service demand for non-domestic cooling = demand per unit floor area * non-domestic floor area."]
[null,null,null,"Energy efficiency"]
[null,null,null,null,"Efficiency improvements are represented using an energy intensity index relative to the base year. "]
[null,null,null,null,"This is instead of modelling individual technologies with different efficiency ratings, which was deemed too detailed for this model."]
[null,null,null,"Energy balance calculated based on the energy service demand and the energy intensity"]
[null,null,null,"Emissions"]
[null,null,null,null,"F gas emissions from non-domestic air conditioning are assumed to follow a trend for overall non-domestic f gas emissions (exogenous to the model) and be proportional to the demand per unit floor area."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C3741), Model!C3741)","v":"Infrastructure Capacity"}]
[null,null,null,"Lifetime of lighting and appliances set to one, as the cost represents the annual cost of the technology."]
[null,null,null,"This was done as the real world lifetime varies drastically between different types of lighting and appliances."]
[null,null,null,"New Capacity installed and total capacity - calculated using the standard method for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C3807), Model!C3807)","v":"Costs"}]
[null,null,null,"Costs are associated with energy efficiency improvements in two ways"]
[null,null,null,null,"Increased capital cost - representing a permanent increase in the cost of a technology due to more expensive manufacturing or materials."]
[null,null,null,null,"Learning and Development (L&D) costs - representing L&D and one off changes in manufacturing process passed on via the capital cost of the product over a limited period."]
[null,null,null,null,null,"It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over."]
[null,null,null,null,"Both types of cost have specific values assigned for each level of ambition (1-4) for the energy efficiency lever. Intermediate settings of the lever will have costs interpolated between these four fixed points."]
[null,null,null,"Costs calculated using the standard methodology for the model"]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,null,"Costs included"]
[null,null,null,null,"Capital costs"]
[null,null,null,null,"Operation & Maintenance Costs"]
[null,null,null,null,"Learning & Development Costs - investment associated with Energy Efficiency improvements applied via Capital costs"]
[]
[]
[null,null,"Considerations"]
[null,null,null,"Do we need to represent oil based cooking in the non-domestic sector? This has a significant share in ECUK but is currently ignored."]
[null,null,null,"We need to devise an approach for HFC emissions from refrigeration and aerosols. Should this sit within appliances or have a dedicated technology?"]
[null,null,null,"HVAC (Heating, Ventilation and Air Conditioning) has not been represented."]
[null,null,null,"Heat Pumps can only be used for heating and not cooling. Could be improved by assuming if heat pumps are deployed for heating they are also used for cooling and therefore it is not required to install cooling in that fraction of buildings?"]
[null,null,null,"Incidental heat gain reductions from improved efficiency have been ignored."]
[null,null,null,null,"A possible impact of the improved energy efficiency of lighting and appliances will be reducing the amount of incidental gains and therefore increase the demand for space heating."]
[null,null,null,null,"This could be as high as a third of the energy saved through energy efficiency improvements in lighting being required as additional space heat because of reduced incidental gains."]
[null,null,null,null,"Are incidental gains in buildings substantial enough that we should look to represent the link between improved energy efficiency and reduced incidental gains resulting in higher heat demand?"]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$4444), Model!$B$4444)","v":"Network Heat Source module "},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Defines the technology mix for satisfying the demand for network heat."]
[null,null,null,"The module calculates the overall demand for network heat production, the energy balance of transformations, the emissions and the costs associated with the capacity required for the energy transformations."]
[null,null,null,"Heat losses, capacity and cost of transfer through distribution pipes are captured within the buildings heat module."]
[]
[null,null,"Influences"]
[null,null,null,"Fuel demands"]
[null,null,"Influenced by"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$141), Method!$B$141)","v":"Buildings-Heat module "}]
[null,null,null,null,"The level of district heat selected directly defines the amount of network heat that needs to be produced."]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[null,null,null,null,"The fuel source of Gas CHP (Combined Heat and Power) is directly controlled by the share of the gas grid converted to H2 and the proportion of input fuel assumed to be bio methane."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$4464), Model!$C$4464)","v":"Deployment Profile"}]
[null,null,null,"Heat required for district heat networks"]
[null,null,null,null,"Demand for network heat is calculated within the buildings heat module."]
[null,null,null,null,"District heat network pipe costs and transmission losses are assumed to be captured in the supply technologies in the buildings heat module."]
[null,null,null,"Network heat sources available"]
[null,null,null,null,"Automatically prioritised to the limit of constraints"]
[null,null,null,null,null,"Waste Heat Offtake from Power "]
[null,null,null,null,"Lever controlled technologies"]
[null,null,null,null,null,"Heat Pump Water Source "]
[null,null,null,null,null,"Heat Pump Ground Source "]
[null,null,null,null,null,"Biomass CHP "]
[null,null,null,null,"Slack"]
[null,null,null,null,null,"Gas CHP "]
[null,null,null,"Methodology"]
[null,null,null,null,"The emissions intensity of deploying district heat depends heavily on the user selections in this module and the gas grid source module. "]
[null,null,null,null,"In reality heat networks will usually use a variety of heat sources."]
[null,null,null,null,"User lever selections define an activity profile for the heat delivered by each source."]
[null,null,null,null,"Where these activity profiles would result in supplying more heat than is required to satisfy demand, activity and capacity is curtailed based on a pre defined priority order (to avoid unnecessary energy usage and cost)."]
[null,null,null,null,"Waste heat"]
[null,null,null,null,null,"One of the major benefits of heat networks is the potential to use cheap heat sources such as waste heat. The most economic heat networks would be designed around such a source of base heat load."]
[null,null,null,null,null,"Waste heat refers to the by-products of industry and electricity generation. It is assumed to be deployed in preference to the lever controlled sources."]
[null,null,null,null,null,"Deployment is constrained by 3 factors, "]
[null,null,null,null,null,null,"i. Maximum total heat output - the amount of waste heat that can be deployed in a certain time period - represents the locational and temporal constraints of its utilisation"]
[null,null,null,null,null,null,"ii. Maximum share of the overall demand it can accommodate - represents temporal alignment between the heat demand and electricity supply profile and reliability of supply."]
[null,null,null,null,null,null,"iii. It is assumed not to be able to replace the base year district heat capacity"]
[null,null,null,null,"Heat Pumps are assumed to be prioritised second for supplying district heat. If the amount of heat from all network heat pumps exceeds the remaining demand it is assumed that water and ground source heat pumps are weighted according to the desired lever activity."]
[null,null,null,null,"Biomass CHP is assumed to be prioritised third for supplying network heat."]
[null,null,null,null,"Any remaining demand is satisfied by the slack technology Gas CHP."]
[]
[null,null,null,"Note:","The model does not represent the link between waste heat availability for network heat and the potential waste heat supply from thermal power generation."]
[null,null,null,null,"This link was neglected to avoid a calculation circularity and because of this estimates of waste heat availability should be set conservatively."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$4532), Model!$C$4532)","v":"Energy"}]
[null,null,null,"Energy balance for each heat production technology calculated based on the total heat delivered and an average annual efficiency."]
[null,null,null,"The fuel source of Gas CHP is directly controlled by the share of the gas grid converted to H2 and the proportion of input fuel assumed to be bio methane."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$4586), Model!$C$4586)","v":"Emissions"}]
[null,null,null,"Greenhouse gas (GHG) emissions are calculated based on fuel combustion."]
[null,null,null,"Air quality (AQ) emissions are calculated based on fuel combustion."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$4743), Model!$C$4743)","v":"CHP Seperation"}]
[null,null,null,"Fuel and emissions from CHP processes separated into electrical and heat components for detailed accounting."]
[null,null,null,"Separation based on the assumption used in DUKES (Digest of United Kingdom Energy Statistics)"]
[null,null,null,null,"DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” "]
[null,null,null,null,"From this principle the following formula can be derived, Fuel for electricity = 2 * Electricity output * Fuel / (2*Electricity Output +Heat Output)."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$4826), Model!$C$4826)","v":"Infrastructure Capacity"}]
[null,null,null,"Capacity required of each heat source is calculated assuming a fixed annual average load factor (fraction of maximum potential output)."]
[null,null,null,"New Capacity installed and total capacity - calculated using the standard method for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$4863), Model!$C$4863)","v":"Costs"}]
[null,null,null,"Costs calculated using the standard methodology for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,"Considerations"]
[null,null,null,"Issue -  the user may be able to create impossible solutions relying on waste heat that does not exist if there is insufficient thermal generation in the electricity mix selected. This risk would need to be mitigated by being fairly conservative with level of waste heat assumed to be available."]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$5008), Model!$B$5008)","v":"Gas Grid Source "},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Defines the share of total \"Gas\" supplied by the grid that is natural gas, bio methane and hydrogen."]
[null,null,null,"Calculates gas leaks/losses, emissions, capacity and cost of the transmission and distribution grid. "]
[]
[null,null,"Influences"]
[null,null,null,"The share of gas used that is natural gas, bio methane or hydrogen in all technologies connected to the gas grid. "]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$141), Method!$B$141)","v":"Buildings-Heat module "}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$291), Method!$B$291)","v":"Buildings-Non-Heat module "}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$392), Method!$B$392)","v":"Network Heat Source module "}]
[null,null,null,null,"Others to be added"]
[]
[null,null,null,"Fuel demands for natural gas, bio methane and hydrogen"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1386), Method!$B$1386)","v":"Hydrogen Production"}]
[null,null,"Influenced by"]
[null,null,null,"The demand for natural gas, bio methane and hydrogen in all technologies connected to the gas grid"]
[null,null,null,null,"Same modules listed above"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5017), Model!$C$5017)","v":"Deployment Profile"}]
[null,null,null,"User controls the share of total gas supplied through the grid that is hydrogen, bio methane or natural gas"]
[null,null,null,"User controlled shares"]
[null,null,null,null,"Hydrogen - represents full conversion of the gas distribution network to H2 in selected parts of the country"]
[null,null,null,null,"Bio methane - represents blending in the fraction of the gas grid that has not been converted to H2"]
[null,null,null,null,null,"Assumption is that any biogas supply process would supply bio methane that was identical to gas in the grid so there would be no limit on the level of substitution and no effect on device performance."]
[null,null,null,"Slack"]
[null,null,null,null,"Natural gas is assumed to supply the rest of total gas demand."]
[]
[null,null,null,"Note:","Ambition on H2 conversion and bio methane blending are based on shares of demand."]
[null,null,null,null,"The resulting demand for H2 and bio methane production/import is fully dependant on the total demand for gas."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5047), Model!$C$5047)","v":"Energy"}]
[null,null,null,"The gas transmission and distribution networks are represented separately."]
[null,null,null,"Gas Demand"]
[null,null,null,null,"Distribution network - Activity/output is calculated by summing over gas demand from technologies/modules connected at this level."]
[null,null,null,null,"Transmission network - Activity/output is calculated by summing over gas inputs to the distribution network and gas demand from technologies/modules connected directly at this level."]
[null,null,null,"Losses - leaks in pipes"]
[null,null,null,null,"Losses from the distribution and transmission networks are calculated for each energy vector based on a fixed pipe efficiency."]
[null,null,null,null,"It is assumed that network size and the rate of losses are proportional to the energy throughput."]
[null,null,null,"Energy Balance"]
[null,null,null,null,"Both grid technologies consume H2, bio methane and natural gas and produce grid gas and leaked emissions of H2, bio methane and natural gas."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5095), Model!$C$5095)","v":"Emissions"}]
[null,null,null,"The greenhouse gas and air quality (AQ) emissions are calculated by applying the relevant emission factors for the amount of each of the 3 vectors that has escaped into the atmosphere."]
[null,null,null,"These emissions factors are different from those associated with fuel combustion."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5226), Model!$C$5226)","v":"Infrastructure Capacity"}]
[null,null,null,"Capacity method"]
[null,null,null,null,"It is assumed that network size and the rate of losses are proportional to the energy throughput."]
[null,null,null,null,"We should assume that Grid planning and H2 conversion is done in a targeted way – areas will need to be converted on an area-by-area basis. "]
[null,null,null,null,null,"i.e. if the user switches 50% of buildings heat from gas boilers to heat pumps, we can assume that 50% of the country switches to 100% heat pumps and the other 50% remains entirely on gas."]
[null,null,null,null,null,"This is consistent with the method assuming the size of the grid is proportional to throughput."]
[null,null,null,null,"Four types of grid capacity are modelled"]
[null,null,null,null,null,"Distribution network unsuitable for H2"]
[null,null,null,null,null,"Distribution network suitable for H2"]
[null,null,null,null,null,"Transmission network for natural gas and bio methane"]
[null,null,null,null,null,"Transmission network for H2"]
[null,null,null,"Hydrogen Conversion"]
[null,null,null,null,"Hydrogen transmission, distribution and storage aren’t possible in metal pipes/containers."]
[null,null,null,null,"Converting the gas grid to deliver hydrogen is possible however there would be large changes required to all aspects of the gas grid."]
[null,null,null,null,"Distribution"]
[null,null,null,null,null,"It is assumed that the current standard of plastic gas pipes would be suitable for distributing H2 (although this is not certain as in-situ tests on the network have not yet been carried out)."]
[null,null,null,null,null,"The Iron Mains Replacement Programme is ongoing and aims to complete in 2032 by which point no more than 8% of steel pipes and 2% of iron pipes will remain (by length). These will have to be changed to plastic before full grid hydrogen conversion could be achieved."]
[null,null,null,null,"Transmission"]
[null,null,null,null,null,"An entirely new high pressure H2 transmission network will need to be built. "]
[null,null,null,null,null,"The existing natural gas transmission network would also need to be retained to move natural gas around to where you want to use it to make hydrogen. This is only true where Steam Methane Reformation (SMR) is the chosen H2 production method."]
[null,null,null,null,null,"This could mean there would be two transmission networks."]
[null,null,null,null,"In addition to the pipes there are a number of other grid components which are likely to require replacement, e.g. an estimated 25% of district governors, isolation valves, gas detectors, etc. Such costs could probably be wrapped into the cost of the “pipe” technologies."]
[null,null,null,null,"Distributed infrastructure (capacity and costs captured in each module directly)"]
[null,null,null,null,null,"“Within building”/”downstream of the meter” there would need to be significant changes. Conversion/retrofit required for"]
[null,null,null,null,null,null,"• Meters"]
[null,null,null,null,null,null,"• Boilers, cookers (hob + ovens), fires, CHP (Combine Heat and Power), industrial end-use techs, Burners (industrial only)"]
[null,null,null,null,null,null,"• Within building gas pipework - Typically the pipework in houses is copper which would need to be changed to plastic"]
[null,null,null,null,null,null,"• Etc."]
[null,null,null,null,null,"All costs would be a one off payment at the time of conversion. All end use sectors would face some cost to convert natural gas usage to H2."]
[null,null,null,null,null,"It is thought that there will be a learning curve with hydrogen boilers initially having higher costs, but that in the long run these will be the same as a natural gas boiler."]
[null,null,null,null,null,"As a simplification we can assume that H2 technologies have the same cost as natural gas at all times in the Calculator so capacity does not need to be represented separately."]
[null,null,null,"Required Capacity"]
[null,null,null,null,"Distribution"]
[null,null,null,null,null,"Total capacity required for gas distribution network. Calculated as the demand for distributed gas (Natural, bio or hydrogen) divided by the throughput of the distribution network."]
[null,null,null,null,null,"Fixed capacity profile controlling the retirement of old metal gas pipes."]
[null,null,null,null,null,null,"Defined as the maximum capacity as the user has the option to retire these pipes sooner if they select earlier hydrogen conversion of the gas grid. All new distribution pipes are assumed to be plastic pipes suitable for H2."]
[null,null,null,null,null,"Share of gas distribution pipes/network that are unsuitable for distributing H2. Calculated as the minimum of; "]
[null,null,null,null,null,null,"1) The share of the grid not supplied by H2, as by definition pipes not suitable for H2 cannot distribute it; "]
[null,null,null,null,null,null,"2) The maximum capacity of pipes not suitable for H2 (defined by their historic retirement profile) as a fraction of the total gas distribution network capacity, as by definition this is the maximum possible share; "]
[null,null,null,null,null,null,"3) The share of unsuitable pipes in the previous period multiplied by one minus the increase in gas grid H2 share since the previous period, this assumes that the unsuitable pipes are evenly distributed throughout the country and are therefore replaced proportionately to the H2 penetration increase."]
[null,null,null,null,null,"Required capacity of distribution pipes suitable for hydrogen or not is calculated based on the total required distribution capacity and Share of gas distribution pipes/network that are unsuitable for distributing H2."]
[null,null,null,null,"Transmission"]
[null,null,null,null,null,"Natural/bio gas transmission network capacity calculated as the total demand for transmitted natural/bio gas divided by the throughput of the transmission network."]
[null,null,null,null,null,"Hydrogen transmission network capacity calculated as the total demand for transmitted H2 gas divided by the throughput of the transmission network."]
[null,null,null,"New Capacity installed and total capacity - calculated using the standard method for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5264), Model!$C$5264)","v":"Costs"}]
[null,null,null,"Only the cost of the gas transmission and distribution network are captured in this module."]
[null,null,null,"Costs calculated using the standard methodology for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[]
[null,null,"Considerations"]
[null,null,null,"Would it be better to apply total levels of penetration rather than shares? In the same way that is done for the power sector? It is hard to describe the level of ambition of a share given the total is not fixed."]
[null,null,null,"Should we separate distribution and transmission efficiency? Some end uses will be connected directly at the transmission network level. Electricity generation, H2 production, etc.… "]
[null,null,null,"Need to implement an efficiency penalty for processes converted to H2."]
[null,null,null,"Do we need to make an assumption that the gas grid would not operate below a certain market share and would be decommissioned at this point? Given the lack of clear evidence around this, it was advised not to force full decommissioning."]
[]
[null,"Transport Summary",null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Options available to the user"]
[null,null,null,null,"Demand Met",null,"Control Demand",null,"Powertrains Available"]
[null,null,null,"Mode","Passenger","Freight","Demand","Modal Shift","Electric","H2","PHEV","Biofuel Substitution"]
[null,null,null,"Walking ","Y","N","Y","Y","N","N","N","N"]
[null,null,null,"Cycling ","Y","N","Y","Y","N","N","N","N"]
[null,null,null,"Car ","Y","N","Y","Y","Y","Y","Y","Y"]
[null,null,null,"Bus ","Y","N","Y","Y","Y","Y","Y","Y"]
[null,null,null,"LGV (van) ","N","Y","N","N","Y","Y","Y","Y"]
[null,null,null,"HGV _Rigid ","N","Y","N","N","Y","Y","Y","Y"]
[null,null,null,"HGV _Articulated ","N","Y","N","N","Y","Y","Y","Y"]
[null,null,null,"Train Passenger ","Y","N","Y","Y","Y","N","N","Y"]
[null,null,null,"Train Freight ","N","Y","N","N","Y","N","N","Y"]
[null,null,null,"Shipping Domestic ","N","Y","N","N","N","N","N","Y"]
[null,null,null,"Shipping International ","N","Y","N","N","N","N","N","Y"]
[null,null,null,"Aviation Domestic ","Y","Y","Y","Y","N","N","Y","Y"]
[null,null,null,"Aviation International ","Y","Y","Y","N","N","N","Y","Y"]
[null,null,null,"Non-Road Mobile Machinery ","N","N","N","N","N","N","N","Y"]
[null,null,null,null,"PHEV - Plug-in Hybrid Electric Vehicle"]
[null,null,null,null,"LGV - Light Goods Vehicle"]
[null,null,null,null,"HGV - Heavy Goods Vehicle"]
[]
[null,null,null,null,"Each of these modes has different technological characteristics and therefore a different potential for the use of the various energy vectors controlled by the levers. This is captured in the relevant ambition level assumptions."]
[null,null,null,"Non plug in hybrid vehicles"]
[null,null,null,null,"Non plug in hybrid vehicles are not modelled explicitly."]
[null,null,null,null,"In terms of consumer experience and infrastructure requirements they are no different from conventional internal combustion engine vehicles."]
[null,null,null,null,"In this model it is assumed that deployment of non plug in hybrid vehicles is fixed and included within the specified efficiency and cost trajectories for internal combustion engine vehicles."]
[]
[]
[null,null,null,null,"The user can also control the share of biofuel contained in liquid fuel. Liquid fuel is consumed by plug-in hybrids and ICEs (Internal Combustion Engines). "]
[]
[]
[]
[null,null,null,"Refuelling Infrastructure Coverage"]
[null,null,null,null,"Only road transport refuelling infrastructure is represented in the model"]
[null,null,null,null,null,"Given there will be far fewer refuelling points for non-road vehicles, capturing costs associated with replacement were deemed less significant and as such have been ignored in this model"]
[null,null,null,null,"Three types of refuelling infrastructure are represented"]
[null,null,null,null,null,"Electric Refuelling Infrastructure - required by EVs (electric vehicles) and PHEVs"]
[null,null,null,null,null,"Hydrogen Refuelling Infrastructure - required by H2 vehicles"]
[null,null,null,null,null,"Internal Combustion Engine Refuelling Infrastructure - required by ICE and PHEVs"]
[null,null,null,null,"Three different forms of infrastructure are represented based on vehicle size and duty cycles"]
[null,null,null,null,null,"Light Duty Vehicles - Cars, vans and rigid HGVs will be refuelled at the same refuelling stations"]
[null,null,null,null,null,"HGV Articulated - Articulated HGVs will generally be refuelled at a depot (or via dynamic charging)"]
[null,null,null,null,null,"Bus - Buses and coaches will generally be refuelled at a bus depot"]
[]
[]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$5385), Model!$B$5385)","v":"Transport Demand"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Calculate the vehicle distance travelled by each transport mode."]
[null,null,null,"Decarbonisation can be achieved through travel demand reduction, modal shifting for domestic passenger travel and increased occupancy rates of cars."]
[null,null,"Influences"]
[null,null,null,"Demands for each transport mode"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$691), Method!$B$691)","v":"Transport (Excluding Aviation)"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$802), Method!$B$802)","v":"Transport Aviation"}]
[null,null,"Influenced by"]
[null,null,null,"Nothing"]
[]
[null,null,"User Controls"]
[null,null,null,"Levers","Sub Levers"]
[null,null,null,"Domestic Transport Behaviour"]
[null,null,null,null,"Domestic Travel Demand"]
[null,null,null,null,"Modal Shifts (individual levers defining the share of passenger travel demand for each mode)"]
[null,null,null,null,"Occupancy"]
[null,null,null,"International Aviation Demand"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5481), Model!$C$5481)","v":"Domestic Passenger Travel Demand"}]
[null,null,null,"Passenger distance travelled by mode"]
[null,null,null,null,"Calculated in two stages"]
[null,null,null,null,1,"Total average transport demand per person is set by the first sub lever. This is multiplied by the population to give the total domestic transport demand"]
[null,null,null,null,2,"Share of total demand met by each domestic transport mode is set by the modal shift sub leavers"]
[null,null,null,null,"Passenger distance travelled by each mode is calculated by multiplying the total domestic transport demand by the share of total demand met by the mode."]
[null,null,null,null,"Note: "]
[null,null,null,null,null,"The model only takes into account the energy saving of using alternative forms of transport and doesn’t take into account any of the addition benefits "]
[null,null,null,null,null,"e.g. health benefits from walking or any of the potential costs.  "]
[null,null,null,null,null,"The problem with this is that care will need to be taken so that walking and cycling don’t just always get recommended.  A possible improvement to the model in the future would be the introduction of costs and benefits for each modal shift. However we are unlikely to be able to source reasonable data for this."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5588), Model!$C$5588)","v":"International Aviation Travel Demand"}]
[null,null,null,"Passenger distance travelled"]
[null,null,null,null,"International Aviation Demand lever directly controls the service demand for passenger distance travelled per person."]
[null,null,null,null,"Total international aviation demand is calculated by multiplying the passenger distance travelled per person by the population."]
[null,null,null,null,"No modal shifting - international aviation is the only mode able to meet international travel demand."]
[null,null,null,null,"Note: "]
[null,null,null,null,null,"Only distance travelled by passengers leaving the UK is considered (this is done in order to share trips with destination countries)"]
[null,null,null,null,null,"The proportion of passengers on domestic flights that are flying to a hub airport to make a connection onto a foreign destination is only approximately 3%."]
[null,null,null,null,null,"Because the fraction of domestic air travel linked to international air travel demand is so low it seems reasonable for the two transport levers to be completely independent."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5614), Model!$C$5614)","v":"Freight Travel Demand"}]
[null,null,null,"Freight distance travelled"]
[null,null,null,null,"The level of demand from each freight mode is set to a fixed profile."]
[null,null,null,null,"No options for shifting demand between freight modes are represented in the model."]
[null,null,null,null,null,"It is assumed that there was little scope for modal shifts for freight. This is due to the fact that freight often has definite timescales for delivery and changing the transport method would make it difficult to still meet that deadline."]
[null,null,null,null,"Note: ","This model does not attempt to reflect the impact of the international trade in energy resources on international shipping demand."]
[null,null,null,null,null,"This is a limitation but was deemed  a suitable simplification for the initial release.  Implementation of this relationship could be added at a later date."]
[null,null,null,"Vehicle distance travelled"]
[null,null,null,null,"The following modes have demand specified in terms of vehicle distance travelled"]
[null,null,null,null,null,"LGV"]
[null,null,null,null,null,"HGV Rigid"]
[null,null,null,null,null,"HGV Articulated"]
[null,null,null,null,"Note: ","The overall amount of freight demand could change dramatically if there is a structural break in the economy for consumer goods. E.g. a rapid expansion in 3D printing. This would be an interesting extension to the model but would be difficult to parameterise across the system."]
[null,null,null,null,null,"There are currently no user controls in the model to explore this."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5645), Model!$C$5645)","v":"Vehicle Distance Travel Demand"}]
[null,null,null,"Passenger Vehicles"]
[null,null,null,null,"The passenger distance travelled is converted to vehicle distance travelled by dividing by the occupancy rate (passengers/vehicle) of the mode."]
[null,null,null,null,"Occupancy rates controlled by sub levers"]
[null,null,null,null,null,"Cars - Allows for the inclusion of effects such as car sharing"]
[null,null,null,null,"Fixed occupancy rates"]
[null,null,null,null,null,"Walking"]
[null,null,null,null,null,"Cycling"]
[null,null,null,null,null,"Bus"]
[null,null,null,null,null,"Train"]
[null,null,null,null,null,"Aviation"]
[null,null,null,"Freight Vehicles"]
[null,null,null,null,"The freight distance travelled is converted to vehicle distance travelled by dividing by the occupancy rate (mass/vehicle) of the mode."]
[null,null,null,null,"All freight modes are assumed to have fixed occupancy rates."]
[null,null,null,"Aviation"]
[null,null,null,null,"Passenger and freight aviation demands are combined to give a single vehicle distance travelled for aviation."]
[null,null,null,null,"Total plane distance travelled calculated by adding the passenger distance travelled divided by the passenger occupancy rate and the freight distance travelled divided by the freight occupancy rate."]
[null,null,null,null,"Note: "]
[null,null,null,null,null,"CAA data suggests that higher demand increases load factors, plane size and the number of Air Transport movements. Load factors and plane size will always be driven by profit maximisation so this effect should be automated within the demand calculation rather than applied within the scope of the energy efficiency lever.\n"]
[null,null,null,null,null,"Although, whilst on the one hand higher demand means higher load factors and larger planes, on the other hand, higher demand increases traffic at smaller airports as well and these tend to use smaller planes. According to DfT modelling the two impacts effectively cancel out. \n"]
[null,null,null,null,null,"As a result in DfT’s aviation modelling the relationship between passenger demand and emissions/fuel consumption is virtually linear. "]
[null,null,null,null,null,"This suggests that in the Calculator it is appropriate to assume that the average occupancy of planes is constant and therefore there is a linear relationship between the passenger distance (service demand), vehicle distance (dictating emissions/fuel use) and the number of planes."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5695), Model!$C$5695)","v":"Non Road Mobile Machinery Demand"}]
[null,null,null,null,"Activity of Non Road Mobile Machinery is set to a fixed profile."]
[]
[null,null,"Considerations"]
[null,null,null,"Should there be a maximum limit on the amount of international aviation demand to reflect airport capacity? Currently it will continue to grow with population."]
[null,null,null,"Should occupancy rates of other transport modes be controlled by sub levers (e.g. bus, train)?"]
[null,null,null,"Units should be defined for Non Road Mobile Machinery."]
[]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$5697), Model!$B$5697)","v":"Transport (Excluding Aviation)"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Calculate share of demand met by each powertrain (vehicle type), energy consumption, emissions, capacity and cost of all transport modes (other than aviation) and road transport refuelling infrastructure."]
[null,null,null,"Decarbonisation can be achieved through the use of biofuels, hydrogen, electrification and hybridisation."]
[null,null,"Influences"]
[null,null,null,"Fuel demands for electricity, bioenergy, hydrogen, fossil fuels"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1386), Method!$B$1386)","v":"Hydrogen Production"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[null,null,"Influenced by"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$606), Method!$B$606)","v":"Transport Demand"}]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$5815), Model!$C$5815)","v":"Deployment Profile"}]
[null,null,null,"Share of mode distance travelled met by each powertrain"]
[null,null,null,null,"For each mode, the share of distance travelled met by each powertrain is calculated in two steps."]
[null,null,null,null,"1) User selected share"]
[null,null,null,null,"User specified share profiles are calculated from the lever selections."]
[null,null,null,null,"It is assumed that the share of distance travelled will remain constant at the level in the base year until the lever start date."]
[null,null,null,null,"2) Applied share based on priority order"]
[null,null,null,null,"User specified shares are adjusted (if required) based on the following priority order"]
[null,null,null,null,"1 - ","Electric vehicles are first in the priority order so the user specified share profile is applied directly."]
[null,null,null,null,"2 - ","Hydrogen vehicles are second in the priority order. The share applied is the lesser of the user specified share and the share remaining after electric vehicles have been deployed."]
[null,null,null,null,"3 - ","PHEVs (plug in hybrid electric vehicles) are third in the priority order. The share applied is the lesser of the user specified share and the share remaining after electric and hydrogen vehicles have been deployed."]
[null,null,null,null,"Slack - ","ICEs (Internal Combustion Engines) are the slack technology that meet the remainder of demand after electric, hydrogen and PHEVs have been deployed."]
[null,null,null,null,"This priority order will only influence the user selected share profiles where the total shares requested would otherwise exceed 100%."]
[null,null,null,null,"The priority order is designed so that PHEVs can act as a transitional technology. High PHEV share in early years can be displaced by high shares of zero emissions vehicles in later years."]
[]
[null,null,null,"Distance travelled by each vehicle type"]
[null,null,null,null,"Calculated by multiplying the distance travelled for the mode by the share of the mode using this engine type."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$6064), Model!$C$6064)","v":"Bio Fuel Shares"}]
[null,null,null,"Bio fuel Share of liquid fuel input by mode"]
[null,null,null,null,"The biofuel share of liquid fuel consumed in each transport mode is calculated based on the user's lever selections."]
[null,null,null,null,"It is assumed that the share of bio fuel will remain constant at the level in the base year until the lever start date."]
[null,null,null,null,"It is assumed that there are no vehicle costs incurred or efficiency changes resulting from biofuel substitution."]
[null,null,null,null,null,"The assumption is that vehicles could run on up to 100% biofuels if engines were designed to run at that level of biofuel usage. Given the time horizons under consideration it can be assumed that this would happen at no additional cost. "]
[null,null,null,null,null,"In reality engines running on biofuels may have slightly lower efficiencies but the difference is probably small enough to ignore."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$6170), Model!$C$6170)","v":"Energy - Vehicles"}]
[null,null,null,"Energy balance calculated to define the fuel input requirements for each vehicle type."]
[null,null,null,null,"Energy intensity profiles are specified for each input fuel for each vehicle type in the form energy per unit distance."]
[null,null,null,null,null,"The energy intensity of the different vehicles follows a predetermined profile unaffected by lever selections."]
[null,null,null,null,"Energy consumption is calculated by multiplying the vehicle distance travelled by the energy intensity."]
[null,null,null,null,"The biofuel share for the mode is applied directly to specify the fraction of liquid fuel input to ICE and PHEVs that is bio fuel. The fossil fuel (oil product) share is calculated as one minus the biofuel share."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$6348), Model!$C$6348)","v":"Energy - Fuelling Infrastructure"}]
[null,null,null,"Output from refuelling infrastructure"]
[null,null,null,null,"Fuel output from each variety of refuelling infrastructure is calculated by summing the energy balances of the appropriate fuels and modes."]
[null,null,null,"Infrastructure energy requirements"]
[null,null,null,null,"Energy consumption per unit of fuel delivered by the refuelling infrastructure is specified."]
[null,null,null,null,"The net energy balance for each refuelling process is calculated as the fuel delivered to vehicles multiplied by energy consumption per unit of fuel delivered."]
[null,null,null,null,null,"H2 refuelling infrastructure also consumes electricity to compress and pump hydrogen into the vehicle. The amount of electricity consumed is expressed as a fraction of the hydrogen consumed."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$6392), Model!$C$6392)","v":"Emissions - Vehicles"}]
[null,null,null,"Greenhouse Gas Emissions"]
[null,null,null,null,"Calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed."]
[null,null,null,"Air Quality (AQ) Emissions"]
[null,null,null,null,"AQ emissions are set based on the distance travelled by a vehicle type rather than the  fuel consumed."]
[null,null,null,null,null,"DfT advised that AQ pollutant emissions are linked to the distance travelled by a certain type of vehicle not directly to the amount of fuel consumed. "]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$7230), Model!$C$7230)","v":"Infrastructure Capacity"}]
[null,null,null,"Number of vehicles required"]
[null,null,null,null,"The number of vehicles required to meet the demand for each transport mode is calculated at the mode level."]
[null,null,null,null,"Vehicles other than cars"]
[null,null,null,null,null,"Calculated by dividing the total distance travelled by the mode by the range/mileage of the average vehicle. "]
[null,null,null,null,null,"Assumes that the average range of a vehicle is constant (base year level) meaning changes in the total demand for travel represent more/less vehicles."]
[null,null,null,null,"Cars"]
[null,null,null,null,null,"Coefficient defines the driver for the number of cars. Range 0 - 1. "]
[null,null,null,null,null,null,"Setting to 1 assumes that the number of cars is calculated as the distance travelled by car divided by the average range of a vehicle. i.e. changes in the total demand for car travel represent more/less people owning cars. "]
[null,null,null,null,null,null,"Setting to 0 assumes that the number of vehicles is independent of the distance travelled but is a function of the population instead (average range is ignored). i.e. the same number of people have cars but are assumed to use them more/less."]
[null,null,null,null,null,null,"Setting to any value in between calculates a weighted average of the two methods."]
[null,null,null,null,null,"Average range/mileage of a car (ignored if coefficient is set to 0)"]
[null,null,null,null,null,null,"User selected profile for the average range of a vehicle calculated based on the user's selections for the “car own or hire” lever."]
[null,null,null,null,null,null,"One option in the future is hiring cars from a company or government scheme, or as an informal arrangements among households or neighbours, allowing people to drive similar distances as today, but using a fleet of shared vehicles. "]
[null,null,null,null,null,null,"Hiring a vehicle or car-sharing would decrease the stock of cars needed, (and the associated manufacturing energy demand) and emissions impacts. Signs of these trends are already emerging and some schemes have already achieved success in city areas."]
[null,null,null,null,null,null,"An additional step could be self-driving or autonomous vehicles, which is a technology that could radically change the way we travel. "]
[null,null,null,null,null,null,"They could offer all of the conveniences of taxis as well as maximizing the use time and road space, so if the cost becomes comparable or cheaper than owning a car, it could drastically decrease car ownership. It could also have the potential to work in rural areas where lower population density may make car hire schemes less popular."]
[null,null,null,null,null,null,"The “car own or hire” lever does not impact upon the amount of car travel that takes place or the occupancy of the average car. Rather, this lever allows the user to simulate the effect of increased car hire."]
[null,null,null,null,null,null,"In reality a shift to autonomous vehicles would somewhat reduce the average occupancy of cars as there would no longer need to be a driver in the car when 'giving a lift'. For simplicity this effect is ignored here as the demand for passenger travel would also decrease by removing the driver from such trips."]
[null,null,null,null,null,null,"This lever has a significant impact on total energy system costs. If we move towards more car hire, then we do not have to buy as many cars."]
[null,null,null,null,null,null,"There are currently no learning and development or capital costs associated with the “car own or hire” lever. So any cost of operating vehicle hire schemes or deploying autonomous vehicles are ignored."]
[null,null,null,null,"The number of vehicles with each powertrain"]
[null,null,null,null,null,"Calculated by multiplying the total number of vehicles required for the mode by the share of demand met by this vehicle type. Assumes that each vehicle type has the same average range."]
[null,null,null,"Refuelling Infrastructure required"]
[null,null,null,null,"Electric Vehicle charge points - assumed there is a fixed number of charge points required per vehicle"]
[null,null,null,null,null,"Total number of electric charge points calculated by summing, vehicles required multiplied by the charge points required per vehicle, over each transport mode for electric and plug in hybrid electric vehicles."]
[null,null,null,null,null,"Assumes that capacity is directly proportional to the number of vehicles, irrespective of their efficiency."]
[null,null,null,null,"H2 and ICE pumps - Assumed that the amount of capacity per unit of fuel delivered is fixed"]
[null,null,null,null,null,"Units of refuelling infrastructure calculated as the total fuel delivered  multiplied by the required capacity per unit of energy."]
[null,null,null,null,null,"Assumes that capacity is directly proportional to the fuel requirement, i.e., doubling the efficiency means the number of pumps halves."]
[null,null,null,null,"Note: "]
[null,null,null,null,null,"There has been some debate on the best method to represent the deployment of refuelling infrastructure for new low carbon engines.  "]
[null,null,null,null,null,"There are a number of limitations in assuming that infrastructure and vehicle deployment follow a linear relationship."]
[null,null,null,null,null,"In the early years this would give a bad approximation because there would need to be a certain level of infrastructure deployment before people would use the technology. "]
[null,null,null,null,null,"However in later years, when there is high penetration, this approximation would be defensible.  "]
[null,null,null,null,null,"Given the strategic and long term nature of the model, it is deemed that this simple approach is sufficient."]
[null,null,null,"New Capacity installed and total capacity - calculated using the standard method for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$7506), Model!$C$7506)","v":"Costs"}]
[null,null,null,"Costs calculated using the standard methodology for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,null,"Costs included"]
[null,null,null,null,"Capital costs"]
[null,null,null,null,"Operation & Maintenance Costs"]
[null,null,null,"Refuelling infrastructure costs"]
[null,null,null,null,"Incorporate the cost of H2 distribution within the costs H2 refuelling infrastructure. "]
[]
[null,null,"Considerations"]
[null,null,null,{"$f":"Model!$G$7275","v":"CapUnitCoef.carALL.dDVh."},"Car capacity calculation based on setting a coefficient to decide if the total number of vehicles is based on demand for car travel or the population. It may be hard to source data for this."]
[null,null,null,null,"Only road transport refuelling infrastructure is modelled."]
[null,null,null,null,{"$f":"G767","v":"There are currently no learning and development or capital costs associated with the “car own or hire” lever. So any cost of operating vehicle hire schemes or deploying autonomous vehicles are ignored."}]
[null,null,null,{"$f":"Model!$D$5998","v":"Applied Share of activity by Engine type"},"Should hydrogen vehicles be moved above electric vehicles in the priority order? In the case of heavy vehicles, it is impossible to deploy H2 in Articulated HGVs and busses and increase rail electrification as Electric HGVs and busses will be prioritised over H2 when the lever is pulled."]
[null,null,null,null,null,"Also given electrification of vehicles is happening now it may be more likely that you would see short term electrification followed by long term H2 than the other way around."]
[]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$8419), Model!$B$8419)","v":"Transport Aviation"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Calculate energy intensity improvements, share of demand met by each plane type, energy consumption, emissions, capacity and costs."]
[null,null,null,"Domestic and international aviation have separate accounting."]
[null,null,null,"Aviation for both passenger and freight transport demand are considered."]
[null,null,null,"Decarbonisation can be achieved through the use of biofuels, electrification/hybridisation and efficiency improvements to aircraft and operations."]
[null,null,"Influences"]
[null,null,null,"Fuel demands for electricity, bioenergy, fossil fuels"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[null,null,"Influenced by"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$606), Method!$B$606)","v":"Transport Demand"}]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8432), Model!$C$8432)","v":"Energy Intensity Ambition"}]
[null,null,null,"Some of the mitigation options for reducing the energy intensity of air travel are:"]
[null,null,null,null,"Occupancy - Plane size and load factor"]
[null,null,null,null,null,"Captured in demand calculation and assumed to be fixed"]
[null,null,null,null,"Vehicle Properties - Engine efficiency, lightweight planes (retrofit seats), changes to the aerodynamic properties, retrofitting airframes to make planes more aerodynamic, R&D spend (resulting in improvements)"]
[null,null,null,null,null,"Require new planes or retrofits to existing planes"]
[null,null,null,null,"Vehicle Operation - Efficiency of the routing between airports and air traffic control"]
[null,null,null,null,null,"Require no physical changes to the plane fleet"]
[null,null,null,"The energy intensity lever should be assumed to control the actions on vehicle properties and operation."]
[null,null,null,"The energy intensity lever defines an energy intensity index which represents the change in the amount of input fuel required to deliver each unit of vehicle distance travelled relative to the base year."]
[null,null,null,"This index is applied to all plan types."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8463), Model!$C$8463)","v":"Deployment Profile"}]
[null,null,null,"The hybrid plane lever controls the share of vehicle distance travelled which is satisfied by hybrid planes."]
[null,null,null,"Distance travelled by each engine type calculated by multiplying the distance travelled by the mode by the share of the mode using this engine type."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8499), Model!$C$8499)","v":"Bio Fuel Shares"}]
[null,null,null,"The biofuel share of liquid fuel consumed is calculated based on the user's lever selections."]
[null,null,null,"It is assumed that the share of bio fuel will remain constant at the level in the base year until the lever start date."]
[null,null,null,"It is assumed that there are no vehicle costs incurred or efficiency changes resulting from biofuel substitution."]
[null,null,null,null,"The potential for using biofuels in aviation could be significant although there will be competition for resource with other sectors (captured within a whole system model). "]
[null,null,null,null,"In DfT analysis it is assumed that biofuels can be used directly in normal aircraft engines."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8525), Model!$C$8525)","v":"Energy"}]
[null,null,null,"Energy balance calculated to define the fuel input requirements for each vehicle type."]
[null,null,null,null,"Energy intensity is specified in the base year for each input fuel for each vehicle type in the form energy per unit distance."]
[null,null,null,null,"Energy intensity profiles are calculated by multiplying the base year profile by the energy intensity index."]
[null,null,null,null,null,"Thus, higher ambition in the energy intensity lever results in lower energy intensities and therefore lower fuel demands."]
[null,null,null,null,"Energy consumption is calculated by multiplying the vehicle distance travelled by the energy intensity."]
[null,null,null,null,"The biofuel share for the mode is applied directly to specify the fraction of liquid fuel input to ICEs (Internal Combustion Engines) and PHEVs (plug in hybrid electric vehicles) that is bio fuel. The fossil fuel (oil product) share is calculated as one minus the biofuel share."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8571), Model!$C$8571)","v":"Emissions"}]
[null,null,null,"Greenhouse Gas Emissions"]
[null,null,null,null,"Calculated by summing fuel input multiplied by the emissions factor, for each fuel consumed."]
[null,null,null,"Air Quality (AQ) Emissions"]
[null,null,null,null,"AQ emissions are set based on the distance travelled by a vehicle type rather than the  fuel consumed."]
[null,null,null,null,null,"DfT advised that AQ pollutant emissions are linked to the distance travelled by a certain type of vehicle not directly to the amount of fuel consumed. "]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8682), Model!$C$8682)","v":"Infrastructure Capacity"}]
[null,null,null,"Number of vehicles required"]
[null,null,null,null,"The number of planes required to meet the demand for aviation"]
[null,null,null,null,null,"Calculated by dividing the total distance travelled by the mode by the range/mileage of the average vehicle. "]
[null,null,null,null,null,"Assumes that the average range of a vehicle is constant (base year level) meaning changes in the total demand for travel represent more/less vehicles."]
[null,null,null,null,"The number of vehicles with each powertrain"]
[null,null,null,null,null,"Calculated by multiplying the total number of vehicles required for the mode by the share of demand met by this vehicle type. Assumes that each vehicle type has the same average range."]
[null,null,null,"New Capacity installed and total capacity - calculated using the standard method for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8717), Model!$C$8717)","v":"Costs"}]
[null,null,null,"Costs calculated using the standard methodology for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,null,"Cost of Energy Efficiency improvements"]
[null,null,null,null,"Each energy efficiency ambition level has an associated total cost to achieve it."]
[null,null,null,null,"It is assumed that the Learning and Development (L&D) investment is spread evenly over the time period the energy efficiency improvement is made/enforced over. "]
[null,null,null,null,"It is assumed that it is spread evenly over each engine type based on the fraction of total capacity in each year."]
[null,null,null,null,"Note: "]
[null,null,null,null,null,"It is a gross simplification to assume that the cost required to achieve energy intensity improvements is independent of the time taken to achieve it."]
[null,null,null,null,null,"In reality slower transition would result in lower costs as there would be less of a need to retrofit existing planes."]
[null,null,null,"Costs included"]
[null,null,null,null,"Capital costs - maintaining the required stock of conventional and hybrid planes"]
[null,null,null,null,"Operation & Maintenance Costs - maintaining the required stock of conventional and hybrid planes"]
[null,null,null,null,"Learning & Development and retrofit Costs - investment associated with Energy Efficiency improvements"]
[]
[null,null,"Considerations"]
[null,null,null,null,"Should we model fully electric planes?"]
[null,null,null,{"$f":"Model!D8433","v":"User lever - Energy intensity Index"},"Should domestic and international energy intensity improvement levers be grouped into one? Is it possible for them to operate in isolation given they are largely based on L&D?"]
[null,null,null,null,"Is it legitimate to assume that hybrid electric planes have on average the same range as conventional planes?"]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$8916), Model!$B$8916)","v":"Farming & Forestry"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Calculate how land in the UK is used under user preferences for dedicating land to woodland and/or growing bioenergy."]
[null,null,null,"Domestic bioenergy resource availability from land dedicated to growing bioenergy as well as waste products from woodland, food crops and livestock manure."]
[null,null,null,"Emissions from different land use and agricultural processes."]
[null,null,null,"Energy and emissions from agricultural fuel use."]
[]
[null,null,"BAU","Business as Usual refers to what you might expect to happen with no intervention. i.e. baseline"]
[]
[null,null,"Influences"]
[null,null,null,"The amount of raw domestic bioenergy resource  available for processing into energy commodities"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,"Fuel demands for electricity, bioenergy, hydrogen, fossil fuels"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1386), Method!$B$1386)","v":"Hydrogen Production"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[null,null,"Influenced by"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[null,null,null,null,"The fuel source of Gas fuel use is directly controlled by the share of the gas grid converted to H2 and the proportion of input fuel assumed to be bio methane"]
[]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8954), Model!$C$8954)","v":"Livestock Numbers"}]
[null,null,null,"The number of animals in each livestock category is calculated based on the user's lever selections"]
[null,null,null,"Types of livestock represented and what they influence"]
[null,null,null,null,"Category","Bio Resource","Greenhouse gas (GHG)","Air quality (AQ)"]
[null,null,null,null,"Poultry","N","N","Y"]
[null,null,null,null,"Cattle","Y","Y","Y"]
[null,null,null,null,"Other","Y","Y","Y"]
[]
[null,null,null,"Reducing the number of livestock will"]
[null,null,null,null,"Reduce bioenergy availability as the amount of manure produced by Cattle and Other livestock will reduce."]
[null,null,null,null,"Reduce GHG emissions through manure management and enteric fermentation."]
[null,null,null,null,"Reduce AQ emissions which are proportional to the number of animals."]
[]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$8998), Model!$C$8998)","v":"Land Yield"}]
[null,null,null,"Land yield defines how efficiently land is used"]
[null,null,null,"Increasing the yield of land "]
[null,null,null,null,"Increases the useful output from each unit of land."]
[null,null,null,null,"Means that the land area required to deliver a fixed output reduces, freeing up land for other uses."]
[]
[null,null,null,"User Controlled Yield - Yield profiles controlled by a user defined index on 2015 yield"]
[null,null,null,null,"Bioenergy Land - Bio resource per unit area"]
[null,null,null,null,"Arable Land for Food - food produced per unit area"]
[null,null,null,null,"Livestock Grazing Land - Cattle and other livestock fed per unit area"]
[]
[null,null,null,"Fixed yield profiles - Yield changes over time but is not controlled by the user"]
[null,null,null,null,"Manure produced per animal - Cattle"]
[null,null,null,null,"Manure produced per animal - Other"]
[]
[null,null,null,"Constant Yield - Yield does not change over time"]
[null,null,null,null,"Wood arising from baseline woodland - Bio resource per unit area"]
[null,null,null,null,"Wood arising from additional woodland - Bio resource per unit area"]
[null,null,null,null,"Straw arising from arable land for food - Bio resource per unit area"]
[]
[null,null,null,"Food Constraints"]
[null,null,null,null,"Defines assumptions required to calculate the limit on land use change from livestock grazing land and arable land for food to additional woodland or land dedicated to bioenergy."]
[]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9060), Model!$C$9060)","v":"Land Balance"}]
[null,null,null,"The total UK land area is fixed and is divided into 6 land types"]
[null,null,null,"Land Categories Represented"]
[null,null,null,null,"Woodland ",null,null,"Land that can be defined as forest."]
[null,null,null,null,"Bioenergy Land",null,null,"Land for energy: Land that is used specifically for growing energy crops."]
[null,null,null,null,"Livestock Grazing Land",null,null,"Grassland for livestock: Pasture and wild grasslands used for grazing animals. Recreational grassland is included in the definition found in the IPCC guidance on land use (Milne & Jallow, 2003); however, for the purposes of this module recreational grassland may be included in the settlement land type."]
[null,null,null,null,"Arable Land for Food ",null,null,"Land used for growing food crops."]
[null,null,null,null,"Settlement Land",null,null,"All developed land including transport infrastructure and human settlements. Follows a fixed profile"]
[null,null,null,null,"Other Land ",null,null,"Other land use: Land that cannot be described by any other land type and includes: rock, bare soil, ice, any unmanaged land that does not, and cannot, fall in the other categories."]
[null,null,null,null,null,null,null,"Milne, R. and Jallow, B. P., 2003. Basis for Consistent Representation of Land Areas. In: IPCC. Good Practice Guidance for Land Use, Land-Use Change and Forestry. IGES, Japan. pp. 2.1-2.29."]
[]
[null,null,null,"User  Controls"]
[null,null,null,null,"The user can directly control the land area they wish to dedicate to "]
[null,null,null,null,null,"Woodland"]
[null,null,null,null,null,"Bioenergy Land"]
[null,null,null,null,"The model will calculate how much land is available for each purpose and limit the land actually dedicated to these categories."]
[null,null,null,null,"These land uses will directly compete for available land."]
[null,null,null,null,"Note:","Unless the user has improved the yield of land for livestock grazing / growing crops and/or reduced the number of livestock it will be impossible to achieve the most ambitious levels of deployment."]
[null,null,null,"Logic"]
[null,null,null,null,"DEFRA mentioned that short term and long term afforestation should be considered by the model."]
[null,null,null,null,"Shorter term coppicing (up to 20 year cycles) would be used for energy production whereas longer term afforestation (35 to 40 year cycles) would be used for generating timber for construction. "]
[null,null,null,null,"DEFRA mentioned that approximately 20% of timber used in construction in the UK is sourced from the UK."]
[null,null,null,null,"Because of this we can assume sufficient demand for domestic timber (displacing imports) to accommodate any increase in afforestation in the model."]
[null,null,null,null,"Since shorter term coppicing essentially produces a resource for energy applications, the solid biomass from this practice would be captured in the model by the “land for energy” – which would also include energy crops such as miscanthus. "]
[null,null,null,null,"The land dedicated to woodland lever therefore would be a direct control measure of the level of timber in construction (as a carbon sink) linked to the woodlands land use."]
[null,null,null,"Method"]
[null,null,null,null,"Define the baseline profile for how land is used. i.e. what happens with no user ambition."]
[null,null,null,null,"Define/calculate the minimum possible land required under each category (see detail below)."]
[null,null,null,null,"Calculate the maximum possible land use change from the baseline profile for each land category."]
[null,null,null,null,null,"Max change from baseline = baseline - minimum land requirement"]
[null,null,null,null,"Calculate land use change from baseline."]
[null,null,null,null,null,"Land dedicated to settlements and the minimum land required under the categories Arable Land for Food, Livestock Grazing and Other are protected and cannot be displaced by any user choices."]
[null,null,null,null,null,"Any remaining land is prioritised for woodland up to the level selected by the user."]
[null,null,null,null,null,"Remaining land that can change category is utilised in the following order to accommodate this."]
[null,null,null,null,null,null,"Other Land  - Above minimum requirement"]
[null,null,null,null,null,null,"Livestock Grazing Land - Above minimum requirement"]
[null,null,null,null,null,null,"Arable Land for Food  - Above minimum requirement"]
[null,null,null,null,null,null,"Bioenergy Land"]
[null,null,null,null,null,"After this any remaining land is prioritised for bioenergy up to the level selected by the user."]
[null,null,null,null,null,"Any land that there is no demand (from user deployment profiles) to recategorise will remain under its original classification."]
[null,null,null,null,"Calculate the applied land balance by adding the baseline profile and the land use change from baseline."]
[null,null,null,"Minimum land required"]
[null,null,null,null,"Other Land "]
[null,null,null,null,null,"Fixed amount of land which is not suitable for any other purpose."]
[null,null,null,null,"Livestock Grazing Land"]
[null,null,null,null,null,"The model is constrained to ensure enough land is dedicated to livestock grazing to support the livestock population."]
[null,null,null,null,null,"There are two options available to the user to reduce the amount of land required to support livestock."]
[null,null,null,null,null,null,"Population - reduce the livestock population (cattle and other livestock, excluding poultry) "]
[null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$C$901), Method!$C$901)","v":"Livestock Numbers"}]
[null,null,null,null,null,null,"Yield - increase the yield of the land so that each unit of land can support more animals"]
[null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$C$915), Method!$C$915)","v":"Land Yield"}]
[null,null,null,null,"Arable Land for Food "]
[null,null,null,null,null,"The model is constrained to ensure enough land is dedicated to arable land for food so that a domestic food security constraint is met."]
[null,null,null,null,null,null,"This constraint is based on a minimum criteria for the share of food crops produced domestically. "]
[null,null,null,null,null,null,"Domestic food requirements will naturally increase over time as the population increases."]
[null,null,null,null,null,null,"It is assumed that the demand for food crops per capita remains constant."]
[null,null,null,null,null,"The user can reduce the amount of land required to supply the minimum demand for domestic food crops."]
[null,null,null,null,null,null,"Yield - increase the yield of the land so that each unit of land produces more food"]
[null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$C$915), Method!$C$915)","v":"Land Yield"}]
[null,null,null,null,"Settlement Land"]
[null,null,null,null,null,"Assumed that the baseline profile for land used for settlements is fixed."]
[null,null,null,null,"Bioenergy Land"]
[null,null,null,null,null,"Fixed amount of land which is not suitable for any other purpose (If any)."]
[]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9178), Model!$C$9178)","v":"Resource Availability from Waste"}]
[null,null,null,"Calculates the total amount of waste produced by various agricultural processes and how much will be diverted to energy purposes."]
[null,null,null,"Agricultural waste sources represented"]
[null,null,null,null,"Wood arising from baseline woodland"]
[null,null,null,null,"Wood arising from additional woodland"]
[null,null,null,null,"Straw arising from arable land for food"]
[null,null,null,null,"Manure from livestock"]
[null,null,null,"User  Controls the share of the available resource collected for energy purposes for"]
[null,null,null,null,"Wood arising from baseline woodland"]
[null,null,null,null,"Straw arising from arable land for food"]
[null,null,null,null,"Manure (from livestock) deposited as slurry collected for energy"]
[null,null,null,"The following shares are fixed"]
[null,null,null,null,"Wood arising from additional woodland (currently fixed to be the same as baseline woodland)"]
[null,null,null,null,"Manure (from livestock) deposited as slurry"]
[null,null,null,"Total available resource calculated from the land balance/number of animals and the yield per unit land/animal"]
[null,null,null,"Resource balance"]
[null,null,null,null,"Defines how the total resource is categorised including the fraction collected for energy purposes"]
[null,null,null,"Implications of user choices"]
[null,null,null,null,"Increasing the share of wood or straw arising collected only increases the supply of domestic bioenergy"]
[null,null,null,null,"Increasing the share of manure (from livestock) deposited as slurry collected for energy increases the supply of domestic bioenergy and reduces emissions from manure management (see emissions)"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9239), Model!$C$9239)","v":"Energy Balance"}]
[null,null,null,"Calculates energy balances for"]
[null,null,null,null,"Energy content of agricultural waste and solid bio from bioenergy land"]
[null,null,null,null,null,"Calculated as the resource available multiplied by the assumed energy density"]
[null,null,null,null,"Agricultural fuel use"]
[null,null,null,null,null,"Agricultural fuel use is assumed to follow a fixed profile for the following categories."]
[null,null,null,null,null,null,"Electricity"]
[null,null,null,null,null,null,"Solid bioenergy"]
[null,null,null,null,null,null,"Grid Gas - this can be decarbonised using Biomethane or Hydrogen controlled through the Gas Grid Source module"]
[null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[null,null,null,null,null,null,"Liquid fuel - this can be decarbonised by increasing the share of liquid biofuel substitution"]
[null,null,null,null,null,"User Controls"]
[null,null,null,null,null,null,"Biofuel share of liquid fuel"]
[null,null,null,null,null,"Note:","This modelling approach is very crude to reflect the small share of national energy and emissions represented."]
[null,null,null,null,null,null,"It has been set up to ensure it is possible to fully decarbonise agricultural fuel use but there is no real flexibility in how this is achieved."]
[null,null,null,null,null,null,"No lever options are available for reducing overall fuel demand through efficiency improvements."]
[null,null,null,null,null,null,"No levers options are available to switch fuel demand between different states."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9287), Model!$C$9287)","v":"Emissions"}]
[null,null,null,"Types of emissions considered"]
[null,null,null,null,"Lifecycle emissions from collected bioenergy"]
[null,null,null,null,"Land Use Emissions"]
[null,null,null,null,"Agricultural process emissions"]
[null,null,null,null,"Fuel use emissions"]
[]
[null,null,null,"User Controlled Emissions Factors"]
[null,null,null,null,"User levers directly reduce the emissions intensity for the following processes"]
[null,null,null,null,null,"Livestock - Manure Management"]
[null,null,null,null,null,"Livestock Enteric Fermentation"]
[null,null,null,null,null,"Arable Land for Food"]
[null,null,null,null,null,"Soil Management"]
[null,null,null,"Fixed GHG emissions factors"]
[null,null,null,null,"The following energy commodities are assumed to have fixed lifecycle emissions factors (emissions per unit of energy commodity collected)"]
[null,null,null,null,null,"Woodland Business as Usual Dry Waste "]
[null,null,null,null,null,"Woodland difference Dry Waste "]
[null,null,null,null,null,"Arable Land for Food Dry Waste "]
[null,null,null,null,null,"Bioenergy Land Biomass (Unprocessed)"]
[null,null,null,null,null,"Manure Management Wet Waste "]
[null,null,null,null,"The following land uses are assumed to have  a fixed emissions factor (emissions per unit of land)"]
[null,null,null,null,null,"Livestock grazing land"]
[null,null,null,null,null,"Additional Woodland"]
[null,null,null,null,"Fuel use emissions have fixed emissions factors"]
[null,null,null,"Fixed GHG Emissions Profiles"]
[null,null,null,null,"The following land uses are assumed to have fixed emissions irrespective of the land balance for the category"]
[null,null,null,null,null,"Settlement Land"]
[null,null,null,null,null,"Other Land"]
[null,null,null,null,null,"Baseline Woodland"]
[]
[]
[null,null,null,"Woodland"]
[null,null,null,null,"UK forests currently sequester more carbon than the emit, resulting in a net removal of CO2 from the atmosphere."]
[null,null,null,null,"Baseline woodland emissions are assumed to follow a fixed profile based on historic planting  and harvesting rates."]
[null,null,null,null,"Additional woodland emissions are applied as an average emissions factor per unit of land."]
[null,null,null,null,null,"The emissions factor is based on the annual average emissions sequestered over the lifetime of the planted forest. (i.e. total emissions sequestered divided by lifetime.)"]
[null,null,null,null,"Logic"]
[null,null,null,null,null,"Carbon absorption potential of newly afforested areas follows an S-curve through the growth lifecycle before reaching maturity and carbon equilibrium. "]
[null,null,null,null,null,"With afforestation being distributed both geographically and in time however, it would make sense for the purposes of this calculator to model carbon absorption as an average absorption factor per unit of woodland."]
[null,null,null,"Bioenergy Lifecycle Emissions"]
[null,null,null,null,"Under accounting rules bioenergy has zero emissions at the point of combustion."]
[null,null,null,null,"Lifecycle emissions attributed to domestically grown bioenergy should reflect the net change to the carbon stocks from growing, burning, harvesting and transportation."]
[null,null,null,null,null,"The net change in carbon stocks during growth (sequestration) and combustion (emission) will largely cancel out."]
[null,null,null,null,null,"In reality there may be some time lag between when the emissions sequestered during growth and when the emissions from combustion (counted at the time of harvesting) would be accounted for."]
[null,null,null,null,null,"If we assume a short rotation period for land dedicated to bioenergy then it seems suitable to assume that these both occur in the year of harvesting for simplicity."]
[null,null,null,"Livestock"]
[null,null,null,null,"Manure Management"]
[null,null,null,null,null,"Emissions calculated by multiplying the manure deposited as slurry not collected for energy by the emissions factor for manure management."]
[null,null,null,null,null,"Manure deposited as slurry not collected for energy"]
[null,null,null,null,null,null,"Assumes manure collected for energy has no emissions (other than those applied under lifecycle emissions)."]
[null,null,null,null,null,null,"Assumes manure not deposited as slurry has zero emissions."]
[null,null,null,null,null,null,null,"This will be reflected the calibration of the emissions factor for manure deposited as slurry not collected for energy."]
[null,null,null,null,null,"Emissions reduction options"]
[null,null,null,null,null,null,"Reduce the amount of manure deposited as slurry not collected for energy"]
[null,null,null,null,null,null,null,"Reduce the amount of manure by reducing livestock numbers."]
[null,null,null,null,null,null,null,"Increase share collected for energy purposes."]
[null,null,null,null,null,null,"Reduce the emissions intensity of manure management"]
[null,null,null,null,null,null,null,"By changing practices manure management emissions could be reduced through options such as better storage, improved timing of application of manure to the land, etc…"]
[null,null,null,null,null,null,null,"User lever defines an index for the emissions intensity change from the baseline."]
[null,null,null,null,"Enteric Fermentation"]
[null,null,null,null,null,"The overall contribution that enteric fermentation in livestock makes to GHG emissions depends on the number of livestock and the emissions per animal."]
[null,null,null,null,null,"Emissions calculated by multiplying the number of animals (Cattle and Other, excluding Poultry) by the emissions factor for enteric fermentation."]
[null,null,null,null,null,"Emissions reduction options"]
[null,null,null,null,null,null,"Reduce the number of animals"]
[null,null,null,null,null,null,"Reduce the emissions intensity of enteric fermentation"]
[null,null,null,null,null,null,null,"Emissions from enteric fermentation in livestock can be reduced through diet, food additives, selective breeding, etc…"]
[null,null,null,null,null,null,null,"User lever defines an index for the emissions intensity change from the baseline."]
[]
[null,null,null,"Soil Management"]
[null,null,null,null,"Soil management emissions are calculated by applying a user defined energy intensity index to the emissions recorded in the base year."]
[null,null,null,null,"Emissions reduction options"]
[null,null,null,null,null,"Reduce the emissions intensity of soil management"]
[null,null,null,null,null,null,"User lever defines an index for the emissions intensity change from the baseline."]
[]
[null,null,null,"Peatlands (covered in Other land use)"]
[null,null,null,null,"Technically speaking, peatlands form because the land is too waterlogged to be conducive to the natural decomposition of plant material."]
[null,null,null,null,"The carbon matter trapped in the plants is therefore stored in peat bogs, and would not be released unless the peat bog were to be drained. "]
[null,null,null,null,"Following its draining, it was understood that re-wetting a peat bog would not necessarily return it to a carbon sink, but this technique could still be used to avoid further carbon losses to the atmosphere."]
[null,null,null,null,null,"“Peatlands cover 12% of the UK and their restoration has never been a more pressing issue."]
[null,null,null,null,null," - unfortunately, 80% are in a poor condition because they’ve been drained of water or damaged by extraction. "]
[null,null,null,null,null,"The Wildlife Trusts are involved in an ambitious plan to restore 4% of the UK’s landmass to improve water quality, alleviate flooding, aid carbon storage and help wildlife[1].”"]
[null,null,null,null,null,"[1] Source: http://www.wildlifetrusts.org/peatlands"]
[null,null,null,null,"DEFRA has indicated that further drainage is not expected in the future, but rather, restoration back into peatlands is expected. "]
[null,null,null,null,"By incorporating peatlands into the ‘other land use’ category therefore the carbon abatement potential could be hardcoded into the model, through emissions associated with its fixed emissions profile."]
[]
[]
[null,null,null,"Air Quality (AQ) Emissions"]
[null,null,null,null,"AQ emissions are calculated for"]
[null,null,null,null,null,"Livestock process emissions"]
[null,null,null,null,null,null,"Applied per animal for each livestock category"]
[null,null,null,null,null,"Fuel use"]
[null,null,null,null,null,null,"Applied per unit of energy consumed"]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9562), Model!$C$9562)","v":"Infrastructure Capacity"}]
[null,null,null,{"$f":"Model!F9563","v":"Capacity equations have been deprioritised for the initial release"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9564), Model!$C$9564)","v":"Costs"}]
[null,null,null,{"$f":"Model!F9565","v":"Cost equations have been deprioritised for the initial release"}]
[]
[]
[null,null,"Considerations"]
[null,null,null,{"$f":"Model!$AX$9223","v":"It is assumed that manure not deposited as slurry has zero emissions. This replicates the methodology in the original 2050 Calculator where manure management emissions were entirely based on manure deposited as slurry that is not collected."}]
[null,null,null,{"$f":"Model!$AX$9395","v":"Should cattle and other livestock have different rates of Enteric Fermentation? Is sufficiently detailed data available to support such a separation?"}]
[null,null,null,{"$f":"Model!$AX$9400","v":"How far out do forestry emissions projections go? Would it be better to transition baseline forest to zero and treat all forest as new forests?"}]
[null,null,null,{"$f":"Model!$AX$9051","v":"Is it appropriate that the woodland wood yield is fixed? Maximum wood yield is defined by the current total wood production (likely why our current estimate is much lower than others). i.e. it is impossible to collect any more wood than we do today by managing existing forest area. There is no scope to increase the amount of forest managed or increase the amount of wood collected from what is managed."}]
[null,null,null,{"$f":"Model!$AX$9221","v":"Is it appropriate to assume that wood produced by additional forest is used in the same proportions as baseline forest? i.e. share used for bioenergy is the same."}]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$9566), Model!$B$9566)","v":"Bioenergy and Waste Transformations"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Defines the total production of waste and whether it is recycled, utilised for energy purposes or sent to landfill."]
[null,null,null,"Emissions and energy resource produced by landfill."]
[null,null,null,"Conversion of biogenic feedstock and waste resources into useful biogenic fuels."]
[null,null,null,"International trade of biomass feedstocks and fuels."]
[]
[null,null,"BAU","Business as Usual refers to what you might expect to happen with no intervention. i.e. baseline"]
[]
[null,null,"Influences"]
[null,null,null,"Electricity supply from Energy from Waste (EfW) reduces demand for supply from other electricity generation technologies."]
[]
[null,null,"Influenced by"]
[null,null,null,"Fuel demands for solid, gaseous and liquid biogenic fuel."]
[null,null,null,null,"Many Modules"]
[null,null,null,"Availability of domestic bio resources."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$881), Method!$B$881)","v":"Farming & Forestry"}]
[null,null,null,"Share of biomass gasification, biofuel production and EfW plants with Carbon Capture and Storage (CCS)."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1316), Method!$B$1316)","v":"Greenhouse Gas Removal & CCS"}]
[null,null,null,"Capture rates and efficiency penalties for CCS processes."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1316), Method!$B$1316)","v":"Greenhouse Gas Removal & CCS"}]
[null,null,"Influences not represented"]
[null,null,null,"There is no link between the demand for importing bioenergy and the demand for international shipping."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9605), Model!$C$9605)","v":"Waste Availability"}]
[null,null,null,"The model represents three categories of waste"]
[null,null,null,null,"Dry Waste"]
[null,null,null,null,null,"Definition: includes municipal solid waste* (MSW), construction and demolition (C&D) waste, and commercial and industrial (C&I) waste. *excludes food and garden waste"]
[null,null,null,null,null,"Possible actions: 1) Recycle; 2) Incinerate to generate electricity in an Energy from Waste (EfW) facility; 3) Landfill"]
[null,null,null,null,"Wet Waste"]
[null,null,null,null,null,"Definition: includes food waste, garden waste, agricultural waste, slurry and manure"]
[null,null,null,null,null,"Possible actions: 1) Recycle; 2) Convert to biogenic gas energy resource in an anaerobic digestion facility; 3) Landfill"]
[null,null,null,null,null,"Note: Wet waste availability in this module excludes manure which is represented directly as a function of livestock numbers in the Farming and Forestry module."]
[null,null,null,null,"Used Cooking Oil (UCO)"]
[null,null,null,null,null,"Definition: used cooking oil and tallow"]
[null,null,null,null,null,"Possible actions: 1) Recycle; 2) Convert to biogenic liquid energy resource; 3) Landfill"]
[null,null,null,"For each the user has levers to control"]
[null,null,null,null,"Total waste production - applied via a waste resource activity index controlling the amount of waste as a fraction of base year production."]
[null,null,null,null,"Share recycled (avoiding landfill emissions)."]
[null,null,null,null,"Share diverted to energy purposes."]
[null,null,null,null,null,"If the user selected shares for recycling and diversion to energy processes exceed 1 then recycling is prioritised. Recycling is higher up in the waste hierarchy and usually has a more positive environmental impact."]
[null,null,null,"Landfill"]
[null,null,null,null,"The remaining share is assumed to be sent to landfill."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9762), Model!$C$9762)","v":"Landfill Gas Availability"}]
[null,null,null,"Waste deposited in landfill produces landfill gas"]
[null,null,null,null,"Waste deposited in landfill sites before the model base year is represented with a fixed profile of landfill gas output."]
[null,null,null,null,"Landfill gas from waste of each category deposited in landfill after the model base year is calculated by applying an assumed landfill gas yield profile to each period of deposit. "]
[null,null,null,null,"Therefore a unit of waste deposited in year X will continue to release landfill gas for years greater than X until the point of full decomposition."]
[null,null,null,"Landfill gas can either be collected or released into the atmosphere"]
[null,null,null,null,"Released into the atmosphere"]
[null,null,null,null,null,"The user controls the share of total landfill gas produced that is released as fugitive emissions, incurring significant emissions due to the global warming potential of methane."]
[null,null,null,null,"Collection"]
[null,null,null,null,null,"The remaining share of total landfill gas produced is collected for energy purposes"]
[null,null,null,null,null,"Landfill gas collected is used primarily to meet biogenic gas demand with the remainder incinerated to produce electricity in Energy from Waste (EfW) facilities"]
[]
[null,null,null,"Useful resource"]
[null,null,null,null,"https://www.epa.gov/lmop/basic-information-about-landfill-gas"]
[]
[null,null,null,null,"https://www.atsdr.cdc.gov/HAC/landfill/PDFs/Landfill_2001_ch2mod.pdf"]
[null,null,null,null,"Table 2-1: Typical Landfill Gas Components"]
[null,null,null,null,null,"methane 45-60%"]
[null,null,null,null,null,"CO2 40-60%"]
[null,null,null,null,null,"Others 2-8% (could probably ignore)"]
[null,null,null,null,"The Four Phases of Bacterial Decomposition of Landfill Waste"]
[null,null,null,null,null,"Gas is produced at a stable rate in Phase IV, typically for about 20 years; however, gas will continue to be emitted for 50 or more years after the waste is placed in the landfill (Crawford and Smith 1985)"]
[null,null,null,null,"https://www.epa.gov/sites/production/files/2016-09/documents/pdh_chapter2.pdf"]
[null,null,null,null,null,"LFG generation estimates are based on the methane content of the LFG. The default methane content of LFG is 50 percent, which is both the industry standard value and LMOP’s recommended default value"]
[null,null,null,null,null,"BF thought - Landfill gas release profile is an exponential decay"]
[null,null,null,null,null,null,"Q = kLM(e-kt) (formula modified from source to remove division by 10 and summing over 10 0.1 year fractions."]
[null,null,null,null,null,null,"i = 1-year time increment"]
[null,null,null,null,null,null,"n = (year of the calculation) – (initial year of waste acceptance)"]
[null,null,null,null,null,null,"k = methane generation rate (1/year) - k was varied between a value for arid conditions (0.02 yr-1) and a value for wet conditions (0.065 yr-1)."]
[null,null,null,null,null,null,"L0= potential methane generation capacity (m3 per Mg or cubic feet per ton) - LandGEM sets L0 to a default value of 170 m3/Mg to represent a conventional landfill"]
[null,null,null,null,null,null,"Mi = mass of solid waste disposed in the ith year (Mg or ton)"]
[null,null,null,null,null,null,"tij = age of the jth section of waste mass disposed in the ith year (decimal years)"]
[]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9838), Model!$C$9838)","v":"Energy Balance"}]
[null,null,null,"Total demand for each state (solid, gaseous, liquid) bioenergy fuel resource is summed across the whole energy system."]
[null,null,null,"It is assumed that the available bioenergy resources from farming, forestry and waste are processed in the most appropriate fashion to satisfy these demands."]
[null,null,null,"When domestic bioenergy resources are insufficient to meet the demand selected for bioenergy fuels it is assumed that we can use imports to satisfy the remaining demand."]
[null,null,null,"Priority order for satisfying demand"]
[null,null,null,null,"Solid Biomass"]
[null,null,null,null,1,"Domestic solid biomass feedstock"]
[null,null,null,null,2,"Imported solid biomass feedstock"]
[null,null,null,null,"Biogenic gas"]
[null,null,null,null,1,"Landfill gas"]
[null,null,null,null,2,"Wet Waste - Anaerobic Digestion"]
[null,null,null,null,3,"Domestic solid biomass feedstock gasification"]
[null,null,null,null,4,"Imported solid biomass feedstock gasification"]
[null,null,null,null,"Biogenic Liquid Fuel"]
[null,null,null,null,1,"Used Cooking Oil (UCO)"]
[null,null,null,null,2,"Wet Waste"]
[null,null,null,null,3,"Domestic solid biomass feedstock gasification"]
[null,null,null,null,4,"Imported biogenic liquid fuel"]
[null,null,null,"All remaining feedstocks are either "]
[null,null,null,null,"Used to generate electricity in Energy from Waste (EfW) facilities"]
[null,null,null,null,null,"Dry Waste"]
[null,null,null,null,null,"Wet Waste"]
[null,null,null,null,null,"Used Cooking Oil (UCO)"]
[null,null,null,null,null,"Landfill gas"]
[null,null,null,null,"Exported "]
[null,null,null,null,null,"Domestic solid biomass feedstock"]
[]
[null,null,null,"CCS"]
[null,null,null,null,"It is assumed that is possible to capture and store carbon emitted during the following processes by applying CCS"]
[null,null,null,null,null,"Biomass gasification"]
[null,null,null,null,null,"Biogenic liquid fuel production"]
[null,null,null,null,null,"Energy from Waste"]
[null,null,null,null,"The share of the output fuel produced from CCS processes is controlled in the greenhouse gas removal (GGR) module."]
[null,null,null,null,"The efficiency of CCS processes is calculated by applying an efficiency penalty dependant on the process capture rate, to the efficiency of the equivalent process without CCS."]
[null,null,null,"Auxiliary fuels for the conversion processes"]
[null,null,null,null,"It is assumed that auxiliary fuels required for bioenergy conversion processes are minimal and as such can be ignored for simplicity."]
[null,null,null,null,"Energy requirements for processes are assumed to be satisfied by the input/output fuel and included within the gate efficiencies of the plant."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$9948), Model!$C$9948)","v":"Emissions"}]
[null,null,null,"General Approach to emissions accounting for bioenergy"]
[null,null,null,null,"Each biogenic fuel has two emissions factors"]
[null,null,null,null,null,"Emissions Factor = the emissions associated with combusting bioenergy according to accounting rules"]
[null,null,null,null,null,"Emissions (Carbon) Content Factor = carbon stored within the resource"]
[null,null,null,null,"Biogenic resources also have a third emissions factor"]
[null,null,null,null,null,"Lifecycle Emissions Factor = any lifecycle emissions from the management or harvesting of the bioenergy feedstock"]
[]
[null,null,null,null,"Under accounting rules bioenergy emissions at the point of combustion are assumed to be zero. "]
[null,null,null,null,"This is because any carbon released on combustion of the bioenergy was sequestered during the growth of the associated organic matter. This assumption includes, for example, conversion processes such as the Fischer–Tropsch process."]
[null,null,null,null,"However, in reality the carbon contained within the bio feedstock/fuel is released on combustion and is therefore available to be captured (in CCS)."]
[null,null,null,null,"As such applying Carbon Capture and Storage when combusting bioenergy can generate net negative emissions when the process is considered as a whole."]
[null,null,null,null,"The process of growing/managing, harvesting and transporting bioenergy may also incur emissions which are termed lifecycle emissions."]
[null,null,null,null,"UK net emissions of bioenergy"]
[null,null,null,null,null,"Net Emissions = Carbon contained in feedstock - Carbon absorbed during growth - Carbon captured by CCS + Lifecycle emissions"]
[null,null,null,null,null,"Any carbon contained in the feedstock will have been absorbed from the atmosphere (ignoring time lags), so Carbon contained in feedstock = Carbon absorbed during growth"]
[null,null,null,null,null,null,"This is implemented by setting the emissions factor to zero"]
[null,null,null,null,null,"Net Emissions = Carbon contained in feedstock - Carbon absorbed during growth - Carbon captured by CCS + Lifecycle emissions"]
[null,null,null,null,null,"Net Emissions = - Carbon captured by CCS + Lifecycle emissions"]
[]
[null,null,null,null,null,"Carbon captured by CCS is accounted for as negative emissions in the sector where the emissions are captured"]
[null,null,null,null,null,null,"Carbon captured by CCS = Carbon contained in feedstock released on combustion X Capture rate"]
[null,null,null,null,null,"Lifecycle emissions are attributed  to the process of growing the bioenergy"]
[]
[null,null,null,"Emissions from bioenergy processing"]
[null,null,null,null,"Emissions from conversion processes are calculated as the difference between the accounting combustion emissions of the input resources and output fuel (not the actual carbon content)."]
[null,null,null,null,"This methodology is designed to ensure emissions balance across the model."]
[null,null,null,null,"Where CCS is applied the carbon captured and stored is subtracted from this"]
[null,null,null,null,null,"Calculated by multiplying the difference in carbon contained within the input resource and output fuel by the carbon capture rate of the process."]
[null,null,null,null,null,"Assumes that any carbon content removed in the process is released into the atmosphere and that the CCS process captures a fraction of this."]
[]
[]
[null,null,null,"Lifecycle emissions from Imports"]
[null,null,null,null,"These emissions fall outside of UK emissions accounting but are reported to illustrate the global emissions implications of importing bioenergy."]
[null,null,null,null,"As such they are excluded from overall emissions totals."]
[]
[null,null,null,"Landfill Gas Emissions"]
[null,null,null,null,"It is assumed that the landfill gas tracked is methane."]
[null,null,null,null,"Each unit mass of landfill gas released into the atmosphere has a CO2 equivalent of the mass of the resource released multiplied by the Global Warming Potential of Methane."]
[]
[null,null,null,"Air quality (AQ) emissions"]
[null,null,null,null,"Document approach after data has been sourced."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$10426), Model!$C$10426)","v":"Infrastructure Capacity"}]
[null,null,null,{"$f":"Model!F10427","v":"Capacity equations have been deprioritised for the initial release"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$10428), Model!$C$10428)","v":"Costs"}]
[null,null,null,{"$f":"Model!F10429","v":"Cost equations have been deprioritised for the initial release"}]
[]
[null,null,"Considerations"]
[null,null,null,"Do we need to represent auxiliary fuels for bioenergy conversion processes? Can this sufficiently be represented with the gate efficiency of the process. i.e. any energy requirements of the conversion process are supplied via the primary input feedstock, reflected by a lower efficiency (approach taken in other whole system models)."]
[null,null,null,"Should EfW be moved to the electricity generation module?"]
[null,null,null,"Bio transformations with CCS"]
[null,null,null,null,{"$f":"Model!$AU$10023","v":"Assumes that 100% of the Carbon reduction between input resource and output fuel would be released into the atmosphere if CCS were not applied. Is this valid?"}]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$10435), Model!$B$10435)","v":"Greenhouse Gas Removal & CCS"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Activity of dedicated Greenhouse Gas Removal technologies direct air capture and enhanced weathering"]
[null,null,null,"Share of bioenergy conversion processes performed with Carbon Capture and Storage (CCS)"]
[null,null,null,"Capture rates for all CCS processes across the system"]
[]
[null,null,"Influences"]
[null,null,null,"Capture rate for all CCS processes and the share of bioenergy conversion processes performed with CCS"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1678), Method!$B$1678)","v":"Industry"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1386), Method!$B$1386)","v":"Hydrogen Production"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[null,null,null,"Share of biomass gasification, biofuel production and Energy from Waste (EfW) plants with CCS"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,"Influenced by"]
[null,null,null,"The amount of carbon captured in CCS processes across the system defines the requirement for offshore transportation and storage infrastructure"]
[null,null,null,null,"Same modules with CCS above"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$10448), Model!$C$10448)","v":"Bio Conversion shares with CCS"}]
[null,null,null,"User selection for the share of the following bioenergy (and waste) conversion processes with CCS applied"]
[null,null,null,null,{"$f":"F1253","v":"Biomass gasification"}]
[null,null,null,null,{"$f":"F1254","v":"Biogenic liquid fuel production"}]
[null,null,null,null,{"$f":"F1255","v":"Energy from Waste"}]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$10484), Model!$C$10484)","v":"CCS Capture Rate"}]
[null,null,null,"Capture rate"]
[null,null,null,null,"User selection for the capture rate of each CCS process in the model."]
[null,null,null,null,"Assumes that the capture rate selected by the user is the average capture rate applied across all installations, implying that all installations are modified to achieve the selected capture rate. "]
[null,null,null,null,"This neglects the fact that plants designed for a certain capture rate may find it difficult to increase their capture rate at a later date. "]
[null,null,null,"Efficiency Penalty"]
[null,null,null,null,"The efficiency of CCS processes is calculated by applying an efficiency penalty dependant on the process capture rate, to the efficiency of the equivalent process without CCS."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$10597), Model!$C$10597)","v":"Greenhouse Gas Removal Processes"}]
[null,null,null,"The model represents options for the following greenhouse gas removal (GGR) processes"]
[null,null,null,null,"Represented in other modules"]
[null,null,null,null,null,"Afforestation - Planting forests or enhancing management of existing forests, with growing trees taking up additional CO2."]
[null,null,null,null,null,"Timber in construction - Using harvested timber in buildings and other long-lived constructions, thereby storing the absorbed CO2 in the built environment. Common in some other countries (e.g. over 80% of Finnish housing stock is built from wood)."]
[null,null,null,null,null,null,"Both covered by land dedicated to woodland."]
[null,null,null,null,null,"Bioenergy carbon capture and storage (BECCS) - Combusting biomass to provide energy, with the CO2 released from the organic matter captured and then stored; or Capturing and storing the CO2 released by organic matter during the process of converting biomass into other forms of biofuel."]
[null,null,null,null,null,null,"Covered by various BECCS processes across electricity generation, hydrogen production, bioenergy and waste conversions and industry."]
[null,null,null,null,"Represented in this module"]
[null,null,null,null,null,"Direct Air Capture - Branched frames supporting amines (\"artificial trees\") capturing CO2 from air which is recovered by washing in a vacuum and then stored. Note that this solution would be 2x to 4x more energy intensive than the solutions above, or capturing CO2 at the source following combustion."]
[null,null,null,null,null,"Enhanced weathering - Adding crushed silicate rocks to soils, enhancing the natural process of CO2 capture by these rocks, with potential co-benefits in soil nutrients. This process would require large amounts of pulverised rocks."]
[null,null,null,"Direct Air Capture"]
[null,null,null,null,"User directly controls the amount of CO2 captured and stored each year."]
[null,null,null,null,"CCS offshore transportation and storage infrastructure is required to permanently store any carbon captured."]
[null,null,null,"Enhanced weathering"]
[null,null,null,null,"User directly controls the amount of CO2 sequestered/absorbed each year."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$10647), Model!$C$10647)","v":"CCS offshore infrastructure"}]
[null,null,null,"The carbon transported and stored offshore is equal to the total carbon captured across CCS processes in electricity generation, hydrogen production, bioenergy and waste conversions, industry and direct air capture"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$10651), Model!$C$10651)","v":"Infrastructure Capacity"}]
[null,null,null,{"$f":"Model!F10652","v":"Capacity equations have been deprioritised for the initial release"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$10653), Model!$C$10653)","v":"Costs"}]
[null,null,null,{"$f":"Model!F10654","v":"Cost equations have been deprioritised for the initial release"}]
[]
[null,null,"Considerations"]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$10655), Model!$B$10655)","v":"Seasonal Demand Balancing"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Define the share of demand or activity of processes that occurs in the winter and summer seasons"]
[null,null,null,"Only demands and processes that affect hydrogen or electricity demand are considered"]
[]
[null,null,"Influences"]
[null,null,null,"Seasonal demand shares are used to calculate demand for electricity and hydrogen in each season"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1386), Method!$B$1386)","v":"Hydrogen Production"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[]
[null,null,"Influenced by"]
[]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!B10705), Model!B10705)","v":"Hydrogen Production"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Calculate the total annual hydrogen production required after transmission, distribution and seasonal storage losses."]
[null,null,null,"Define which technologies are used to supply the hydrogen demand and calculate the associated energy requirements and emissions."]
[]
[]
[null,null,"Influences"]
[null,null,null,"Fuel demands for bioenergy, electricity, fossil fuels"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[null,null,null,"Total amount of CO2 captured in Carbon Capture and Storage (CCS)"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1316), Method!$B$1316)","v":"Greenhouse Gas Removal & CCS"}]
[]
[null,null,"Influenced by"]
[null,null,null,"Fuel demands for hydrogen."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$141), Method!$B$141)","v":"Buildings-Heat module "}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$291), Method!$B$291)","v":"Buildings-Non-Heat module "}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$392), Method!$B$392)","v":"Network Heat Source module "}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$691), Method!$B$691)","v":"Transport (Excluding Aviation)"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$881), Method!$B$881)","v":"Farming & Forestry"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1678), Method!$B$1678)","v":"Industry"}]
[null,null,null,null,"Indirectly"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[null,null,null,"Seasonal demand shares are used to calculate demand for hydrogen in each season."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1374), Method!$B$1374)","v":"Seasonal Demand Balancing"}]
[null,null,null,"Efficiency of gas transmission and distribution used to derive demand for hydrogen production."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[null,null,null,"Capture rates and efficiency penalties for CCS processes."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1316), Method!$B$1316)","v":"Greenhouse Gas Removal & CCS"}]
[]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C10708), Model!C10708)","v":"Hydrogen Demand & Storage"}]
[null,null,null,"The share of end use service demands that occur in winter and summer are used to calculate the total hydrogen demand in winter and summer."]
[null,null,null,null,"Total demand for each season is calculated by summing over technologies and adjusting for any transmission or distribution losses that would occur between the hydrogen leaving the production facility and arriving at the end use process."]
[null,null,null,"In line with the feedback from experts, it is assumed that hydrogen production would occur evenly throughout the year, even though demand for heating is imbalance between summer and winter. "]
[null,null,null,"To accommodate this, seasonal storage of hydrogen is required."]
[null,null,null,"The total annual demand for hydrogen production is therefore the end use demands plus any losses assumed during seasonal storage transfer."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C10756), Model!C10756)","v":"Deployment Profile"}]
[null,null,null,"There are four options for producing hydrogen in the model"]
[null,null,null,null,"Priority","Production method"]
[null,null,null,null,1,"Biomass Gasification with CCS "]
[null,null,null,null,2,"Steam Methane Reformation (SMR) with CCS "]
[null,null,null,null,3,"Zero Carbon Hydrogen Imports"]
[null,null,null,null,"Slack","Electrolysis "]
[]
[null,null,null,"The three user levers directly control the amount of hydrogen produced by each method"]
[null,null,null,"The actual production from each technology is then determined by calling on the hydrogen production levers in the appropriate priority order, until all demand is fulfilled"]
[null,null,null,"Any demand not satisfied by the three lever technologies is met by electrolysis"]
[]
[null,null,null,"The technology options and priority order are designed so that deploying hydrogen across the model acts to decarbonise the energy system which we can assume is the user's intent. "]
[null,null,null,"Note:","Electrolysis will only be zero/low carbon if the appropriate choices are made to decarbonise electricity generation."]
[null,null,null,null,"This is no different to the electrification of any other process."]
[null,null,null,"Hydrogen production technologies not included"]
[null,null,null,null,"Biomass gasification without CCS - This was omitted as a simplification as it does not offer a materially different decarbonisation solution. Biogas can be used in place of H2 in all areas other than transport, in which biofuel is a more likely use of bioenergy anyway."]
[null,null,null,null,"SMR without CCS - Not considered as this would offer no carbon savings over natural gas and would in fact increase emissions due to efficiency losses in the conversion process."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C10816), Model!C10816)","v":"Energy Balance"}]
[null,null,null,"The energy balance for hydrogen production and storage processes is calculated based on the process output and efficiency."]
[null,null,null,"The efficiency of CCS processes is adjusted to reflect any penalty in performance resulting from an increased capture rate. Capture rates for CCS processes are controlled in the greenhouse gas removal (GGR) module)."]
[null,null,null,"It is assumed that any energy lost in seasonal hydrogen storage are through hydrogen being leaked into the atmosphere."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C10841), Model!C10841)","v":"Emissions"}]
[null,null,null,"Hydrogen imports are assumed to have zero associated Greenhouse gas (GHG) emissions."]
[null,null,null,"GHG emissions are calculated as the difference between the emissions content of the input fuel and output fuel (hydrogen will have zero emissions)."]
[null,null,null,"CO2 emissions captured during CCS are subtracted from this."]
[null,null,null,"Biomass gasification with CCS achieves negative CO2 credits as the carbon content of the fuel can be captured and stored whilst under accounting rules the emissions content is assumed to be zero as it was absorbed from the atmosphere (relatively recently) during growth."]
[null,null,null,null,{"$f":"\"See '\"&$D$1286&\"' section of BIO module description for more details.\"","v":"See 'Emissions from bioenergy processing' section of BIO module description for more details."}]
[null,null,null,"Air quality (AQ) emissions are assumed to be proportional to the amount of input fuel consumed and hence the amount of hydrogen produced or activity of the process."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C10981), Model!C10981)","v":"Infrastructure Capacity"}]
[null,null,null,{"$f":"Model!F10982","v":"Capacity equations have been deprioritised for the initial release"}]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!C11007), Model!C11007)","v":"Costs"}]
[null,null,null,{"$f":"Model!F11008","v":"Cost equations have been deprioritised for the initial release"}]
[]
[null,null,"Considerations"]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$11024), Model!$B$11024)","v":"Electricity Generation"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Calculate the total annual electricity production required after transmission, distribution and seasonal storage losses."]
[null,null,null,"Define which technologies are used to supply the electricity demand."]
[null,null,null,"Calculate the peak electric power demand and whether the user selected generation and demand shifting capacity are sufficient to meet it."]
[null,null,null,"Calculate the associated energy requirements and emissions."]
[]
[null,null,"Influences"]
[null,null,null,"Fuel demands for bioenergy, fossil fuels"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,"Total amount of CO2 captured in Carbon Capture and Storage (CCS)"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1316), Method!$B$1316)","v":"Greenhouse Gas Removal & CCS"}]
[]
[null,null,"Influenced by"]
[null,null,null,"Fuel demands for electricity"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$141), Method!$B$141)","v":"Buildings-Heat module "}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$291), Method!$B$291)","v":"Buildings-Non-Heat module "}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$392), Method!$B$392)","v":"Network Heat Source module "}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$691), Method!$B$691)","v":"Transport (Excluding Aviation)"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$802), Method!$B$802)","v":"Transport Aviation"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$881), Method!$B$881)","v":"Farming & Forestry"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1678), Method!$B$1678)","v":"Industry"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[null,null,null,"Seasonal demand shares are used to calculate demand for electricity in each season"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1374), Method!$B$1374)","v":"Seasonal Demand Balancing"}]
[null,null,null,"Electric and plug in hybrid vehicle stock to define the V2G (vehicle to grid) battery capacity"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$691), Method!$B$691)","v":"Transport (Excluding Aviation)"}]
[null,null,null,"Capture rates and efficiency penalties for CCS processes"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1316), Method!$B$1316)","v":"Greenhouse Gas Removal & CCS"}]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$11088), Model!$C$11088)","v":"Seasonal Electricity demand"}]
[null,null,null,"Electricity energy balances for the winter and summer seasons are defined based on the share of demand in each season specified in the Seasonal Demand Balancing module."]
[null,null,null,"Transmission and Distribution"]
[null,null,null,null,"The following processes are assumed to be connected before the transmission network"]
[null,null,null,null,null,"Energy from Waste"]
[null,null,null,null,null,"Energy from Waste with CCS "]
[null,null,null,null,null,"Heat Network Waste Heat Offtake from Power "]
[null,null,null,null,"The following processes are assumed to be connected directly to the transmission network"]
[null,null,null,null,null,"Direct Air Capture "]
[null,null,null,null,null,"Enhanced Weathering"]
[null,null,null,null,null,"Hydrogen produced using Electrolysis "]
[null,null,null,null,"All other electricity demands and distributed generators are assumed to be connected to the distribution network."]
[null,null,null,"Losses in both electricity transmission and distribution are accounted for in defining an overall electricity demand from centralised generation technologies in the winter and summer seasons."]
[null,null,null,null,"Transmission and distribution losses are applied before electricity demand is passed to the electricity generation module."]
[null,null,null,null,"This simplification means that technologies that in reality would connect at the distribution network level (some wind and solar) will incorrectly have transmission losses applied."]
[null,null,null,null,"Given transmission losses are reasonably small and based on the level of accuracy required of the model this was deemed acceptable."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$11210), Model!$C$11210)","v":"Peak Demand"}]
[null,null,null,"Peak capacity test"]
[null,null,null,null,"This is a simple model and cannot aim to fully capture the complexity of electricity capacity planning."]
[null,null,null,null,"A single peak demand point in the year is specified to test system robustness against."]
[null,null,null,null,null,"This is defined as the period where electricity demand is expected to be highest."]
[null,null,null,null,null,"Clearly the time in the year that requires the highest electrical power demand will depend on the technologies selected to meet different service and fuel demands."]
[null,null,null,null,null,"In this model it is assumed that the peak demand period of the year reflects the coldest day in winter at around XXX."]
[null,null,null,null,null,null,"This is a peak period for space heating, appliances, lighting and a likely period for a significant proportion of any electric vehicles to want to charge (if Demand Side Response (DSR) not deployed)."]
[null,null,null,null,null,"However, it is also plausible that in a world with minimal electrification of heat and widespread domestic cooling the peak demand for electricity could actually occur in summer."]
[null,null,null,null,null,"This model could be extended to test several potential peak periods to determine which has the highest demand in the pathway chosen by the user."]
[null,null,null,null,"A peak to mean ratio is specified for the activity of each process consuming electricity and distributed generation processes."]
[null,null,null,null,"This defines the total net electrical power demand at this single point in time which must be met by centralised electricity generation capacity."]
[null,null,null,null,"Peak Reserve Margin"]
[null,null,null,null,null,"Fraction of the total peak electric power demand required as reliable electricity supply capacity. This is used to define the minimum required generation and network capacity. "]
[null,null,null,null,null,"Supply capacity must exceed peak demand capacity to so we can be confident the ' lights stay on'."]
[null,null,null,null,null,null,"It is assumed that the peak reserve margin, equivalent to LOLE (Loss Of Load Equivalent) will decrease as peak demand increases."]
[null,null,null,null,null,null,"This is because it is proportional to the size of the largest plants on the system (which become smaller relative to the peak as it increases)."]
[null,null,null,null,null,null,"In this model this is applied using linear interpolation between two fixed points for a high and low peak capacity."]
[null,null,null,null,"The total capacity of centralised electricity generation, demand shifting, storage and interconnection required is defined as the net peak power demand scaled up by the peak reserve margin."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$11335), Model!$C$11335)","v":"Storage and demand shifting deployment"}]
[null,null,null,"The user has three options to shift the electricity supply requirement and hence the required centralised generation capacity away from periods of peak demand."]
[null,null,null,null,"Seasonal Storage"]
[null,null,null,null,null,"The user directly selects the maximum amount of electricity the system can store between seasons"]
[null,null,null,null,null,"Seasonal demand shifting has two benefits to the system"]
[null,null,null,null,null,null,"Balancing summer and winter electricity supply"]
[null,null,null,null,null,null,null,"The model tests the amount of seasonal storage that would best balance electricity supply between seasons and uses this to limit the user selection"]
[null,null,null,null,null,null,null,null,"Based on the gap between the maximum selected low carbon generation and demand in each season"]
[]
[null,null,null,null,null,null,"Capacity can discharge at peak periods reducing the requirement for centralised generation capacity helping to avoid the need to deploy unabated gas peaking plants"]
[]
[null,null,null,null,null,"Issue:","Storage method considers all capacity requested by the user when defining the difference between demand and low carbon generation."]
[null,null,null,null,null,null,"This means that any season dependent intermittent renewables selected but not built (because higher priority technologies have displaced them) will influence the application of seasonal storage."]
[]
[null,null,null,null,"Short term Demand Shifting"]
[null,null,null,null,null,"Demand Side Response (DSR)"]
[null,null,null,null,null,null,"Reality: A smart electricity system enables electricity users with non-urgent demands to displace demand from peak periods to other times of day in response to a price signal."]
[null,null,null,null,null,null,"Model: DSR peak power demand reductions reduce the requirement for centralised generation capacity helping to avoid the need to deploy unabated gas peaking plants."]
[null,null,null,null,null,null,"Technical potential is defined by the proportion of peak demand for each electricity use that can be displaced."]
[]
[null,null,null,null,null,"Vehicle to Grid (V2G) charging"]
[null,null,null,null,null,null,"Reality: Electric and plug in hybrid electric vehicles have batteries that can theoretically be used as an electricity source at times of peak demand by discharging to the grid."]
[null,null,null,null,null,null,null,"This would only be possible for vehicle battery capacity assumed to be both plugged into the grid and have sufficient charge to export electricity to the grid at the peak period."]
[null,null,null,null,null,null,null,"i.e. vehicles that will have time to sufficiently recharge when electricity demand falls after the peak before they are next used."]
[null,null,null,null,null,null,"Model: Battery capacity available reduces the requirement for centralised generation capacity helping to avoid the need to deploy unabated gas peaking plants."]
[null,null,null,null,null,null,"Technical potential is defined by the total capacity of batteries in the vehicle stock and the share of that capacity assumed to be available to discharge at the peak period."]
[]
[null,null,null,null,null,"Dedicated Batteries "]
[null,null,null,null,null,null,"Reality: Charge at times of day with low electricity demand and discharge at times with high electricity demand acting to flatten the required electricity generation profile and utilise intermittent generation at times of low demand."]
[null,null,null,null,null,null,"Model: Battery capacity available reduces the requirement for centralised generation capacity helping to avoid the need to deploy unabated gas peaking plants."]
[]
[null,null,null,null,null,"The user selects the total amount of short term peak demand shifting capacity of the system"]
[null,null,null,null,null,"The demand shifting options satisfy the total capacity selected in the following priority order, designed to minimise system costs."]
[null,null,null,null,null,null,"DSR - deployed fully up to its technical potential. Assumed most cost effective."]
[null,null,null,null,null,null,"V2G - deployed fully up to its technical potential. Assumed more cost effective than dedicated batteries."]
[null,null,null,null,null,null,"Dedicated batteries are then deployed to meet the remainder of the demand shifting capacity selected by the user."]
[null,null,null,null,null,"Only capacity that is required to ensure the peak electricity demand is met is installed."]
[]
[null,null,null,null,null,"It is assumed that there are no losses from V2G charging or dedicated batteries."]
[null,null,null,null,null,"As long as the efficiency of the storage technologies is reasonably high then this is a reasonable simplification."]
[null,null,null,null,null,"To calculate losses we would need to estimate the how frequently the storage is used."]
[null,null,null,null,null,"However, given that this would increase electricity generation demand, capacity required and hence costs, we would need to be careful that the benefits are also reflected."]
[]
[null,null,null,null,null,"Note:","There is a school of thought that dedicated batteries would be a cheaper solution than vehicle to grid charging."]
[null,null,null,null,null,null,"V2G would reduce the lifecycle of the EV batteries used, so by modelling this we would be assuming that EV owners would readily replace batteries – which is an expensive process. "]
[null,null,null,null,null,null,"If dedicated batteries prove to be cheaper than V2G when sourcing data for this module the option for V2G should be removed from the model."]
[]
[null,null,null,null,"Interconnectors"]
[null,null,null,null,null,"Interconnectors are net importers of electricity in early years to allow calibration to our current electricity system."]
[null,null,null,null,null,"In the longer term it is assumed that there are net zero imports (imports = exports) and that interconnectors are used to offer balancing capacity at peak periods."]
[null,null,null,null,null,"Thus in this model UK electricity demand = UK electricity supply."]
[null,null,null,null,null,"This does not necessarily reflect reality but is a suitable simplification as although in practice it would be possible for any zero carbon electricity generation to happen oversees, the UK would still face the same or higher overall costs when importing the electricity."]
[null,null,null,null,null,"Only capacity that is required to ensure the peak electricity demand is met is installed."]
[]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$11494), Model!$C$11494)","v":"Generation Capacity Deployment"}]
[null,null,null,"It is assumed that electricity supply and demand balance."]
[null,null,null,"If seasonal storage is deployed by the user electricity can be stored between seasons to help balance demand and supply across the year."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $E$1526), \"See \"&$E$1526&\" for further explanation.\")","v":"See Seasonal Storage for further explanation."}]
[null,null,null,"User selected capacity that is not required to satisfy electricity demand is assumed not to be built."]
[null,null,null,"Electricity supply and capacity is calculated through the following steps"]
[null,null,null,null,"User selected capacity profiles are combined with fixed capacity profiles."]
[null,null,null,null,"Maximum possible generation in each season is calculated based on each technologies average load factor for the season."]
[null,null,null,null,"Generation priority order used to define what is used in each season. Each technology is used to its maximum output before deploying the next item in the priority order."]
[null,null,null,null,"Capacity required to meet generation in each season is calculated from the actual generation in the season and the load factor."]
[null,null,null,null,"Capacity required calculated as the maximum capacity required in each season."]
[]
[null,null,null,"Electricity generation priority order"]
[null,null,null,null,"Biomass CCS "]
[null,null,null,null,"Nuclear "]
[null,null,null,null,"Hydro "]
[null,null,null,null,"Wind (onshore) "]
[null,null,null,null,"Wind (offshore) "]
[null,null,null,null,"Solar PV "]
[null,null,null,null,"Tidal Stream "]
[null,null,null,null,"Tidal Range "]
[null,null,null,null,"Wave "]
[null,null,null,null,"Biomass "]
[null,null,null,null,"Gas CCS "]
[null,null,null,null,"Interconnectors "]
[null,null,null,null,"Coal Unabated "]
[null,null,null,"Slack technology meeting demand not satisfied by the user controlled or fixed technologies"]
[null,null,null,null,"Gas Unabated (Closed Cycle Gas Turbine (CCGT))"]
[]
[null,null,null,"Generation technologies with fixed capacity"]
[null,null,null,null,"Hydro - no user controlee as their is unlikely to be any significant further capacity deployment"]
[null,null,null,null,"Biomass - unlikely to be any significant deployment of bio without CCS other than perhaps bio CHP (Combine Heat and Power) (treated elsewhere)"]
[null,null,null,null,"Coal Unabated - no new capacity will be built"]
[]
[null,null,null,"Generation technologies with fixed activity"]
[null,null,null,null,"Interconnectors "]
[null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $E$1571), \"See \"&$E$1571&\" for further explanation.\")","v":"See Interconnectors for further explanation."}]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$11858), Model!$C$11858)","v":"Grid Capacity Requirement"}]
[null,null,null,"As a simplification the capacity of the electricity transmission and distribution networks is measured in terms of maximum power. In reality the capacity/size and hence cost of the network would be proportional to the length of the network."]
[null,null,null,"Factors affecting grid capacity"]
[null,null,null,null,"Distance between the demand and source of generation - This effect is probably too complex for the Calculator."]
[null,null,null,null,"Load Factors -  E.g. if you build 1GW of wind then you’ll have a 1GW connection to the grid, but will only produce on average 0.3 GW.  For nuclear a 1 GW plant will produce 1GW on average.  "]
[null,null,null,null,"So even ignoring geography, size of network will be bigger for renewables vs conventional."]
[null,null,null,"Distribution"]
[null,null,null,null,"The required size/capacity of the distribution network is assumed to be equal to the level of the peak flow with a small margin built in for security."]
[null,null,null,null,null,"The peak flow of the distribution network is calculated as the gross peak demand from the distribution network plus the peak power output from district heat CHP.\n"]
[null,null,null,null,null,"This methodology assumes that district heat network CHP plants are exporting to the distribution grid at peak periods (limited on site electricity demand), whereas industrial CHP are used (Primarily) to meet other electrical demands at the same site so that separate distribution capacity to input to users and to export from generators is not required."]
[null,null,null,null,"It is assumed that the additional capacity installed for security is equivalent to the peak reserve margin used for generation capacity."]
[null,null,null,null,"This reflects the maximum power flow through the distribution network."]
[null,null,null,"Transmission"]
[null,null,null,null,"The required capacity of the transmission network is assumed to be equal to the total capacity of generation and storage technologies connected at the transmission network level."]
[null,null,null,null,"The share of onshore wind and solar capacity connected to the transmission network have been specified separately."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$11866), Model!$C$11866)","v":"Infrastructure Capacity"}]
[null,null,null,"New Capacity installed and total capacity - calculated using the standard method for the model."]
[null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$12005), Model!$C$12005)","v":"Peak Capacity Test"}]
[null,null,null,"The peak capacity test compares the peak electricity demand to the electricity generation and storage capacity assumed to be available at peak"]
[null,null,null,"To ensure the system has enough capacity to satisfy the peak demand any shortfall in supply is assumed to be made up by"]
[null,null,null,null,"1. Gas CCS peaking plants - These will be constructed if the capacity of Gas CCS built for baseload demand has not yet reached the user selection"]
[null,null,null,null,"2. Unabated gas peaking plants"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $C$1504), \"See \"&$C$1504&\" for details of how the peak electricity demand is defined.\")","v":"See Peak Demand for details of how the peak electricity demand is defined."}]
[null,null,null,"Electricity generation and storage capacity assumed to be available at the peak period."]
[null,null,null,null,"Each generation and storage technology has an associate Peak Contribution of Capacity Share or derating factor."]
[null,null,null,null,null,"Peak Contribution of Capacity Share = Share of total capacity installed that can be relied upon in a period of peak demand."]
[null,null,null,null,"The total capacity that can be relied upon to meet the peak power demand is calculated by multiplying the capacity installed by the derating factor for each technology."]
[null,null,null,null,"If this is less than the peak power demand then unabated gas peaking plans are installed to meet the capacity shortfall."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$12064), Model!$C$12064)","v":"Energy"}]
[null,null,null,"Unabated gas peaking plants"]
[null,null,null,null,"Installing unabated gas peaking capacity increases emissions as it is assumed to run for a minimum fraction of the year."]
[null,null,null,"Annual electricity generated by each technology is calculated by adding summer and winter generation."]
[null,null,null,null,"Winter generation is adjusted to account for any generation from gas CCS peaking plants and unabated gas peaking plants operating at peak periods. "]
[null,null,null,null,"It is assumed that peak periods occur during the winter season and that output from all other technologies is reduced in proportion to their total winter generation so that demand and supply balance."]
[null,null,null,"Waste heat"]
[null,null,null,null,"It is assumed that all thermal power stations produce waste heat that could be collected as well as electricity."]
[null,null,null,null,"If collected, such waste heat could be used as a heat source for heat networks."]
[null,null,null,null,"Note: In this model to avoid a circularity in calculations this link has been removed and a fixed maximum profile for the availability of waste heat has been assumed."]
[null,null,null,null,"Plants collecting waste heat as well as power will have a lower efficiency. As a simplification this is represented as a separate electricity demand."]
[null,null,null,"An energy balance for each technology is calculated based on the electricity generation activity and efficiency of conversion."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$12209), Model!$C$12209)","v":"Emissions"}]
[null,null,null,"Greenhouse gas (GHG) emissions are calculated as the difference between the emissions content of the input fuel and output fuel (electricity will have zero emissions)."]
[null,null,null,"CO2 emissions captured during CCS are subtracted from this."]
[null,null,null,"Biomass gasification with CCS achieves negative CO2 credits as the carbon content of the fuel can be captured and stored whilst under accounting rules the emissions content is assumed to be zero as it was absorbed from the atmosphere (relatively recently) during growth."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", $D$1286), \"See '\"&$D$1286&\"' section of BIO module desctiption for more details.\")","v":"See 'Emissions from bioenergy processing' section of BIO module desctiption for more details."}]
[null,null,null,"Air quality (AQ) emissions are assumed to be proportional to the amount of input fuel consumed and hence the amount of electricity produced or activity of the process."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$12537), Model!$C$12537)","v":"Costs"}]
[null,null,null,{"$f":"Model!F12538","v":"Cost equations have been deprioritised for the initial release"}]
[]
[]
[null,null,"Considerations"]
[null,null,null,"Should network heat CHP, industrial CHP and Energy from Waste (EfW) capacity be treated as part of the possible generation mix with a peak contribution factor rather than a negative contribution to Peak power?"]
[null,null,null,"Dwellings unsuitable for heat pumps. Do they have higher peak demand?"]
[]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$12539), Model!$B$12539)","v":"Industry"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","The industry module calculates the energy balance, emissions and costs associated with different energy vectors, selected by the user as a share of the service demand, for five different industrial sectors:"]
[null,null,null,"Industry segmented into the following categories"]
[null,null,null,null,"Ferrous and non-ferrous metals\n"]
[null,null,null,null,"Cement, Ceramics and Glass\n"]
[null,null,null,null,"Refining"]
[null,null,null,null,"Chemicals"]
[null,null,null,null,"Other. This includes the remaining industrial sectors belonging to the following DUKES categories:"]
[null,null,null,null,null,"i. Unclassified\n"]
[null,null,null,null,null,"ii. Mechanical engineering etc"]
[null,null,null,null,null,"iii. Electrical engineering etc"]
[null,null,null,null,null,"iv. Vehicles"]
[null,null,null,null,null,"v. Food, beverages etc"]
[null,null,null,null,null,"vi. Textiles, leather etc"]
[null,null,null,null,null,"vii. Paper, printing etc"]
[null,null,null,null,null,"viii. Other industries"]
[null,null,null,null,null,"ix. Construction"]
[null,null,"Influences"]
[null,null,null,"Fuel demands for electricity, bioenergy, hydrogen, fossil fuels"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1148), Method!$B$1148)","v":"Bioenergy and Waste Transformations"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1386), Method!$B$1386)","v":"Hydrogen Production"}]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1458), Method!$B$1458)","v":"Electricity Generation"}]
[]
[null,null,"Influenced by"]
[null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$458), Method!$B$458)","v":"Gas Grid Source "}]
[null,null,null,null,"The fuel source of gas in industry is directly controlled by the share of the gas grid converted to H2 and the proportion of input fuel assumed to be biomethane"]
[null,null,null,"Capture rates and efficiency penalties for Carbon Capture and Storage (CCS) processes"]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$1316), Method!$B$1316)","v":"Greenhouse Gas Removal & CCS"}]
[null,null,null,"Fossil Fuel Liquid demand is assumed proportional to sector growth for refining"]
[null,null,null,null,"All modules consuming liquid fossil fuels"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$12540), Model!$C$12540)","v":"Energy Intensity"}]
[null,null,null,"User Controls"]
[null,null,null,null,"Ambition for energy intensity"]
[null,null,null,null,"Ambition for CCS penetration"]
[null,null,null,null,"Ambition for capture rate"]
[null,null,null,"Method"]
[null,null,null,null,"Energy intensity index is calculated from baseline trajectory and the chosen ambition level"]
[null,null,null,null,"CCS share of emissions captured calculated from baseline CCS share after applying the CCS share ambition level"]
[null,null,null,null,"Capture rate (% of CO2 captured if CCS is present) calculated from baseline capture rate after applying the CCS capture rate ambition level"]
[null,null,null,null,"The ambition level for capture rate is also used to calculate the efficiency penalty index: efficiency index relative to the non CCS equivalent process corresponding to the capture rate. At different levels of ambition may correspond different penalties"]
[null,null,null,null,"Energy intensity in the base year calculated as inverse of the efficiency for each fuel and Industry type"]
[null,null,null,null,"Energy intensity is calculated"]
[null,null,null,null,null,"For the processes using electricity or hydrogen the energy intensity is simply the energy intensity index (calculated from the ambition level) times the base year energy intensity"]
[null,null,null,null,null,null,"The intensity where there is no CCS is the same as for electricity and hydrogen, energy intensity index times the baseline energy intensity. Where there is CCS the energy intensity is corrected by dividing by the CCS efficiency penalty index."]
[null,null,null,null,null,"For all other fuels the energy intensity is the weighted average of the energy intensities of processes with and without CCS (weight provided by the CCS share)"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$12960), Model!$C$12960)","v":"Energy balance"}]
[null,null,null,"User Controls"]
[null,null,null,null,"Ambition for energy shares fuelling heat processes"]
[null,null,null,null,null,"Electric"]
[null,null,null,null,null,"Bioenergy Solid (biomass)"]
[null,null,null,null,null,"Gas - zero carbon if gas grid is using H2 or biomethane and even natural gas can be decarbonising when replacing coal or oil "]
[null,null,null,"Method"]
[null,null,null,null,"Energy demand in the base year for each fuel and Industry type calculated from energy consumption and efficiencies in the base year"]
[null,null,null,null,null,"For heat processes these are summed to give a total demand for each Industry type"]
[null,null,null,null,"Share for each fuel in the base year are calculated from the energy demand for each fuel of each Industry type"]
[null,null,null,null,null,"Business as usual trajectory assumed to stay constant"]
[null,null,null,null,"The levers control only the ambition shares for electricity, bioenergy and gas. All other fuels are calculated as the residual shares"]
[null,null,null,null,"For electricity, bioenergy and gas the ambition share is calculated from the baseline energy share after applying the ambition level"]
[null,null,null,null,"The shares are applied in hierarchical order: electricity first, then bioenergy, then gas and finally all the others. The actual share is calculated as the minimum between the ambition share and the residual share after we apply the shares for the fuels higher in the hierarchy"]
[null,null,null,null,"Gas share is split into fossil fuel gaseous, hydrogen and biogas according to the shares calculated in the gas grid module"]
[null,null,null,null,"The residual share after electricity, bioenergy and gas is assigned to fossil fuel solid and fossil fuel liquid: it is split between them according to the respective proportion in the baseline shares"]
[]
[null,null,null,null,"We calculate the demand for heat and process electricity, using the demand in the base year and multiplying it by the expected sector growth (e.g. GVA growth)."]
[null,null,null,null,null,"Sector growth is a fixed model input for all sectors other than Refining which is assumed to be directly proportional to changes in UK demand for Fossil Fuel Liquid calculated in the pathway."]
[null,null,null,null,"The demand for heat is then split into fuel demands according to the fuel shares."]
[null,null,null,null,null,"For each fuel, the demand is also split into CHP (Combine Heat and Power) and non-CHP using the baseline CHP share per fuel (share of fuel which is used for heating in CHP plants)"]
[null,null,null,null,null,"The electricity produced by CHP plants is calculated taking the total CHP heat production and dividing it by the heat to power ratio."]
[null,null,null,null,"The net electricity consumed from the grid is the total electricity demand for electrical process and heat processes minus the electricity produced by CHP plants."]
[]
[null,null,null,"Note:","If the electricity produced by CHP is bigger than the electricity demand the electricity from the grid is negative. This means that we assume that the extra electricity is sold to other sectors."]
[null,null,null,null,"Check that the negative numbers are not too big in absolute values, otherwise there might be some issue."]
[null,null,null,null,"CHP in Industry is currently not included, this has been done to simplify the Model"]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$13590), Model!$C$13590)","v":"Emissions"}]
[null,null,null,"User Controls"]
[null,null,null,null,"Ambition for process emissions (intensity) index"]
[null,null,null,"Method"]
[null,null,null,null,"Process Emissions"]
[null,null,null,null,null,"Process emissions calculated by multiplying process emissions in the base year by the emissions intensity index (emissions factor index) and the sector growth (demand index)."]
[null,null,null,null,null,"It is assumed that process emissions are captured by CCS at the same rate as combustion emissions."]
[null,null,null,null,"Emissions captured by CCS"]
[null,null,null,null,null,"Assumes that any carbon content removed in the process is released into the atmosphere and that the CCS process captures a fraction of this."]
[null,null,null,null,null,"Carbon content released calculated as the fuel input (negative of the energy balance) multiplied by the emissions factor (emissions content factor for bioenergy)."]
[null,null,null,null,null,"The emissions captured are calculated as the emissions released multiplied by the share of emissions that have CCS applied and the capture rate of the process."]
[null,null,null,null,"Greenhouse gas (GHG) emissions"]
[null,null,null,null,null,"For each GHG, emissions are calculated as the energy balance multiplied by the global GHG emissions factors for each fuel."]
[null,null,null,null,null,"For CO2 emissions captured in Carbon Capture and Storage (CCS) processes are subtracted."]
[null,null,null,null,"Air Quality"]
[null,null,null,null,null,"AQ emissions are assumed proportional to fuel combustion. Calculated as the energy balance multiplied by the AQ emissions factors for each fuel."]
[null,null,null,null,null,"The same AQ emissions factors are used across all industrial sectors."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$14102), Model!$C$14102)","v":"CHP Seperation"}]
[null,null,null,"Fuel and emissions from CHP processes separated into electrical and heat components for detailed accounting."]
[null,null,null,"Separation based on the assumption used in DUKES (Digest of United Kingdom Energy Statistics)"]
[null,null,null,null,"DUKES 2017, Para 7.37 “Thus it is around twice as hard to generate a unit of electricity as it is to generate a unit of heat. Accordingly, a simple convention can be implemented whereby twice as many units of fuel are allocated to each unit of electricity generated, as to each unit of heat supplied.” "]
[null,null,null,null,"From this principle the following formula can be derived, Fuel for electricity = 2 * Electricity output * Fuel / (2*Electricity Output +Heat Output)."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$14321),Model!$C$14321)","v":"Infrastructure Capacity"}]
[null,null,null,"Method"]
[null,null,null,null,"New Capacity installed and total capacity - calculated using the standard method for the model."]
[null,null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[]
[null,null,null,null,"Capacity/costs are calculated for"]
[null,null,null,null,null,"Heat and electrical process technology capacity"]
[null,null,null,null,null,"Maintenance of current technologies"]
[null,null,null,null,null,"Hydrogen grid conversion - Cost per conversion from natural gas to H2"]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$14627),Model!$C$14627)","v":"Costs"}]
[null,null,null,"User Controls"]
[null,null,null,null,"Ambition for energy intensity"]
[null,null,null,"Method"]
[null,null,null,null,"Costs calculated using the standard methodology for the model"]
[null,null,null,null,null,"Link:",{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$64), Method!$B$64)","v":"FullTimeSeries"}]
[null,null,null,null,"Costs included"]
[null,null,null,null,null,"Capital costs"]
[null,null,null,null,null,"Operation & Maintenance Costs"]
[null,null,null,null,null,"Learning & development costs"]
[null,null,null,null,null,"CCS costs"]
[]
[null,null,null,null,"Learning and development investment is passed onto consumers through capital costs. It is assumed that the L&D investment is spread evenly over the time period the energy efficiency improvement is made/enforced over. "]
[null,null,null,null,"Calculated from the ambition level: high ambition will require more investment in L&D to be accomplished."]
[]
[null,null,null,null,"CCS cost calculated multiplying emissions captured by the cost per unit of emissions captured."]
[]
[null,null,"Considerations"]
[null,null,null,{"$f":"Model!$AU$13718","v":"F gas emissions from industry have been ignored as in 2015 they only accounted for around 0.2MtCO2e across all industrial processes."}]
[]
[null,"Non-energy Use"]
[null,null,"Scope:","Includes fuel used for none energy purposes"]
[null,null,null,"This category aligns with a section in Digest of UK Energy statistics (DUKES) which includes fossil fuels that are used for purposes such as chemical feedstocks, lubricants, solvents and road making material"]
[null,null,null,"This has been modelled as a fixed trajectory using data from DUKES"]
[]
[null,null,"Influences"]
[null,null,null,"Demand for all fossil fuels"]
[null,null,"Influenced by"]
[null,null,null,"None"]
[]
[null,null,"Method"]
[null,null,null,"Fossil fuel solid, liquid and gas used for non-energy purposes assumed not to change from base year"]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$16309), Model!$B$16309)","v":"Fossil Fuel Extraction"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Energy and emissions from UK fossil fuel extraction."]
[null,null,null,"Calculating the level of net fossil fuel imports required to satisfy demand."]
[]
[null,null,"Influences"]
[null,null,null,"None"]
[null,null,"Influenced by"]
[null,null,null,"Demand for all fossil fuels"]
[]
[null,null,"Method"]
[null,null,null,"Three categories of fossil fuel extraction are represented"]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Solid "]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Liquid "]
[null,null,null,null,"Domestic Resource Extraction Fossil Fuel Gas "]
[null,null,null,"It is assumed that the level of demand for fossil fuels outside of the UK (outside model boundary) is correlated to demand for fossil fuels in the UK."]
[null,null,null,"The activity of UK fossil fuel extraction is assumed to be constrained to the lesser of"]
[null,null,null,null,"UK fossil fuel extraction projections (exogenous to the model)"]
[null,null,null,null,"UK fossil fuel demand (endogenous to the model)"]
[null,null,null,"Therefore it is assumed that UK fossil fuel extraction follows projections, unless user lever choices mean that UK fossil fuel demand falls below this and that the UK will not become a net exporter of fossil fuels."]
[null,null,null,"Imports are assumed to meet any shortfall in UK fossil fuel production in order to satisfy demand."]
[]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$16310),Model!$C$16310)","v":"Fossil Fuel Demand"}]
[null,null,null,"Total UK demand for each fossil fuel state (solid, liquid, gaseous) is calculated by summing individual demand across the model."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$16315),Model!$C$16315)","v":"Activity of resource extraction"}]
[null,null,null,"Base year resource extraction and Net Energy Consumption per unit of resource extracted is calibrated to statistics."]
[null,null,null,"The maximum level of extraction for each fossil fuel state is defined."]
[null,null,null,"Total resource extraction of each fossil fuel state is calculated as the smaller of the maximum possible extraction and the extraction required to fully supply domestic fuel demand."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$16361),Model!$C$16361)","v":"Energy Balance"}]
[null,null,null,"Energy balance for each individual extraction process is calculated accounting for"]
[null,null,null,null,"Resource extracted"]
[null,null,null,null,"Net fuel produced (resource extracted minus any own use)"]
[null,null,null,null,"Auxiliary fuel input required in extraction."]
[null,null,null,"Net fossil fuel imports are calculated as the difference between demand and the net fuel produced in domestic extraction."]
[]
[null,null,null,"Note:","DUKES (Digestive UK Energy Statistics) groups oil and gas extraction into a single category that has had to be separated for use in this methodology."]
[null,null,null,null,"As such it has been assumed that all electricity and liquid fossil fuel consumed in Oil and gas extraction is consumed in oil extraction to avoid calculation circularities."]
[null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$C$16380),Model!$C$16380)","v":"Emissions"}]
[null,null,null,"Greenhouse gas (GHG) emissions categories represented"]
[null,null,null,null,"Combustion"]
[null,null,null,null,"Process (all non-combustion)"]
[null,null,null,"An emissions factor per unit of resource extracted is applied for both."]
[null,null,null,null,"This approach differs to how combustion emissions are calculated in the rest of the model using emissions factors per unit of fuel consumed."]
[null,null,null,"Separation of IPCC categories"]
[null,null,null,null,"1A1c","Manufacture of solid fuels and other energy industries"]
[null,null,null,null,null,null,"Industry","1A1ci","Coke production","Blast furnace gas"]
[null,null,null,null,null,null,"Industry","1A1ci","Coke production","Coke oven gas"]
[null,null,null,null,null,null,"Industry","1A1ci","Coke production","Colliery methane"]
[null,null,null,null,null,null,"Industry","1A1ci","Coke production","Natural gas"]
[null,null,null,null,null,null,"Industry","1A1ci","Solid smokeless fuel production","Coke"]
[null,null,null,null,null,null,"Industry","1A1ci","Solid smokeless fuel production","Natural gas"]
[null,null,null,null,null,"Combustion","Oil","1A1cii","Upstream Oil Production - fuel combustion","Gas oil"]
[null,null,null,null,null,"Combustion","Oil","1A1cii","Upstream Oil Production - fuel combustion","Natural gas"]
[null,null,null,null,null,"Combustion","Oil","1A1cii","Upstream oil and gas production - combustion at gas separation plant","LPG"]
[null,null,null,null,null,"Combustion","Oil","1A1cii","Upstream oil and gas production - combustion at gas separation plant","OPG"]
[null,null,null,null,null,"Combustion","Gas","1A1cii","Upstream Gas Production - fuel combustion","Gas oil"]
[null,null,null,null,null,"Combustion","Gas","1A1cii","Upstream Gas Production - fuel combustion","Natural gas"]
[null,null,null,null,null,"Combustion","Coal","1A1ciii","Collieries - combustion","Coal"]
[null,null,null,null,null,"Combustion","Coal","1A1ciii","Collieries - combustion","Coke oven gas"]
[null,null,null,null,null,"Combustion","Coal","1A1ciii","Collieries - combustion","Colliery methane"]
[null,null,null,null,null,"Combustion","Coal","1A1ciii","Collieries - combustion","Natural gas"]
[null,null,null,null,null,"Combustion","Gas","1A1ciii","Gas production","Colliery methane"]
[null,null,null,null,null,"Combustion","Gas","1A1ciii","Gas production","LPG"]
[null,null,null,null,null,"Combustion","Gas","1A1ciii","Gas production","Natural gas"]
[null,null,null,null,null,"Combustion","Gas","1A1ciii","Gas production","OPG"]
[null,null,null,null,null,"Combustion","Gas","1A1ciii","Gas production","Town gas"]
[null,null,null,null,null,null,"NA","1A1ciii","Nuclear fuel production","Natural gas"]
[null,null,null,null,null,null,"NA","1A1ciii","Town gas manufacture","Burning oil"]
[null,null,null,null,null,null,"NA","1A1ciii","Town gas manufacture","Coal"]
[null,null,null,null,null,null,"NA","1A1ciii","Town gas manufacture","Coke"]
[null,null,null,null,null,null,"NA","1A1ciii","Town gas manufacture","Coke oven gas"]
[null,null,null,null,null,null,"NA","1A1ciii","Town gas manufacture","LPG"]
[null,null,null,null,null,null,"NA","1A1ciii","Town gas manufacture","Natural gas"]
[]
[null,null,null,null,"1B"]
[null,null,null,null,null,"Extraction ","Coal","1B1a1i","Deep-mined coal","Coal produced"]
[null,null,null,null,null,"Extraction ","Coal","1B1a1ii","Coal storage and transport","Deep mined coal production"]
[null,null,null,null,null,"Extraction ","Coal","1B1a1iii","Closed Coal Mines","Non-fuel combustion"]
[null,null,null,null,null,"Extraction ","Coal","1B1a2i","Open-cast coal","Coal produced"]
[null,null,null,null,null,null,"Industry","1B1b","Solid smokeless fuel production","Petroleum coke"]
[null,null,null,null,null,null,"Industry","1B1b","Coke production","Coke produced"]
[null,null,null,null,null,null,"Industry","1B1b","Solid smokeless fuel production","Coal"]
[null,null,null,null,null,null,"Industry","1B1b","Solid smokeless fuel production","SSF produced"]
[null,null,null,null,null,null,"Industry","1B1b","Iron and steel - flaring","Coke oven gas"]
[null,null,null,null,null,null,"Industry","1B1b","Charcoal production","Charcoal produced"]
[null,null,null,null,null,"Extraction ","Oil","1B2a1","Upstream Oil Production - Offshore Well Testing","Exploration drilling :amount of gas flared"]
[null,null,null,null,null,"Extraction ","Oil","1B2a2","Upstream Oil Production - process emissions","Non-fuel combustion"]
[null,null,null,null,null,"Extraction ","Oil","1B2a2","Petroleum processes","Oil production"]
[null,null,null,null,null,"Extraction ","Oil","1B2a3","Upstream Oil Production - Onshore Oil Loading","Crude oil"]
[null,null,null,null,null,"Extraction ","Oil","1B2a3","Upstream Oil Production - Offshore Oil Loading","Crude oil"]
[null,null,null,null,null,"Extraction ","Oil","1B2a4","Upstream Oil Production - Oil terminal storage","Non-fuel combustion"]
[null,null,null,null,null,"Extraction ","Gas","1B2b1","Upstream Gas Production - Offshore Well Testing","Exploration drilling :amount of gas flared"]
[null,null,null,null,null,"Extraction ","Gas","1B2b3","Upstream Gas Production - process emissions","Non-fuel combustion"]
[null,null,null,null,null,null,"Gas Grid","1B2b4","Gas leakage","Natural Gas (transmission leakage)"]
[null,null,null,null,null,"Extraction ","Gas","1B2b4","Upstream Gas Production - Gas terminal storage","Non-fuel combustion"]
[null,null,null,null,null,null,"Gas Grid","1B2b5","Gas leakage","Natural gas supply"]
[null,null,null,null,null,null,"Gas Grid","1B2b5","Gas leakage","Natural Gas (leakage at point of use)"]
[null,null,null,null,null,"Extraction ","Oil","1B2c1i","Upstream Oil Production - venting","Non-fuel combustion"]
[null,null,null,null,null,"Extraction ","Gas","1B2c1ii","Upstream Gas Production - venting","Non-fuel combustion"]
[null,null,null,null,null,"Extraction ","Oil","1B2c2i","Upstream Oil Production - flaring","Non-fuel combustion"]
[null,null,null,null,null,"Extraction ","Gas","1B2c2ii","Upstream Gas Production - flaring","Non-fuel combustion"]
[]
[]
[null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Model!$B$16535), Model!$B$16535)","v":"Unrepresented Emissions"},null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]
[null,null,"Scope:","Apply GHG emissions not calculated by the model"]
[]
[null,null,"Influences"]
[null,null,null,"F Gas emissions from non-domestic air conditioning."]
[null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$291), Method!$B$291)","v":"Buildings-Non-Heat module "}]
[null,null,"Influenced by"]
[null,null,null,"None"]
[]
[null,null,"Method"]
[null,null,null,"Unrepresented emissions in the model base year sourced."]
[null,null,null,"Assumptions made on how these will change between the model base year and 2100"]
[null,null,null,null,"CO2, CH4, N20 emissions are assumed to remain constant in the absence of projections."]
[null,null,null,null,"F gas emissions are assumed to follow trends from sourced F gas emissions projections at a sector level."]
[]
[null,"Placeholder Section",null,null,null,null,null,null,null,null,null,null,{"$f":"HYPERLINK(\"#\" & CELL(\"address\", Method!$B$3), Method!$B$3)","v":"Contents"}]

{"sheet":"NameConv","index":8,"n_rows":1254,"n_cols":26,"rows_kept":1254,"cut":false,"hidden":false,"merged":[]}
["NameConv"]
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["Suffixes"]
[null,"Units"]
[null,null,"Comp",null,null,null,null,null,null,null,"Unit Conversion From",null,"Prefix for converting units from the specified unit to the user preference units","uc"]
[null,null,"Comp",null,null,null,null,null,null,null,"Source Unit ",null,"Prefix for raw data rows to differentiate from the rows that have been converted to user preference units","SU_"]
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[null,null,"Comp",null,null,null,null,null,null,null,"Year ",null,"Model Year","Yr",null,null,null,null,null,null,{"$f":"$N$8","v":"Yr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Period ",null,"Model Period","Prd",null,null,null,null,null,null,{"$f":"$N$9","v":"Prd"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Current ",null,"Period/year of the current calculation","Curr",null,null,null,null,null,null,{"$f":"$N$10","v":"Curr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Previous ",null,"Period/year of the modelled period/year before the year of the current calculation","Prev",null,null,null,null,null,null,{"$f":"$N$11","v":"Prev"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Column Reference ",null,"Column reference relative to the position of the position of the time series","ColR",null,null,null,null,null,null,{"$f":"$N$12","v":"ColR"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Beginning ",null,"Beginning of period containing the current year","Beg",null,null,null,null,null,null,{"$f":"$N$13","v":"Beg"}]
[null,null,"Comp",null,null,null,null,null,null,null,"End ",null,"End of period containing the current year","End",null,null,null,null,null,null,{"$f":"$N$14","v":"End"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Base Year ",null,"The year the model is calibrated to","BY",null,null,null,null,null,null,{"$f":"$N$16","v":"BY"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Target Year ",null,"The year lever action is targeted to be complete","TY",null,null,null,null,null,null,{"$f":"$N$17","v":"TY"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Ambition Start Year ",null,"The year lever action is targeted to be complete","SY",null,null,null,null,null,null,{"$f":"$N$18","v":"SY"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Business as Usual ",null,null,"BaU",null,null,null,null,null,null,{"$f":"$N$19","v":"BaU"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Baseline ",null,null,"Base",null,null,null,null,null,null,{"$f":"$N$20","v":"Base"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Index ",null,null,"Indx",null,null,null,null,null,null,{"$f":"$N$21","v":"Indx"}]
[null,null,"Comp",null,null,null,null,null,null,null,"lever selection ",null,null,"Lvr",null,null,null,null,null,null,{"$f":"$N$22","v":"Lvr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Ambition for ",null,null,"Amb",null,null,null,null,null,null,{"$f":"$N$23","v":"Amb"}]
[null,null,"Comp",null,null,null,null,null,null,null,"difference ",null,null,"Dif",null,null,null,null,null,null,{"$f":"$N$24","v":"Dif"}]
[null,null,"Comp",null,null,null,null,null,null,null,"decrease ",null,null,"Dcr",null,null,null,null,null,null,{"$f":"$N$25","v":"Dcr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Maximum ",null,null,"Max",null,null,null,null,null,null,{"$f":"$N$26","v":"Max"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Minimum",null,null,"Min",null,null,null,null,null,null,{"$f":"$N$27","v":"Min"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Rate ",null,null,"Rt",null,null,null,null,null,null,{"$f":"$N$28","v":"Rt"}]
[null,null,"Comp",null,null,null,null,null,null,null,"per Unit ",null,null,"Unit",null,null,null,null,null,null,{"$f":"$N$29","v":"Unit"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Coefficient for ",null,null,"Coef",null,null,null,null,null,null,{"$f":"$N$30","v":"Coef"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Suitable for ",null,null,"Suit",null,null,null,null,null,null,{"$f":"$N$31","v":"Suit"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Penalty ",null,null,"Pen",null,null,null,null,null,null,{"$f":"$N$32","v":"Pen"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Target ",null,null,"Target",null,null,null,null,null,null,{"$f":"$N$33","v":"Target"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"from Combustion ",null,null,"Comb",null,null,null,null,null,null,{"$f":"$N$35","v":"Comb"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Capture ",null,null,"Capt",null,null,null,null,null,null,{"$f":"$N$36","v":"Capt"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Lifecycle  ",null,null,"LfCy",null,null,null,null,null,null,{"$f":"$N$37","v":"LfCy"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Content of resource ",null,null,"Cont",null,null,null,null,null,null,{"$f":"$N$38","v":"Cont"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Base Year Stock ",null,"Capacity Installed before the model base year","BYS",null,null,null,null,null,null,{"$f":"$N$40","v":"BYS"}]
[null,null,"Comp",null,null,null,null,null,null,null,"New Stock ",null,"Capacity installed after the model base year","NwS",null,null,null,null,null,null,{"$f":"$N$41","v":"NwS"}]
[null,null,"Comp",null,null,null,null,null,null,null,"New ",null,"Installed new in the period","NwI",null,null,null,null,null,null,{"$f":"$N$42","v":"NwI"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Required ",null,null,"Req",null,null,null,null,null,null,{"$f":"$N$43","v":"Req"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Retired",null,null,"Ret",null,null,null,null,null,null,{"$f":"$N$44","v":"Ret"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Active ",null,null,"Act",null,null,null,null,null,null,{"$f":"$N$45","v":"Act"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Installed ",null,null,"Inst",null,null,null,null,null,null,{"$f":"$N$46","v":"Inst"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Cost ",null,null,"cst",null,null,null,null,null,null,{"$f":"$N$48","v":"cst"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Capital ",null,"Is it ok for the code to be the same as capacity? I think it is.","Cap",null,null,null,null,null,null,{"$f":"$N$49","v":"Cap"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Operation and Maintenance ",null,null,"OaM",null,null,null,null,null,null,{"$f":"$N$50","v":"OaM"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Activity ",null,null,{"$f":"$N$91","v":"Actv"},null,null,null,null,null,null,{"$f":"$N$51","v":"Actv"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Learning & Development ",null,null,"LaD",null,null,null,null,null,null,{"$f":"$N$52","v":"LaD"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Total ",null,null,"Tot",null,null,null,null,null,null,{"$f":"$N$53","v":"Tot"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Annualised ",null,null,"Ann",null,null,null,null,null,null,{"$f":"$N$54","v":"Ann"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Economic ",null,null,"Ecn",null,null,null,null,null,null,{"$f":"$N$55","v":"Ecn"}]
[null,null,"Comp",null,null,null,null,null,null,null,"-Point",null,null,"_P",null,null,null,null,null,null,{"$f":"$N$56","v":"_P"}]
[null,null,"Comp",null,null,null,null,null,null,null,"-High ",null,null,"_H",null,null,null,null,null,null,{"$f":"$N$57","v":"_H"}]
[null,null,"Comp",null,null,null,null,null,null,null,"-Low ",null,null,"_L",null,null,null,null,null,null,{"$f":"$N$58","v":"_L"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Internal Mean ",null,"Set Point Temperature","In",null,null,null,null,null,null,{"$f":"$N$60","v":"In"}]
[null,null,"Comp","EXT.","External ",null,null,null,null,null,"External Mean ",null,"This is not an attribute it is a suffix to describe temperature","Ex",null,null,null,null,null,null,{"$f":"$N$61","v":"Ex"}]
[]
[null,null,"Comp","SSN.","Seasonal ",null,"No","No",null,null,"Season Placeholder",null,"This is a suffix not an attribute. It should represent a placeholder","[Seasn]"]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 01 (Jan)",null,null,"M01",null,null,null,null,null,null,{"$f":"$N$64","v":"M01"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 02 (Feb)",null,null,"M02",null,null,null,null,null,null,{"$f":"$N$65","v":"M02"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 03 (Mar)",null,null,"M03",null,null,null,null,null,null,{"$f":"$N$66","v":"M03"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 04 (Apr)",null,null,"M04",null,null,null,null,null,null,{"$f":"$N$67","v":"M04"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 05 (May)",null,null,"M05",null,null,null,null,null,null,{"$f":"$N$68","v":"M05"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 06 (Jun)",null,null,"M06",null,null,null,null,null,null,{"$f":"$N$69","v":"M06"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 07 (Jul)",null,null,"M07",null,null,null,null,null,null,{"$f":"$N$70","v":"M07"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 08 (Aug)",null,null,"M08",null,null,null,null,null,null,{"$f":"$N$71","v":"M08"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 09 (Sep)",null,null,"M09",null,null,null,null,null,null,{"$f":"$N$72","v":"M09"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 10 (Oct)",null,null,"M10",null,null,null,null,null,null,{"$f":"$N$73","v":"M10"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 11 (Nov)",null,null,"M11",null,null,null,null,null,null,{"$f":"$N$74","v":"M11"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Month 12 (Dec)",null,null,"M12",null,null,null,null,null,null,{"$f":"$N$75","v":"M12"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Summer",null,null,"Sum",null,null,null,null,null,null,{"$f":"$N$76","v":"Sum"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Winter",null,null,"Wint",null,null,null,null,null,null,{"$f":"$N$77","v":"Wint"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Non Seasonal ",null,null,"NSsn",null,null,null,null,null,null,{"$f":"$N$78","v":"NSsn"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Diurnal ",null,null,"Drn"]
[null,null,"Comp",null,null,null,null,null,null,null,"Seasonal ",null,null,"Ssn"]
[null,null,"Comp",null,null,null,null,null,null,null,"Discharge ",null,null,"Discharge",null,null,null,null,null,null,{"$f":"$N$81","v":"Discharge"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Non-Dispatchable",null,null,"NDisp",null,null,null,null,null,null,{"$f":"$N$83","v":"NDisp"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Surplus ",null,null,"Surp",null,null,null,null,null,null,{"$f":"$N$84","v":"Surp"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Preferred ",null,null,"Pref",null,null,null,null,null,null,{"$f":"$N$85","v":"Pref"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Heat ",null,"Is this a duplicate of the heat vector? Should we use space heat to be clear of the distinction.","Ht",null,null,null,null,null,null,{"$f":"$N$87","v":"Ht"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Gains ",null,null,"Gn",null,null,null,null,null,null,{"$f":"$N$88","v":"Gn"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Losses ",null,null,"Ls",null,null,null,null,null,null,{"$f":"$N$89","v":"Ls"}]
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[null,null,"Comp",null,null,null,null,null,null,null,"Annualisation Factor  ",null,"Fraction of total capital cost paid in each year of the economic lifetime.",{"$f":"N54&\"F\"","v":"AnnF"},null,null,null,null,null,null,{"$f":"$N$92","v":"AnnF"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Area ",null,null,"Area",null,null,null,null,null,null,{"$f":"$N$93","v":"Area"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Availability ",null,"Limit on resource available ","Avail",null,null,null,null,null,null,{"$f":"$N$94","v":"Avail"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Capacity ",null,"Technology/Process capacity","Cap",null,null,null,null,null,null,{"$f":"$N$95","v":"Cap"}]
[null,null,"Comp",null,null,null,null,null,null,null,"CHP heat to power ratio ",null,"Units of heat per unit of power","CHPR",null,null,null,null,null,null,{"$f":"$N$96","v":"CHPR"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Cost of Capital ",null,null,"CoC",null,null,null,null,null,null,{"$f":"$N$97","v":"CoC"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Demand ",null,"Service or vector demand","Dem",null,null,null,null,null,null,{"$f":"$N$98","v":"Dem"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Deployment Share/Penetration",null,null,"ShrPen",null,null,null,null,null,null,{"$f":"$N$99","v":"ShrPen"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Action Start",null,null,"Start",null,null,null,null,null,null,{"$f":"$N$100","v":"Start"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Action Speed",null,null,"Speed",null,null,null,null,null,null,{"$f":"$N$101","v":"Speed"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Action End ",null,"End is duplicated.","End",null,null,null,null,null,null,{"$f":"$N$102","v":"End"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Discount Rate ",null,null,"DR",null,null,null,null,null,null,{"$f":"$N$103","v":"DR"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Energy Balance ",null,"Energy flow into and out of a process or group of processes","EB",null,null,null,null,null,null,{"$f":"$N$104","v":"EB"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Efficiency ",null,"Output per unit input","Eff",null,null,null,null,null,null,{"$f":"$N$105","v":"Eff"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Energy Density (HHV/GCV)",null,"Energy per unit volume or energy per unit mass","EDen",null,null,null,null,null,null,{"$f":"$N$106","v":"EDen"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Energy Intensity ",null,"Input per unit output (inverse of efficiency)","EIn",null,null,null,null,null,null,{"$f":"$N$107","v":"EIn"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Emissions ",null,null,"Em",null,null,null,null,null,null,{"$f":"$N$108","v":"Em"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Emissions Credit Factor ",null,null,"EmCF",null,null,null,null,null,null,{"$f":"$N$109","v":"EmCF"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Emissions Factor ",null,null,"EmF",null,null,null,null,null,null,{"$f":"$N$110","v":"EmF"}]
[null,null,null,null,null,null,null,null,null,null,"Final Energy Consumption ",null,null,"FEC",null,null,null,null,null,null,{"$f":"$N$111","v":"FEC"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Global Warming Potential ",null,null,"GWP",null,null,null,null,null,null,{"$f":"$N$112","v":"GWP"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Land Balance ",null,null,"LB",null,null,null,null,null,null,{"$f":"$N$113","v":"LB"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Length",null,null,"Length",null,null,null,null,null,null,{"$f":"$N$114","v":"Length"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Load Factor ",null,"Fraction of the period the technology operates","LF",null,null,null,null,null,null,{"$f":"$N$115","v":"LF"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Lifetime ",null,null,"Life",null,null,null,null,null,null,{"$f":"$N$116","v":"Life"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Losses ",null,"If this is only applied to describe leaks form the gas grid this should be renamed leaks","Loss",null,null,null,null,null,null,{"$f":"$N$117","v":"Loss"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Net Energy Consumption ",null,null,"NEC",null,null,null,null,null,null,{"$f":"$N$118","v":"NEC"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Number of ",null,null,"NUM",null,null,null,null,null,null,{"$f":"$N$119","v":"NUM"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Occupancy ",null,null,"Occ",null,null,null,null,null,null,{"$f":"$N$120","v":"Occ"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Peak Activity/Output ",null,null,"PeakActv",null,null,null,null,null,null,{"$f":"$N$121","v":"PeakActv"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Peak Contribution of Capacity ",null,null,"PeakCC",null,null,null,null,null,null,{"$f":"$N$122","v":"PeakCC"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Peak Reserve Margin",null,null,"PeakRM",null,null,null,null,null,null,{"$f":"$N$123","v":"PeakRM"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Peak to Mean Ratio",null,null,"PeakMean",null,null,null,null,null,null,{"$f":"$N$124","v":"PeakMean"}]
[null,null,null,null,null,null,null,null,null,null,"Primary Energy Consumption ",null,null,"PEC",null,null,null,null,null,null,{"$f":"$N$125","v":"PEC"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Population ",null,"Name can be explicit (longer) as it will never be concatenated with other elements","Population",null,null,null,null,null,null,{"$f":"$N$126","v":"Population"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Resource Balance ",null,"Resource flow into and out of a process","RB",null,null,null,null,null,null,{"$f":"$N$127","v":"RB"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Range ",null,"Distance travelled per vehicle","Rng",null,null,null,null,null,null,{"$f":"$N$128","v":"Rng"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Scrappage Decision ",null,"Decision if capacity that is not required in a period is scrapped.","Scrap",null,null,null,null,null,null,{"$f":"$N$129","v":"Scrap"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Share ",null,"Share of total ","Shr",null,null,null,null,null,null,{"$f":"$N$130","v":"Shr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Duration ",null,null,"Time",null,null,null,null,null,null,{"$f":"$N$131","v":"Time"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Temperature ",null,null,"Tmp",null,null,null,null,null,null,{"$f":"$N$132","v":"Tmp"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Utilisation ",null,null,"Utl",null,null,null,null,null,null,{"$f":"$N$133","v":"Utl"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Yield ",null,"Output per unit area","Yield",null,null,null,null,null,null,{"$f":"$N$134","v":"Yield"}]
[null,"Vector Category"]
[null,null,"Comp",null,null,null,null,null,null,null,"Demand ",null,null,"d",null,null,null,null,null,null,{"$f":"$N$136","v":"d"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Fuel ",null,null,"f",null,null,null,null,null,null,{"$f":"$N$137","v":"f"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Loss ",null,null,"ls",null,null,null,null,null,null,{"$f":"$N$138","v":"ls"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Import ",null,"Do we need separate vectors for imported fuel? Would it be better to have import/export technologies?","imp",null,null,null,null,null,null,{"$f":"$N$139","v":"imp"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Resource ",null,null,"r",null,null,null,null,null,null,{"$f":"$N$140","v":"r"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Matter ",null,null,"m",null,null,null,null,null,null,{"$f":"$N$141","v":"m"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Area ",null,null,"a",null,null,null,null,null,null,{"$f":"$N$142","v":"a"}]
[null,"State"]
[null,null,"Comp",null,null,null,null,null,null,null,"Solid ",null,null,"S",null,null,null,null,null,null,{"$f":"$N$144","v":"S"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Liquid ",null,null,"L",null,null,null,null,null,null,{"$f":"$N$145","v":"L"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Gas ",null,null,"G",null,null,null,null,null,null,{"$f":"$N$146","v":"G"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Net Energy ",null,null,"NetEn"]
[null,null,"Comp",null,null,null,null,null,null,null,"Electricity ",null,null,"Elc",null,null,null,null,null,null,{"$f":"$N$149","v":"Elc"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Bioenergy ",null,null,"Bi",null,null,null,null,null,null,{"$f":"$N$150","v":"Bi"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Fossil Fuel ",null,null,"Fs",null,null,null,null,null,null,{"$f":"$N$151","v":"Fs"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Hydrogen ",null,null,"H2",null,null,null,null,null,null,{"$f":"$N$152","v":"H2"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Grid Gas ",null,null,"Grd",null,null,null,null,null,null,{"$f":"$N$153","v":"Grd"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Network Heat ",null,null,"NwkH",null,null,null,null,null,null,{"$f":"$N$154","v":"NwkH"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Waste Heat ",null,null,"WstH",null,null,null,null,null,null,{"$f":"$N$155","v":"WstH"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Environmental Heat ",null,null,"EnvH",null,null,null,null,null,null,{"$f":"$N$156","v":"EnvH"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Expelled Heat ",null,"Represents the unwanted heat energy removed by AC","ExpH",null,null,null,null,null,null,{"$f":"$N$157","v":"ExpH"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Environmental Energy ",null,"Represents all environmental energy forms such as wind, wave, solar, etc…","EnvE",null,null,null,null,null,null,{"$f":"$N$158","v":"EnvE"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Conversion ",null,null,"Cnv",null,null,null,null,null,null,{"$f":"$N$159","v":"Cnv"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Dry Waste ",null,null,"WstD",null,null,null,null,null,null,{"$f":"$N$160","v":"WstD"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wet Waste ",null,null,"WstW",null,null,null,null,null,null,{"$f":"$N$161","v":"WstW"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Used Cooking Oil/Tallow",null,null,"UCO",null,null,null,null,null,null,{"$f":"$N$162","v":"UCO"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wind",null,null,"Wnd",null,null,null,null,null,null,{"$f":"$N$163","v":"Wnd"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Solar",null,null,"Sol",null,null,null,null,null,null,{"$f":"$N$164","v":"Sol"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Geothermal",null,null,"Geo",null,null,null,null,null,null,{"$f":"$N$165","v":"Geo"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wave/Tide",null,null,"Wav",null,null,null,null,null,null,{"$f":"$N$166","v":"Wav"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Hydro",null,null,"HYD",null,null,null,null,null,null,{"$f":"$N$167","v":"HYD"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Environmental Heat",null,null,"EnvH",null,null,null,null,null,null,{"$f":"$N$168","v":"EnvH"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Nuclear (Uranium)",null,null,"URN",null,null,null,null,null,null,{"$f":"$N$169","v":"URN"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Food ",null,null,"FOOD",null,null,null,null,null,null,{"$f":"$N$171","v":"FOOD"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Straw Arising ",null,null,"Strw",null,null,null,null,null,null,{"$f":"$N$172","v":"Strw"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Straw Arising Collected for Energy ",null,null,"StrwE",null,null,null,null,null,null,{"$f":"$N$173","v":"StrwE"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Straw Arising Not Collected ",null,null,"StrwNC",null,null,null,null,null,null,{"$f":"$N$174","v":"StrwNC"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wood Arising ",null,null,"WdAr",null,null,null,null,null,null,{"$f":"$N$175","v":"WdAr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wood Arising Collected for Energy ",null,null,"WdArE",null,null,null,null,null,null,{"$f":"$N$176","v":"WdArE"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wood Arising Not Collected ",null,null,"WdArNC",null,null,null,null,null,null,{"$f":"$N$177","v":"WdArNC"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Manure (All Types) ",null,null,"Mnr",null,null,null,null,null,null,{"$f":"$N$179","v":"Mnr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Slurry Deposits (All Types) ",null,null,"SlryALL",null,null,null,null,null,null,{"$f":"$N$180","v":"SlryALL"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Slurry Deposits Collected for Energy ",null,null,"SlryE",null,null,null,null,null,null,{"$f":"$N$181","v":"SlryE"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Slurry Deposits Not Collected ",null,null,"SlryNC",null,null,null,null,null,null,{"$f":"$N$182","v":"SlryNC"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Manure Other ",null,null,"MnrOth",null,null,null,null,null,null,{"$f":"$N$183","v":"MnrOth"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Space Heat ",null,null,"SH",null,null,null,null,null,null,{"$f":"$N$185","v":"SH"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Hot Water ",null,null,"HW",null,null,null,null,null,null,{"$f":"$N$186","v":"HW"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Heat (Space + Water)",null,"Total heat demand. This will be required for the buildings heat energy balance","Ht",null,null,null,null,null,null,{"$f":"$N$187","v":"Ht"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Cooling ",null,null,"Cl",null,null,null,null,null,null,{"$f":"$N$188","v":"Cl"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Cooking ",null,null,"Ck",null,null,null,null,null,null,{"$f":"$N$189","v":"Ck"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Lighting service demand ",null,null,"Lt",null,null,null,null,null,null,{"$f":"$N$190","v":"Lt"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Appliances service demand ",null,null,"Ap",null,null,null,null,null,null,{"$f":"$N$191","v":"Ap"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Passenger Distance Travelled ",null,null,"DPs",null,null,null,null,null,null,{"$f":"$N$192","v":"DPs"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Freight Distance Travelled ",null,null,"DFr",null,null,null,null,null,null,{"$f":"$N$193","v":"DFr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Vehicle Distance Travelled ",null,null,"DVh",null,null,null,null,null,null,{"$f":"$N$194","v":"DVh"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Process Heat ",null,null,"PHt",null,null,null,null,null,null,{"$f":"$N$195","v":"PHt"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Process Electricity ",null,null,"Elc",null,null,null,null,null,null,{"$f":"$N$196","v":"Elc"}]
[null,"Technology Group"]
[null,null,"Comp",null,null,null,null,null,null,null,"Resource Extraction ",null,null,"REx",null,null,null,null,null,null,{"$f":"$N$198","v":"REx"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Trade ",null,null,"Trade",null,null,null,null,null,null,{"$f":"$N$199","v":"Trade"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Transport (All Modes) ",null,null,"TRA",null,null,null,null,null,null,{"$f":"$N$200","v":"TRA"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Light Duty Vehicles ",null,null,"LV",null,null,null,null,null,null,{"$f":"$N$201","v":"LV"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Walking ",null,null,"Wlk",null,null,null,null,null,null,{"$f":"$N$202","v":"Wlk"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Cycling ",null,null,"Cyc",null,null,null,null,null,null,{"$f":"$N$203","v":"Cyc"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Car ",null,null,"car",null,null,null,null,null,null,{"$f":"$N$204","v":"car"}]
[null,null,"Comp",null,null,null,null,null,"",null,"LGV (van) ",null,null,"lgv",null,null,null,null,null,null,{"$f":"$N$205","v":"lgv"}]
[null,null,"Comp",null,null,null,null,null,"",null,"HGV ",null,null,"hgv",null,null,null,null,null,null,{"$f":"$N$206","v":"hgv"}]
[null,null,"Comp",null,null,null,null,null,"",null,"_Rigid ",null,null,"R",null,null,null,null,null,null,{"$f":"$N$207","v":"R"}]
[null,null,"Comp",null,null,null,null,null,"",null,"_Articulated ",null,null,"A",null,null,null,null,null,null,{"$f":"$N$208","v":"A"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Bus ",null,null,"bus",null,null,null,null,null,null,{"$f":"$N$209","v":"bus"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Non-Road Mobile Machinery ",null,null,"nrm",null,null,null,null,null,null,{"$f":"$N$210","v":"nrm"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Train ",null,null,"trn",null,null,null,null,null,null,{"$f":"$N$211","v":"trn"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Shipping ",null,null,"shp",null,null,null,null,null,null,{"$f":"$N$212","v":"shp"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Aviation ",null,null,"avi",null,null,null,null,null,null,{"$f":"$N$213","v":"avi"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Buildings (all) ",null,null,"b",null,null,null,null,null,null,{"$f":"$N$214","v":"b"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Domestic ",null,null,"d",null,null,null,null,null,null,{"$f":"$N$215","v":"d"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Non-Domestic ",null,null,"n",null,null,null,null,null,null,{"$f":"$N$216","v":"n"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Heat Network ",null,null,"hn",null,null,null,null,null,null,{"$f":"$N$217","v":"hn"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Industry ",null,"may not want this at the start of every tech description?","in",null,null,null,null,null,null,{"$f":"$N$218","v":"in"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Gas Grid ",null,"may not want this at the start of every tech description?","gg",null,null,null,null,null,null,{"$f":"$N$219","v":"gg"}]
[null,null,"Comp",null,null,null,null,null,"",null,"H2 prod ",null,"may not want this at the start of every tech description?","hp",null,null,null,null,null,null,{"$f":"$N$220","v":"hp"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Electricity -  ",null,"may not want this at the start of every tech description?","e",null,null,null,null,null,null,{"$f":"$N$221","v":"e"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Electricity Storage ",null,"may not want this at the start of every tech description?","es",null,null,null,null,null,null,{"$f":"$N$222","v":"es"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Bioenergy Conversion",null,"may not want this at the start of every tech description?","bc",null,null,null,null,null,null,{"$f":"$N$223","v":"bc"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Greenhouse Gas Removal ",null,null,"ggr",null,null,null,null,null,null,{"$f":"$N$224","v":"ggr"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Unrepresented ",null,null,"Unrep_",null,null,null,null,null,null,{"$f":"$N$225","v":"Unrep_"}]
[null,"Domain",null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Passenger ",null,null,"P",null,null,null,null,null,null,{"$f":"$N$227","v":"P"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Freight ",null,null,"F",null,null,null,null,null,null,{"$f":"$N$228","v":"F"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Domestic ",null,null,"D",null,null,null,null,null,null,{"$f":"$N$229","v":"D"}]
[null,null,"Comp",null,null,null,null,null,"",null,"International ",null,null,"I",null,null,null,null,null,null,{"$f":"$N$230","v":"I"}]
[null,"Technology type",null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"All Types ",null,null,"ALL",null,null,null,null,null,null,{"$f":"$N$232","v":"ALL"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Composite Technology ",null,null,"CompTech",null,null,null,null,null,null,{"$f":"$N$233","v":"CompTech"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Electric ",null,null,"E",null,null,null,null,null,null,{"$f":"$N$235","v":"E"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Hydrogen ",null,null,"H2",null,null,null,null,null,null,{"$f":"$N$236","v":"H2"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Plug-in Hybrid Electric Vehicle ",null,null,"PHEV",null,null,null,null,null,null,{"$f":"$N$237","v":"PHEV"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Internal Combustion Engine ",null,null,"IC",null,null,null,null,null,null,{"$f":"$N$238","v":"IC"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Conventional ",null,null,"Con",null,null,null,null,null,null,{"$f":"$N$239","v":"Con"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Dwelling ",null,null,"Dwl",null,null,null,null,null,null,{"$f":"$N$241","v":"Dwl"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Floor Area ",null,null,"Flr",null,null,null,null,null,null,{"$f":"$N$242","v":"Flr"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Retrofit Conservation/Insulation",null,null,"Cnsv",null,null,null,null,null,null,{"$f":"$N$244","v":"Cnsv"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Hydrogen Conversion",null,null,"H2cnv",null,null,null,null,null,null,{"$f":"$N$245","v":"H2cnv"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Electricity Grid Reinforcement",null,null,"ElcGrdR",null,null,null,null,null,null,{"$f":"$N$246","v":"ElcGrdR"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Gas Boiler ",null,null,"blG",null,null,null,null,null,null,{"$f":"$N$248","v":"blG"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Oil Fuel Boiler",null,null,"blO",null,null,null,null,null,null,{"$f":"$N$249","v":"blO"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Solid Fuel Boiler ",null,null,"blS",null,null,null,null,null,null,{"$f":"$N$250","v":"blS"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Electric Heater ",null,null,"htE",null,null,null,null,null,null,{"$f":"$N$251","v":"htE"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Heat Pump ",null,null,"HP",null,null,null,null,null,null,{"$f":"$N$252","v":"HP"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Heat Pump Air Source ",null,null,"HPA",null,null,null,null,null,null,{"$f":"$N$253","v":"HPA"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Heat Pump Ground Source ",null,null,"HPG",null,null,null,null,null,null,{"$f":"$N$254","v":"HPG"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Heat Pump Water Source ",null,null,"HPW",null,null,null,null,null,null,{"$f":"$N$255","v":"HPW"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Heat Pump Oversized",null,null,"HPoversized",null,null,null,null,null,null,{"$f":"$N$256","v":"HPoversized"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Hybrid Heat Pump / Gas Boiler ",null,null,"Hyb",null,null,null,null,null,null,{"$f":"$N$257","v":"Hyb"}]
[null,null,"Comp",null,null,null,null,null,"",null,"District Heat Network ",null,null,"DHN",null,null,null,null,null,null,{"$f":"$N$258","v":"DHN"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Biomass CHP ",null,null,"CHPB",null,null,null,null,null,null,{"$f":"$N$259","v":"CHPB"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Gas CHP ",null,null,"CHPG",null,null,null,null,null,null,{"$f":"$N$260","v":"CHPG"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Waste Heat Offtake from Power ",null,null,"WHO",null,null,null,null,null,null,{"$f":"$N$261","v":"WHO"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Gas Stove ",null,null,"StvG",null,null,null,null,null,null,{"$f":"$N$263","v":"StvG"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Electric Stove ",null,null,"StvE",null,null,null,null,null,null,{"$f":"$N$264","v":"StvE"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Lighting ",null,null,{"$f":"$N$190","v":"Lt"},null,null,null,null,null,null,{"$f":"$N$265","v":"Lt"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Appliances ",null,null,{"$f":"$N$191","v":"Ap"},null,null,null,null,null,null,{"$f":"$N$266","v":"Ap"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Air Conditioning ",null,null,"AC",null,null,null,null,null,null,{"$f":"$N$267","v":"AC"}]
[null,"Industrial sectors",null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,null,null,"Ferrous and non-ferrous metal production ",null,null,"STL",null,null,null,null,null,null,{"$f":"$N$269","v":"STL"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Cement, ceramics and glass ",null,null,"CCG",null,null,null,null,null,null,{"$f":"$N$270","v":"CCG"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Chemicals ",null,null,"CHE",null,null,null,null,null,null,{"$f":"$N$271","v":"CHE"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Refineries ",null,null,"REF",null,null,null,null,null,null,{"$f":"$N$272","v":"REF"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Other Industry ",null,null,"OTH",null,null,null,null,null,null,{"$f":"$N$273","v":"OTH"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Metal products ",null,null,"MET",null,null,null,null,null,null,{"$f":"$N$274","v":"MET"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Food, drink and tobacco ",null,null,"FDT",null,null,null,null,null,null,{"$f":"$N$275","v":"FDT"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Paper, printing and publishing ",null,null,"PPP",null,null,null,null,null,null,{"$f":"$N$276","v":"PPP"}]
[null,"H2",null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"SMR with CCS ",null,null,"Gccs",null,null,null,null,null,null,{"$f":"$N$278","v":"Gccs"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Bio Gasification with CCS ",null,null,"Bccs",null,null,null,null,null,null,{"$f":"$N$279","v":"Bccs"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Import ",null,null,"Imp",null,null,null,null,null,null,{"$f":"$N$280","v":"Imp"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Electrolysis ",null,null,"Elc",null,null,null,null,null,null,{"$f":"$N$281","v":"Elc"}]
[null,"Industrial Processes",null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,null,null,"Electrical Processes ",null,null,"Elc",null,null,null,null,null,null,{"$f":"$N$283","v":"Elc"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Heat Processes ",null,null,"Ht",null,null,null,null,null,null,{"$f":"$N$284","v":"Ht"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Heat Processes CHP ",null,null,"HtCHP",null,null,null,null,null,null,{"$f":"$N$285","v":"HtCHP"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Heat Processes with CCS",null,null,"Htccs",null,null,null,null,null,null,{"$f":"$N$286","v":"Htccs"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Heat Processes CHP with CCS ",null,null,"HtCHPccs",null,null,null,null,null,null,{"$f":"$N$287","v":"HtCHPccs"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Process Emissions",null,null,"PEm",null,null,null,null,null,null,{"$f":"$N$288","v":"PEm"}]
[null,"CHP Fuel Components",null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,null,null,"Electrical Component ",null,null,"_ElecComp",null,null,null,null,null,null,{"$f":"$N$290","v":"_ElecComp"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Heat Processes Heat Component ",null,null,"_HtComp",null,null,null,null,null,null,{"$f":"$N$291","v":"_HtComp"}]
[null,"Elc gen",null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,null,null,"All Centralised Generation ",null,"Excludes CHP and EfW","ALLc",null,null,null,null,null,null,{"$f":"$N$293","v":"ALLc"}]
[null,null,"Comp",null,null,null,null,null,null,null,"All Centralised Low Carbon Generation ",null,"Excludes CHP and EfW","LCG",null,null,null,null,null,null,{"$f":"$N$294","v":"LCG"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Coal Unabated ",null,null,"Coal",null,null,null,null,null,null,{"$f":"$N$295","v":"Coal"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Gas Unabated (CCGT)",null,null,"Gas",null,null,null,null,null,null,{"$f":"$N$296","v":"Gas"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Gas Unabated Peaking plant (OCGT)",null,null,"GasPk",null,null,null,null,null,null,{"$f":"$N$297","v":"GasPk"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Biomass ",null,null,"Bio",null,null,null,null,null,null,{"$f":"$N$298","v":"Bio"}]
[null,null,null,null,null,null,null,null,null,null,"Gas CCS Base-load",null,null,"GccsBL",null,null,null,null,null,null,{"$f":"$N$299","v":"GccsBL"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Gas CCS ",null,null,"Gccs",null,null,null,null,null,null,{"$f":"$N$300","v":"Gccs"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Biomass CCS ",null,null,"Bccs",null,null,null,null,null,null,{"$f":"$N$301","v":"Bccs"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Nuclear ",null,null,"Nuc",null,null,null,null,null,null,{"$f":"$N$302","v":"Nuc"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wind (All) ",null,null,"WAll",null,null,null,null,null,null,{"$f":"$N$303","v":"WAll"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wind (onshore) ",null,null,"Wons",null,null,null,null,null,null,{"$f":"$N$304","v":"Wons"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wind (offshore) ",null,null,"Woff",null,null,null,null,null,null,{"$f":"$N$305","v":"Woff"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Solar PV ",null,null,"Sol",null,null,null,null,null,null,{"$f":"$N$306","v":"Sol"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Other Renewables ",null,null,"RO",null,null,null,null,null,null,{"$f":"$N$307","v":"RO"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Geothermal ",null,null,"Geo",null,null,null,null,null,null,{"$f":"$N$308","v":"Geo"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Tidal Stream ",null,null,"TidS",null,null,null,null,null,null,{"$f":"$N$309","v":"TidS"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Tidal Range ",null,null,"TidR",null,null,null,null,null,null,{"$f":"$N$310","v":"TidR"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Wave ",null,null,"Wav",null,null,null,null,null,null,{"$f":"$N$311","v":"Wav"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Hydro ",null,null,"Hyd",null,null,null,null,null,null,{"$f":"$N$312","v":"Hyd"}]
[null,null,"Comp",null,null,null,null,null,null,null,"H2 Turbine ",null,null,"H2T",null,null,null,null,null,null,{"$f":"$N$313","v":"H2T"}]
[null,"Bio conversion",null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,null,null,"Biomass Pelletisation Plant",null,null,"BS",null,null,null,null,null,null,{"$f":"$N$315","v":"BS"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Biomass Gasification Plant (BioSNG) ",null,null,"BG",null,null,null,null,null,null,{"$f":"$N$316","v":"BG"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Biomass Gasification Plant (BioSNG) with CCS ",null,null,"BGccs",null,null,null,null,null,null,{"$f":"$N$316","v":"BG"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Biofuel Plant ",null,null,"BL",null,null,null,null,null,null,{"$f":"$N$318","v":"BL"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Biofuel Plant with CCS ",null,null,"BLccs",null,null,null,null,null,null,{"$f":"$N$318","v":"BL"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Anaerobic Digestion Plant ",null,null,"AD",null,null,null,null,null,null,{"$f":"$N$320","v":"AD"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Waste Production  ",null,null,"WstPrd",null,null,null,null,null,null,{"$f":"$N$321","v":"WstPrd"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Waste Diverted to Energy  ",null,null,"WstToE",null,null,null,null,null,null,{"$f":"$N$322","v":"WstToE"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Energy from Waste ",null,null,"EfW",null,null,null,null,null,null,{"$f":"$N$323","v":"EfW"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Energy from Waste with CCS ",null,null,"EfWccs",null,null,null,null,null,null,{"$f":"$N$323","v":"EfW"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Recycling ",null,null,"Rcyc",null,null,null,null,null,null,{"$f":"$N$325","v":"Rcyc"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Landfill ",null,null,"LndF",null,null,null,null,null,null,{"$f":"$N$326","v":"LndF"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Landfill Gas Collection ",null,null,"LndFGC",null,null,null,null,null,null,{"$f":"$N$327","v":"LndFGC"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Landfill Gas Release ",null,null,"LndFGRel",null,null,null,null,null,null,{"$f":"$N$328","v":"LndFGRel"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Waste Management  ",null,null,"WstMan",null,null,null,null,null,null,{"$f":"$N$329","v":"WstMan"}]
[]
[null,null,"Comp",null,null,null,null,null,null,null,"Total UK Land",null,null,"Lnd",null,null,null,null,null,null,{"$f":"$N$331","v":"Lnd"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Total UK Land",null,null,{"$f":"$N$53","v":"Tot"},null,null,null,null,null,null,{"$f":"$N$332","v":"Tot"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Available  ",null,null,"Avail",null,null,null,null,null,null,{"$f":"$N$333","v":"Avail"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Woodland ",null,null,"Wdl",null,null,null,null,null,null,{"$f":"$N$334","v":"Wdl"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Bioenergy Land",null,null,{"$f":"$N$150","v":"Bi"},null,null,null,null,null,null,{"$f":"$N$335","v":"Bi"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Arable Land for Food ",null,null,"Arbl",null,null,null,null,null,null,{"$f":"$N$336","v":"Arbl"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Livestock Grazing Land",null,null,"LivG",null,null,null,null,null,null,{"$f":"$N$337","v":"LivG"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Settlement Land",null,null,"Set",null,null,null,null,null,null,{"$f":"$N$338","v":"Set"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Other Land ",null,null,"Oth",null,null,null,null,null,null,{"$f":"$N$339","v":"Oth"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Livestock - ",null,null,"Liv",null,null,null,null,null,null,{"$f":"$N$341","v":"Liv"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Poultry ",null,null,"Pol",null,null,null,null,null,null,{"$f":"$N$342","v":"Pol"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Cattle ",null,null,"Cat",null,null,null,null,null,null,{"$f":"$N$343","v":"Cat"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Other ",null,null,"Oth",null,null,null,null,null,null,{"$f":"$N$344","v":"Oth"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Manure Management ",null,null,{"$f":"$N$179&\"Mng\"","v":"MnrMng"},null,null,null,null,null,null,{"$f":"$N$345","v":"MnrMng"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Enteric Fermentation ",null,null,"EntFrm",null,null,null,null,null,null,{"$f":"$N$346","v":"EntFrm"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Soil Management ",null,null,"SoilMng",null,null,null,null,null,null,{"$f":"$N$347","v":"SoilMng"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Agricultural Fuel Use",null,null,"AgrFU",null,null,null,null,null,null,{"$f":"$N$349","v":"AgrFU"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Direct Air Capture ",null,null,"AirCap",null,null,null,null,null,null,{"$f":"$N$351","v":"AirCap"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Enhanced Weathering",null,null,"EnhWth",null,null,null,null,null,null,{"$f":"$N$352","v":"EnhWth"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"CCS Offshore Transportation & Storage Infrastructure",null,null,"CCSoff",null,null,null,null,null,null,{"$f":"$N$354","v":"CCSoff"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Refuelling Infrastructure ",null,null,"ref",null,null,null,null,null,null,{"$f":"$N$356","v":"ref"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Pipe ",null,null,"Pip",null,null,null,null,null,null,{"$f":"$N$357","v":"Pip"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Distribution ",null,null,"Dst",null,null,null,null,null,null,{"$f":"$N$358","v":"Dst"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Transmission ",null,null,"Tms",null,null,null,null,null,null,{"$f":"$N$359","v":"Tms"}]
[null,null,"Comp",null,null,null,null,null,null,null,"Energy Spilt ",null,null,"SPILL",null,null,null,null,null,null,{"$f":"$N$360","v":"SPILL"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Carbon Capture and Storage ",null,null,"CCS",null,null,null,null,null,null,{"$f":"$N$361","v":"CCS"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Comp",null,null,null,null,null,"",null,"Storage ",null,null,"Str",null,null,null,null,null,null,{"$f":"$N$363","v":"Str"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Interconnectors ",null,null,"Int",null,null,null,null,null,null,{"$f":"$N$364","v":"Int"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Demand Shift ",null,null,"DShift",null,null,null,null,null,null,{"$f":"$N$365","v":"DShift"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Demand Side Response",null,null,"DSR",null,null,null,null,null,null,{"$f":"$N$366","v":"DSR"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Vehicle to Grid ",null,null,"VtG",null,null,null,null,null,null,{"$f":"$N$367","v":"VtG"}]
[null,null,"Comp","BAT.","Battery ",null,null,null,"",null,"Battery ",null,null,"Bat",null,null,null,null,null,null,{"$f":"$N$368","v":"Bat"}]
[null,null,"Comp",null,null,null,null,null,"",null,"Transfer ",null,null,"Tsf"]
["Attributes"]
[null,"To delete and remove?"]
[null,null,"Attribute","IN.","Input ",null,"Yes","No",""]
[null,null,"Attribute","OUT.","Output ",null,"Yes","No",""]
[null,null,"Attribute","LOSS.dist.","Distribution loss factor ",null,"Yes","No",""]
[null,"Model Setup",null,null,null,null,null,null,""]
[null,null,"Attribute",null,null,null,"No","Yes",null,{"$f":"N376&O376&P376&Q376&R376&S376&T376","v":"BY."},{"$f":"U376&V376&W376&X376&Y376&Z376","v":"Base Year "},null,null,{"$f":"$N$16","v":"BY"},null,null,null,null,null,".",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"TimePrd.",{"$f":"U377&V377&W377&X377&Y377&Z377","v":"Duration Period "},null,null,{"$f":"$N$131","v":"Time"},{"$f":"$N$9","v":"Prd"},null,null,null,null,".",{"$f":"$K$131","v":"Duration "},{"$f":"$K$9","v":"Period "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,{"$f":"N378&O378&P378&Q378&R378&S378&T378","v":"CurrPrdColR."},{"$f":"U378&V378&W378&X378&Y378&Z378","v":"Current Period Column Reference "},null,null,{"$f":"$N$10","v":"Curr"},{"$f":"$N$9","v":"Prd"},{"$f":"$N$12","v":"ColR"},null,null,null,".",{"$f":"$K$10","v":"Current "},{"$f":"$K$9","v":"Period "},{"$f":"$K$12","v":"Column Reference "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,{"$f":"N379&O379&P379&Q379&R379&S379&T379","v":"PrevPrdColR."},{"$f":"U379&V379&W379&X379&Y379&Z379","v":"Previous Period Column Reference "},null,null,{"$f":"$N$11","v":"Prev"},{"$f":"$N$9","v":"Prd"},{"$f":"$N$12","v":"ColR"},null,null,null,".",{"$f":"$K$11","v":"Previous "},{"$f":"$K$9","v":"Period "},{"$f":"$K$12","v":"Column Reference "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"CurrYrColR.","Current Year Column Reference ",null,null,{"$f":"$N$10","v":"Curr"},{"$f":"$N$8","v":"Yr"},{"$f":"$N$12","v":"ColR"},null,null,null,".",{"$f":"$K$10","v":"Current "},{"$f":"$K$8","v":"Year "},{"$f":"$K$12","v":"Column Reference "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"PrevYrColR.","Previous Year Column Reference ",null,null,{"$f":"$N$11","v":"Prev"},{"$f":"$N$8","v":"Yr"},{"$f":"$N$12","v":"ColR"},null,null,null,".",{"$f":"$K$11","v":"Previous "},{"$f":"$K$8","v":"Year "},{"$f":"$K$12","v":"Column Reference "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"PrdBeg.","Period Beginning ",null,null,{"$f":"$N$9","v":"Prd"},{"$f":"$N$13","v":"Beg"},null,null,null,null,".",{"$f":"$K$9","v":"Period "},{"$f":"$K$13","v":"Beginning "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"PrdEnd.","Period End ",null,null,{"$f":"$N$9","v":"Prd"},{"$f":"$N$14","v":"End"},null,null,null,null,".",{"$f":"$K$9","v":"Period "},{"$f":"$K$14","v":"End "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"TimePrdBeg.","Time Since Period Beginning ",null,null,{"$f":"$N$131","v":"Time"},{"$f":"$N$9","v":"Prd"},{"$f":"$N$13","v":"Beg"},null,null,null,"."]
[null,null,"Attribute",null,null,null,"No","Yes",null,{"$f":"N385&O385&P385&Q385&R385&S385&T385","v":"TimePrdEnd."},"Time Until Period End ",null,null,"Time",{"$f":"$N$9","v":"Prd"},{"$f":"$N$14","v":"End"},null,null,null,"."]
[null,null,"Attribute",null,null,null,"No","Yes",null,"ShrTimePrdBeg.","Share Period Since Period Beginning ",null,null,{"$f":"$N$130","v":"Shr"},"Time",{"$f":"$N$9","v":"Prd"},{"$f":"$N$13","v":"Beg"},null,null,"."]
[null,null,"Attribute",null,null,null,"No","Yes",null,"ShrTimePrdEnd.","Share Period Until Period End ",null,null,{"$f":"$N$130","v":"Shr"},"Time",{"$f":"$N$9","v":"Prd"},{"$f":"$N$14","v":"End"},null,null,"."]
[null,null,"Attribute",null,null,null,"No","Yes",null,{"$f":"N388&O388&P388&Q388&R388&S388&T388","v":"TimeBY."},"Time Since Base Year ",null,null,{"$f":"$N$131","v":"Time"},{"$f":"$N$16","v":"BY"},null,null,null,null,"."]
[null,"Lever selections",null,null,null,null,null,null,"",null,null,null,null,null,null,null,null,null,null,null,{"$f":"$N$87","v":"Ht"},{"$f":"$N$88","v":"Gn"}]
[null,null,"Attribute",null,null,null,"No","Yes",null,{"$f":"N390&O390&P390&Q390&R390&S390&T390","v":"AmbShrPen."},{"$f":"U390&V390&W390&X390&Y390&Z390","v":"Ambition for Deployment Share/Penetration"},null,null,{"$f":"$N$23","v":"Amb"},{"$f":"$N$99","v":"ShrPen"},null,null,null,null,".",{"$f":"$K$23","v":"Ambition for "},{"$f":"$K$99","v":"Deployment Share/Penetration"}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbDemUnit.","Ambition for Demand per Unit ",null,null,"Amb",{"$f":"$N$98","v":"Dem"},{"$f":"$N$29","v":"Unit"},null,null,null,".","Ambition for ",{"$f":"$K$98","v":"Demand "},{"$f":"$K$29","v":"per Unit "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbDemUnitIndx.","Ambition for Demand per Unit Index ",null,null,"Amb",{"$f":"$N$98","v":"Dem"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$21","v":"Indx"},null,null,".","Ambition for ",{"$f":"$K$98","v":"Demand "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbEInIndx.","Ambition for Energy Intensity Index ",null,null,"Amb",{"$f":"$N$107","v":"EIn"},{"$f":"$N$21","v":"Indx"},null,null,null,".","Ambition for ",{"$f":"$K$107","v":"Energy Intensity "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbTmpIn.","Ambition for Temperature Internal Mean ",null,null,"Amb",{"$f":"$N$132","v":"Tmp"},{"$f":"$N$60","v":"In"},null,null,null,".","Ambition for ",{"$f":"$K$132","v":"Temperature "},{"$f":"$K$60","v":"Internal Mean "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbHtLsRt.","Ambition for Heat Losses Rate ",null,null,"Amb",{"$f":"$N$87","v":"Ht"},{"$f":"$N$89","v":"Ls"},{"$f":"$N$28","v":"Rt"},null,null,".","Ambition for ",{"$f":"$K$87","v":"Heat "},{"$f":"$K$89","v":"Losses "},{"$f":"$K$28","v":"Rate "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbOcc.","Ambition for Occupancy ",null,null,"Amb",{"$f":"$N$120","v":"Occ"},null,null,null,null,".","Ambition for ",{"$f":"$K$120","v":"Occupancy "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbRng.","Ambition for Range ",null,null,"Amb",{"$f":"$N$128","v":"Rng"},null,null,null,null,".","Ambition for ",{"$f":"$K$128","v":"Range "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbLB.","Ambition for Land Balance ",null,null,"Amb",{"$f":"$N$113","v":"LB"},null,null,null,null,".","Ambition for ",{"$f":"$K$113","v":"Land Balance "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbCap.","Ambition for Capacity ",null,null,"Amb",{"$f":"$N$95","v":"Cap"},null,null,null,null,".","Ambition for ",{"$f":"$K$95","v":"Capacity "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbEmFIndx.","Ambition for Emissions Factor Index ",null,null,"Amb",{"$f":"$N$110","v":"EmF"},{"$f":"$N$21","v":"Indx"},null,null,null,".","Ambition for ",{"$f":"$K$110","v":"Emissions Factor "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbYieldIndx.","Ambition for Yield Index ",null,null,"Amb",{"$f":"$N$134","v":"Yield"},{"$f":"$N$21","v":"Indx"},null,null,null,".","Ambition for ",{"$f":"$K$134","v":"Yield "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbActv.","Ambition for Activity ",null,null,"Amb",{"$f":"$N$91","v":"Actv"},null,null,null,null,".","Ambition for ",{"$f":"$K$91","v":"Activity "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbActvIndx.","Ambition for Activity Index ",null,null,"Amb",{"$f":"$N$91","v":"Actv"},{"$f":"$N$21","v":"Indx"},null,null,null,".","Ambition for ",{"$f":"$K$91","v":"Activity "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"AmbCaptRt.","Ambition for Capture Rate ",null,null,"Amb",{"$f":"$N$36","v":"Capt"},{"$f":"$N$28","v":"Rt"},null,null,null,".","Ambition for ",{"$f":"$K$36","v":"Capture "},{"$f":"$K$28","v":"Rate "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,{"$f":"N405&O405&P405&Q405&R405&S405&T405","v":"AmbYield."},{"$f":"U405&V405&W405&X405&Y405&Z405","v":"Ambition for Yield "},null,null,"Amb",{"$f":"$N$134","v":"Yield"},null,null,null,null,".","Ambition for ",{"$f":"$K$134","v":"Yield "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrShrPen.","lever selection Deployment Share/Penetration",null,null,{"$f":"$N$22","v":"Lvr"},{"$f":"$N$99","v":"ShrPen"},null,null,null,null,".",{"$f":"$K$22","v":"lever selection "},{"$f":"$K$99","v":"Deployment Share/Penetration"}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrStart.","lever selection Action Start",null,null,"Lvr",{"$f":"$N$100","v":"Start"},null,null,null,null,".","lever selection ",{"$f":"$K$100","v":"Action Start"}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrSpeed.","lever selection Action Speed",null,null,"Lvr",{"$f":"$N$101","v":"Speed"},null,null,null,null,".","lever selection ",{"$f":"$K$101","v":"Action Speed"}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrEnd.","lever selection Action End ",null,null,"Lvr",{"$f":"$N$102","v":"End"},null,null,null,null,".","lever selection ",{"$f":"$K$102","v":"Action End "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrDemUnit.","lever selection Demand per Unit ",null,null,"Lvr",{"$f":"$N$98","v":"Dem"},{"$f":"$N$29","v":"Unit"},null,null,null,".","lever selection ",{"$f":"$K$98","v":"Demand "},{"$f":"$K$29","v":"per Unit "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrDemUnitIndx.","lever selection Demand per Unit Index ",null,null,"Lvr",{"$f":"$N$98","v":"Dem"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$21","v":"Indx"},null,null,".","lever selection ",{"$f":"$K$98","v":"Demand "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrEInIndx.","lever selection Energy Intensity Index ",null,null,"Lvr",{"$f":"$N$107","v":"EIn"},{"$f":"$N$21","v":"Indx"},null,null,null,".","lever selection ",{"$f":"$K$107","v":"Energy Intensity "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrTmpIn.","lever selection Temperature Internal Mean ",null,null,"Lvr",{"$f":"$N$132","v":"Tmp"},{"$f":"$N$60","v":"In"},null,null,null,".","lever selection ",{"$f":"$K$132","v":"Temperature "},{"$f":"$K$60","v":"Internal Mean "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrHtLsRt.","lever selection Heat Losses Rate ",null,null,"Lvr",{"$f":"$N$87","v":"Ht"},{"$f":"$N$89","v":"Ls"},{"$f":"$N$28","v":"Rt"},null,null,".","lever selection ",{"$f":"$K$87","v":"Heat "},{"$f":"$K$89","v":"Losses "},{"$f":"$K$28","v":"Rate "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrOcc.","lever selection Occupancy ",null,null,"Lvr",{"$f":"$N$120","v":"Occ"},null,null,null,null,".","lever selection ",{"$f":"$K$120","v":"Occupancy "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrRng.","lever selection Range ",null,null,"Lvr",{"$f":"$N$128","v":"Rng"},null,null,null,null,".","lever selection ",{"$f":"$K$128","v":"Range "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrLB.","lever selection Land Balance ",null,null,"Lvr",{"$f":"$N$113","v":"LB"},null,null,null,null,".","lever selection ",{"$f":"$K$113","v":"Land Balance "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrCap.","lever selection Capacity ",null,null,"Lvr",{"$f":"$N$95","v":"Cap"},null,null,null,null,".","lever selection ",{"$f":"$K$95","v":"Capacity "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrEmFIndx.","lever selection Emissions Factor Index ",null,null,"Lvr",{"$f":"$N$110","v":"EmF"},{"$f":"$N$21","v":"Indx"},null,null,null,".","lever selection ",{"$f":"$K$110","v":"Emissions Factor "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrYieldIndx.","lever selection Yield Index ",null,null,"Lvr",{"$f":"$N$134","v":"Yield"},{"$f":"$N$21","v":"Indx"},null,null,null,".","lever selection ",{"$f":"$K$134","v":"Yield "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrActv.","lever selection Activity ",null,null,"Lvr",{"$f":"$N$91","v":"Actv"},null,null,null,null,".","lever selection ",{"$f":"$K$91","v":"Activity "}]
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[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrCaptRt.","lever selection Capture Rate ",null,null,"Lvr",{"$f":"$N$36","v":"Capt"},{"$f":"$N$28","v":"Rt"},null,null,null,".","lever selection ",{"$f":"$K$36","v":"Capture "},{"$f":"$K$28","v":"Rate "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrRngStart.","lever selection Range Action Start",null,"Added to avoid duplicates start and speed for cars","Lvr",{"$f":"$N$128","v":"Rng"},{"$f":"$N$100","v":"Start"},null,null,null,".","lever selection ",{"$f":"$K$128","v":"Range "},{"$f":"$K$100","v":"Action Start"}]
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[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrCaptRtStart.","lever selection Capture Rate Action Start",null,"Added to avoid duplicates start and speed for cars","Lvr",{"$f":"$N$36","v":"Capt"},{"$f":"$N$28","v":"Rt"},{"$f":"$N$100","v":"Start"},null,null,".","lever selection ",{"$f":"$K$36","v":"Capture "},{"$f":"$K$28","v":"Rate "},{"$f":"$K$100","v":"Action Start"}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"LvrCaptRtSpeed.","lever selection Capture Rate Action Speed",null,"Added to avoid duplicates start and speed for cars","Lvr",{"$f":"$N$36","v":"Capt"},{"$f":"$N$28","v":"Rt"},{"$f":"$N$101","v":"Speed"},null,null,".","lever selection ",{"$f":"$K$36","v":"Capture "},{"$f":"$K$28","v":"Rate "},{"$f":"$K$101","v":"Action Speed"}]
[null,"Activity",null,null,null,null,null,null,""]
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[null,null,"Attribute","ACTV.(bsy).",null,null,"No","Yes","No V14","ActvBY.","Activity Base Year ",null,null,"Actv",{"$f":"$N$16","v":"BY"},null,null,null,null,".","Activity ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","ACTV.(bsy).",null,null,"No","Yes","No V14",{"$f":"N431&O431&P431&Q431&R431&S431&T431","v":"ActvBase."},{"$f":"U431&V431&W431&X431&Y431&Z431","v":"Activity Baseline "},null,null,"Actv",{"$f":"$N$20","v":"Base"},null,null,null,null,".","Activity ",{"$f":"$K$20","v":"Baseline "}]
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[null,null,"Attribute","ACTV.lvr.",null,null,"No","Yes","No V14","ActvLvr.","Activity lever selection ",null,null,"Actv",{"$f":"$N$22","v":"Lvr"},null,null,null,null,".","Activity ",{"$f":"$K$22","v":"lever selection "}]
[null,null,"Attribute","ACTV.check.",null,null,"No","Yes","No V14","ActvLvrDif.","Activity lever selection difference ",null,null,"Actv",{"$f":"$N$22","v":"Lvr"},{"$f":"$N$24","v":"Dif"},null,null,null,".","Activity ",{"$f":"$K$22","v":"lever selection "},{"$f":"$K$24","v":"difference "}]
[null,null,"Attribute","ACTV.max.",null,null,"No","Yes","No V14","ActvMax.","Activity Maximum ",null,null,"Actv",{"$f":"$N$26","v":"Max"},null,null,null,null,".","Activity ",{"$f":"$K$26","v":"Maximum "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14",{"$f":"N436&O436&P436&Q436&R436&S436&T436","v":"ActvIndx."},{"$f":"U436&V436&W436&X436&Y436&Z436","v":"Activity Index "},null,null,"Actv",{"$f":"$N$21","v":"Indx"},null,null,null,null,".","Activity ",{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14","ActvIndxBaU.","Activity Index Business as Usual ",null,null,"Actv",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},null,null,null,".","Activity ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14","ActvIndxBaUStart.","Activity Index Business as Usual Action Start",null,null,"Actv",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$100","v":"Start"},null,null,".","Activity ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$100","v":"Action Start"}]
[null,null,"Attribute","EB.rem.SHR.t.Winter.",null,null,"No","Yes","No V14","ActvShrWint.","Activity Share Winter",null,null,"Actv",{"$f":"$N$130","v":"Shr"},{"$f":"$N$77","v":"Wint"},null,null,null,".","Activity ",{"$f":"$K$130","v":"Share "},{"$f":"$K$77","v":"Winter"}]
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[null,null,"Attribute",null,null,null,"No","No","","AvailMax.","Availability Maximum ",null,"May need a attribute to describe the maximum of a fuel or resource that will be available",{"$f":"$N$94","v":"Avail"},{"$f":"$N$26","v":"Max"},null,null,null,null,".",{"$f":"$K$94","v":"Availability "},{"$f":"$K$26","v":"Maximum "}]
[null,null,"Attribute",null,null,null,"No","No",null,"Occ.","Occupancy ",null,null,{"$f":"$N$120","v":"Occ"},null,null,null,null,null,".",{"$f":"$K$120","v":"Occupancy "}]
[null,null,"Attribute",null,null,null,"No","No",null,{"$f":"N464&O464&P464&Q464&R464&S464&T464","v":"OccBaU."},{"$f":"U464&V464&W464&X464&Y464&Z464","v":"Occupancy Business as Usual "},null,null,{"$f":"$N$120","v":"Occ"},{"$f":"$N$19","v":"BaU"},null,null,null,null,".",{"$f":"$K$120","v":"Occupancy "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute",null,null,null,"No","No",null,{"$f":"N465&O465&P465&Q465&R465&S465&T465","v":"OccBaUTY."},{"$f":"U465&V465&W465&X465&Y465&Z465","v":"Occupancy Business as Usual Target Year "},null,null,{"$f":"$N$120","v":"Occ"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,null,".",{"$f":"$K$120","v":"Occupancy "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","No",null,{"$f":"N466&O466&P466&Q466&R466&S466&T466","v":"OccIndxTY."},{"$f":"U466&V466&W466&X466&Y466&Z466","v":"Occupancy Index Target Year "},null,null,{"$f":"$N$120","v":"Occ"},{"$f":"$N$21","v":"Indx"},{"$f":"$N$17","v":"TY"},null,null,null,".",{"$f":"$K$120","v":"Occupancy "},{"$f":"$K$21","v":"Index "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","No",null,{"$f":"N467&O467&P467&Q467&R467&S467&T467","v":"CHPR."},{"$f":"U467&V467&W467&X467&Y467&Z467","v":"CHP heat to power ratio "},null,null,{"$f":"$N$96","v":"CHPR"},null,null,null,null,null,".",{"$f":"$K$96","v":"CHP heat to power ratio "}]
[null,null,"Attribute","RAVAIL.INDEX.",null,null,"???","Yes","No V14"]
[null,null,"Attribute","Thrp.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"Use \"&$J$452","v":"Use LF."}]
[null,"Demand",null,null,null,null,null,null,""]
[null,null,"Attribute","DEM.","Service demand ",null,"No","Yes","",{"$f":"N471&O471&P471&Q471&R471&S471&T471","v":"Dem."},{"$f":"U471&V471&W471&X471&Y471&Z471","v":"Demand "},null,null,{"$f":"$N$98","v":"Dem"},null,null,null,null,null,".",{"$f":"$K$98","v":"Demand "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N472&O472&P472&Q472&R472&S472&T472","v":"DemBY."},{"$f":"U472&V472&W472&X472&Y472&Z472","v":"Demand Base Year "},null,null,"Dem",{"$f":"$N$16","v":"BY"},null,null,null,null,".","Demand ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","DEM.BAU.","Service demand - BAU ",null,"No","Yes","","DemBaU.","Demand Business as Usual ",null,null,"Dem",{"$f":"$N$19","v":"BaU"},null,null,null,null,".","Demand ",{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute","DEM.INDEX.",null,null,"No","Yes","No V14","DemIndx.","Demand Index ",null,"Replace dlt.lvr. and INDEX.lvr.","Dem",{"$f":"$N$21","v":"Indx"},null,null,null,null,".","Demand ",{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute","DEM.unit.","Service demand per unit ",null,"No","Yes","","DemUnit.","Demand per Unit ",null,null,"Dem",{"$f":"$N$29","v":"Unit"},null,null,null,null,".","Demand ",{"$f":"$K$29","v":"per Unit "}]
[null,null,"Attribute","DEM.BAU.unit.","Service demand - BAU per unit ",null,"No","Yes","","DemUnitBaU.","Demand per Unit Business as Usual ",null,null,"Dem","Unit",{"$f":"$N$19","v":"BaU"},null,null,null,".","Demand ","per Unit ",{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute",null,null,null,"No","Yes","","DemUnitBaUTY.","Demand per Unit Business as Usual Target Year ",null,null,"Dem","Unit",{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,".","Demand ","per Unit ",{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","Yes","","DemUnitBY.","Demand per Unit Base Year ",null,null,"Dem","Unit",{"$f":"$N$16","v":"BY"},null,null,null,".",{"$f":"$K$98","v":"Demand "},"per Unit ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute",null,null,null,"No","Yes","","DemUnitTY.","Demand per Unit Target Year ",null,null,"Dem","Unit",{"$f":"$N$17","v":"TY"},null,null,null,".","Demand ","per Unit ",{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","Yes","","DemUnitIndx.","Demand per Unit Index ",null,null,"Dem","Unit",{"$f":"$N$21","v":"Indx"},null,null,null,".","Demand ","per Unit ",{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes","","DemUnitIndxBaU.","Demand per Unit Index Business as Usual ",null,null,"Dem","Unit",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},null,null,".","Demand ","per Unit ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N482&O482&P482&Q482&R482&S482&T482","v":"DemUnitIndxBaUTY."},{"$f":"U482&V482&W482&X482&Y482&Z482","v":"Demand per Unit Index Business as Usual Target Year "},null,null,"Dem","Unit",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,".","Demand ","per Unit ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","Yes","","DemUnitIndxTY.","Demand per Unit Index Target Year ",null,null,"Dem","Unit",{"$f":"$N$21","v":"Indx"},{"$f":"$N$17","v":"TY"},null,null,".","Demand ","per Unit ",{"$f":"$K$21","v":"Index "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","DEM.t.Summer.",null,null,"???","Yes","No V14",{"$f":"N484&O484&P484&Q484&R484&S484&T484","v":"DemSum."},{"$f":"U484&V484&W484&X484&Y484&Z484","v":"Demand Summer"},null,null,"Dem",{"$f":"$N$76","v":"Sum"},null,null,null,null,".","Demand ",{"$f":"$K$76","v":"Summer"}]
[null,null,"Attribute","DEM.t.Winter.",null,null,"???","Yes","No V14",{"$f":"N485&O485&P485&Q485&R485&S485&T485","v":"DemWint."},{"$f":"U485&V485&W485&X485&Y485&Z485","v":"Demand Winter"},null,null,"Dem",{"$f":"$N$77","v":"Wint"},null,null,null,null,".","Demand ",{"$f":"$K$77","v":"Winter"}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N486&O486&P486&Q486&R486&S486&T486","v":"DemShrSum."},{"$f":"U486&V486&W486&X486&Y486&Z486","v":"Demand Share Summer"},null,null,"Dem",{"$f":"$N$130","v":"Shr"},{"$f":"$N$76","v":"Sum"},null,null,null,".","Demand ",{"$f":"$K$130","v":"Share "},{"$f":"$K$76","v":"Summer"}]
[null,null,"Attribute",null,null,null,"No","No","","DemShrWint.","Demand Share Winter",null,null,"Dem",{"$f":"$N$130","v":"Shr"},{"$f":"$N$77","v":"Wint"},null,null,null,".","Demand ",{"$f":"$K$130","v":"Share "},{"$f":"$K$77","v":"Winter"}]
[null,null,"Attribute","DEM.nonS.",null,null,"???","Yes","No V14","DemNSsn.","Demand Non Seasonal ",null,null,"Dem",{"$f":"$N$78","v":"NSsn"},null,null,null,null,".","Demand ",{"$f":"$K$78","v":"Non Seasonal "}]
[null,null,"Attribute","RDEM.","Resource demand ",null,"Yes","Yes","",null,null,null,"Replace with energy balance or demand"]
[null,null,"Attribute","DEM.APP.",null,null,"Yes","Yes","No V14",null,null,null,"Appliances should form part of the technology name"]
[null,null,"Attribute","DEM.LT.",null,null,"Yes","Yes","No V14",null,null,null,"Lighting should form part of the technology name"]
[null,"Shares",null,null,null,null,null,null,""]
[null,null,"Attribute","SHR.","Share ",null,"No","Yes","",{"$f":"N493&O493&P493&Q493&R493&S493&T493","v":"Shr."},{"$f":"U493&V493&W493&X493&Y493&Z493","v":"Share "},null,null,{"$f":"$N$130","v":"Shr"},null,null,null,null,null,".",{"$f":"$K$130","v":"Share "}]
[null,null,"Attribute","SHR.lvr.","Share Lever ",null,"No","Yes","","ShrLvr.","Share lever selection ",null,null,"Shr",{"$f":"$N$22","v":"Lvr"},null,null,null,null,".","Share ",{"$f":"$K$22","v":"lever selection "}]
[null,null,"Attribute","SHR.check.","Share Check ",null,"No","Yes","","ShrLvrDif.","Share lever selection difference ",null,null,"Shr",{"$f":"$N$22","v":"Lvr"},{"$f":"$N$24","v":"Dif"},null,null,null,".","Share ",{"$f":"$K$22","v":"lever selection "},{"$f":"$K$24","v":"difference "}]
[null,null,"Attribute","SHR.(bsy).","Share Base year ",null,"No","Yes","","ShrBY.","Share Base Year ",null,"Cannot use \"(\" or \")\" in named ranges","Shr",{"$f":"$N$16","v":"BY"},null,null,null,null,".","Share ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","SHR.dlt.",null,null,"No","Yes","No V14","ShrBYDif.","Share Base Year difference ",null,null,"Shr",{"$f":"$N$16","v":"BY"},{"$f":"$N$24","v":"Dif"},null,null,null,".","Share ",{"$f":"$K$16","v":"Base Year "},{"$f":"$K$24","v":"difference "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N498&O498&P498&Q498&R498&S498&T498","v":"ShrBaU."},{"$f":"U498&V498&W498&X498&Y498&Z498","v":"Share Business as Usual "},null,null,"Shr",{"$f":"$N$19","v":"BaU"},null,null,null,null,".","Share ",{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N499&O499&P499&Q499&R499&S499&T499","v":"ShrBaUStart."},{"$f":"U499&V499&W499&X499&Y499&Z499","v":"Share Business as Usual Action Start"},null,null,"Shr",{"$f":"$N$19","v":"BaU"},{"$f":"$N$100","v":"Start"},null,null,null,".","Share ",{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$100","v":"Action Start"}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N500&O500&P500&Q500&R500&S500&T500","v":"ShrBaUTY."},{"$f":"U500&V500&W500&X500&Y500&Z500","v":"Share Business as Usual Target Year "},null,null,"Shr",{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,null,".","Share ",{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N501&O501&P501&Q501&R501&S501&T501","v":"ShrTY."},{"$f":"U501&V501&W501&X501&Y501&Z501","v":"Share Target Year "},null,null,"Shr",{"$f":"$N$17","v":"TY"},null,null,null,null,".","Share ",{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","SHR.max.","Share Maximum ",null,"No","Yes","","ShrMax.","Share Maximum ",null,null,"Shr",{"$f":"$N$26","v":"Max"},null,null,null,null,".","Share ",{"$f":"$K$26","v":"Maximum "}]
[null,null,"Attribute",null,null,null,"No","Yes","","ShrMin.","Share Minimum",null,null,"Shr",{"$f":"$N$27","v":"Min"},null,null,null,null,".","Share ",{"$f":"$K$27","v":"Minimum"}]
[null,null,"Attribute","SHR.OREN.",null,null,"No","Yes","No V14","ShrRO.","Share RO",null,"We may need to include this as an exception to the rule that technologies should be separated into the technology column. Share of [group] that is [Tech].","Shr",{"$f":"$O$1157","v":"RO"},null,null,null,null,".","Share ",{"$f":"$O$1157","v":"RO"}]
[null,null,"Attribute","SHR.WND.",null,null,"No","Yes","No V14","ShrWAll.","Share WAll",null,"We may need to include this as an exception to the rule that technologies should be separated into the technology column. Share of [group] that is [Tech].","Shr",{"$f":"$O$1136","v":"WAll"},null,null,null,null,".","Share ",{"$f":"$O$1136","v":"WAll"}]
[null,null,"Attribute","max.SHR.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"This is a duplicate of \" & $J$502","v":"This is a duplicate of ShrMax."}]
[null,null,"Attribute","SHR.t.Winter.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"Split into demand shares, \"&$J$487&\" and activity shares, \"&$J$439&\" for the season\"","v":"Split into demand shares, DemShrWint. and activity shares, ActvShrWint. for the season"}]
[null,"Efficiency",null,null,null,null,null,null,""]
[null,null,"Attribute","EFF.","Efficiency ",null,"No","Yes","",{"$f":"N509&O509&P509&Q509&R509&S509&T509","v":"Eff."},{"$f":"U509&V509&W509&X509&Y509&Z509","v":"Efficiency "},null,null,{"$f":"$N$105","v":"Eff"},null,null,null,null,null,".",{"$f":"$K$105","v":"Efficiency "}]
[null,null,"Attribute","EFF.BAU.","Efficiency - BAU ",null,"No","Yes","",{"$f":"N510&O510&P510&Q510&R510&S510&T510","v":"EffBY."},{"$f":"U510&V510&W510&X510&Y510&Z510","v":"Efficiency Base Year "},null,null,{"$f":"$N$105","v":"Eff"},{"$f":"$N$16","v":"BY"},null,null,null,null,".",{"$f":"$K$105","v":"Efficiency "},{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","EFF.BAU.","Efficiency - BAU ",null,"No","Yes","","EffBaU.","Efficiency Business as Usual ",null,null,{"$f":"$N$105","v":"Eff"},{"$f":"$N$19","v":"BaU"},null,null,null,null,".",{"$f":"$K$105","v":"Efficiency "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute","EFF.INDEX.","Efficiency Index ",null,"No","Yes","","EffIndx.","Efficiency Index ",null,null,{"$f":"$N$105","v":"Eff"},{"$f":"$N$21","v":"Indx"},null,null,null,null,".",{"$f":"$K$105","v":"Efficiency "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute","EFF.PTY.","Efficiency penalty for ",null,"???","Yes","","EffPenIndx.","Efficiency Penalty Index ",null,"Can we apply index to all? (to check)",{"$f":"$N$105","v":"Eff"},{"$f":"$N$32","v":"Pen"},{"$f":"$N$21","v":"Indx"},null,null,null,".",{"$f":"$K$105","v":"Efficiency "},{"$f":"$K$32","v":"Penalty "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute","EI.","Energy Intensity ",null,"No","Yes","","EIn.","Energy Intensity ",null,null,{"$f":"$N$107","v":"EIn"},null,null,null,null,null,".",{"$f":"$K$107","v":"Energy Intensity "}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N515&O515&P515&Q515&R515&S515&T515","v":"EInBY."},{"$f":"U515&V515&W515&X515&Y515&Z515","v":"Energy Intensity Base Year "},null,null,"EIn",{"$f":"$N$16","v":"BY"},null,null,null,null,".","Energy Intensity ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","EI.BAU.","Energy Intensity Factor - BAU ",null,"No","Yes","","EInBaU.","Energy Intensity Business as Usual ",null,null,"EIn",{"$f":"$N$19","v":"BaU"},null,null,null,null,".","Energy Intensity ",{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute","EI.INDEX.","Energy Intensity Index for ",null,"No","Yes","","EInIndx.","Energy Intensity Index ",null,null,"EIn",{"$f":"$N$21","v":"Indx"},null,null,null,null,".","Energy Intensity ",{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N518&O518&P518&Q518&R518&S518&T518","v":"EInIndxBaU."},{"$f":"U518&V518&W518&X518&Y518&Z518","v":"Energy Intensity Index Business as Usual "},null,null,"EIn",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},null,null,null,".","Energy Intensity ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N519&O519&P519&Q519&R519&S519&T519","v":"EInIndxBaUTY."},{"$f":"U519&V519&W519&X519&Y519&Z519","v":"Energy Intensity Index Business as Usual Target Year "},null,null,"EIn",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,".","Energy Intensity ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N520&O520&P520&Q520&R520&S520&T520","v":"EInIndxTY."},{"$f":"U520&V520&W520&X520&Y520&Z520","v":"Energy Intensity Index Target Year "},null,null,"EIn",{"$f":"$N$21","v":"Indx"},{"$f":"$N$17","v":"TY"},null,null,null,".","Energy Intensity ",{"$f":"$K$21","v":"Index "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","YIELD.","UK Biomass Yield per million hectares ",null,"No","No","","Yield.","Yield ",null,null,{"$f":"$N$134","v":"Yield"},null,null,null,null,null,".",{"$f":"$K$134","v":"Yield "}]
[null,null,"Attribute","YIELD.","UK Biomass Yield per million hectares ",null,"No","No","","YieldBY.","Yield Base Year ",null,null,"Yield",{"$f":"$N$16","v":"BY"},null,null,null,null,".","Yield ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","YIELD.","UK Biomass Yield per million hectares ",null,"No","No","",{"$f":"N523&O523&P523&Q523&R523&S523&T523","v":"YieldIndx."},{"$f":"U523&V523&W523&X523&Y523&Z523","v":"Yield Index "},null,null,"Yield",{"$f":"$N$21","v":"Indx"},null,null,null,null,".","Yield ",{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute","YIELD.","UK Biomass Yield per million hectares ",null,"No","No","",{"$f":"N524&O524&P524&Q524&R524&S524&T524","v":"YieldIndxBaU."},{"$f":"U524&V524&W524&X524&Y524&Z524","v":"Yield Index Business as Usual "},null,null,"Yield",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},null,null,null,".","Yield ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute","YIELD.","UK Biomass Yield per million hectares ",null,"No","No","",{"$f":"N525&O525&P525&Q525&R525&S525&T525","v":"YieldIndxBaUTY."},{"$f":"U525&V525&W525&X525&Y525&Z525","v":"Yield Index Business as Usual Target Year "},null,null,"Yield",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,".","Yield ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","YIELD.","UK Biomass Yield per million hectares ",null,"No","No","",{"$f":"N526&O526&P526&Q526&R526&S526&T526","v":"YieldIndxTY."},{"$f":"U526&V526&W526&X526&Y526&Z526","v":"Yield Index Target Year "},null,null,"Yield",{"$f":"$N$21","v":"Indx"},{"$f":"$N$17","v":"TY"},null,null,null,".","Yield ",{"$f":"$K$21","v":"Index "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","ECGF.","Electricity co-generation factor ",null,"Yes","Yes","",null,null,null,"Not required. Efficiency can be used with the fuel vector sufficient to define it is the electrical efficiency or thermal efficiency (add the heat vector output to the CHP thermal efficiency rows)"]
[null,null,"Attribute","ZF.","Z factor ",null,"Yes","Yes","",null,null,null,"Use efficiency for consistency and then refer to the Z ratio n the comments."]
[null,"Energy Balance",null,null,null,null,null,null,""]
[null,null,"Attribute","EB.","Energy Balance ",null,"No","Yes","",{"$f":"N530&O530&P530&Q530&R530&S530&T530","v":"EB."},{"$f":"U530&V530&W530&X530&Y530&Z530","v":"Energy Balance "},null,null,{"$f":"$N$104","v":"EB"},null,null,null,null,null,".",{"$f":"$K$104","v":"Energy Balance "}]
[null,null,"Attribute","EB.uOut.","Energy Balance per unit Primary Output ",null,"No","No","","EBUnit.","Energy Balance per Unit ",null,null,{"$f":"$N$104","v":"EB"},{"$f":"$N$29","v":"Unit"},null,null,null,null,".",{"$f":"$K$104","v":"Energy Balance "},{"$f":"$K$29","v":"per Unit "}]
[null,null,"Attribute","EB.","Energy Balance ",null,"No","Yes","","EBSum.","Energy Balance Summer",null,null,{"$f":"$N$104","v":"EB"},{"$f":"$N$76","v":"Sum"},null,null,null,null,".",{"$f":"$K$104","v":"Energy Balance "},{"$f":"$K$76","v":"Summer"}]
[null,null,"Attribute","EB.","Energy Balance ",null,"No","Yes","","EBWint.","Energy Balance Winter",null,null,{"$f":"$N$104","v":"EB"},{"$f":"$N$77","v":"Wint"},null,null,null,null,".",{"$f":"$K$104","v":"Energy Balance "},{"$f":"$K$77","v":"Winter"}]
[null,null,"Attribute",null,null,null,"No","No","","FEC.","Final Energy Consumption ",null,null,{"$f":"$N$111","v":"FEC"},null,null,null,null,null,".",{"$f":"$K$111","v":"Final Energy Consumption "}]
[null,null,"Attribute",null,null,null,"No","No","","FECUnit.","Final Energy Consumption per Unit ",null,null,{"$f":"$N$111","v":"FEC"},{"$f":"$N$29","v":"Unit"},null,null,null,null,".",{"$f":"$K$111","v":"Final Energy Consumption "},{"$f":"$K$29","v":"per Unit "}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N536&O536&P536&Q536&R536&S536&T536","v":"PEC."},{"$f":"U536&V536&W536&X536&Y536&Z536","v":"Primary Energy Consumption "},null,null,{"$f":"$N$125","v":"PEC"},null,null,null,null,null,".",{"$f":"$K$125","v":"Primary Energy Consumption "}]
[null,null,"Attribute",null,null,null,"No","No","","NECBY.","Net Energy Consumption Base Year ",null,null,{"$f":"$N$118","v":"NEC"},{"$f":"$N$16","v":"BY"},null,null,null,null,".",{"$f":"$K$118","v":"Net Energy Consumption "},{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","COM.EB.",null,null,"Yes","Yes","No V14",null,null,null,"A technology should be applied for all of the non-domestic sector if required."]
[null,null,"Attribute","RES.EB.",null,null,"Yes","Yes","No V14",null,null,null,"A technology should be applied for all of the domestic sector if required."]
[null,"Land Balance",null,null,null,null,null,null,""]
[null,null,"Attribute","LB.","Land Balance ",null,"No","Yes","",{"$f":"N541&O541&P541&Q541&R541&S541&T541","v":"LB."},{"$f":"U541&V541&W541&X541&Y541&Z541","v":"Land Balance "},null,null,{"$f":"$N$113","v":"LB"},null,null,null,null,null,".",{"$f":"$K$113","v":"Land Balance "}]
[null,null,"Attribute","LB.BAU.","Business as usual land balance ",null,"No","Yes","","LBBY.","Land Balance Base Year ",null,null,"LB",{"$f":"$N$16","v":"BY"},null,null,null,null,".","Land Balance ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute",null,null,null,"No","No","","LBBaU.","Land Balance Business as Usual ",null,null,"LB",{"$f":"$N$19","v":"BaU"},null,null,null,null,".","Land Balance ",{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute",null,null,null,"No","No","","LBBaUDcrMax.","Land Balance Business as Usual decrease Maximum ",null,null,"LB",{"$f":"$N$19","v":"BaU"},{"$f":"$N$25","v":"Dcr"},{"$f":"$N$26","v":"Max"},null,null,".","Land Balance ",{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$25","v":"decrease "},{"$f":"$K$26","v":"Maximum "}]
[null,null,"Attribute",null,null,null,"No","No","","LBBaUDif.","Land Balance Business as Usual difference ",null,null,"LB",{"$f":"$N$19","v":"BaU"},{"$f":"$N$24","v":"Dif"},null,null,null,".","Land Balance ",{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$24","v":"difference "}]
[null,null,"Attribute",null,null,null,"No","No","","LBBaUTY.","Land Balance Business as Usual Target Year ",null,null,"LB",{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,null,".","Land Balance ",{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","No","","LBMin.","Land Balance Minimum",null,null,"LB",{"$f":"$N$27","v":"Min"},null,null,null,null,".","Land Balance ",{"$f":"$K$27","v":"Minimum"}]
[null,null,"Attribute",null,null,null,"No","No","","LBLvr.","Land Balance lever selection ",null,null,"LB",{"$f":"$N$22","v":"Lvr"},null,null,null,null,".","Land Balance ",{"$f":"$K$22","v":"lever selection "}]
[null,null,"Attribute",null,null,null,"No","No","","LBLvrIndxTY.","Land Balance lever selection Index Target Year ",null,null,"LB",{"$f":"$N$22","v":"Lvr"},{"$f":"$N$21","v":"Indx"},{"$f":"$N$17","v":"TY"},null,null,".","Land Balance ",{"$f":"$K$22","v":"lever selection "},{"$f":"$K$21","v":"Index "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","L.LUC.","Land available for LUC ",null,"???","Yes",""]
[null,"Resource Balance",null,null,null,null,null,null,""]
[null,null,"Attribute","RB.","Resource Balance ",null,"Yes","Yes","",{"$f":"N552&O552&P552&Q552&R552&S552&T552","v":"RB."},{"$f":"U552&V552&W552&X552&Y552&Z552","v":"Resource Balance "},null,null,{"$f":"$N$127","v":"RB"},null,null,null,null,null,".",{"$f":"$K$127","v":"Resource Balance "}]
[null,null,"Attribute","RB.","Resource Balance ",null,"Yes","Yes","",{"$f":"N553&O553&P553&Q553&R553&S553&T553","v":"RBBY."},{"$f":"U553&V553&W553&X553&Y553&Z553","v":"Resource Balance Base Year "},null,null,{"$f":"$N$127","v":"RB"},{"$f":"$N$16","v":"BY"},null,null,null,null,".",{"$f":"$K$127","v":"Resource Balance "},{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","RAVAIL.","Resource available ",null,"Yes","Yes",""]
[null,"Losses",null,null,null,null,null,null,""]
[null,null,"Attribute","LOSS.","Losses in ",null,"No","Yes","",{"$f":"N556&O556&P556&Q556&R556&S556&T556","v":"Loss."},{"$f":"U556&V556&W556&X556&Y556&Z556","v":"Losses "},null,"If this is only applied to describe leaks form the gas grid this should be renamed leaks",{"$f":"$N$117","v":"Loss"},null,null,null,null,null,".",{"$f":"$K$117","v":"Losses "}]
[null,"Emissions",null,null,null,null,null,null,""]
[null,null,"Attribute","EF.","Emissions factor ",null,"No","Yes","",{"$f":"N558&O558&P558&Q558&R558&S558&T558","v":"EmF."},{"$f":"U558&V558&W558&X558&Y558&Z558","v":"Emissions Factor "},null,null,{"$f":"$N$110","v":"EmF"},null,null,null,null,null,".",{"$f":"$K$110","v":"Emissions Factor "}]
[null,null,"Attribute","EF.","Emissions factor ",null,"No","Yes","","EmFBY.","Emissions Factor Base Year ",null,null,"EmF",{"$f":"$N$16","v":"BY"},null,null,null,null,".","Emissions Factor ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","EF.","Emissions factor ",null,"No","Yes","","EmFIndx.","Emissions Factor Index ",null,null,"EmF",{"$f":"$N$21","v":"Indx"},null,null,null,null,".","Emissions Factor ",{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute","EF.","Emissions factor ",null,"No","Yes","","EmFIndxBaU.","Emissions Factor Index Business as Usual ",null,null,"EmF",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},null,null,null,".","Emissions Factor ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute","EF.","Emissions factor ",null,"No","Yes","","EmFIndxBaUTY.","Emissions Factor Index Business as Usual Target Year ",null,null,"EmF",{"$f":"$N$21","v":"Indx"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,".","Emissions Factor ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","EF.","Emissions factor ",null,"No","Yes","","EmFIndxTY.","Emissions Factor Index Target Year ",null,null,"EmF",{"$f":"$N$21","v":"Indx"},{"$f":"$N$17","v":"TY"},null,null,null,".","Emissions Factor ",{"$f":"$K$21","v":"Index "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","EF.","Emissions factor ",null,"No","Yes","","EmFLfCy.","Emissions Factor Lifecycle  ",null,null,"EmF",{"$f":"$N$37","v":"LfCy"},null,null,null,null,".","Emissions Factor ",{"$f":"$K$37","v":"Lifecycle  "}]
[null,null,"Attribute",null,null,null,null,null,null,"EmFCont.","Emissions Factor Content of resource ",null,null,"EmF",{"$f":"$N$38","v":"Cont"},null,null,null,null,".","Emissions Factor ",{"$f":"$K$38","v":"Content of resource "}]
[null,null,"Attribute","ECF.","Emissions credit factor ",null,"???","Yes","","EmCF.","Emissions Credit Factor ",null,null,{"$f":"$N$109","v":"EmCF"},null,null,null,null,null,".",{"$f":"$K$109","v":"Emissions Credit Factor "}]
[null,null,"Attribute","Emit.","Emissions (net) ",null,"No","Yes","","Em.","Emissions ",null,null,{"$f":"$N$108","v":"Em"},null,null,null,null,null,".",{"$f":"$K$108","v":"Emissions "}]
[null,null,"Attribute","Emit.Comb.","Emissions from primary combustion before CCS ",null,"No","Yes","","EmComb.","Emissions from Combustion ",null,null,{"$f":"$N$108","v":"Em"},{"$f":"$N$35","v":"Comb"},null,null,null,null,".",{"$f":"$K$108","v":"Emissions "},{"$f":"$K$35","v":"from Combustion "}]
[null,null,"Attribute","Emit.Capt.CCS.","Emissions Captured by CCS ",null,"No","Yes","","EmCapt.","Emissions Capture ",null,"No need for suffixes describing the type of emissions capture",{"$f":"$N$108","v":"Em"},{"$f":"$N$36","v":"Capt"},null,null,null,null,".",{"$f":"$K$108","v":"Emissions "},{"$f":"$K$36","v":"Capture "}]
[null,null,"Attribute",null,null,null,"No","No","","EmBY.","Emissions Base Year ",null,null,{"$f":"$N$108","v":"Em"},{"$f":"$N$16","v":"BY"},null,null,null,null,".",{"$f":"$K$108","v":"Emissions "},{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","Emit.","Emissions (net) ",null,"No","Yes","",{"$f":"N571&O571&P571&Q571&R571&S571&T571","v":"EmTarget."},{"$f":"U571&V571&W571&X571&Y571&Z571","v":"Emissions Target "},null,null,{"$f":"$N$108","v":"Em"},{"$f":"$N$33","v":"Target"},null,null,null,null,".",{"$f":"$K$108","v":"Emissions "},{"$f":"$K$33","v":"Target "}]
[null,null,"Attribute","CR.","CO2 capture rate",null,"No","Yes","","CaptRt.","Capture Rate ",null,null,{"$f":"$N$36","v":"Capt"},{"$f":"$N$28","v":"Rt"},null,null,null,null,".",{"$f":"$K$36","v":"Capture "},{"$f":"$K$28","v":"Rate "}]
[null,null,"Attribute","CR.","CO2 capture rate",null,"No","Yes","","CaptRtBaU.","Capture Rate Business as Usual ",null,null,{"$f":"$N$36","v":"Capt"},{"$f":"$N$28","v":"Rt"},{"$f":"$N$19","v":"BaU"},null,null,null,".",{"$f":"$K$36","v":"Capture "},{"$f":"$K$28","v":"Rate "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,null,null,null,null,"No","Yes",null,"GWP.","Global Warming Potential ",null,null,{"$f":"$N$112","v":"GWP"},null,null,null,null,null,".",{"$f":"$K$112","v":"Global Warming Potential "}]
[null,null,"Attribute","Emit.Capt.Bio.","Emissions Captured by Bio ",null,"Yes","Yes","",null,null,null,"Delete - Is this information required?. No need for suffixes describing the type of emissions capture"]
[null,null,"Attribute","Emit.Capt.LUC.","Emissions Captured by LUC ",null,"Yes","Yes","",null,null,null,"Delete - Can all rows of this type be replaced with net emissions rows. No need for suffixes describing the type of emissions capture"]
[null,null,"Attribute","Emit.credit.",null,null,"???","Yes","No V14"]
[null,null,"Attribute","EF.BAU.",null,null,"???","Yes","No V14"]
[null,null,"Attribute","EF.INDEX.",null,null,"???","Yes","No V14"]
[null,null,"Attribute","CO2CR.","CO2 capture rate ",null,"Yes","Yes","",null,null,null,"CO2 should be separated into the Pollutant column if required"]
[null,null,"Attribute","COM.Emit.",null,null,"Yes","Yes","No V14",null,null,null,"A technology should be applied for all of the non-domestic sector if required."]
[null,null,"Attribute","RES.Emit.",null,null,"Yes","Yes","No V14",null,null,null,"A technology should be applied for all of the domestic sector if required."]
[null,null,"Attribute","tot.Emit.",null,null,"Yes","Yes","No V14",null,null,null,"Separate total into he technology column. Could set up a technology for the whole economy?"]
[null,"Capacity",null,null,null,null,null,null,""]
[null,null,"Attribute","CAP.","Capacity ",null,"No","Yes","",{"$f":"N585&O585&P585&Q585&R585&S585&T585","v":"Cap."},{"$f":"U585&V585&W585&X585&Y585&Z585","v":"Capacity "},null,null,{"$f":"$N$95","v":"Cap"},null,null,null,null,null,".",{"$f":"$K$95","v":"Capacity "}]
[null,null,"Attribute","CAP.req.","Required Capacity ",null,"No","Yes","","CapReq.","Capacity Required ",null,null,"Cap",{"$f":"$N$43","v":"Req"},null,null,null,null,".",{"$f":"$K$95","v":"Capacity "},{"$f":"$K$43","v":"Required "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"CapReqDif.","Capacity Required difference ",null,null,"Cap",{"$f":"$N$43","v":"Req"},{"$f":"$N$24","v":"Dif"},null,null,null,".","Capacity ",{"$f":"$K$43","v":"Required "},{"$f":"$K$24","v":"difference "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"CapReqWint.","Capacity Required Winter",null,null,"Cap",{"$f":"$N$43","v":"Req"},{"$f":"$N$77","v":"Wint"},null,null,null,".","Capacity ",{"$f":"$K$43","v":"Required "},{"$f":"$K$77","v":"Winter"}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"CapReqSum.",{"$f":"U589&V589&W589&X589&Y589&Z589","v":"Capacity Required Summer"},null,null,"Cap",{"$f":"$N$43","v":"Req"},{"$f":"$N$76","v":"Sum"},null,null,null,".","Capacity ",{"$f":"$K$43","v":"Required "},{"$f":"$K$76","v":"Summer"}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14","CapLvr.","Capacity lever selection ",null,null,"Cap",{"$f":"$N$22","v":"Lvr"},null,null,null,null,".","Capacity ",{"$f":"$K$22","v":"lever selection "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14","CapBase.",{"$f":"U591&V591&W591&X591&Y591&Z591","v":"Capacity Baseline "},null,null,"Cap",{"$f":"$N$20","v":"Base"},null,null,null,null,".","Capacity ",{"$f":"$K$20","v":"Baseline "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"CapBaseTY.",{"$f":"U592&V592&W592&X592&Y592&Z592","v":"Capacity Baseline Target Year "},null,null,"Cap",{"$f":"$N$20","v":"Base"},{"$f":"$N$17","v":"TY"},null,null,null,".","Capacity ",{"$f":"$K$20","v":"Baseline "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"CapBaseSY.",{"$f":"U593&V593&W593&X593&Y593&Z593","v":"Capacity Baseline Ambition Start Year "},null,null,"Cap",{"$f":"$N$20","v":"Base"},{"$f":"$N$18","v":"SY"},null,null,null,".","Capacity ",{"$f":"$K$20","v":"Baseline "},{"$f":"$K$18","v":"Ambition Start Year "}]
[null,null,"Attribute","CAP.(bsy).",null,null,"No","Yes","No V14","CapBY.","Capacity Base Year ",null,null,"Cap",{"$f":"$N$16","v":"BY"},null,null,null,null,".","Capacity ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"CapBYS.","Capacity Base Year Stock ",null,null,"Cap",{"$f":"$N$40","v":"BYS"},null,null,null,null,".","Capacity ",{"$f":"$K$40","v":"Base Year Stock "}]
[null,null,"Attribute","CAP.new.","New Capacity ",null,"No","Yes","","CapNwI.","Capacity New ",null,null,"Cap",{"$f":"$N$42","v":"NwI"},null,null,null,null,".","Capacity ",{"$f":"$K$42","v":"New "}]
[null,null,"Attribute",null,null,null,"No","Yes",null,"CapNwS.","Capacity New Stock ",null,null,"Cap",{"$f":"$N$41","v":"NwS"},null,null,null,null,".","Capacity ",{"$f":"$K$41","v":"New Stock "}]
[null,null,"Attribute","max.CAP.",null,null,"No","Yes","No V14","CapMax.",{"$f":"U598&V598&W598&X598&Y598&Z598","v":"Capacity Maximum "},null,null,"Cap",{"$f":"$N$26","v":"Max"},null,null,null,null,".","Capacity ",{"$f":"$K$26","v":"Maximum "}]
[null,null,"Attribute","CAP.ret.","Retiring Capacity ",null,"???","???","","CapRet.","Capacity Retired",null,null,"Cap",{"$f":"$N$44","v":"Ret"},null,null,null,null,".","Capacity ",{"$f":"$K$44","v":"Retired"}]
[null,null,"Attribute","CAP.act.","Active Capacity ",null,"???","???","","CapAct.","Capacity Active ",null,null,"Cap",{"$f":"$N$45","v":"Act"},null,null,null,null,".","Capacity ",{"$f":"$K$45","v":"Active "}]
[null,null,"Attribute","CAP.inst.","Installed Capacity ",null,"???","???","","CapInst.","Capacity Installed ",null,null,"Cap",{"$f":"$N$46","v":"Inst"},null,null,null,null,".","Capacity ",{"$f":"$K$46","v":"Installed "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14","CapAvail.","Capacity Availability ",null,null,"Cap",{"$f":"$N$94","v":"Avail"},null,null,null,null,".","Capacity ",{"$f":"$K$94","v":"Availability "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14",{"$f":"N603&O603&P603&Q603&R603&S603&T603","v":"CapUnit."},{"$f":"U603&V603&W603&X603&Y603&Z603","v":"Capacity per Unit "},null,null,"Cap",{"$f":"$N$29","v":"Unit"},null,null,null,null,".","Capacity ",{"$f":"$K$29","v":"per Unit "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14","CapUnitBY.","Capacity per Unit Base Year ",null,null,"Cap","Unit",{"$f":"$N$16","v":"BY"},null,null,null,".","Capacity ","per Unit ",{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14","CapUnitCoef.","Capacity per Unit Coefficient for ",null,null,"Cap","Unit",{"$f":"$N$30","v":"Coef"},null,null,null,".","Capacity ","per Unit ",{"$f":"$K$30","v":"Coefficient for "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14","CapUnitEB.","Capacity per Unit Energy Balance ",null,null,"Cap","Unit",{"$f":"$N$104","v":"EB"},null,null,null,".","Capacity ","per Unit ",{"$f":"$K$104","v":"Energy Balance "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14",{"$f":"N607&O607&P607&Q607&R607&S607&T607","v":"CapUnitArea."},{"$f":"U607&V607&W607&X607&Y607&Z607","v":"Capacity per Unit Area "},null,null,"Cap","Unit",{"$f":"$N$93","v":"Area"},null,null,null,".","Capacity ","per Unit ",{"$f":"$K$93","v":"Area "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14",{"$f":"N608&O608&P608&Q608&R608&S608&T608","v":"CapUnitLength."},{"$f":"U608&V608&W608&X608&Y608&Z608","v":"Capacity per Unit Length"},null,null,"Cap","Unit",{"$f":"$N$114","v":"Length"},null,null,null,".","Capacity ","per Unit ",{"$f":"$K$114","v":"Length"}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14","CapBaU.","Capacity Business as Usual ",null,null,"Cap",{"$f":"$N$19","v":"BaU"},null,null,null,null,".","Capacity ",{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14","CapBaUTY.","Capacity Business as Usual Target Year ",null,null,"Cap",{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,null,".","Capacity ",{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","CAP.avail.",null,null,"No","Yes","No V14","CapTY.","Capacity Target Year ",null,null,"Cap",{"$f":"$N$17","v":"TY"},null,null,null,null,".","Capacity ",{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","Yes","","PeakActv.","Peak Activity/Output ",null,null,{"$f":"$N$121","v":"PeakActv"},null,null,null,null,null,".",{"$f":"$K$121","v":"Peak Activity/Output "}]
[null,null,"Attribute","peak.","Contribution to Peak ",null,"No","Yes","",{"$f":"N613&O613&P613&Q613&R613&S613&T613","v":"PeakCC."},"Peak Contribution of Capacity ",null,null,{"$f":"$N$122","v":"PeakCC"},null,null,null,null,null,".",{"$f":"$K$122","v":"Peak Contribution of Capacity "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N614&O614&P614&Q614&R614&S614&T614","v":"PeakCCShr."},"Peak Contribution of Capacity Share ",null,"Need a separate attribute for the share of capacity that contributes to peak (%) and the absolute capacity contribution to the peak requirement constraint (power)","PeakCC",{"$f":"$N$130","v":"Shr"},null,null,null,null,".","Peak Contribution of Capacity ",{"$f":"$K$130","v":"Share "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N615&O615&P615&Q615&R615&S615&T615","v":"PeakCCShrMax."},{"$f":"U615&V615&W615&X615&Y615&Z615","v":"Peak Contribution of Capacity Share Maximum "},null,null,"PeakCC",{"$f":"$N$130","v":"Shr"},{"$f":"$N$26","v":"Max"},null,null,null,".","Peak Contribution of Capacity ",{"$f":"$K$130","v":"Share "},{"$f":"$K$26","v":"Maximum "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N616&O616&P616&Q616&R616&S616&T616","v":"PeakCCShrMin."},{"$f":"U616&V616&W616&X616&Y616&Z616","v":"Peak Contribution of Capacity Share Minimum"},null,null,"PeakCC",{"$f":"$N$130","v":"Shr"},{"$f":"$N$27","v":"Min"},null,null,null,".","Peak Contribution of Capacity ",{"$f":"$K$130","v":"Share "},{"$f":"$K$27","v":"Minimum"}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N617&O617&P617&Q617&R617&S617&T617","v":"PeakCCShrMaxCap."},"Peak Contribution of Capacity Share Maximum Capacity ",null,null,"PeakCC",{"$f":"$N$130","v":"Shr"},{"$f":"$N$26","v":"Max"},{"$f":"$N$95","v":"Cap"},null,null,".","Peak Contribution of Capacity ",{"$f":"$K$130","v":"Share "},{"$f":"$K$26","v":"Maximum "},{"$f":"$K$95","v":"Capacity "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N618&O618&P618&Q618&R618&S618&T618","v":"PeakCCShrMinCap."},{"$f":"U618&V618&W618&X618&Y618&Z618","v":"Peak Contribution of Capacity Share MinimumCapacity "},null,null,"PeakCC",{"$f":"$N$130","v":"Shr"},{"$f":"$N$27","v":"Min"},{"$f":"$N$95","v":"Cap"},null,null,".","Peak Contribution of Capacity ",{"$f":"$K$130","v":"Share "},{"$f":"$K$27","v":"Minimum"},{"$f":"$K$95","v":"Capacity "}]
[null,null,"Attribute",null,null,null,"No","Yes","","PeakMean.","Peak to Mean Ratio",null,null,{"$f":"$N$124","v":"PeakMean"},null,null,null,null,null,".",{"$f":"$K$124","v":"Peak to Mean Ratio"}]
[null,null,"Attribute","PRM.CAP.","Peak Reserve Capacity Requirement",null,"No","Yes","No V14","PeakRM.","Peak Reserve Margin",null,null,{"$f":"$N$123","v":"PeakRM"},null,null,null,null,null,".",{"$f":"$K$123","v":"Peak Reserve Margin"}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14","PeakRMMax.","Peak Reserve MarginMaximum ",null,null,{"$f":"$N$123","v":"PeakRM"},{"$f":"$N$26","v":"Max"},null,null,null,null,".",{"$f":"$K$123","v":"Peak Reserve Margin"},{"$f":"$K$26","v":"Maximum "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14","PeakRMMin.","Peak Reserve MarginMinimum",null,null,{"$f":"$N$123","v":"PeakRM"},{"$f":"$N$27","v":"Min"},null,null,null,null,".",{"$f":"$K$123","v":"Peak Reserve Margin"},{"$f":"$K$27","v":"Minimum"}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14","PeakRMMaxCap.","Peak Reserve MarginMaximum Capacity ",null,null,{"$f":"$N$123","v":"PeakRM"},{"$f":"$N$26","v":"Max"},{"$f":"$N$95","v":"Cap"},null,null,null,".",{"$f":"$K$123","v":"Peak Reserve Margin"},{"$f":"$K$26","v":"Maximum "},{"$f":"$K$95","v":"Capacity "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14","PeakRMMinCap.","Peak Reserve MarginMinimumCapacity ",null,null,{"$f":"$N$123","v":"PeakRM"},{"$f":"$N$27","v":"Min"},{"$f":"$N$95","v":"Cap"},null,null,null,".",{"$f":"$K$123","v":"Peak Reserve Margin"},{"$f":"$K$27","v":"Minimum"},{"$f":"$K$95","v":"Capacity "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14",{"$f":"N625&O625&P625&Q625&R625&S625&T625","v":"NUM."},{"$f":"U625&V625&W625&X625&Y625&Z625","v":"Number of "},null,null,{"$f":"$N$119","v":"NUM"},null,null,null,null,null,".",{"$f":"$K$119","v":"Number of "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14",{"$f":"N626&O626&P626&Q626&R626&S626&T626","v":"Area."},{"$f":"U626&V626&W626&X626&Y626&Z626","v":"Area "},null,null,{"$f":"$N$93","v":"Area"},null,null,null,null,null,".",{"$f":"$K$93","v":"Area "}]
[null,null,"Attribute",null,null,null,"No","Yes","No V14",{"$f":"N627&O627&P627&Q627&R627&S627&T627","v":"Length."},{"$f":"U627&V627&W627&X627&Y627&Z627","v":"Length"},null,null,{"$f":"$N$114","v":"Length"},null,null,null,null,null,".",{"$f":"$K$114","v":"Length"}]
[null,null,"Attribute","peak.DEM.","peak demand",null,"???","Yes","No V14"]
[null,null,"Attribute","peak.DEM.avail.","peak demand available",null,"???","Yes","No V14"]
[null,null,"Attribute","PRM.","Peak Reserve Margin",null,"No","Yes","No V14",{"$f":"N630&O630&P630&Q630&R630&S630&T630","v":"PeakRMShr."},{"$f":"U630&V630&W630&X630&Y630&Z630","v":"Peak Reserve MarginShare "},null,null,{"$f":"$N$620","v":"PeakRM"},{"$f":"$N$130","v":"Shr"},null,null,null,null,".",{"$f":"$K$620","v":"Peak Reserve Margin"},{"$f":"$K$130","v":"Share "}]
[null,null,"Attribute","CAP.peak.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"Use \"&$J$614&\" where it is the fraction of capacity and \"&$J$613&\" where it is the absolute capacity.\"","v":"Use PeakCCShr. where it is the fraction of capacity and PeakCC. where it is the absolute capacity."}]
[null,null,"Attribute","SHR.avail.",null,null,"Yes","Yes","",null,null,null,{"$f":"\"Use \"&$J$614","v":"Use PeakCCShr."}]
[null,"Cost",null,null,null,null,null,null,"",null,null,null,"Cost attributes will be concatenated with a technology only and never a pollutant or vector (*that I can think of)"]
[null,null,"Attribute","TC.","Total cost ",null,"No","Yes","",{"$f":"N634&O634&P634&Q634&R634&S634&T634","v":"cstTot_P."},{"$f":"U634&V634&W634&X634&Y634&Z634","v":"Cost Total -Point"},null,null,{"$f":"$N$48","v":"cst"},{"$f":"$N$53","v":"Tot"},{"$f":"$N$56","v":"_P"},null,null,null,".",{"$f":"$K$48","v":"Cost "},{"$f":"$K$53","v":"Total "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","CAPEX.","Total capital cost for each technology ",null,"No","Yes","","cstCap_P.","Cost Capital -Point",null,null,"cst",{"$f":"$N$49","v":"Cap"},{"$f":"$N$56","v":"_P"},null,null,null,".","Cost ",{"$f":"$K$49","v":"Capital "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","CAPEX.unit.","Capital cost per unit of capacity ",null,"No","Yes","","cstCapUnit_P.","Cost Capital per Unit -Point",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$56","v":"_P"},null,null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","CAPEX.BAU.unit.","Capital cost per unit of capacity (BAU) ",null,"No","Yes","","cstCapUnitBaU_P.","Cost Capital per Unit Business as Usual -Point",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$56","v":"_P"},null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapUnitAnn_P.","Cost Capital per Unit Annualised -Point",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$54","v":"Ann"},{"$f":"$N$56","v":"_P"},null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$54","v":"Annualised "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","ann.CAPEX.unit.","Annualised Capital cost per unit of capacity ",null,"No","Yes","","cstCapAnn_P.","Cost Capital Annualised -Point",null,"ann needs to be moved to the end. Remove unit criteria as this is applied to annualise the total CAPEX not the unit CAPEX","cst","Cap",{"$f":"$N$54","v":"Ann"},{"$f":"$N$56","v":"_P"},null,null,".","Cost ","Capital ",{"$f":"$K$54","v":"Annualised "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapLaD_P.","Cost Capital Learning & Development -Point",null,null,"cst","Cap",{"$f":"$N$52","v":"LaD"},{"$f":"$N$56","v":"_P"},null,null,".","Cost ","Capital ",{"$f":"$K$52","v":"Learning & Development "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapLaDLvr_P.","Cost Capital Learning & Development lever selection -Point",null,"Rethink name","cst","Cap",{"$f":"$N$52","v":"LaD"},{"$f":"$N$22","v":"Lvr"},{"$f":"$N$56","v":"_P"},null,".","Cost ","Capital ",{"$f":"$K$52","v":"Learning & Development "},{"$f":"$K$22","v":"lever selection "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","OPEX.","Total O&M cost for each technology ",null,"No","Yes","","cstOaM_P.","Cost Operation and Maintenance -Point",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$56","v":"_P"},null,null,null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","OPEX.unit.","O&M costs per unit of capacity ",null,"No","Yes","","cstOaMUnit_P.","Cost Operation and Maintenance per Unit -Point",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$56","v":"_P"},null,null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","OPEX.BAU.unit.","O&M costs per unit of capacity (BAU) ",null,"No","No","","cstOaMUnitBaU_P.","Cost Operation and Maintenance per Unit Business as Usual -Point",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$56","v":"_P"},null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","CAPEX.","Total capital cost for each technology ",null,"No","Yes","","cstActv_P.","Cost Activity -Point",null,null,"cst",{"$f":"$N$51","v":"Actv"},{"$f":"$N$56","v":"_P"},null,null,null,".","Cost ",{"$f":"$K$51","v":"Activity "},{"$f":"$K$56","v":"-Point"}]
[null,null,"Attribute","CAPEX.","Total capital cost for each technology ",null,"No","Yes","","cstActvUnit_P.","Cost Activity per Unit -Point",null,null,"cst",{"$f":"$N$51","v":"Actv"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$56","v":"_P"},null,null,".","Cost ",{"$f":"$K$51","v":"Activity "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$56","v":"-Point"}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N648&O648&P648&Q648&R648&S648&T648","v":"cstTot_H."},{"$f":"U648&V648&W648&X648&Y648&Z648","v":"Cost Total -High "},null,null,"cst",{"$f":"$N$53","v":"Tot"},{"$f":"$N$57","v":"_H"},null,null,null,".",{"$f":"$K$48","v":"Cost "},{"$f":"$K$53","v":"Total "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCap_H.","Cost Capital -High ",null,null,"cst",{"$f":"$N$49","v":"Cap"},{"$f":"$N$57","v":"_H"},null,null,null,".","Cost ",{"$f":"$K$49","v":"Capital "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapUnit_H.","Cost Capital per Unit -High ",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$57","v":"_H"},null,null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapUnitBaU_H.","Cost Capital per Unit Business as Usual -High ",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$57","v":"_H"},null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapUnitAnn_H.","Cost Capital per Unit Annualised -High ",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$54","v":"Ann"},{"$f":"$N$57","v":"_H"},null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$54","v":"Annualised "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapAnn_H.","Cost Capital Annualised -High ",null,"ann needs to be moved to the end. Remove unit criteria as this is applied to annualise the total CAPEX not the unit CAPEX","cst","Cap",{"$f":"$N$54","v":"Ann"},{"$f":"$N$57","v":"_H"},null,null,".","Cost ","Capital ",{"$f":"$K$54","v":"Annualised "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapLaD_H.","Cost Capital Learning & Development -High ",null,null,"cst","Cap",{"$f":"$N$52","v":"LaD"},{"$f":"$N$57","v":"_H"},null,null,".","Cost ","Capital ",{"$f":"$K$52","v":"Learning & Development "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapLaDLvr_H.","Cost Capital Learning & Development lever selection -High ",null,"Rethink name","cst","Cap",{"$f":"$N$52","v":"LaD"},{"$f":"$N$22","v":"Lvr"},{"$f":"$N$57","v":"_H"},null,".","Cost ","Capital ",{"$f":"$K$52","v":"Learning & Development "},{"$f":"$K$22","v":"lever selection "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstOaM_H.","Cost Operation and Maintenance -High ",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$57","v":"_H"},null,null,null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstOaMUnit_H.","Cost Operation and Maintenance per Unit -High ",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$57","v":"_H"},null,null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute",null,null,null,"No","No","","cstOaMUnitBaU_H.","Cost Operation and Maintenance per Unit Business as Usual -High ",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$57","v":"_H"},null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute","CAPEX.","Total capital cost for each technology ",null,"No","Yes","",{"$f":"N659&O659&P659&Q659&R659&S659&T659","v":"cstActv_H."},{"$f":"U659&V659&W659&X659&Y659&Z659","v":"Cost Activity -High "},null,null,"cst",{"$f":"$N$51","v":"Actv"},{"$f":"$N$57","v":"_H"},null,null,null,".",{"$f":"$K$48","v":"Cost "},{"$f":"$K$51","v":"Activity "},{"$f":"$K$57","v":"-High "}]
[null,null,"Attribute","CAPEX.","Total capital cost for each technology ",null,"No","Yes","",{"$f":"N660&O660&P660&Q660&R660&S660&T660","v":"cstActvUnit_H."},{"$f":"U660&V660&W660&X660&Y660&Z660","v":"Cost Activity per Unit -High "},null,null,"cst",{"$f":"$N$51","v":"Actv"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$57","v":"_H"},null,null,".",{"$f":"$K$48","v":"Cost "},{"$f":"$K$51","v":"Activity "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$57","v":"-High "}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N662&O662&P662&Q662&R662&S662&T662","v":"cstTot_L."},{"$f":"U662&V662&W662&X662&Y662&Z662","v":"Cost Total -Low "},null,null,"cst",{"$f":"$N$53","v":"Tot"},{"$f":"$N$58","v":"_L"},null,null,null,".",{"$f":"$K$48","v":"Cost "},{"$f":"$K$53","v":"Total "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCap_L.","Cost Capital -Low ",null,null,"cst",{"$f":"$N$49","v":"Cap"},{"$f":"$N$58","v":"_L"},null,null,null,".","Cost ",{"$f":"$K$49","v":"Capital "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapUnit_L.","Cost Capital per Unit -Low ",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$58","v":"_L"},null,null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapUnitBaU_L.","Cost Capital per Unit Business as Usual -Low ",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$58","v":"_L"},null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapUnitAnn_L.","Cost Capital per Unit Annualised -Low ",null,null,"cst","Cap",{"$f":"$N$29","v":"Unit"},{"$f":"$N$54","v":"Ann"},{"$f":"$N$58","v":"_L"},null,".","Cost ","Capital ",{"$f":"$K$29","v":"per Unit "},{"$f":"$K$54","v":"Annualised "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapAnn_L.","Cost Capital Annualised -Low ",null,"ann needs to be moved to the end. Remove unit criteria as this is applied to annualise the total CAPEX not the unit CAPEX","cst","Cap",{"$f":"$N$54","v":"Ann"},{"$f":"$N$58","v":"_L"},null,null,".","Cost ","Capital ",{"$f":"$K$54","v":"Annualised "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapLaD_L.","Cost Capital Learning & Development -Low ",null,null,"cst","Cap",{"$f":"$N$52","v":"LaD"},{"$f":"$N$58","v":"_L"},null,null,".","Cost ","Capital ",{"$f":"$K$52","v":"Learning & Development "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstCapLaDLvr_L.","Cost Capital Learning & Development lever selection -Low ",null,"Rethink name","cst","Cap",{"$f":"$N$52","v":"LaD"},{"$f":"$N$22","v":"Lvr"},{"$f":"$N$58","v":"_L"},null,".","Cost ","Capital ",{"$f":"$K$52","v":"Learning & Development "},{"$f":"$K$22","v":"lever selection "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstOaM_L.","Cost Operation and Maintenance -Low ",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$58","v":"_L"},null,null,null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","Yes","","cstOaMUnit_L.","Cost Operation and Maintenance per Unit -Low ",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$58","v":"_L"},null,null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute",null,null,null,"No","No","","cstOaMUnitBaU_L.","Cost Operation and Maintenance per Unit Business as Usual -Low ",null,null,"cst",{"$f":"$N$50","v":"OaM"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$58","v":"_L"},null,".","Cost ",{"$f":"$K$50","v":"Operation and Maintenance "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute","CAPEX.","Total capital cost for each technology ",null,"No","Yes","",{"$f":"N673&O673&P673&Q673&R673&S673&T673","v":"cstActv_L."},{"$f":"U673&V673&W673&X673&Y673&Z673","v":"Cost Activity -Low "},null,null,"cst",{"$f":"$N$51","v":"Actv"},{"$f":"$N$58","v":"_L"},null,null,null,".",{"$f":"$K$48","v":"Cost "},{"$f":"$K$51","v":"Activity "},{"$f":"$K$58","v":"-Low "}]
[null,null,"Attribute","CAPEX.","Total capital cost for each technology ",null,"No","Yes","",{"$f":"N674&O674&P674&Q674&R674&S674&T674","v":"cstActvUnit_L."},{"$f":"U674&V674&W674&X674&Y674&Z674","v":"Cost Activity per Unit -Low "},null,null,"cst",{"$f":"$N$51","v":"Actv"},{"$f":"$N$29","v":"Unit"},{"$f":"$N$58","v":"_L"},null,null,".",{"$f":"$K$48","v":"Cost "},{"$f":"$K$51","v":"Activity "},{"$f":"$K$29","v":"per Unit "},{"$f":"$K$58","v":"-Low "}]
[null,null,null,null,null,null,null,null,""]
[null,null,"Attribute","LIFE.","Lifetime of technology ",null,"No","Yes","",{"$f":"N676&O676&P676&Q676&R676&S676&T676","v":"Scrap."},{"$f":"U676&V676&W676&X676&Y676&Z676","v":"Scrappage Decision "},null,null,{"$f":"$N$129","v":"Scrap"},null,null,null,null,null,".",{"$f":"$K$129","v":"Scrappage Decision "}]
[null,null,"Attribute","LIFE.","Lifetime of technology ",null,"No","Yes","","Life.","Lifetime ",null,null,{"$f":"$N$116","v":"Life"},null,null,null,null,null,".",{"$f":"$K$116","v":"Lifetime "}]
[null,null,"Attribute","Econ.LIFE.","Economic Lifetime of technology ",null,"No","Yes","","LifeEcn.","Lifetime Economic ",null,null,{"$f":"$N$116","v":"Life"},{"$f":"$N$55","v":"Ecn"},null,null,null,null,".",{"$f":"$K$116","v":"Lifetime "},{"$f":"$K$55","v":"Economic "}]
[null,null,"Attribute","CC.","Cost of Capital ",null,"No","Yes","","CoC.","Cost of Capital ",null,null,{"$f":"$N$97","v":"CoC"},null,null,null,null,null,".",{"$f":"$K$97","v":"Cost of Capital "}]
[null,null,"Attribute",null,null,null,"No","Yes","","AnnF.","Annualisation Factor  ",null,null,{"$f":"$N$92","v":"AnnF"},null,null,null,null,null,".",{"$f":"$K$92","v":"Annualisation Factor  "}]
[null,null,"Attribute","NPV.","Discount Rate ",null,"No","Yes","","DR.","Discount Rate ",null,null,{"$f":"$N$103","v":"DR"},null,null,null,null,null,".",{"$f":"$K$103","v":"Discount Rate "}]
[null,null,"Attribute","CAPEX.PTY.","Capex penalty ",null,"???","Yes","",null,null,null,null,"cst",{"$f":"$N$49","v":"Cap"},null,null,null,null,".","Not a complete code"]
[null,null,"Attribute","CAPEX.inc.","Capex increase ",null,"???","Yes","",null,null,null,null,"cst",{"$f":"$N$49","v":"Cap"},null,null,null,null,".","Not a complete code"]
[null,null,"Attribute","OPEX.PTY.","O&M penalty ",null,"???","Yes","",null,null,null,null,"cst",{"$f":"$N$50","v":"OaM"},null,null,null,null,".","Not a complete code"]
[null,null,"Attribute","OPEX.inc.","O&M increase ",null,"???","Yes","",null,null,null,null,"cst",{"$f":"$N$50","v":"OaM"},null,null,null,null,".","Not a complete code"]
[null,null,"Attribute","CAPEX.tot.","Total capital cost for all technologies ",null,"Yes","Yes","",null,null,null,"Delete - this should be captured by the technology column"]
[null,null,"Attribute","OPEX.tot.","Total O&M costs for all technologies ",null,"Yes","Yes","",null,null,null,"Delete - this should be captured by the technology column"]
[null,null,"Attribute","OPEX.unit.BAU.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"This is a duplicate of \" & $J$644","v":"This is a duplicate of cstOaMUnitBaU_P."}]
[null,"Temperature",null,null,null,null,null,null,"",null,null,null,null,null,null,null,null,null,null,null,{"$f":"$N$17","v":"TY"}]
[null,null,"Attribute","TMP.","Temperature ",null,"No","No","",{"$f":"N690&O690&P690&Q690&R690&S690&T690","v":"Tmp."},{"$f":"U690&V690&W690&X690&Y690&Z690","v":"Temperature "},null,null,{"$f":"$N$132","v":"Tmp"},null,null,null,null,null,".",{"$f":"$K$132","v":"Temperature "}]
[null,null,"Attribute","TMP.SPT.",null,null,"No","Yes","No V14",{"$f":"N691&O691&P691&Q691&R691&S691&T691","v":"TmpIn."},"Temperature Internal Mean ",null,null,"Tmp",{"$f":"$N$60","v":"In"},null,null,null,null,".","Temperature ",{"$f":"$K$60","v":"Internal Mean "}]
[null,null,"Attribute",null,null,null,null,null,null,"TmpInBaU.","Temperature Internal Mean Business as Usual ",null,null,"Tmp",{"$f":"$N$60","v":"In"},{"$f":"$N$19","v":"BaU"},null,null,null,".","Temperature ",{"$f":"$K$60","v":"Internal Mean "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute",null,null,null,null,null,null,"TmpInBaUTY.","Temperature Internal Mean Business as Usual Target Year ",null,null,"Tmp",{"$f":"$N$60","v":"In"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,null,".","Temperature ",{"$f":"$K$60","v":"Internal Mean "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,null,null,null,"TmpInIndx.","Temperature Internal Mean Index ",null,null,"Tmp",{"$f":"$N$60","v":"In"},{"$f":"$N$21","v":"Indx"},null,null,null,".","Temperature ",{"$f":"$K$60","v":"Internal Mean "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,null,null,null,"TmpInIndxTY.","Temperature Internal Mean Index Target Year ",null,null,"Tmp",{"$f":"$N$60","v":"In"},{"$f":"$N$21","v":"Indx"},{"$f":"$N$17","v":"TY"},null,null,".","Temperature ",{"$f":"$K$60","v":"Internal Mean "},{"$f":"$K$21","v":"Index "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM01.","Temperature External Mean Month 01 (Jan)",null,"add as required","Tmp",{"$f":"$N$61","v":"Ex"},{"$f":"$N$64","v":"M01"},null,null,null,".","Temperature ",{"$f":"$K$61","v":"External Mean "},{"$f":"$K$64","v":"Month 01 (Jan)"}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N697&O697&P697&Q697&R697&S697&T697","v":"TmpExM02."},{"$f":"U697&V697&W697&X697&Y697&Z697","v":"Temperature External Mean Month 02 (Feb)"},null,"add as required","Tmp","Ex",{"$f":"$N$65","v":"M02"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$65","v":"Month 02 (Feb)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM03.","Temperature External Mean Month 03 (Mar)",null,"add as required","Tmp","Ex",{"$f":"$N$66","v":"M03"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$66","v":"Month 03 (Mar)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM04.","Temperature External Mean Month 04 (Apr)",null,"add as required","Tmp","Ex",{"$f":"$N$67","v":"M04"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$67","v":"Month 04 (Apr)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM05.","Temperature External Mean Month 05 (May)",null,"add as required","Tmp","Ex",{"$f":"$N$68","v":"M05"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$68","v":"Month 05 (May)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM06.","Temperature External Mean Month 06 (Jun)",null,"add as required","Tmp","Ex",{"$f":"$N$69","v":"M06"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$69","v":"Month 06 (Jun)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM07.","Temperature External Mean Month 07 (Jul)",null,"add as required","Tmp","Ex",{"$f":"$N$70","v":"M07"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$70","v":"Month 07 (Jul)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM08.","Temperature External Mean Month 08 (Aug)",null,"add as required","Tmp","Ex",{"$f":"$N$71","v":"M08"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$71","v":"Month 08 (Aug)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM09.","Temperature External Mean Month 09 (Sep)",null,"add as required","Tmp","Ex",{"$f":"$N$72","v":"M09"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$72","v":"Month 09 (Sep)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM10.","Temperature External Mean Month 10 (Oct)",null,"add as required","Tmp","Ex",{"$f":"$N$73","v":"M10"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$73","v":"Month 10 (Oct)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpExM11.","Temperature External Mean Month 11 (Nov)",null,"add as required","Tmp","Ex",{"$f":"$N$74","v":"M11"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$74","v":"Month 11 (Nov)"}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N707&O707&P707&Q707&R707&S707&T707","v":"TmpExM12."},{"$f":"U707&V707&W707&X707&Y707&Z707","v":"Temperature External Mean Month 12 (Dec)"},null,"add as required","Tmp","Ex",{"$f":"$N$75","v":"M12"},null,null,null,".","Temperature ","External Mean ",{"$f":"$K$75","v":"Month 12 (Dec)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM01.","Temperature difference Month 01 (Jan)",null,"add as required","Tmp",{"$f":"$N$24","v":"Dif"},{"$f":"$N$64","v":"M01"},null,null,null,".","Temperature ",{"$f":"$K$24","v":"difference "},{"$f":"$K$64","v":"Month 01 (Jan)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM02.","Temperature difference Month 02 (Feb)",null,"add as required","Tmp","Dif",{"$f":"$N$65","v":"M02"},null,null,null,".","Temperature ","difference ",{"$f":"$K$65","v":"Month 02 (Feb)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM03.","Temperature difference Month 03 (Mar)",null,"add as required","Tmp","Dif",{"$f":"$N$66","v":"M03"},null,null,null,".","Temperature ","difference ",{"$f":"$K$66","v":"Month 03 (Mar)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM04.","Temperature difference Month 04 (Apr)",null,"add as required","Tmp","Dif",{"$f":"$N$67","v":"M04"},null,null,null,".","Temperature ","difference ",{"$f":"$K$67","v":"Month 04 (Apr)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM05.","Temperature difference Month 05 (May)",null,"add as required","Tmp","Dif",{"$f":"$N$68","v":"M05"},null,null,null,".","Temperature ","difference ",{"$f":"$K$68","v":"Month 05 (May)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM06.","Temperature difference Month 06 (Jun)",null,"add as required","Tmp","Dif",{"$f":"$N$69","v":"M06"},null,null,null,".","Temperature ","difference ",{"$f":"$K$69","v":"Month 06 (Jun)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM07.","Temperature difference Month 07 (Jul)",null,"add as required","Tmp","Dif",{"$f":"$N$70","v":"M07"},null,null,null,".","Temperature ","difference ",{"$f":"$K$70","v":"Month 07 (Jul)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM08.","Temperature difference Month 08 (Aug)",null,"add as required","Tmp","Dif",{"$f":"$N$71","v":"M08"},null,null,null,".","Temperature ","difference ",{"$f":"$K$71","v":"Month 08 (Aug)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM09.","Temperature difference Month 09 (Sep)",null,"add as required","Tmp","Dif",{"$f":"$N$72","v":"M09"},null,null,null,".","Temperature ","difference ",{"$f":"$K$72","v":"Month 09 (Sep)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM10.","Temperature difference Month 10 (Oct)",null,"add as required","Tmp","Dif",{"$f":"$N$73","v":"M10"},null,null,null,".","Temperature ","difference ",{"$f":"$K$73","v":"Month 10 (Oct)"}]
[null,null,"Attribute",null,null,null,"No","No","","TmpDifM11.","Temperature difference Month 11 (Nov)",null,"add as required","Tmp","Dif",{"$f":"$N$74","v":"M11"},null,null,null,".","Temperature ","difference ",{"$f":"$K$74","v":"Month 11 (Nov)"}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N719&O719&P719&Q719&R719&S719&T719","v":"TmpDifM12."},{"$f":"U719&V719&W719&X719&Y719&Z719","v":"Temperature difference Month 12 (Dec)"},null,"add as required","Tmp","Dif",{"$f":"$N$75","v":"M12"},null,null,null,".","Temperature ","difference ",{"$f":"$K$75","v":"Month 12 (Dec)"}]
[null,null,"Attribute",null,null,null,"No","No","","Ht.","Heat ",null,null,{"$f":"$N$87","v":"Ht"},null,null,null,null,null,".",{"$f":"$K$87","v":"Heat "}]
[null,null,"Attribute","HTG.","Heat Gains ",null,"No","Yes","","HtGn.","Heat Gains ",null,null,"Ht",{"$f":"$N$88","v":"Gn"},null,null,null,null,".","Heat ",{"$f":"$K$88","v":"Gains "}]
[null,null,"Attribute","HTL.","Heat Loss ",null,"No","Yes","","HtLs.","Heat Losses ",null,null,"Ht",{"$f":"$N$89","v":"Ls"},null,null,null,null,".","Heat ",{"$f":"$K$89","v":"Losses "}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM01.","Heat Losses Month 01 (Jan)",null,"add as required","Ht","Ls",{"$f":"$N$64","v":"M01"},null,null,null,".","Heat ","Losses ",{"$f":"$K$64","v":"Month 01 (Jan)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM02.","Heat Losses Month 02 (Feb)",null,"add as required","Ht","Ls",{"$f":"$N$65","v":"M02"},null,null,null,".","Heat ","Losses ",{"$f":"$K$65","v":"Month 02 (Feb)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM03.","Heat Losses Month 03 (Mar)",null,"add as required","Ht","Ls",{"$f":"$N$66","v":"M03"},null,null,null,".","Heat ","Losses ",{"$f":"$K$66","v":"Month 03 (Mar)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM04.","Heat Losses Month 04 (Apr)",null,"add as required","Ht","Ls",{"$f":"$N$67","v":"M04"},null,null,null,".","Heat ","Losses ",{"$f":"$K$67","v":"Month 04 (Apr)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM05.","Heat Losses Month 05 (May)",null,"add as required","Ht","Ls",{"$f":"$N$68","v":"M05"},null,null,null,".","Heat ","Losses ",{"$f":"$K$68","v":"Month 05 (May)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM06.","Heat Losses Month 06 (Jun)",null,"add as required","Ht","Ls",{"$f":"$N$69","v":"M06"},null,null,null,".","Heat ","Losses ",{"$f":"$K$69","v":"Month 06 (Jun)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM07.","Heat Losses Month 07 (Jul)",null,"add as required","Ht","Ls",{"$f":"$N$70","v":"M07"},null,null,null,".","Heat ","Losses ",{"$f":"$K$70","v":"Month 07 (Jul)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM08.","Heat Losses Month 08 (Aug)",null,"add as required","Ht","Ls",{"$f":"$N$71","v":"M08"},null,null,null,".","Heat ","Losses ",{"$f":"$K$71","v":"Month 08 (Aug)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM09.","Heat Losses Month 09 (Sep)",null,"add as required","Ht","Ls",{"$f":"$N$72","v":"M09"},null,null,null,".","Heat ","Losses ",{"$f":"$K$72","v":"Month 09 (Sep)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM10.","Heat Losses Month 10 (Oct)",null,"add as required","Ht","Ls",{"$f":"$N$73","v":"M10"},null,null,null,".","Heat ","Losses ",{"$f":"$K$73","v":"Month 10 (Oct)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM11.","Heat Losses Month 11 (Nov)",null,"add as required","Ht","Ls",{"$f":"$N$74","v":"M11"},null,null,null,".","Heat ","Losses ",{"$f":"$K$74","v":"Month 11 (Nov)"}]
[null,null,"Attribute",null,null,null,"No","No","","HtLsM12.","Heat Losses Month 12 (Dec)",null,"add as required","Ht","Ls",{"$f":"$N$75","v":"M12"},null,null,null,".","Heat ","Losses ",{"$f":"$K$75","v":"Month 12 (Dec)"}]
[null,null,"Attribute","HTL.INDEX.","Heat Loss Index ",null,"No","Yes","","HtLsIndx.","Heat Losses Index ",null,null,"Ht","Ls",{"$f":"$N$21","v":"Indx"},null,null,null,".","Heat ","Losses ",{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute","HTL.SSN.",null,null,"No","Yes","No V14","HtLs[Seasn].","Heat Losses Season Placeholder",null,null,"Ht","Ls",{"$f":"$N$63","v":"[Seasn]"},null,null,null,".","Heat ","Losses ",{"$f":"$K$63","v":"Season Placeholder"}]
[null,null,"Attribute","HTR.","Heat Loss Rate ",null,"No","Yes","","HtLsRt.","Heat Losses Rate ",null,null,"Ht","Ls",{"$f":"$N$28","v":"Rt"},null,null,null,".","Heat ","Losses ",{"$f":"$K$28","v":"Rate "}]
[null,null,"Attribute","HTR.BAU.",null,null,"No","Yes","No V14","HtLsRtBaU.","Heat Losses Rate Business as Usual ",null,null,"Ht","Ls",{"$f":"$N$28","v":"Rt"},{"$f":"$N$19","v":"BaU"},null,null,".","Heat ","Losses ",{"$f":"$K$28","v":"Rate "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute","HTR.BAU.",null,null,"No","Yes","No V14",{"$f":"N739&O739&P739&Q739&R739&S739&T739","v":"HtLsRtBaUTY."},{"$f":"U739&V739&W739&X739&Y739&Z739","v":"Heat Losses Rate Business as Usual Target Year "},null,null,"Ht","Ls",{"$f":"$N$28","v":"Rt"},{"$f":"$N$19","v":"BaU"},{"$f":"$N$17","v":"TY"},null,".","Heat ","Losses ",{"$f":"$K$28","v":"Rate "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","HTR.BAU.",null,null,"No","Yes","No V14",{"$f":"N740&O740&P740&Q740&R740&S740&T740","v":"HtLsRtIndx."},{"$f":"U740&V740&W740&X740&Y740&Z740","v":"Heat Losses Index Business as Usual "},null,null,"Ht","Ls",{"$f":"$N$28","v":"Rt"},{"$f":"$N$21","v":"Indx"},null,null,".","Heat ","Losses ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Attribute","HTR.BAU.",null,null,"No","Yes","No V14",{"$f":"N741&O741&P741&Q741&R741&S741&T741","v":"HtLsRtIndxTY."},{"$f":"U741&V741&W741&X741&Y741&Z741","v":"Heat Losses Index Business as Usual Target Year "},null,null,"Ht","Ls",{"$f":"$N$28","v":"Rt"},{"$f":"$N$21","v":"Indx"},{"$f":"$N$17","v":"TY"},null,".","Heat ","Losses ",{"$f":"$K$21","v":"Index "},{"$f":"$K$19","v":"Business as Usual "},{"$f":"$K$17","v":"Target Year "}]
[null,null,"Attribute","TMP.EXT.",null,null,"Yes","Yes","No V14",{"$f":"N742&O742&P742&Q742&R742&S742&T742","v":"TmpEx."},{"$f":"U742&V742&W742&X742&Y742&Z742","v":"Temperature External Mean "},null,null,"Tmp",{"$f":"$N$61","v":"Ex"},null,null,null,null,".","Temperature ",{"$f":"$K$61","v":"External Mean "}]
[null,null,"Attribute","TMP.dlt.",null,null,"Yes","Yes","No V14",{"$f":"N743&O743&P743&Q743&R743&S743&T743","v":"TmpDif."},{"$f":"U743&V743&W743&X743&Y743&Z743","v":"Temperature difference "},null,null,"Tmp",{"$f":"$N$24","v":"Dif"},null,null,null,null,".","Temperature ",{"$f":"$K$24","v":"difference "}]
[null,null,"Attribute","SPT.","Set point temperature ",null,"Yes","No","",null,null,null,{"$f":"\"Use \"&$J$691","v":"Use TmpIn."}]
[null,"Time",null,null,null,null,null,null,""]
[null,null,"Attribute","TIME.","Duration ",null,"No","Yes","",{"$f":"N746&O746&P746&Q746&R746&S746&T746","v":"Time."},{"$f":"U746&V746&W746&X746&Y746&Z746","v":"Duration "},null,null,{"$f":"$N$131","v":"Time"},null,null,null,null,null,".",{"$f":"$K$131","v":"Duration "}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM01.","Duration Month 01 (Jan)",null,"add as required",{"$f":"$N$131","v":"Time"},{"$f":"$N$64","v":"M01"},null,null,null,null,".",{"$f":"$K$131","v":"Duration "},{"$f":"$K$64","v":"Month 01 (Jan)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM02.","Duration Month 02 (Feb)",null,"add as required","Time",{"$f":"$N$65","v":"M02"},null,null,null,null,".","Duration ",{"$f":"$K$65","v":"Month 02 (Feb)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM03.","Duration Month 03 (Mar)",null,"add as required","Time",{"$f":"$N$66","v":"M03"},null,null,null,null,".","Duration ",{"$f":"$K$66","v":"Month 03 (Mar)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM04.","Duration Month 04 (Apr)",null,"add as required","Time",{"$f":"$N$67","v":"M04"},null,null,null,null,".","Duration ",{"$f":"$K$67","v":"Month 04 (Apr)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM05.","Duration Month 05 (May)",null,"add as required","Time",{"$f":"$N$68","v":"M05"},null,null,null,null,".","Duration ",{"$f":"$K$68","v":"Month 05 (May)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM06.","Duration Month 06 (Jun)",null,"add as required","Time",{"$f":"$N$69","v":"M06"},null,null,null,null,".","Duration ",{"$f":"$K$69","v":"Month 06 (Jun)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM07.","Duration Month 07 (Jul)",null,"add as required","Time",{"$f":"$N$70","v":"M07"},null,null,null,null,".","Duration ",{"$f":"$K$70","v":"Month 07 (Jul)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM08.","Duration Month 08 (Aug)",null,"add as required","Time",{"$f":"$N$71","v":"M08"},null,null,null,null,".","Duration ",{"$f":"$K$71","v":"Month 08 (Aug)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM09.","Duration Month 09 (Sep)",null,"add as required","Time",{"$f":"$N$72","v":"M09"},null,null,null,null,".","Duration ",{"$f":"$K$72","v":"Month 09 (Sep)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM10.","Duration Month 10 (Oct)",null,"add as required","Time",{"$f":"$N$73","v":"M10"},null,null,null,null,".","Duration ",{"$f":"$K$73","v":"Month 10 (Oct)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM11.","Duration Month 11 (Nov)",null,"add as required","Time",{"$f":"$N$74","v":"M11"},null,null,null,null,".","Duration ",{"$f":"$K$74","v":"Month 11 (Nov)"}]
[null,null,"Attribute",null,null,null,"No","No","","TimeM12.","Duration Month 12 (Dec)",null,"add as required","Time",{"$f":"$N$75","v":"M12"},null,null,null,null,".","Duration ",{"$f":"$K$75","v":"Month 12 (Dec)"}]
[null,null,"Attribute","TIME.SSN.",null,null,"Yes","Yes","No V14",{"$f":"N759&O759&P759&Q759&R759&S759&T759","v":"TimeSum."},{"$f":"U759&V759&W759&X759&Y759&Z759","v":"Duration Summer"},null,null,{"$f":"$N$131","v":"Time"},{"$f":"$N$76","v":"Sum"},null,null,null,null,".",{"$f":"$K$131","v":"Duration "},{"$f":"$K$76","v":"Summer"}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N760&O760&P760&Q760&R760&S760&T760","v":"TimeWint."},{"$f":"U760&V760&W760&X760&Y760&Z760","v":"Duration Winter"},null,null,{"$f":"$N$131","v":"Time"},{"$f":"$N$77","v":"Wint"},null,null,null,null,".",{"$f":"$K$131","v":"Duration "},{"$f":"$K$77","v":"Winter"}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N761&O761&P761&Q761&R761&S761&T761","v":"TimeShrSum."},{"$f":"U761&V761&W761&X761&Y761&Z761","v":"Duration Share Summer"},null,null,{"$f":"$N$131","v":"Time"},{"$f":"$N$130","v":"Shr"},{"$f":"$N$76","v":"Sum"},null,null,null,".",{"$f":"$K$131","v":"Duration "},{"$f":"$K$130","v":"Share "},{"$f":"$K$76","v":"Summer"}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N762&O762&P762&Q762&R762&S762&T762","v":"TimeShrWint."},{"$f":"U762&V762&W762&X762&Y762&Z762","v":"Duration Share Winter"},null,null,{"$f":"$N$131","v":"Time"},{"$f":"$N$130","v":"Shr"},{"$f":"$N$77","v":"Wint"},null,null,null,".",{"$f":"$K$131","v":"Duration "},{"$f":"$K$130","v":"Share "},{"$f":"$K$77","v":"Winter"}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N763&O763&P763&Q763&R763&S763&T763","v":"TimeDischarge."},{"$f":"U763&V763&W763&X763&Y763&Z763","v":"Duration Discharge "},null,null,{"$f":"$N$131","v":"Time"},{"$f":"$N$81","v":"Discharge"},null,null,null,null,".",{"$f":"$K$131","v":"Duration "},{"$f":"$K$81","v":"Discharge "}]
[null,"Other",null,null,null,null,null,null,""]
[null,null,"Attribute","POP.","Population ",null,"No","Yes","",{"$f":"N765&O765&P765&Q765&R765&S765&T765","v":"Population."},{"$f":"U765&V765&W765&X765&Y765&Z765","v":"Population "},null,"Name can be explicit (longer) as it will never be concatenated with other elements",{"$f":"$N$126","v":"Population"},null,null,null,null,null,".",{"$f":"$K$126","v":"Population "}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N766&O766&P766&Q766&R766&S766&T766","v":"PopulationBY."},{"$f":"U766&V766&W766&X766&Y766&Z766","v":"Population Base Year "},null,null,{"$f":"$N$126","v":"Population"},{"$f":"$N$16","v":"BY"},null,null,null,null,".",{"$f":"$K$126","v":"Population "},{"$f":"$K$16","v":"Base Year "}]
[null,null,"Attribute",null,null,null,"No","No","",{"$f":"N767&O767&P767&Q767&R767&S767&T767","v":"PopulationIndx."},{"$f":"U767&V767&W767&X767&Y767&Z767","v":"Population Index "},null,null,{"$f":"$N$126","v":"Population"},{"$f":"$N$21","v":"Indx"},null,null,null,null,".",{"$f":"$K$126","v":"Population "},{"$f":"$K$21","v":"Index "}]
[null,null,"Attribute",null,null,null,"No","Yes","",{"$f":"N768&O768&P768&Q768&R768&S768&T768","v":"EDen."},{"$f":"U768&V768&W768&X768&Y768&Z768","v":"Energy Density (HHV/GCV)"},null,null,{"$f":"$N$106","v":"EDen"},null,null,null,null,null,".",{"$f":"$K$106","v":"Energy Density (HHV/GCV)"}]
[null,null,"Attribute","dlt.lvr.","Delta lever ",null,"Yes","Yes","",null,null,null,"Delete - The change in a lever or change of XXX from a lever is not an attribute. Model should be redesigned so this is not required."]
[null,null,"Attribute","MIL.","Mileage ",null,"Yes","Yes","",null,null,null,"Delete - replace all instances with the more generic range of vehicle."]
[null,null,"Attribute","TKM.","Tonne-kilometres ",null,"Yes","Yes","",null,null,null,"Delete - this is a unit not an attribute."]
[null,null,"Attribute","PKM.","Passenger-kilometeres ",null,"Yes","Yes","",null,null,null,"Delete - this is a unit not an attribute."]
[null,null,"Attribute","RES.","Residential ",null,"Yes","Yes","",null,null,null,"Delete - this is not an attribute. It is currently used as a technology (incorrectly)"]
[null,null,"Attribute","COM.","Commercial ",null,"Yes","Yes","",null,null,null,"Delete - this is not an attribute. It is currently used as a technology (incorrectly)"]
[null,null,"Attribute","COV.","Area Coverage",null,"Yes","Yes","",null,null,null,"Delete - this attribute is not required. The total non-domestic heat capacity requirement should not require this."]
[null,null,"Attribute","Q.","Quantity ",null,"Yes","Yes","",null,null,null,"Delete - quantities of energy can be referred to vie energy balances or availability limits"]
[null,null,"Attribute","Q.tot.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\" Use \"& $J$461","v":" Use Avail."}]
[null,null,"Attribute","NUM","Number of ",null,"???","No","",null,null,null,"Not currently used but will be a useful output (number of cars, number of heat pumps, etc.). This may be already covered by capacity?"]
[null,null,"Attribute","NUM.",null,null,"???","Yes","No V14",null,null,null,"Consider using capacity. Do we need to report total capacity in terms of power output and number of units?"]
[null,null,"Attribute","DWL.","Dwellings ",null,"Move","Yes","",null,null,null,"This is not an attribute. It is a technology"]
[null,null,"Attribute","FLR.","Floorspace area ",null,"Move","Yes","",null,null,null,"This is not an attribute. It is a technology"]
[null,null,"Attribute","INDEX.lvr.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"Replace with \"& $J$474","v":"Replace with DemIndx."}]
[null,null,"Attribute","dlt.",null,null,"Yes","Yes","No V14",null,null,null,"This is a suffix not an attribute"]
[null,null,"Attribute","DWL.EXST.",null,null,"Move","Yes","No V14",null,null,null,"This is a technology not an attribute"]
[null,null,"Attribute","DWL.NWST.",null,null,"Move","Yes","No V14",null,null,null,"This is a technology not an attribute"]
[null,null,"Attribute","DWL.tot.",null,null,"Move","Yes","No V14",null,null,null,"This is a technology not an attribute"]
[null,null,"Attribute","FLR.EXST.",null,null,"Move","Yes","No V14",null,null,null,"This is a technology not an attribute"]
[null,null,"Attribute","FLR.NWST.",null,null,"Move","Yes","No V14",null,null,null,"This is a technology not an attribute"]
[null,null,"Attribute","FLR.tot.",null,null,"Move","Yes","No V14",null,null,null,"This is a technology not an attribute"]
[null,null,"Attribute","forele.",null,null,"???","Yes","No V14"]
[null,null,"Attribute","forheat.",null,null,"???","Yes","No V14"]
[null,null,"Attribute","vBIOLND.",null,null,"Yes","Yes","",null,null,null,"This is a vector/technology not an attribute."]
[null,null,"Attribute","VOL.","Volume",null,"Yes","Yes","No V14",null,null,null,"Use the capacity attribute instead."]
["Vectors"]
[null,"Placeholder"]
[null,null,"Vector","[vect].","[Vector] ",null,"No","Yes",null,{"$f":"N796&O796&P796&Q796&R796&S796&T796","v":"[vect]."},"Vector Placeholder",null,"Placeholder for all appropriate vectors","[vect]",null,null,null,null,null,"."]
[null,null,"Vector","tot.",null,null,"No","Yes","No V14",{"$f":"N797&O797&P797&Q797&R797&S797&T797","v":"NetEn."},"Net Energy ",null,null,{"$f":"$N$148","v":"NetEn"},null,null,null,null,null,"."]
[null,"Demands",null,null,null,null,null,null,null,null,null,null,"This is not a complete list of demands. Should this sit in its own column?"]
[null,null,"Vector","vSH.","Space Heat ",null,"No","Yes",null,{"$f":"N799&O799&P799&Q799&R799&S799&T799","v":"dSH."},{"$f":"U799&V799&W799&X799&Y799&Z799","v":"Space Heat "},null,null,{"$f":"$N$136","v":"d"},{"$f":"$N$185","v":"SH"},null,null,null,null,".",{"$f":"$K$185","v":"Space Heat "}]
[null,null,"Vector","vHW.","Hot Water ",null,"No","Yes",null,"dHW.","Hot Water ",null,null,{"$f":"$N$136","v":"d"},{"$f":"$N$186","v":"HW"},null,null,null,null,".",{"$f":"$K$186","v":"Hot Water "}]
[null,null,"Vector",null,null,null,"No","No",null,"dHt.","Heat (Space + Water)",null,"Total heat demand. This will be required for the buildings heat energy balance","d",{"$f":"$N$187","v":"Ht"},null,null,null,null,".",{"$f":"$K$187","v":"Heat (Space + Water)"}]
[null,null,"Vector","vCOOL.","Cooling ",null,"No","Yes",null,"dCl.","Cooling ",null,null,{"$f":"$N$136","v":"d"},{"$f":"$N$188","v":"Cl"},null,null,null,null,".",{"$f":"$K$188","v":"Cooling "}]
[null,null,"Vector","vCK.","Cooking ",null,"No","Yes",null,"dCk.","Cooking ",null,null,"d",{"$f":"$N$189","v":"Ck"},null,null,null,null,".",{"$f":"$K$189","v":"Cooking "}]
[null,null,"Vector",null,null,null,"No","Yes",null,"dLt.","Lighting service demand ",null,null,"d",{"$f":"$N$190","v":"Lt"},null,null,null,null,".",{"$f":"$K$190","v":"Lighting service demand "}]
[null,null,"Vector",null,null,null,"No","Yes",null,"dAp.","Appliances service demand ",null,null,"d",{"$f":"$N$191","v":"Ap"},null,null,null,null,".",{"$f":"$K$191","v":"Appliances service demand "}]
[null,null,"Vector",null,null,null,"No","Yes",null,"dDPs.","Passenger Distance Travelled ",null,null,"d",{"$f":"$N$192","v":"DPs"},null,null,null,null,".",{"$f":"$K$192","v":"Passenger Distance Travelled "}]
[null,null,"Vector",null,null,null,"No","Yes",null,"dDFr.","Freight Distance Travelled ",null,null,"d",{"$f":"$N$193","v":"DFr"},null,null,null,null,".",{"$f":"$K$193","v":"Freight Distance Travelled "}]
[null,null,"Vector",null,null,null,"No","Yes",null,"dDVh.","Vehicle Distance Travelled ",null,null,"d",{"$f":"$N$194","v":"DVh"},null,null,null,null,".",{"$f":"$K$194","v":"Vehicle Distance Travelled "}]
[null,null,"Vector",null,null,null,"No","Yes",null,"dPHt.",{"$f":"U809&V809&W809&X809&Y809&Z809","v":"Process Heat "},null,null,"d",{"$f":"$N$195","v":"PHt"},null,null,null,null,".",{"$f":"$K$195","v":"Process Heat "}]
[null,null,"Vector",null,null,null,"No","Yes",null,"dElc.",{"$f":"U810&V810&W810&X810&Y810&Z810","v":"Process Electricity "},null,null,"d",{"$f":"$N$196","v":"Elc"},null,null,null,null,".",{"$f":"$K$196","v":"Process Electricity "}]
[null,"Fuels"]
[null,null,"Vector","vELE.","Electricity ",null,"No","Yes",null,{"$f":"N812&O812&P812&Q812&R812&S812&T812","v":"fElc."},"Electricity ",null,"Split into delivered and supplied?",{"$f":"$N$137","v":"f"},{"$f":"$N$149","v":"Elc"},null,null,null,null,"."]
[null,null,"Vector","vBIO.","Biomass ",null,"No","Yes",null,"fBiS.","Bioenergy Solid ",null,null,"f",{"$f":"$N$150","v":"Bi"},{"$f":"$N$144","v":"S"},null,null,null,"."]
[null,null,"Vector","vBF.","Biofuel ",null,"No","Yes",null,"fBiL.","Bioenergy Liquid ",null,null,"f",{"$f":"$N$150","v":"Bi"},{"$f":"$N$145","v":"L"},null,null,null,"."]
[null,null,"Vector","vBG.","Biogas ",null,"No","Yes",null,"fBiG.","Bioenergy Gaseous ",null,null,"f",{"$f":"$N$150","v":"Bi"},{"$f":"$N$146","v":"G"},null,null,null,"."]
[null,null,"Vector",null,null,null,"No","Yes",null,"fFsS.","Fossil Fuel Solid ",null,"Add","f",{"$f":"$N$151","v":"Fs"},{"$f":"$N$144","v":"S"},null,null,null,"."]
[null,null,"Vector","vLF.","Liquid Fuel ",null,"No","Yes",null,"fFsL.","Fossil Fuel Liquid ",null,null,"f",{"$f":"$N$151","v":"Fs"},{"$f":"$N$145","v":"L"},null,null,null,"."]
[null,null,"Vector","vNG.","Natural Gas ",null,"No","Yes",null,"fFsG.","Fossil Fuel Gaseous ",null,null,"f",{"$f":"$N$151","v":"Fs"},{"$f":"$N$146","v":"G"},null,null,null,"."]
[null,null,"Vector","vHYG.","Hydrogen ",null,"No","Yes",null,"fH2G.","Hydrogen Gaseous ",null,null,"f",{"$f":"$N$152","v":"H2"},{"$f":"$N$146","v":"G"},null,null,null,"."]
[null,null,"Vector","vGAS.","Gas ",null,"No","Yes",null,"fGrdG.","Grid Gas Gaseous ",null,"Composite of gaseous fuels in the gas grid","f",{"$f":"$N$153","v":"Grd"},{"$f":"$N$146","v":"G"},null,null,null,"."]
[null,null,"Vector","vNH.","Network Heat ",null,"No","Yes",null,"fNwkH.","Network Heat ",null,null,"f",{"$f":"$N$154","v":"NwkH"},null,null,null,null,"."]
[null,null,"Vector","vWH.","Waste Heat ",null,"No","Yes",null,"fWstH.","Waste Heat ",null,null,"f",{"$f":"$N$155","v":"WstH"},null,null,null,null,"."]
[null,null,"Vector","vFF.","Fossil fuel composite ",null,"Yes","Yes",null,null,null,null,"Delete. This needs to be separated out by state where required."]
[null,"Losses"]
[null,null,"Vector","vCL.","Conversion Losses ",null,"No","Yes",null,{"$f":"N825&O825&P825&Q825&R825&S825&T825","v":"lsCnv."},"Conversion Losses ",null,null,{"$f":"$N$138","v":"ls"},{"$f":"$N$159","v":"Cnv"},null,null,null,null,"."]
[null,null,"Vector","vDLOSS.","Distribution Losses ",null,"No","Yes",null,{"$f":"N826&O826&P826&Q826&R826&S826&T826","v":"lsDst."},"Distribution Losses ",null,null,{"$f":"$N$138","v":"ls"},{"$f":"$N$358","v":"Dst"},null,null,null,null,"."]
[null,null,"Vector",null,null,null,null,null,null,{"$f":"N827&O827&P827&Q827&R827&S827&T827","v":"lsFsG."},"Leaked Fossil Fuel Gaseous ",null,"Vector for gas leaked from the grid",{"$f":"$N$138","v":"ls"},{"$f":"$N$151","v":"Fs"},{"$f":"$N$146","v":"G"},null,null,null,"."]
[null,null,"Vector",null,null,null,null,null,null,{"$f":"N828&O828&P828&Q828&R828&S828&T828","v":"lsBiG."},"Leaked Bioenergy Gaseous ",null,"Vector for gas leaked from the grid",{"$f":"$N$138","v":"ls"},{"$f":"$N$150","v":"Bi"},{"$f":"$N$146","v":"G"},null,null,null,"."]
[null,null,"Vector",null,null,null,null,null,null,{"$f":"N829&O829&P829&Q829&R829&S829&T829","v":"lsH2G."},"Leaked Hydrogen Gaseous ",null,"Vector for gas leaked from the grid",{"$f":"$N$138","v":"ls"},{"$f":"$N$152","v":"H2"},{"$f":"$N$146","v":"G"},null,null,null,"."]
[null,"Imports"]
[null,null,"Vector","vHYG.imp.","Hydrogen Imports ",null,"No","Yes",null,{"$f":"N831&O831&P831&Q831&R831&S831&T831","v":"impH2G."},null,null,"Do we need separate vectors for imported fuel? Would it be better to have import/export technologies?",{"$f":"$N$139","v":"imp"},{"$f":"$N$152","v":"H2"},{"$f":"$N$146","v":"G"},null,null,null,"."]
[null,null,"Vector","vIMPBIO.","Imported Biomass ",null,"No","Yes",null,{"$f":"N832&O832&P832&Q832&R832&S832&T832","v":"impBiS."},null,null,"Do we need separate vectors for imported fuel? Would it be better to have import/export technologies?",{"$f":"$N$139","v":"imp"},{"$f":"$N$150","v":"Bi"},{"$f":"$N$144","v":"S"},null,null,null,"."]
[null,null,"Vector","vIMPBF.","Imported Biofuel ",null,"No","Yes",null,{"$f":"N833&O833&P833&Q833&R833&S833&T833","v":"impBiL."},null,null,"Do we need separate vectors for imported fuel? Would it be better to have import/export technologies?",{"$f":"$N$139","v":"imp"},{"$f":"$N$150","v":"Bi"},{"$f":"$N$145","v":"L"},null,null,null,"."]
[null,"Resources"]
[null,null,"Vector",null,null,null,"No","Yes",null,{"$f":"N835&O835&P835&Q835&R835&S835&T835","v":"rEnvH."},{"$f":"U835&V835&W835&X835&Y835&Z835","v":"Environmental Heat "},null,null,{"$f":"$N$140","v":"r"},{"$f":"$N$156","v":"EnvH"},null,null,null,null,".",{"$f":"$K$156","v":"Environmental Heat "}]
[null,null,"Vector",null,null,null,"No","Yes",null,{"$f":"N836&O836&P836&Q836&R836&S836&T836","v":"rExpH."},{"$f":"U836&V836&W836&X836&Y836&Z836","v":"Expelled Heat "},null,null,"r",{"$f":"$N$157","v":"ExpH"},null,null,null,null,".",{"$f":"$K$157","v":"Expelled Heat "}]
[null,null,"Vector",null,null,null,"No","Yes",null,{"$f":"N837&O837&P837&Q837&R837&S837&T837","v":"rEnvE."},{"$f":"U837&V837&W837&X837&Y837&Z837","v":"Environmental Energy "},null,null,"r",{"$f":"$N$158","v":"EnvE"},null,null,null,null,".",{"$f":"$K$158","v":"Environmental Energy "}]
[null,null,"Vector","vUKBIO.","UK Biomass ",null,"No","Yes",null,"rBiS.","Bioenergy Solid ",null,null,"r",{"$f":"$N$150","v":"Bi"},{"$f":"$N$144","v":"S"},null,null,null,".",{"$f":"$K$150","v":"Bioenergy "},{"$f":"$K$144","v":"Solid "}]
[null,null,"Vector","vDW.","Dry Waste ",null,"No","Yes",null,"rWstD.","Dry Waste ",null,null,"r",{"$f":"$N$160","v":"WstD"},null,null,null,null,".",{"$f":"$K$160","v":"Dry Waste "}]
[null,null,"Vector","vWW.","Wet Waste ",null,"No","Yes",null,"rWstW.","Wet Waste ",null,null,"r",{"$f":"$N$161","v":"WstW"},null,null,null,null,".",{"$f":"$K$161","v":"Wet Waste "}]
[null,null,"Vector","vUCO.","UCO/tallow ",null,"No","Yes",null,"rUCO.","Used Cooking Oil/Tallow",null,null,"r",{"$f":"$N$162","v":"UCO"},null,null,null,null,".",{"$f":"$K$162","v":"Used Cooking Oil/Tallow"}]
[null,null,"Vector","vGAS.LFILL.","Landfill Gas",null,"No","Yes",null,{"$f":"N842&O842&P842&Q842&R842&S842&T842","v":"rLndFG."},"Landfill Gas ",null,null,"r",{"$f":"$N$326","v":"LndF"},{"$f":"$N$146","v":"G"},null,null,null,".",{"$f":"$K$326","v":"Landfill "},{"$f":"$K$146","v":"Gas "}]
[null,null,"Vector",null,null,null,"No","No","No V14",{"$f":"N843&O843&P843&Q843&R843&S843&T843","v":"rURN."},{"$f":"U843&V843&W843&X843&Y843&Z843","v":"Nuclear (Uranium)"},null,null,"r",{"$f":"$N$169","v":"URN"},null,null,null,null,".",{"$f":"$K$169","v":"Nuclear (Uranium)"}]
[null,null,"Vector",null,null,null,"No","Yes",null,{"$f":"N844&O844&P844&Q844&R844&S844&T844","v":"rFsS."},{"$f":"U844&V844&W844&X844&Y844&Z844","v":"Fossil Fuel Solid "},null,"Add","r",{"$f":"$N$151","v":"Fs"},{"$f":"$N$144","v":"S"},null,null,null,".",{"$f":"$K$151","v":"Fossil Fuel "},{"$f":"$K$144","v":"Solid "}]
[null,null,"Vector",null,null,null,"No","Yes",null,{"$f":"N845&O845&P845&Q845&R845&S845&T845","v":"rFsL."},{"$f":"U845&V845&W845&X845&Y845&Z845","v":"Fossil Fuel Liquid "},null,null,"r",{"$f":"$N$151","v":"Fs"},{"$f":"$N$145","v":"L"},null,null,null,".",{"$f":"$K$151","v":"Fossil Fuel "},{"$f":"$K$145","v":"Liquid "}]
[null,null,"Vector",null,null,null,"No","Yes",null,{"$f":"N846&O846&P846&Q846&R846&S846&T846","v":"rFsG."},{"$f":"U846&V846&W846&X846&Y846&Z846","v":"Fossil Fuel Gas "},null,null,"r",{"$f":"$N$151","v":"Fs"},{"$f":"$N$146","v":"G"},null,null,null,".",{"$f":"$K$151","v":"Fossil Fuel "},{"$f":"$K$146","v":"Gas "}]
[null,null,"Vector",null,null,null,"No","No","No V14","rWnd.","Wind",null,null,"r",{"$f":"$N$163","v":"Wnd"},null,null,null,null,".",{"$f":"$K$163","v":"Wind"}]
[null,null,"Vector",null,null,null,"No","No","No V14","rSol.","Solar",null,null,"r",{"$f":"$N$164","v":"Sol"},null,null,null,null,".",{"$f":"$K$164","v":"Solar"}]
[null,null,"Vector",null,null,null,"No","No","No V14","rGeo.","Geothermal",null,null,"r",{"$f":"$N$165","v":"Geo"},null,null,null,null,".",{"$f":"$K$165","v":"Geothermal"}]
[null,null,"Vector",null,null,null,"No","No","No V14","rWav.","Wave/Tide",null,null,"r",{"$f":"$N$166","v":"Wav"},null,null,null,null,".",{"$f":"$K$166","v":"Wave/Tide"}]
[null,null,"Vector",null,null,null,"No","No","No V14","rHYD.","Hydro",null,null,"r",{"$f":"$N$167","v":"HYD"},null,null,null,null,".",{"$f":"$K$167","v":"Hydro"}]
[null,"Matter"]
[null,null,"Vector",null,null,null,"No","No",null,{"$f":"N853&O853&P853&Q853&R853&S853&T853","v":"mFOOD."},{"$f":"U853&V853&W853&X853&Y853&Z853","v":"Food "},null,"Food for humans or animals",{"$f":"$N$141","v":"m"},{"$f":"$N$171","v":"FOOD"},null,null,null,null,".",{"$f":"$K$171","v":"Food "}]
[null,null,"Vector",null,null,null,"No","No",null,"mStrw.","Straw Arising ",null,null,"m",{"$f":"$N$172","v":"Strw"},null,null,null,null,".",{"$f":"$K$172","v":"Straw Arising "}]
[null,null,"Vector",null,null,null,"No","No",null,"mStrwE.","Straw Arising Collected for Energy ",null,null,"m",{"$f":"$N$173","v":"StrwE"},null,null,null,null,".",{"$f":"$K$173","v":"Straw Arising Collected for Energy "}]
[null,null,"Vector",null,null,null,"No","No",null,"mStrwNC.","Straw Arising Not Collected ",null,null,"m",{"$f":"$N$174","v":"StrwNC"},null,null,null,null,".",{"$f":"$K$174","v":"Straw Arising Not Collected "}]
[null,null,"Vector",null,null,null,"No","No",null,"mWdAr.","Wood Arising ",null,null,"m",{"$f":"$N$175","v":"WdAr"},null,null,null,null,".",{"$f":"$K$175","v":"Wood Arising "}]
[null,null,"Vector",null,null,null,"No","No",null,"mWdArE.","Wood Arising Collected for Energy ",null,null,"m",{"$f":"$N$176","v":"WdArE"},null,null,null,null,".",{"$f":"$K$176","v":"Wood Arising Collected for Energy "}]
[null,null,"Vector",null,null,null,"No","No",null,"mWdArNC.","Wood Arising Not Collected ",null,null,"m",{"$f":"$N$177","v":"WdArNC"},null,null,null,null,".",{"$f":"$K$177","v":"Wood Arising Not Collected "}]
[null,null,"Vector",null,null,null,"No","No",null,"mMnr.","Manure (All Types) ",null,null,"m",{"$f":"$N$179","v":"Mnr"},null,null,null,null,".",{"$f":"$K$179","v":"Manure (All Types) "}]
[null,null,"Vector",null,null,null,"No","No",null,"mSlryALL.","Slurry Deposits (All Types) ",null,null,"m",{"$f":"$N$180","v":"SlryALL"},null,null,null,null,".",{"$f":"$K$180","v":"Slurry Deposits (All Types) "}]
[null,null,"Vector",null,null,null,"No","No",null,"mSlryE.","Slurry Deposits Collected for Energy ",null,null,"m",{"$f":"$N$181","v":"SlryE"},null,null,null,null,".",{"$f":"$K$181","v":"Slurry Deposits Collected for Energy "}]
[null,null,"Vector",null,null,null,"No","No",null,"mSlryNC.","Slurry Deposits Not Collected ",null,null,"m",{"$f":"$N$182","v":"SlryNC"},null,null,null,null,".",{"$f":"$K$182","v":"Slurry Deposits Not Collected "}]
[null,null,"Vector",null,null,null,"No","No",null,"mMnrOth.","Manure Other ",null,null,"m",{"$f":"$N$183","v":"MnrOth"},null,null,null,null,".",{"$f":"$K$183","v":"Manure Other "}]
[null,null,"Vector",null,null,null,"No","No",null,"mSlryE._of_mSlryALL.","Slurry Deposits Collected for Energy of Slurry Deposits (All Types) ",null,null,{"$f":"J862","v":"mSlryE."},"_of_",{"$f":"J861","v":"mSlryALL."},null,null,null,null,{"$f":"K862","v":"Slurry Deposits Collected for Energy "},"of ",{"$f":"K861","v":"Slurry Deposits (All Types) "}]
[null,"Other"]
[null,null,"Vector","DSR.","Diurnal storage (DSR)",null,"???","Yes","No V14",null,null,null,"This is a technology not a vector. Do we need to create vectors for stored electricity? Do we need an attribute for fraction of demand that can be shifted away from each?"]
[null,null,"Vector","DSTOR.","Diurnal storage (Batteries, DSR) ",null,"???","Yes","No V14",null,null,null,"This is a technology not a vector."]
[null,null,"Vector","ELE.",null,null,"???","Yes","No V14",null,null,null,"The module has been applied instead of the electricity vector. It may be more appropriate to use a technology."]
[null,null,"Vector","HDV.",null,null,"???","No","No V7",null,null,null,"This is a technology not a vector. Technologies should be created for the batteries in each type of EV."]
[null,null,"Vector","LDV.",null,null,"???","No","No V7",null,null,null,"This is a technology not a vector. Technologies should be created for the batteries in each type of EV."]
[null,null,"Vector","EV.",null,null,"???","Yes","No V14",null,null,null,"This is a technology not a vector. Create an attribute to describe the capacity/number of charging points per unit"]
[null,null,"Vector","H2V.",null,null,"???","Yes","No V14",null,null,null,"This is a technology not a vector. Create an attribute to describe the capacity/number of charging points per unit"]
[null,null,"Vector","STOR.",null,null,"Yes","Yes","No V14",null,null,null,"Vector is not required to describe the storage losses (only attribute and tech are required)"]
["Technologies"]
[null,null,null,"[tech].",null,null,"No","Yes","",null,null,null,"Dummy indicating the row will be duplicated for every technology."]
[null,"Transport Modes",null,null,null,null,null,null,""]
[null,null,"Tech","TRA.",null,null,"No","Yes","No V14",{"$f":"N878&O878&P878&Q878&R878&S878&T878","v":"TRA."},{"$f":"U878&V878&W878&X878&Y878&Z878","v":"Transport (All Modes) "},null,null,{"$f":"$N$200","v":"TRA"},null,null,null,null,null,".",{"$f":"$K$200","v":"Transport (All Modes) "}]
[null,null,"Tech",null,null,null,"No","Yes","No V14",{"$f":"N879&O879&P879&Q879&R879&S879&T879","v":"TRAD."},{"$f":"U879&V879&W879&X879&Y879&Z879","v":"Transport (All Modes) Domestic "},null,null,{"$f":"$N$200","v":"TRA"},{"$f":"$N$229","v":"D"},null,null,null,null,".",{"$f":"$K$200","v":"Transport (All Modes) "},{"$f":"$K$229","v":"Domestic "}]
[null,null,"Tech",null,null,null,"No","Yes","No V14",{"$f":"N880&O880&P880&Q880&R880&S880&T880","v":"TRAI."},{"$f":"U880&V880&W880&X880&Y880&Z880","v":"Transport (All Modes) International "},null,null,{"$f":"$N$200","v":"TRA"},{"$f":"$N$230","v":"I"},null,null,null,null,".",{"$f":"$K$200","v":"Transport (All Modes) "},{"$f":"$K$230","v":"International "}]
[null,null,"Tech",null,null,null,"No","Yes",null,"Wlk.",{"$f":"U881&V881&W881&X881&Y881&Z881","v":"Walking "},null,null,{"$f":"$N$202","v":"Wlk"},null,null,null,null,null,".",{"$f":"$K$202","v":"Walking "}]
[null,null,"Tech",null,null,null,"No","Yes",null,"Cyc.",{"$f":"U882&V882&W882&X882&Y882&Z882","v":"Cycling "},null,null,{"$f":"$N$203","v":"Cyc"},null,null,null,null,null,".",{"$f":"$K$203","v":"Cycling "}]
["LDV.",null,"Tech","CAR.","Cars ",null,"No","Yes","","carALL.",{"$f":"U883&V883&W883&X883&Y883&Z883","v":"Car All Types "},null,null,{"$f":"$N$204","v":"car"},{"$f":"$N$232","v":"ALL"},null,null,null,null,".",{"$f":"$K$204","v":"Car "},{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","BUS.","Buses ",null,"No","Yes","","busALL.","Bus All Types ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$232","v":"ALL"},null,null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","FTRN.","Freight Trains ",null,"No","Yes","","trnPALL.","Train Passenger All Types ",null,null,{"$f":"$N$211","v":"trn"},{"$f":"$N$227","v":"P"},{"$f":"$N$232","v":"ALL"},null,null,null,".",{"$f":"$K$211","v":"Train "},{"$f":"$K$227","v":"Passenger "},{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","PTRN.","Passenger Trains ",null,"No","Yes","","trnFALL.","Train Freight All Types ",null,null,{"$f":"$N$211","v":"trn"},{"$f":"$N$228","v":"F"},{"$f":"$N$232","v":"ALL"},null,null,null,".",{"$f":"$K$211","v":"Train "},{"$f":"$K$228","v":"Freight "},{"$f":"$K$232","v":"All Types "}]
["LDV.",null,"Tech","VAN.","Vans ",null,"No","Yes","","lgvALL.","LGV (van) All Types ",null,null,{"$f":"$N$205","v":"lgv"},{"$f":"$N$232","v":"ALL"},null,null,null,null,".",{"$f":"$K$205","v":"LGV (van) "},{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","TRC.","Trucks ",null,"No","Yes","","hgvALL.","HGV All Types ",null,"Need to split into rigid and articulated",{"$f":"$N$206","v":"hgv"},{"$f":"$N$232","v":"ALL"},null,null,null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","TRC.","Trucks ",null,"No","Yes","",{"$f":"N889&O889&P889&Q889&R889&S889&T889","v":"hgvRALL."},{"$f":"U889&V889&W889&X889&Y889&Z889","v":"HGV _Rigid All Types "},null,"Need to split into rigid and articulated",{"$f":"$N$206","v":"hgv"},{"$f":"$N$207","v":"R"},{"$f":"$N$232","v":"ALL"},null,null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$207","v":"_Rigid "},{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","TRC.","Trucks ",null,"No","Yes","",{"$f":"N890&O890&P890&Q890&R890&S890&T890","v":"hgvAALL."},{"$f":"U890&V890&W890&X890&Y890&Z890","v":"HGV _Articulated All Types "},null,"Need to split into rigid and articulated",{"$f":"$N$206","v":"hgv"},{"$f":"$N$208","v":"A"},{"$f":"$N$232","v":"ALL"},null,null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","OFR.","Off-road vehicles ",null,"No","Yes","","nrm.","Non-Road Mobile Machinery ",null,null,{"$f":"$N$210","v":"nrm"},null,null,null,null,null,".",{"$f":"$K$210","v":"Non-Road Mobile Machinery "}]
["HDV.",null,"Tech","DSHP.","Domestic Ships ",null,"No","Yes","","shpD.","Shipping Domestic ",null,null,{"$f":"$N$212","v":"shp"},{"$f":"$N$229","v":"D"},null,null,null,null,".",{"$f":"$K$212","v":"Shipping "},{"$f":"$K$229","v":"Domestic "}]
["HDV.",null,"Tech","ISHP.","International Ships ",null,"No","Yes","","shpI.","Shipping International ",null,null,{"$f":"$N$212","v":"shp"},{"$f":"$N$230","v":"I"},null,null,null,null,".",{"$f":"$K$212","v":"Shipping "},{"$f":"$K$230","v":"International "}]
["AVI.",null,"Tech","DAVI.","Domestic Aviation ",null,"No","Yes","","aviD.","Aviation Domestic ",null,null,{"$f":"$N$213","v":"avi"},{"$f":"$N$229","v":"D"},null,null,null,null,".",{"$f":"$K$213","v":"Aviation "},{"$f":"$K$229","v":"Domestic "}]
["AVI.",null,"Tech","IAVI.","International Aviation ",null,"No","Yes","","aviI.","Aviation International ",null,null,{"$f":"$N$213","v":"avi"},{"$f":"$N$230","v":"I"},null,null,null,null,".",{"$f":"$K$213","v":"Aviation "},{"$f":"$K$230","v":"International "}]
[null,"Light Duty Vehicles",null,null,null,null,null,null,""]
["LDV.",null,"Tech","ECAR.","Electric Cars ",null,"No","Yes","",{"$f":"N897&O897&P897&Q897&R897&S897&T897","v":"carE."},{"$f":"U897&V897&W897&X897&Y897&Z897","v":"Car Electric "},null,null,{"$f":"$N$204","v":"car"},{"$f":"$N$235","v":"E"},null,null,null,null,".",{"$f":"$K$204","v":"Car "},{"$f":"$K$235","v":"Electric "}]
["LDV.",null,"Tech","HCAR.","H2 Cars ",null,"No","Yes","","carH2.","Car Hydrogen ",null,null,{"$f":"$N$204","v":"car"},{"$f":"$N$236","v":"H2"},null,null,null,null,".",{"$f":"$K$204","v":"Car "},{"$f":"$K$236","v":"Hydrogen "}]
["LDV.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N899&O899&P899&Q899&R899&S899&T899","v":"carPHEV."},{"$f":"U899&V899&W899&X899&Y899&Z899","v":"Car Plug-in Hybrid Electric Vehicle "},null,null,{"$f":"$N$204","v":"car"},{"$f":"$N$237","v":"PHEV"},null,null,null,null,".",{"$f":"$K$204","v":"Car "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "}]
["LDV.",null,"Tech","CICE.","ICE Cars ",null,"No","Yes","","carIC.","Car Internal Combustion Engine ",null,null,{"$f":"$N$204","v":"car"},{"$f":"$N$238","v":"IC"},null,null,null,null,".",{"$f":"$K$204","v":"Car "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["LDV.",null,"Tech","EVAN.","Electric Vans ",null,"No","Yes","","lgvE.","LGV (van) Electric ",null,null,{"$f":"$N$205","v":"lgv"},{"$f":"$N$235","v":"E"},null,null,null,null,".",{"$f":"$K$205","v":"LGV (van) "},{"$f":"$K$235","v":"Electric "}]
["LDV.",null,"Tech","HVAN.","H2 Vans ",null,"No","Yes","","lgvH2.","LGV (van) Hydrogen ",null,null,{"$f":"$N$205","v":"lgv"},{"$f":"$N$236","v":"H2"},null,null,null,null,".",{"$f":"$K$205","v":"LGV (van) "},{"$f":"$K$236","v":"Hydrogen "}]
["LDV.",null,"Tech","HVAN.","H2 Vans ",null,"No","Yes","",{"$f":"N903&O903&P903&Q903&R903&S903&T903","v":"lgvPHEV."},{"$f":"U903&V903&W903&X903&Y903&Z903","v":"LGV (van) Plug-in Hybrid Electric Vehicle "},null,null,{"$f":"$N$205","v":"lgv"},{"$f":"$N$237","v":"PHEV"},null,null,null,null,".",{"$f":"$K$205","v":"LGV (van) "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "}]
["LDV.",null,"Tech","VICE.","ICE Vans ",null,"No","Yes","","lgvIC.","LGV (van) Internal Combustion Engine ",null,null,{"$f":"$N$205","v":"lgv"},{"$f":"$N$238","v":"IC"},null,null,null,null,".",{"$f":"$K$205","v":"LGV (van) "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["LDV.",null,"Tech","EV.","Electric vehicles ",null,"No","Yes","",null,null,null,"why is this required? Used to specify joint levers."]
["LDV.",null,"Tech","H2V.","H2 vehicles ",null,"No","Yes","",null,null,null,"why is this required? Used to specify joint levers."]
["LDV.",null,"Tech","ICE.","ICEs ",null,"No","Yes","",null,null,null,"why is this required? Used to specify joint levers."]
[null,"Heavy Duty Vehicles",null,null,null,null,null,null,""]
["HDV.",null,"Tech","ITRC.","ICE Trucks ",null,"No","Yes","",{"$f":"N909&O909&P909&Q909&R909&S909&T909","v":"hgvRE."},{"$f":"U909&V909&W909&X909&Y909&Z909","v":"HGV _Rigid Electric "},null,null,{"$f":"$N$206","v":"hgv"},{"$f":"$N$207","v":"R"},{"$f":"$N$235","v":"E"},null,null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$207","v":"_Rigid "},{"$f":"$K$235","v":"Electric "}]
["HDV.",null,"Tech","ETRC.","Electric Trucks ",null,"No","Yes","","hgvRH2.","HGV _Rigid Hydrogen ",null,null,"hgv",{"$f":"$N$207","v":"R"},{"$f":"$N$236","v":"H2"},null,null,null,".","HGV ",{"$f":"$K$207","v":"_Rigid "},{"$f":"$K$236","v":"Hydrogen "}]
["HDV.",null,"Tech","ETRC.","Electric Trucks ",null,"No","Yes","",{"$f":"N911&O911&P911&Q911&R911&S911&T911","v":"hgvRPHEV."},{"$f":"U911&V911&W911&X911&Y911&Z911","v":"HGV _Rigid Plug-in Hybrid Electric Vehicle "},null,null,"hgv",{"$f":"$N$207","v":"R"},{"$f":"$N$237","v":"PHEV"},null,null,null,".","HGV ",{"$f":"$K$207","v":"_Rigid "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "}]
["HDV.",null,"Tech","HTRC.","H2 Trucks ",null,"No","Yes","","hgvRIC.","HGV _Rigid Internal Combustion Engine ",null,null,"hgv",{"$f":"$N$207","v":"R"},{"$f":"$N$238","v":"IC"},null,null,null,".","HGV ",{"$f":"$K$207","v":"_Rigid "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["HDV.",null,"Tech","ITRC.","ICE Trucks ",null,"No","Yes","",{"$f":"N913&O913&P913&Q913&R913&S913&T913","v":"hgvAE."},{"$f":"U913&V913&W913&X913&Y913&Z913","v":"HGV _Articulated Electric "},null,null,"hgv",{"$f":"$N$208","v":"A"},{"$f":"$N$235","v":"E"},null,null,null,".","HGV ",{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$235","v":"Electric "}]
["HDV.",null,"Tech","ETRC.","Electric Trucks ",null,"No","Yes","",{"$f":"N914&O914&P914&Q914&R914&S914&T914","v":"hgvAH2."},{"$f":"U914&V914&W914&X914&Y914&Z914","v":"HGV _Articulated Hydrogen "},null,null,"hgv",{"$f":"$N$208","v":"A"},{"$f":"$N$236","v":"H2"},null,null,null,".","HGV ",{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$236","v":"Hydrogen "}]
["HDV.",null,"Tech","ETRC.","Electric Trucks ",null,"No","Yes","",{"$f":"N915&O915&P915&Q915&R915&S915&T915","v":"hgvAPHEV."},{"$f":"U915&V915&W915&X915&Y915&Z915","v":"HGV _Articulated Plug-in Hybrid Electric Vehicle "},null,null,"hgv",{"$f":"$N$208","v":"A"},{"$f":"$N$237","v":"PHEV"},null,null,null,".","HGV ",{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "}]
["HDV.",null,"Tech","HTRC.","H2 Trucks ",null,"No","Yes","",{"$f":"N916&O916&P916&Q916&R916&S916&T916","v":"hgvAIC."},{"$f":"U916&V916&W916&X916&Y916&Z916","v":"HGV _Articulated Internal Combustion Engine "},null,null,"hgv",{"$f":"$N$208","v":"A"},{"$f":"$N$238","v":"IC"},null,null,null,".","HGV ",{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["HDV.",null,"Tech","IBUS.","ICE Buses ",null,"No","Yes","","busE.","Bus Electric ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$235","v":"E"},null,null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$235","v":"Electric "}]
["HDV.",null,"Tech","EBUS.","Electric Buses ",null,"No","Yes","","busH2.","Bus Hydrogen ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$236","v":"H2"},null,null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$236","v":"Hydrogen "}]
["HDV.",null,"Tech","EBUS.","Electric Buses ",null,"No","Yes","",{"$f":"N919&O919&P919&Q919&R919&S919&T919","v":"busPHEV."},{"$f":"U919&V919&W919&X919&Y919&Z919","v":"Bus Plug-in Hybrid Electric Vehicle "},null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$237","v":"PHEV"},null,null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "}]
["HDV.",null,"Tech","HBUS.","H2 Buses ",null,"No","Yes","","busIC.","Bus Internal Combustion Engine ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$238","v":"IC"},null,null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["HDV.",null,"Tech","TRN.","Trains ",null,"No","Yes","","trnALL.","Train All Types ",null,null,{"$f":"$N$211","v":"trn"},null,{"$f":"$N$232","v":"ALL"},null,null,null,".",{"$f":"$K$211","v":"Train "},null,{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","EPTRN.","Electric Passenger Trains ",null,"No","Yes","","trnPE.","Train Passenger Electric ",null,null,{"$f":"$N$211","v":"trn"},{"$f":"$N$227","v":"P"},{"$f":"$N$235","v":"E"},null,null,null,".",{"$f":"$K$211","v":"Train "},{"$f":"$K$227","v":"Passenger "},{"$f":"$K$235","v":"Electric "}]
["HDV.",null,"Tech","DPTRN.","Diesel Passenger Trains ",null,"No","Yes","","trnPIC.","Train Passenger Internal Combustion Engine ",null,null,{"$f":"$N$211","v":"trn"},{"$f":"$N$227","v":"P"},{"$f":"$N$238","v":"IC"},null,null,null,".",{"$f":"$K$211","v":"Train "},{"$f":"$K$227","v":"Passenger "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["HDV.",null,"Tech","EFTRN.","Electric Freight Trains ",null,"No","Yes","","trnFE.","Train Freight Electric ",null,null,{"$f":"$N$211","v":"trn"},{"$f":"$N$228","v":"F"},{"$f":"$N$235","v":"E"},null,null,null,".",{"$f":"$K$211","v":"Train "},{"$f":"$K$228","v":"Freight "},{"$f":"$K$235","v":"Electric "}]
["HDV.",null,"Tech","DFTRN.","Diesel Freight Trains ",null,"No","Yes","","trnFIC.","Train Freight Internal Combustion Engine ",null,null,{"$f":"$N$211","v":"trn"},{"$f":"$N$228","v":"F"},{"$f":"$N$238","v":"IC"},null,null,null,".",{"$f":"$K$211","v":"Train "},{"$f":"$K$228","v":"Freight "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["HDV.",null,"Tech","SHP.","Ships ",null,"No","Yes","","shpALL.","Shipping All Types ",null,null,{"$f":"$N$212","v":"shp"},{"$f":"$N$232","v":"ALL"},null,null,null,null,".",{"$f":"$K$212","v":"Shipping "},{"$f":"$K$232","v":"All Types "}]
["HDV.",null,"Tech","SHP.","Ships ",null,"No","Yes","","shpDIC.","Shipping Domestic Internal Combustion Engine ",null,null,{"$f":"$N$212","v":"shp"},{"$f":"$N$229","v":"D"},{"$f":"$N$238","v":"IC"},null,null,null,".",{"$f":"$K$212","v":"Shipping "},{"$f":"$K$229","v":"Domestic "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["HDV.",null,"Tech","SHP.","Ships ",null,"No","Yes","",{"$f":"N928&O928&P928&Q928&R928&S928&T928","v":"shpIIC."},{"$f":"U928&V928&W928&X928&Y928&Z928","v":"Shipping International Internal Combustion Engine "},null,null,{"$f":"$N$212","v":"shp"},{"$f":"$N$230","v":"I"},{"$f":"$N$238","v":"IC"},null,null,null,".",{"$f":"$K$212","v":"Shipping "},{"$f":"$K$230","v":"International "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
["HDV.",null,"Tech","OFR.","Off-road vehicles ",null,"No","Yes","","nrmIC.","Non-Road Mobile Machinery Internal Combustion Engine ",null,null,{"$f":"$N$210","v":"nrm"},{"$f":"$N$238","v":"IC"},null,null,null,null,".",{"$f":"$K$210","v":"Non-Road Mobile Machinery "},{"$f":"$K$238","v":"Internal Combustion Engine "}]
[null,null,"Tech","HDV.",null,null,"???","Yes","No V14"]
[null,"Aviation",null,null,null,null,null,null,""]
["AVI.",null,"Tech",null,null,null,"No","No","",{"$f":"N932&O932&P932&Q932&R932&S932&T932","v":"aviALL."},{"$f":"U932&V932&W932&X932&Y932&Z932","v":"Aviation All Types "},null,null,{"$f":"$N$213","v":"avi"},{"$f":"$N$232","v":"ALL"},null,null,null,null,".",{"$f":"$K$213","v":"Aviation "},{"$f":"$K$232","v":"All Types "}]
["AVI.",null,"Tech",null,null,null,"No","No","",{"$f":"N933&O933&P933&Q933&R933&S933&T933","v":"aviDPHEV."},{"$f":"U933&V933&W933&X933&Y933&Z933","v":"Aviation Domestic Plug-in Hybrid Electric Vehicle "},null,null,{"$f":"$N$213","v":"avi"},{"$f":"$N$229","v":"D"},{"$f":"$N$237","v":"PHEV"},null,null,null,".",{"$f":"$K$213","v":"Aviation "},{"$f":"$K$229","v":"Domestic "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "}]
["AVI.",null,"Tech",null,null,null,"No","No","",{"$f":"N934&O934&P934&Q934&R934&S934&T934","v":"aviDCon."},{"$f":"U934&V934&W934&X934&Y934&Z934","v":"Aviation Domestic Conventional "},null,null,{"$f":"$N$213","v":"avi"},{"$f":"$N$229","v":"D"},{"$f":"$N$239","v":"Con"},null,null,null,".",{"$f":"$K$213","v":"Aviation "},{"$f":"$K$229","v":"Domestic "},{"$f":"$K$239","v":"Conventional "}]
["AVI.",null,"Tech",null,null,null,"No","No","",{"$f":"N935&O935&P935&Q935&R935&S935&T935","v":"aviIPHEV."},{"$f":"U935&V935&W935&X935&Y935&Z935","v":"Aviation International Plug-in Hybrid Electric Vehicle "},null,null,{"$f":"$N$213","v":"avi"},{"$f":"$N$230","v":"I"},{"$f":"$N$237","v":"PHEV"},null,null,null,".",{"$f":"$K$213","v":"Aviation "},{"$f":"$K$230","v":"International "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "}]
["AVI.",null,"Tech",null,null,null,"No","No","",{"$f":"N936&O936&P936&Q936&R936&S936&T936","v":"aviICon."},{"$f":"U936&V936&W936&X936&Y936&Z936","v":"Aviation International Conventional "},null,null,{"$f":"$N$213","v":"avi"},{"$f":"$N$230","v":"I"},{"$f":"$N$239","v":"Con"},null,null,null,".",{"$f":"$K$213","v":"Aviation "},{"$f":"$K$230","v":"International "},{"$f":"$K$239","v":"Conventional "}]
["AVI.",null,"Tech","AVI.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"Use \"&$J$932&\" - Module code is used rather than technology code.\"","v":"Use aviALL. - Module code is used rather than technology code."}]
[null,"Transport refuelling",null,null,null,null,null,null,""]
["LDV.",null,"Tech",null,null,null,"No","No","",{"$f":"N939&O939&P939&Q939&R939&S939&T939","v":"TRADref."},{"$f":"U939&V939&W939&X939&Y939&Z939","v":"Transport (All Modes) Domestic Refuelling Infrastructure "},null,null,{"$f":"$N$200","v":"TRA"},{"$f":"$N$229","v":"D"},{"$f":"$N$356","v":"ref"},null,null,null,".",{"$f":"$K$200","v":"Transport (All Modes) "},{"$f":"$K$229","v":"Domestic "},{"$f":"$K$356","v":"Refuelling Infrastructure "}]
["LDV.",null,"Tech","EREF.","EV Charging infrastructure ",null,"No","Yes","",{"$f":"N940&O940&P940&Q940&R940&S940&T940","v":"LVEref."},"Light Duty Vehicles Electric Refuelling Infrastructure ",null,null,{"$f":"$N$201","v":"LV"},{"$f":"$N$235","v":"E"},"ref",null,null,null,".",{"$f":"$K$201","v":"Light Duty Vehicles "},{"$f":"$K$235","v":"Electric "},"Refuelling Infrastructure "]
["LDV.",null,"Tech","HREF.","H2 Refuelling infrastructure ",null,"No","Yes","",{"$f":"N941&O941&P941&Q941&R941&S941&T941","v":"LVH2ref."},"Light Duty Vehicles Hydrogen Refuelling Infrastructure ",null,"Do we need oil infrastructure to? Probably",{"$f":"$N$201","v":"LV"},{"$f":"$N$236","v":"H2"},"ref",null,null,null,".",{"$f":"$K$201","v":"Light Duty Vehicles "},{"$f":"$K$236","v":"Hydrogen "},"Refuelling Infrastructure "]
["LDV.",null,"Tech",null,null,null,"No","No","",{"$f":"N942&O942&P942&Q942&R942&S942&T942","v":"LVICref."},"Light Duty Vehicles Internal Combustion Engine Refuelling Infrastructure ",null,null,{"$f":"$N$201","v":"LV"},{"$f":"$N$238","v":"IC"},"ref",null,null,null,".",{"$f":"$K$201","v":"Light Duty Vehicles "},{"$f":"$K$238","v":"Internal Combustion Engine "},"Refuelling Infrastructure "]
["HDV.",null,"Tech",null,null,null,"No","No","",{"$f":"N943&O943&P943&Q943&R943&S943&T943","v":"hgvAEref."},"HGV _Articulated Electric Refuelling Infrastructure ",null,null,{"$f":"$N$206","v":"hgv"},{"$f":"$N$208","v":"A"},{"$f":"$N$235","v":"E"},"ref",null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$235","v":"Electric "},"Refuelling Infrastructure "]
["HDV.",null,"Tech","TRC.HREF.",null,null,"No","Yes","No V14","hgvAH2ref.","HGV _Articulated Hydrogen Refuelling Infrastructure ",null,null,{"$f":"$N$206","v":"hgv"},{"$f":"$N$208","v":"A"},{"$f":"$N$236","v":"H2"},"ref",null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$236","v":"Hydrogen "},"Refuelling Infrastructure "]
["HDV.",null,"Tech",null,null,null,"No","No","",{"$f":"N945&O945&P945&Q945&R945&S945&T945","v":"hgvAICref."},"HGV _Articulated Internal Combustion Engine Refuelling Infrastructure ",null,null,{"$f":"$N$206","v":"hgv"},{"$f":"$N$208","v":"A"},{"$f":"$N$238","v":"IC"},"ref",null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$238","v":"Internal Combustion Engine "},"Refuelling Infrastructure "]
["HDV.",null,"Tech",null,null,null,"No","No","","busEref.","Bus Electric Refuelling Infrastructure ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$235","v":"E"},"ref",null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$235","v":"Electric "},"Refuelling Infrastructure "]
["HDV.",null,"Tech","BUS.HREF.",null,null,"No","Yes","No V14",{"$f":"N947&O947&P947&Q947&R947&S947&T947","v":"busH2ref."},"Bus Hydrogen Refuelling Infrastructure ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$236","v":"H2"},"ref",null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$236","v":"Hydrogen "},"Refuelling Infrastructure "]
["HDV.",null,"Tech",null,null,null,"No","No","",{"$f":"N948&O948&P948&Q948&R948&S948&T948","v":"busICref."},"Bus Internal Combustion Engine Refuelling Infrastructure ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$238","v":"IC"},"ref",null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$238","v":"Internal Combustion Engine "},"Refuelling Infrastructure "]
[null,"Transport Battery Storage",null,null,null,null,null,null,""]
["LDV.",null,"Tech","EV.BAT.","EV battery ",null,"No","Yes","",{"$f":"N950&O950&P950&Q950&R950&S950&T950","v":"carEBat."},{"$f":"U950&V950&W950&X950&Y950&Z950","v":"Car Electric Battery "},null,null,{"$f":"$N$204","v":"car"},{"$f":"$N$235","v":"E"},{"$f":"$N$368","v":"Bat"},null,null,null,".",{"$f":"$K$204","v":"Car "},{"$f":"$K$235","v":"Electric "},{"$f":"$K$368","v":"Battery "}]
["LDV.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N951&O951&P951&Q951&R951&S951&T951","v":"carPHEVBat."},{"$f":"U951&V951&W951&X951&Y951&Z951","v":"Car Plug-in Hybrid Electric Vehicle Battery "},null,null,{"$f":"$N$204","v":"car"},{"$f":"$N$237","v":"PHEV"},{"$f":"$N$368","v":"Bat"},null,null,null,".",{"$f":"$K$204","v":"Car "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "},{"$f":"$K$368","v":"Battery "}]
["LDV.",null,"Tech",null,null,null,"No","No","",{"$f":"N952&O952&P952&Q952&R952&S952&T952","v":"lgvEBat."},{"$f":"U952&V952&W952&X952&Y952&Z952","v":"LGV (van) Electric Battery "},null,null,{"$f":"$N$205","v":"lgv"},{"$f":"$N$235","v":"E"},{"$f":"$N$368","v":"Bat"},null,null,null,".",{"$f":"$K$205","v":"LGV (van) "},{"$f":"$K$235","v":"Electric "},{"$f":"$K$368","v":"Battery "}]
["LDV.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N953&O953&P953&Q953&R953&S953&T953","v":"lgvPHEVBat."},{"$f":"U953&V953&W953&X953&Y953&Z953","v":"LGV (van) Plug-in Hybrid Electric Vehicle Battery "},null,null,{"$f":"$N$205","v":"lgv"},{"$f":"$N$237","v":"PHEV"},{"$f":"$N$368","v":"Bat"},null,null,null,".",{"$f":"$K$205","v":"LGV (van) "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "},{"$f":"$K$368","v":"Battery "}]
["HDV.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N954&O954&P954&Q954&R954&S954&T954","v":"hgvREBat."},{"$f":"U954&V954&W954&X954&Y954&Z954","v":"HGV _Rigid Electric Battery "},null,null,{"$f":"$N$206","v":"hgv"},{"$f":"$N$207","v":"R"},{"$f":"$N$235","v":"E"},{"$f":"$N$368","v":"Bat"},null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$207","v":"_Rigid "},{"$f":"$K$235","v":"Electric "},{"$f":"$K$368","v":"Battery "}]
["HDV.",null,"Tech",null,null,null,"No","Yes","","hgvRPHEVBat.","HGV _Rigid Plug-in Hybrid Electric Vehicle Battery ",null,null,{"$f":"$N$206","v":"hgv"},{"$f":"$N$207","v":"R"},{"$f":"$N$237","v":"PHEV"},{"$f":"$N$368","v":"Bat"},null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$207","v":"_Rigid "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "},{"$f":"$K$368","v":"Battery "}]
["HDV.",null,"Tech",null,null,null,"No","Yes","","hgvAEBat.","HGV _Articulated Electric Battery ",null,null,{"$f":"$N$206","v":"hgv"},{"$f":"$N$208","v":"A"},{"$f":"$N$235","v":"E"},{"$f":"$N$368","v":"Bat"},null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$235","v":"Electric "},{"$f":"$K$368","v":"Battery "}]
["HDV.",null,"Tech",null,null,null,"No","Yes","","hgvAPHEVBat.","HGV _Articulated Plug-in Hybrid Electric Vehicle Battery ",null,null,{"$f":"$N$206","v":"hgv"},{"$f":"$N$208","v":"A"},{"$f":"$N$237","v":"PHEV"},{"$f":"$N$368","v":"Bat"},null,null,".",{"$f":"$K$206","v":"HGV "},{"$f":"$K$208","v":"_Articulated "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "},{"$f":"$K$368","v":"Battery "}]
["HDV.",null,"Tech",null,null,null,"No","Yes","","busEBat.","Bus Electric Battery ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$235","v":"E"},{"$f":"$N$368","v":"Bat"},null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$235","v":"Electric "},{"$f":"$K$368","v":"Battery "}]
["HDV.",null,"Tech",null,null,null,"No","Yes","","busPHEVBat.","Bus Plug-in Hybrid Electric Vehicle Battery ",null,null,{"$f":"$N$209","v":"bus"},{"$f":"$N$237","v":"PHEV"},{"$f":"$N$368","v":"Bat"},null,null,null,".",{"$f":"$K$209","v":"Bus "},{"$f":"$K$237","v":"Plug-in Hybrid Electric Vehicle "},{"$f":"$K$368","v":"Battery "}]
["LDV.",null,"Tech","LDV.EV.BAT.",null,null,"???","Yes","No V14"]
["LDV.",null,"Tech","LDV.V2G.",null,null,"???","Yes","No V14"]
["HDV.",null,"Tech","HDV.EV.BAT.",null,null,"???","Yes","No V14"]
["HDV.",null,"Tech","HDV.V2G.",null,null,"???","Yes","No V14"]
[null,"Buildings",null,null,null,null,null,null,""]
[null,null,"Tech","RES.",null,null,"No","Yes","No V14",{"$f":"N965&O965&P965&Q965&R965&S965&T965","v":"d."},{"$f":"U965&V965&W965&X965&Y965&Z965","v":"Domestic "},null,"This is a sector not a technology. Use the sector prefix to represent the whole sector. This should only really be used for demands.",{"$f":"$N$215","v":"d"},null,null,null,null,null,".",{"$f":"$K$215","v":"Domestic "}]
[null,null,"Tech","COM.",null,null,"No","Yes","No V14","n.","Non-Domestic ",null,"This is a sector not a technology. Use the sector prefix to represent the whole sector. This should only really be used for demands.",{"$f":"$N$216","v":"n"},null,null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "}]
[null,null,"Tech","DWL.",null,null,"No","Yes","No V14","dDwl.","Domestic Dwelling ",null,"Should we specify ALL?",{"$f":"$N$215","v":"d"},{"$f":"$N$241","v":"Dwl"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$241","v":"Dwelling "}]
[null,null,"Tech","DWL.EXST.",null,null,"No","Yes","No V14","dDwlBYS.","Domestic Dwelling Base Year Stock ",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$241","v":"Dwl"},{"$f":"$N$40","v":"BYS"},null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$241","v":"Dwelling "},{"$f":"$K$40","v":"Base Year Stock "}]
[null,null,"Tech","DWL.NWST.",null,null,"No","Yes","No V14","dDwlNwS.","Domestic Dwelling New Stock ",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$241","v":"Dwl"},{"$f":"$N$41","v":"NwS"},null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$241","v":"Dwelling "},{"$f":"$K$41","v":"New Stock "}]
[null,null,"Tech","DWL.NWST.",null,null,"No","Yes","No V14",{"$f":"N970&O970&P970&Q970&R970&S970&T970","v":"dDwlNwI."},{"$f":"U970&V970&W970&X970&Y970&Z970","v":"Domestic Dwelling New "},null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$241","v":"Dwl"},{"$f":"$N$42","v":"NwI"},null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$241","v":"Dwelling "},{"$f":"$K$42","v":"New "}]
[null,null,"Tech","DWL.NWST.",null,null,"No","Yes","No V14",{"$f":"N971&O971&P971&Q971&R971&S971&T971","v":"dDwlSuitHP."},{"$f":"U971&V971&W971&X971&Y971&Z971","v":"Domestic Dwelling Suitable for Heat Pump "},null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$241","v":"Dwl"},{"$f":"$N$31","v":"Suit"},{"$f":"$N$252","v":"HP"},null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$241","v":"Dwelling "},{"$f":"$K$31","v":"Suitable for "},{"$f":"$K$252","v":"Heat Pump "}]
[null,null,"Tech","FLR.",null,null,"No","Yes","No V14","nFlr.","Non-Domestic Floor Area ",null,"Should we specify ALL?",{"$f":"$N$216","v":"n"},{"$f":"$N$242","v":"Flr"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$242","v":"Floor Area "}]
[null,null,"Tech","FLR.EXST.",null,null,"No","Yes","No V14","nFlrBYS.","Non-Domestic Floor Area Base Year Stock ",null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$242","v":"Flr"},{"$f":"$N$40","v":"BYS"},null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$242","v":"Floor Area "},{"$f":"$K$40","v":"Base Year Stock "}]
[null,null,"Tech","FLR.NWST.",null,null,"No","Yes","No V14","nFlrNwS.","Non-Domestic Floor Area New Stock ",null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$242","v":"Flr"},{"$f":"$N$41","v":"NwS"},null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$242","v":"Floor Area "},{"$f":"$K$41","v":"New Stock "}]
[null,null,"Tech",null,null,null,"No","Yes","No V14","nFlrNwI.","Non-Domestic Floor Area New ",null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$242","v":"Flr"},{"$f":"$N$42","v":"NwI"},null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$242","v":"Floor Area "},{"$f":"$K$42","v":"New "}]
[null,null,"Tech",null,null,null,"No","Yes","No V14","nFlrSuitHP.","Non-Domestic Floor Area Suitable for Heat Pump ",null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$242","v":"Flr"},{"$f":"$N$31","v":"Suit"},{"$f":"$N$252","v":"HP"},null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$242","v":"Floor Area "},{"$f":"$K$31","v":"Suitable for "},{"$f":"$K$252","v":"Heat Pump "}]
[null,null,"Tech","DWL.EXST.unit.",null,null,"Yes","Yes","No V14",null,null,null,"Per unit should either be implied or expressed in the attribute column."]
[null,null,"Tech","DWL.NWST.unit.",null,null,"Yes","Yes","No V14",null,null,null,"Per unit should either be implied or expressed in the attribute column."]
[null,"Building Heat"]
["HEAT.",null,"Tech","HEAT.",null,null,"No","Yes","No V14",{"$f":"N980&O980&P980&Q980&R980&S980&T980","v":"dHtALL"},"Domestic Heating All Technologies",null,"For use in specify energy balances for supplying heat",{"$f":"$N$215","v":"d"},{"$f":"$N$187","v":"Ht"},{"$f":"$N$232","v":"ALL"}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N981&O981&P981&Q981&R981&S981&T981","v":"nHtALL"},"Non-Domestic Heating All Technologies",null,"For use in specify energy balances for supplying heat",{"$f":"$N$216","v":"n"},{"$f":"$N$187","v":"Ht"},{"$f":"$N$232","v":"ALL"}]
[null,"Buildings retrofit conservation measures"]
["HEAT.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N983&O983&P983&Q983&R983&S983&T983","v":"dCnsv."},{"$f":"U983&V983&W983&X983&Y983&Z983","v":"Domestic Retrofit Conservation/Insulation"},null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$244","v":"Cnsv"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$244","v":"Retrofit Conservation/Insulation"}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","","nCnsv.","Non-Domestic Retrofit Conservation/Insulation",null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$244","v":"Cnsv"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$244","v":"Retrofit Conservation/Insulation"}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","","dH2cnv.","Domestic Hydrogen Conversion",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$245","v":"H2cnv"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$245","v":"Hydrogen Conversion"}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","","nH2cnv.","Non-Domestic Hydrogen Conversion",null,null,"n",{"$f":"$N$245","v":"H2cnv"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$245","v":"Hydrogen Conversion"}]
[null,null,"Tech",null,null,null,"No","Yes","","dH2cnvStvG.","Domestic Hydrogen ConversionGas Stove ",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$245","v":"H2cnv"},{"$f":"$N$263","v":"StvG"},null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$245","v":"Hydrogen Conversion"},{"$f":"$K$263","v":"Gas Stove "}]
[null,null,"Tech",null,null,null,"No","Yes","","nH2cnvStvG.","Non-Domestic Hydrogen ConversionGas Stove ",null,null,"n",{"$f":"$N$245","v":"H2cnv"},{"$f":"$N$263","v":"StvG"},null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$245","v":"Hydrogen Conversion"},{"$f":"$K$263","v":"Gas Stove "}]
[null,null,"Tech",null,null,null,"No","Yes",null,"dElcGrdR.","Domestic Electricity Grid Reinforcement",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$246","v":"ElcGrdR"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$246","v":"Electricity Grid Reinforcement"}]
[null,null,"Tech",null,null,null,"No","Yes",null,"nElcGrdR.","Non-Domestic Electricity Grid Reinforcement",null,null,"n",{"$f":"$N$246","v":"ElcGrdR"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$246","v":"Electricity Grid Reinforcement"}]
[null,"Domestic Buildings Heating"]
["HEAT.",null,"Tech","BLG.","Gas Boiler ",null,"No","Yes","",{"$f":"N992&O992&P992&Q992&R992&S992&T992","v":"dblG."},{"$f":"U992&V992&W992&X992&Y992&Z992","v":"Domestic Gas Boiler "},null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$248","v":"blG"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$248","v":"Gas Boiler "}]
["HEAT.",null,"Tech","BLO.","Oil Fuel Boiler ",null,"No","Yes","","dblO.","Domestic Oil Fuel Boiler",null,null,"d",{"$f":"$N$249","v":"blO"},null,null,null,null,".","Domestic ",{"$f":"$K$249","v":"Oil Fuel Boiler"}]
["HEAT.",null,"Tech","BLS.","Solid Fuel Boiler ",null,"No","Yes","","dblS.","Domestic Solid Fuel Boiler ",null,null,"d",{"$f":"$N$250","v":"blS"},null,null,null,null,".","Domestic ",{"$f":"$K$250","v":"Solid Fuel Boiler "}]
["HEAT.",null,"Tech","ERH.","Electric Resistive Heating ",null,"No","Yes","","dhtE.","Domestic Electric Heater ",null,null,"d",{"$f":"$N$251","v":"htE"},null,null,null,null,".","Domestic ",{"$f":"$K$251","v":"Electric Heater "}]
["HEAT.",null,"Tech","HP.","Electric Heat Pumps ",null,"No","Yes","","dHPALL.","Domestic Heat Pump All Types ",null,null,"d",{"$f":"$N$252","v":"HP"},{"$f":"$N$232","v":"ALL"},null,null,null,".","Domestic ",{"$f":"$K$252","v":"Heat Pump "},{"$f":"$K$232","v":"All Types "}]
["HEAT.",null,"Tech","DASHP.","Air Source Heat Pump (domestic) ",null,"No","Yes","","dHPA.","Domestic Heat Pump Air Source ",null,null,"d",{"$f":"$N$253","v":"HPA"},null,null,null,null,".","Domestic ",{"$f":"$K$253","v":"Heat Pump Air Source "}]
["HEAT.",null,"Tech","DGSHP.","Ground source Heat Pump (domestic) ",null,"No","Yes","","dHPG.","Domestic Heat Pump Ground Source ",null,null,"d",{"$f":"$N$254","v":"HPG"},null,null,null,null,".","Domestic ",{"$f":"$K$254","v":"Heat Pump Ground Source "}]
["HEAT.",null,"Tech","HYBHP.","Hybrid Gas/Elec HP ",null,"No","Yes","","dHyb.","Domestic Hybrid Heat Pump / Gas Boiler ",null,null,"d",{"$f":"$N$257","v":"Hyb"},null,null,null,null,".","Domestic ",{"$f":"$K$257","v":"Hybrid Heat Pump / Gas Boiler "}]
["HEAT.",null,"Tech","DHN.","District Heat Network ",null,"No","Yes","","dDHN.","Domestic District Heat Network ",null,null,"d",{"$f":"$N$258","v":"DHN"},null,null,null,null,".","Domestic ",{"$f":"$K$258","v":"District Heat Network "}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","","dHPA._of_dHPALL.","Air Source of all Domestic Heat Pumps",null,null,{"$f":"J997","v":"dHPA."},"_of_",{"$f":"J996","v":"dHPALL."}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","","dHPG._of_dHPALL.","Ground Source of all Domestic Heat Pumps",null,null,{"$f":"J998","v":"dHPG."},"_of_",{"$f":"J996","v":"dHPALL."}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N1003&O1003&P1003&Q1003&R1003&S1003&T1003","v":"dHPoversized."},{"$f":"U1003&V1003&W1003&X1003&Y1003&Z1003","v":"Domestic Heat Pump Oversized"},null,"Additional technology reflecting the number of heat pumps installed in unsuitable locations which need to be oversized in order to meet heat demand.",{"$f":"$N$215","v":"d"},{"$f":"$N$256","v":"HPoversized"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$256","v":"Heat Pump Oversized"}]
[null,"Non-Domestic Buildings Heating",null,null,null,null,null,null,""]
["HEAT.",null,"Tech","BLG.","Gas Boiler ",null,"No","Yes","",{"$f":"N1005&O1005&P1005&Q1005&R1005&S1005&T1005","v":"nblG."},{"$f":"U1005&V1005&W1005&X1005&Y1005&Z1005","v":"Non-Domestic Gas Boiler "},null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$248","v":"blG"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$248","v":"Gas Boiler "}]
["HEAT.",null,"Tech","BLO.","Oil Fuel Boiler ",null,"No","Yes","","nblO.","Non-Domestic Oil Fuel Boiler",null,null,"n",{"$f":"$N$249","v":"blO"},null,null,null,null,".","Non-Domestic ",{"$f":"$K$249","v":"Oil Fuel Boiler"}]
["HEAT.",null,"Tech","BLS.","Solid Fuel Boiler ",null,"No","Yes","","nblS.","Non-Domestic Solid Fuel Boiler ",null,null,"n",{"$f":"$N$250","v":"blS"},null,null,null,null,".","Non-Domestic ",{"$f":"$K$250","v":"Solid Fuel Boiler "}]
["HEAT.",null,"Tech","ERH.","Electric Resistive Heating ",null,"No","Yes","","nhtE.","Non-Domestic Electric Heater ",null,null,"n",{"$f":"$N$251","v":"htE"},null,null,null,null,".","Non-Domestic ",{"$f":"$K$251","v":"Electric Heater "}]
["HEAT.",null,"Tech","HP.","Electric Heat Pumps ",null,"No","Yes","","nHPALL.","Non-Domestic Heat Pump All Types ",null,null,"n",{"$f":"$N$252","v":"HP"},{"$f":"$N$232","v":"ALL"},null,null,null,".","Non-Domestic ",{"$f":"$K$252","v":"Heat Pump "},{"$f":"$K$232","v":"All Types "}]
["HEAT.",null,"Tech","DASHP.","Air Source Heat Pump (domestic) ",null,"No","Yes","","nHPA.","Non-Domestic Heat Pump Air Source ",null,null,"n",{"$f":"$N$253","v":"HPA"},null,null,null,null,".","Non-Domestic ",{"$f":"$K$253","v":"Heat Pump Air Source "}]
["HEAT.",null,"Tech","DGSHP.","Ground source Heat Pump (domestic) ",null,"No","Yes","","nHPG.","Non-Domestic Heat Pump Ground Source ",null,null,"n",{"$f":"$N$254","v":"HPG"},null,null,null,null,".","Non-Domestic ",{"$f":"$K$254","v":"Heat Pump Ground Source "}]
["HEAT.",null,"Tech","HYBHP.","Hybrid Gas/Elec HP ",null,"No","Yes","","nHyb.","Non-Domestic Hybrid Heat Pump / Gas Boiler ",null,null,"n",{"$f":"$N$257","v":"Hyb"},null,null,null,null,".","Non-Domestic ",{"$f":"$K$257","v":"Hybrid Heat Pump / Gas Boiler "}]
["HEAT.",null,"Tech","DHN.","District Heat Network ",null,"No","Yes","","nDHN.","Non-Domestic District Heat Network ",null,null,"n",{"$f":"$N$258","v":"DHN"},null,null,null,null,".","Non-Domestic ",{"$f":"$K$258","v":"District Heat Network "}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","","nHPA._of_nHPALL.","Air Source of all Non-Domestic Heat Pumps",null,null,{"$f":"J1010","v":"nHPA."},"_of_",{"$f":"J1009","v":"nHPALL."}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","","nHPG._of_nHPALL.","Ground Source of all Non-Domestic Heat Pumps",null,null,{"$f":"J1011","v":"nHPG."},"_of_",{"$f":"J1009","v":"nHPALL."}]
["HEAT.",null,"Tech",null,null,null,"No","Yes","","nHPoversized.","Non-Domestic Heat Pump Oversized",null,"Additional technology reflecting the number of heat pumps installed in unsuitable locations which need to be oversized in order to meet heat demand.",{"$f":"$N$216","v":"n"},{"$f":"$N$256","v":"HPoversized"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$256","v":"Heat Pump Oversized"}]
[null,null,null,null,null,null,null,null,""]
["HEAT.",null,"Tech","RETR.","Retrofits",null,"???","Yes","",{"$f":"N1018&O1018&P1018&Q1018&R1018&S1018&T1018","v":"."},null,null,"This should  be separated by domestic and non-domestic and potentially into different conservation measures",null,null,null,null,null,null,"."]
[null,"Buildings non-heat",null,null,null,null,null,null,""]
["BNH.",null,"Tech","GSTV.RES.",null,null,"No","Yes","No V14",{"$f":"N1020&O1020&P1020&Q1020&R1020&S1020&T1020","v":"dStvG."},{"$f":"U1020&V1020&W1020&X1020&Y1020&Z1020","v":"Domestic Gas Stove "},null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$263","v":"StvG"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$263","v":"Gas Stove "}]
["BNH.",null,"Tech","ESTV.RES.",null,null,"No","Yes","No V14","dStvE.","Domestic Electric Stove ",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$264","v":"StvE"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$264","v":"Electric Stove "}]
["BNH.",null,"Tech","GSTV.COM.",null,null,"No","Yes","No V14","nStvG.","Non-Domestic Gas Stove ",null,"Add",{"$f":"$N$216","v":"n"},{"$f":"$N$263","v":"StvG"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$263","v":"Gas Stove "}]
["BNH.",null,"Tech","ESTV.COM.",null,null,"No","Yes","No V14","nStvE.","Non-Domestic Electric Stove ",null,"Add",{"$f":"$N$216","v":"n"},{"$f":"$N$264","v":"StvE"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$264","v":"Electric Stove "}]
["BNH.",null,"Tech","LT.RES.","Residential Lighting ",null,"No","Yes","","dLt.","Domestic Lighting ",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$265","v":"Lt"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$265","v":"Lighting "}]
["BNH.",null,"Tech","LT.COM.","Commercial Lighting ",null,"No","Yes","","nLt.","Non-Domestic Lighting ",null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$265","v":"Lt"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$265","v":"Lighting "}]
["BNH.",null,"Tech","APP.RES.","Residential Appliances ",null,"No","Yes","","dAp.","Domestic Appliances ",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$266","v":"Ap"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$266","v":"Appliances "}]
["BNH.",null,"Tech","APP.COM.","Commercial Appliances ",null,"No","Yes","","nAp.","Non-Domestic Appliances ",null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$266","v":"Ap"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$266","v":"Appliances "}]
["BNH.",null,"Tech","ACN.COM.",null,null,"No","Yes","No V14","dAC.","Domestic Air Conditioning ",null,null,{"$f":"$N$215","v":"d"},{"$f":"$N$267","v":"AC"},null,null,null,null,".",{"$f":"$K$215","v":"Domestic "},{"$f":"$K$267","v":"Air Conditioning "}]
["BNH.",null,"Tech","ACN.RES.",null,null,"No","Yes","No V14","nAC.","Non-Domestic Air Conditioning ",null,null,{"$f":"$N$216","v":"n"},{"$f":"$N$267","v":"AC"},null,null,null,null,".",{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$267","v":"Air Conditioning "}]
["BNH.",null,"Tech","STV.","Stoves ",null,"Yes","Yes","",null,null,null,"Delete - not required, separate into domestic and non domestic"]
["BNH.",null,"Tech","LAA.","Lighting & Appliances ",null,"Yes","Yes","",null,null,null,"Delete - not required"]
["BNH.",null,"Tech","LT.","Lighting ",null,"Yes","Yes","",null,null,null,"Delete - not required, separate into domestic and non domestic"]
["BNH.",null,"Tech","APP.","Appliances ",null,"Yes","Yes","",null,null,null,"Delete - not required, separate into domestic and non domestic"]
["BNH.",null,"Tech","ACN.","Air Condition ",null,"Yes","Yes","",null,null,null,"Delete - not required, separate into domestic and non domestic"]
["BNH.",null,"Tech","GSTV.","Gas Stoves ",null,"Yes","Yes","",null,null,null,"Delete - not required, separate into domestic and non domestic"]
["BNH.",null,"Tech","ESTV.","Electric Stoves ",null,"Yes","Yes","",null,null,null,"Delete - not required, separate into domestic and non domestic"]
[null,"Network Heat",null,null,null,null,null,null,""]
["NWH.",null,"Tech","DH.pip.","District Heating Pipe ",null,"No","Yes","",{"$f":"N1038&O1038&P1038&Q1038&R1038&S1038&T1038","v":"hnPip."},{"$f":"U1038&V1038&W1038&X1038&Y1038&Z1038","v":"Heat Network Pipe "},null,null,{"$f":"$N$217","v":"hn"},{"$f":"$N$357","v":"Pip"},null,null,null,null,".",{"$f":"$K$217","v":"Heat Network "},{"$f":"$K$357","v":"Pipe "}]
["NWH.",null,"Tech","DHP.","District Heat Pumps ",null,"No","Yes","",{"$f":"N1039&O1039&P1039&Q1039&R1039&S1039&T1039","v":"hnALL."},{"$f":"U1039&V1039&W1039&X1039&Y1039&Z1039","v":"Heat Network All Types "},null,null,"hn",{"$f":"$N$232","v":"ALL"},null,null,null,null,".","Heat Network ",{"$f":"$K$232","v":"All Types "}]
["NWH.",null,"Tech","DHP.","District Heat Pumps ",null,"No","Yes","","hnHPALL.","Heat Network Heat Pump All Types ",null,null,"hn",{"$f":"$N$252","v":"HP"},{"$f":"$N$232","v":"ALL"},null,null,null,".","Heat Network ",{"$f":"$K$252","v":"Heat Pump "},{"$f":"$K$232","v":"All Types "}]
["NWH.",null,"Tech","WSHP.","Water Source Heat Pumps ",null,"No","Yes","","hnHPW.","Heat Network Heat Pump Water Source ",null,null,"hn",{"$f":"$N$255","v":"HPW"},null,null,null,null,".","Heat Network ",{"$f":"$K$255","v":"Heat Pump Water Source "}]
["NWH.",null,"Tech","GSHP.","Ground Source Heat Pumps ",null,"No","Yes","","hnHPG.","Heat Network Heat Pump Ground Source ",null,null,"hn",{"$f":"$N$254","v":"HPG"},null,null,null,null,".","Heat Network ",{"$f":"$K$254","v":"Heat Pump Ground Source "}]
["NWH.",null,"Tech","BCHP.","Biomass CHP ",null,"No","Yes","","hnCHPB.","Heat Network Biomass CHP ",null,null,"hn",{"$f":"$N$259","v":"CHPB"},null,null,null,null,".","Heat Network ",{"$f":"$K$259","v":"Biomass CHP "}]
["NWH.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N1044&O1044&P1044&Q1044&R1044&S1044&T1044","v":"hnCHPB_ElecComp."},{"$f":"U1044&V1044&W1044&X1044&Y1044&Z1044","v":"Heat Network Biomass CHP Electrical Component "},null,null,"hn",{"$f":"$N$259","v":"CHPB"},{"$f":"$N$290","v":"_ElecComp"},null,null,null,".","Heat Network ",{"$f":"$K$259","v":"Biomass CHP "},{"$f":"$K$290","v":"Electrical Component "}]
["NWH.",null,"Tech",null,null,null,"No","Yes","",{"$f":"N1045&O1045&P1045&Q1045&R1045&S1045&T1045","v":"hnCHPB_HtComp."},{"$f":"U1045&V1045&W1045&X1045&Y1045&Z1045","v":"Heat Network Biomass CHP Heat Processes Heat Component "},null,null,"hn",{"$f":"$N$259","v":"CHPB"},{"$f":"$N$291","v":"_HtComp"},null,null,null,".","Heat Network ",{"$f":"$K$259","v":"Biomass CHP "},{"$f":"$K$291","v":"Heat Processes Heat Component "}]
["NWH.",null,"Tech","GCHP.","Gas CHP ",null,"No","Yes","","hnCHPG.","Heat Network Gas CHP ",null,null,"hn",{"$f":"$N$260","v":"CHPG"},null,null,null,null,".","Heat Network ",{"$f":"$K$260","v":"Gas CHP "}]
["NWH.",null,"Tech",null,null,null,"No","Yes","","hnCHPG_ElecComp.","Heat Network Gas CHP Electrical Component ",null,null,"hn",{"$f":"$N$260","v":"CHPG"},{"$f":"$N$290","v":"_ElecComp"},null,null,null,".","Heat Network ",{"$f":"$K$260","v":"Gas CHP "},{"$f":"$K$290","v":"Electrical Component "}]
["NWH.",null,"Tech",null,null,null,"No","Yes","","hnCHPG_HtComp.","Heat Network Gas CHP Heat Processes Heat Component ",null,null,"hn",{"$f":"$N$260","v":"CHPG"},{"$f":"$N$291","v":"_HtComp"},null,null,null,".","Heat Network ",{"$f":"$K$260","v":"Gas CHP "},{"$f":"$K$291","v":"Heat Processes Heat Component "}]
["NWH.",null,"Tech","WSTH.","Waste Heat ",null,"No","Yes","","hnWHO.","Heat Network Waste Heat Offtake from Power ",null,"This is not currently used. It should be used for any row describing the efficiency, cost or activity of utilising waste heat from power stations.","hn",{"$f":"$N$261","v":"WHO"},null,null,null,null,".","Heat Network ",{"$f":"$K$261","v":"Waste Heat Offtake from Power "}]
[null,"Industrial Sectors",null,null,null,null,null,null,""]
["IND.",null,"Tech","IND.",null,null,"No","Yes","No V14",{"$f":"N1051&O1051&P1051&Q1051&R1051&S1051&T1051","v":"inALL."},"Industry All Types ",null,null,{"$f":"$N$218","v":"in"},{"$f":"$N$232","v":"ALL"},null,null,null,null,".",{"$f":"$K$218","v":"Industry "},{"$f":"$K$232","v":"All Types "}]
["IND.",null,"Tech","IND.",null,null,"No","Yes",null,{"$f":"N1052&O1052&P1052&Q1052&R1052&S1052&T1052","v":"inALLnonREF."},{"$f":"U1052&V1052&W1052&X1052&Y1052&Z1052","v":"Industry All Types non Refineries "},null,null,"in",{"$f":"$N$232","v":"ALL"},"non",{"$f":"$N$272","v":"REF"},null,null,".","Industry ",{"$f":"$K$232","v":"All Types "},"non ",{"$f":"$K$272","v":"Refineries "}]
["IND.",null,"Tech","STL.","Ferrous and non-ferrous metal production ",null,"No","Yes","","inSTL.","Industry Ferrous and non-ferrous metal production ",null,null,"in",{"$f":"$N$269","v":"STL"},null,null,null,null,".","Industry ",{"$f":"$K$269","v":"Ferrous and non-ferrous metal production "}]
["IND.",null,"Tech","CCG.","Cement, ceramics and glass",null,"No","Yes","","inCCG.","Industry Cement, ceramics and glass ",null,null,"in",{"$f":"$N$270","v":"CCG"},null,null,null,null,".","Industry ",{"$f":"$K$270","v":"Cement, ceramics and glass "}]
["IND.",null,"Tech","CHE.","Chemicals",null,"No","Yes","","inCHE.","Industry Chemicals ",null,null,"in",{"$f":"$N$271","v":"CHE"},null,null,null,null,".","Industry ",{"$f":"$K$271","v":"Chemicals "}]
["IND.",null,"Tech","REF.","Refineries",null,"No","Yes","","inREF.","Industry Refineries ",null,null,"in",{"$f":"$N$272","v":"REF"},null,null,null,null,".","Industry ",{"$f":"$K$272","v":"Refineries "}]
["IND.",null,"Tech","OTH.","Other",null,"No","Yes","","inOTH.","Industry Other Industry ",null,null,"in",{"$f":"$N$273","v":"OTH"},null,null,null,null,".","Industry ",{"$f":"$K$273","v":"Other Industry "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","ALLnonREF.",{"$f":"U1058&V1058&W1058&X1058&Y1058&Z1058","v":"All Types non Refineries "},null,null,{"$f":"$N$232","v":"ALL"},"non",{"$f":"$N$272","v":"REF"},null,null,null,".",{"$f":"$K$232","v":"All Types "},"non ",{"$f":"$K$272","v":"Refineries "}]
[null,null,null,null,null,null,null,null,""]
["IND.",null,"Tech",null,null,null,"No","Yes",null,{"$f":"N1060&O1060&P1060&Q1060&R1060&S1060&T1060","v":"inSTLElc."},{"$f":"U1060&V1060&W1060&X1060&Y1060&Z1060","v":"Industry Ferrous and non-ferrous metal production Electrical Processes "},null,null,"in",{"$f":"$N$269","v":"STL"},{"$f":"$N$283","v":"Elc"},null,null,null,".",{"$f":"$K$218","v":"Industry "},{"$f":"$K$269","v":"Ferrous and non-ferrous metal production "},{"$f":"$K$283","v":"Electrical Processes "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inSTLHt.","Industry Ferrous and non-ferrous metal production Heat Processes ",null,null,"in","STL",{"$f":"$N$284","v":"Ht"},null,null,null,".","Industry ","Ferrous and non-ferrous metal production ",{"$f":"$K$284","v":"Heat Processes "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inSTLHtCHP.","Industry Ferrous and non-ferrous metal production Heat Processes CHP ",null,null,"in","STL",{"$f":"$N$285","v":"HtCHP"},null,null,null,".","Industry ","Ferrous and non-ferrous metal production ",{"$f":"$K$285","v":"Heat Processes CHP "}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,{"$f":"N1063&O1063&P1063&Q1063&R1063&S1063&T1063","v":"inSTLHtCHP_ElecComp."},"Industry Ferrous and non-ferrous metal production Heat Processes CHP Electrical Component ",null,null,"in","STL",{"$f":"$N$285","v":"HtCHP"},{"$f":"$N$290","v":"_ElecComp"},null,null,".","Industry ","Ferrous and non-ferrous metal production ",{"$f":"$K$285","v":"Heat Processes CHP "},{"$f":"$K$290","v":"Electrical Component "}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,{"$f":"N1064&O1064&P1064&Q1064&R1064&S1064&T1064","v":"inSTLHtCHP_HtComp."},"Industry Ferrous and non-ferrous metal production Heat Processes CHP Heat Processes Heat Component ",null,null,"in","STL",{"$f":"$N$285","v":"HtCHP"},{"$f":"$N$291","v":"_HtComp"},null,null,".","Industry ","Ferrous and non-ferrous metal production ",{"$f":"$K$285","v":"Heat Processes CHP "},{"$f":"$K$291","v":"Heat Processes Heat Component "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inSTLHtccs.","Industry Ferrous and non-ferrous metal production Heat Processes with CCS",null,null,"in","STL",{"$f":"$N$286","v":"Htccs"},null,null,null,".","Industry ","Ferrous and non-ferrous metal production ",{"$f":"$K$286","v":"Heat Processes with CCS"}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inSTLHtCHPccs.","Industry Ferrous and non-ferrous metal production Heat Processes CHP with CCS ",null,null,"in","STL",{"$f":"$N$287","v":"HtCHPccs"},null,null,null,".","Industry ","Ferrous and non-ferrous metal production ",{"$f":"$K$287","v":"Heat Processes CHP with CCS "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inSTLPEm.",{"$f":"U1067&V1067&W1067&X1067&Y1067&Z1067","v":"Industry Ferrous and non-ferrous metal production Process Emissions"},null,null,"in","STL",{"$f":"$N$288","v":"PEm"},null,null,null,".","Industry ","Ferrous and non-ferrous metal production ",{"$f":"$K$288","v":"Process Emissions"}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,"inCCGElc.",{"$f":"U1068&V1068&W1068&X1068&Y1068&Z1068","v":"Industry Cement, ceramics and glass Electrical Processes "},null,null,"in",{"$f":"$N$270","v":"CCG"},{"$f":"$N$283","v":"Elc"},null,null,null,".","Industry ",{"$f":"$K$270","v":"Cement, ceramics and glass "},{"$f":"$K$283","v":"Electrical Processes "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCCGHt.","Industry Cement, ceramics and glass Heat Processes ",null,null,"in","CCG",{"$f":"$N$284","v":"Ht"},null,null,null,".","Industry ","Cement, ceramics and glass ",{"$f":"$K$284","v":"Heat Processes "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCCGHtCHP.","Industry Cement, ceramics and glass Heat Processes CHP ",null,null,"in","CCG",{"$f":"$N$285","v":"HtCHP"},null,null,null,".","Industry ","Cement, ceramics and glass ",{"$f":"$K$285","v":"Heat Processes CHP "}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,"inCCGHtCHP_ElecComp.","Industry Cement, ceramics and glass Heat Processes CHP Electrical Component ",null,null,"in","CCG",{"$f":"$N$285","v":"HtCHP"},{"$f":"$N$290","v":"_ElecComp"},null,null,".","Industry ","Cement, ceramics and glass ",{"$f":"$K$285","v":"Heat Processes CHP "},{"$f":"$K$290","v":"Electrical Component "}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,"inCCGHtCHP_HtComp.","Industry Cement, ceramics and glass Heat Processes CHP Heat Processes Heat Component ",null,null,"in","CCG",{"$f":"$N$285","v":"HtCHP"},{"$f":"$N$291","v":"_HtComp"},null,null,".","Industry ","Cement, ceramics and glass ",{"$f":"$K$285","v":"Heat Processes CHP "},{"$f":"$K$291","v":"Heat Processes Heat Component "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCCGHtccs.","Industry Cement, ceramics and glass Heat Processes with CCS",null,null,"in","CCG",{"$f":"$N$286","v":"Htccs"},null,null,null,".","Industry ","Cement, ceramics and glass ",{"$f":"$K$286","v":"Heat Processes with CCS"}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCCGHtCHPccs.","Industry Cement, ceramics and glass Heat Processes CHP with CCS ",null,null,"in","CCG",{"$f":"$N$287","v":"HtCHPccs"},null,null,null,".","Industry ","Cement, ceramics and glass ",{"$f":"$K$287","v":"Heat Processes CHP with CCS "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCCGPEm.","Industry Cement, ceramics and glass Process Emissions",null,null,"in","CCG",{"$f":"$N$288","v":"PEm"},null,null,null,".","Industry ","Cement, ceramics and glass ",{"$f":"$K$288","v":"Process Emissions"}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,"inCHEElc.","Industry Chemicals Electrical Processes ",null,null,"in",{"$f":"$N$271","v":"CHE"},{"$f":"$N$283","v":"Elc"},null,null,null,".","Industry ",{"$f":"$K$271","v":"Chemicals "},{"$f":"$K$283","v":"Electrical Processes "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCHEHt.","Industry Chemicals Heat Processes ",null,null,"in","CHE",{"$f":"$N$284","v":"Ht"},null,null,null,".","Industry ","Chemicals ",{"$f":"$K$284","v":"Heat Processes "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCHEHtCHP.","Industry Chemicals Heat Processes CHP ",null,null,"in","CHE",{"$f":"$N$285","v":"HtCHP"},null,null,null,".","Industry ","Chemicals ",{"$f":"$K$285","v":"Heat Processes CHP "}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,{"$f":"N1079&O1079&P1079&Q1079&R1079&S1079&T1079","v":"inCHEHtCHP_ElecComp."},"Industry Chemicals Heat Processes CHP Electrical Component ",null,null,"in","CHE",{"$f":"$N$285","v":"HtCHP"},{"$f":"$N$290","v":"_ElecComp"},null,null,".","Industry ","Chemicals ",{"$f":"$K$285","v":"Heat Processes CHP "},{"$f":"$K$290","v":"Electrical Component "}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,{"$f":"N1080&O1080&P1080&Q1080&R1080&S1080&T1080","v":"inCHEHtCHP_HtComp."},"Industry Chemicals Heat Processes CHP Heat Processes Heat Component ",null,null,"in","CHE",{"$f":"$N$285","v":"HtCHP"},{"$f":"$N$291","v":"_HtComp"},null,null,".","Industry ","Chemicals ",{"$f":"$K$285","v":"Heat Processes CHP "},{"$f":"$K$291","v":"Heat Processes Heat Component "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCHEHtccs.","Industry Chemicals Heat Processes with CCS",null,null,"in","CHE",{"$f":"$N$286","v":"Htccs"},null,null,null,".","Industry ","Chemicals ",{"$f":"$K$286","v":"Heat Processes with CCS"}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inCHEHtCHPccs.","Industry Chemicals Heat Processes CHP with CCS ",null,null,"in","CHE",{"$f":"$N$287","v":"HtCHPccs"},null,null,null,".","Industry ","Chemicals ",{"$f":"$K$287","v":"Heat Processes CHP with CCS "}]
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["IND.",null,"Tech",null,null,null,"No","Yes",null,"inREFElc.","Industry Refineries Electrical Processes ",null,null,"in",{"$f":"$N$272","v":"REF"},{"$f":"$N$283","v":"Elc"},null,null,null,".","Industry ",{"$f":"$K$272","v":"Refineries "},{"$f":"$K$283","v":"Electrical Processes "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inREFHt.","Industry Refineries Heat Processes ",null,null,"in","REF",{"$f":"$N$284","v":"Ht"},null,null,null,".","Industry ","Refineries ",{"$f":"$K$284","v":"Heat Processes "}]
["IND.",null,"Tech",null,null,null,"No","Yes","","inREFHtCHP.","Industry Refineries Heat Processes CHP ",null,null,"in","REF",{"$f":"$N$285","v":"HtCHP"},null,null,null,".","Industry ","Refineries ",{"$f":"$K$285","v":"Heat Processes CHP "}]
["IND.",null,"Tech",null,null,null,"No","Yes",null,"inREFHtCHP_ElecComp.","Industry Refineries Heat Processes CHP Electrical Component ",null,null,"in","REF",{"$f":"$N$285","v":"HtCHP"},{"$f":"$N$290","v":"_ElecComp"},null,null,".","Industry ","Refineries ",{"$f":"$K$285","v":"Heat Processes CHP "},{"$f":"$K$290","v":"Electrical Component "}]
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["ELE.",null,"Tech","CCGT.","CCGT ",null,"No","Yes","","eGas.","Electricity -  Gas Unabated (CCGT)",null,null,"e",{"$f":"$N$296","v":"Gas"},null,null,null,null,".","Electricity -  ",{"$f":"$K$296","v":"Gas Unabated (CCGT)"}]
["ELE.",null,"Tech","OCGT.",null,null,"No","Yes","","eGasPk.",{"$f":"U1152&V1152&W1152&X1152&Y1152&Z1152","v":"Electricity -  Gas Unabated Peaking plant (OCGT)"},null,null,"e",{"$f":"$N$297","v":"GasPk"},null,null,null,null,".","Electricity -  ",{"$f":"$K$297","v":"Gas Unabated Peaking plant (OCGT)"}]
[null,null,"Tech",null,null,null,"No","Yes","","eDst.",{"$f":"U1153&V1153&W1153&X1153&Y1153&Z1153","v":"Electricity -  Distribution "},null,null,"e",{"$f":"$N$358","v":"Dst"},null,null,null,null,".",{"$f":"$K$221","v":"Electricity -  "},{"$f":"$K$358","v":"Distribution "}]
[null,null,"Tech",null,null,null,"No","Yes","","eTms.",{"$f":"U1154&V1154&W1154&X1154&Y1154&Z1154","v":"Electricity -  Transmission "},null,null,"e",{"$f":"$N$359","v":"Tms"},null,null,null,null,".",{"$f":"$K$221","v":"Electricity -  "},{"$f":"$K$359","v":"Transmission "}]
[null,null,"Tech",null,null,null,"No","Yes","",{"$f":"N1155&O1155&P1155&Q1155&R1155&S1155&T1155","v":"eSPILL."},{"$f":"U1155&V1155&W1155&X1155&Y1155&Z1155","v":"Electricity -  Energy Spilt "},null,null,"e",{"$f":"$N$360","v":"SPILL"},null,null,null,null,".",{"$f":"$K$221","v":"Electricity -  "},{"$f":"$K$360","v":"Energy Spilt "}]
["STOR.",null,"Tech","H2T.","H2 Turbines ",null,"No","Yes","","eH2T.","Electricity -  H2 Turbine ",null,"how does this relate to seasonal storage?","e",{"$f":"$N$313","v":"H2T"},null,null,null,null,".","Electricity -  ",{"$f":"$K$313","v":"H2 Turbine "}]
["ELE.",null,"Tech","OREN.","Other Renewables ",null,"No","Yes","","eROALL.","Electricity -  Other Renewables All Types ",null,"Identify that the technology is part of the other renewables grouping. Is this required?","e",{"$f":"$N$307","v":"RO"},{"$f":"$N$232","v":"ALL"},null,null,null,".","Electricity -  ",{"$f":"$K$307","v":"Other Renewables "},{"$f":"$K$232","v":"All Types "}]
["ELE.",null,"Tech","GEO.","Geothermal ",null,"No","Yes","","eGeo.","Electricity -  Geothermal ",null,"Identify that the technology is part of the other renewables grouping. Is this required?","e",{"$f":"$N$308","v":"Geo"},null,null,null,null,".","Electricity -  ",{"$f":"$K$308","v":"Geothermal "}]
[null,"Electricity Storage",null,null,null,null,null,null,""]
["STOR.",null,"Tech","SSTOR.","Seasonal storage (Hydrogen) ",null,"No","Yes","",{"$f":"N1160&O1160&P1160&Q1160&R1160&S1160&T1160","v":"eSsnStr."},"Electricity -  Seasonal Storage ",null,null,"e",{"$f":"$N$80","v":"Ssn"},{"$f":"$N$363","v":"Str"},null,null,null,".","Electricity -  ",{"$f":"$K$80","v":"Seasonal "},{"$f":"$K$363","v":"Storage "}]
["STOR.",null,"Tech","DSTOR.","Diurnal storage (Batteries, DSR) ",null,"No","Yes","","eDShiftALL.","Electricity -  Demand Shift All Types ",null,null,"e",{"$f":"$N$365","v":"DShift"},{"$f":"$N$232","v":"ALL"},null,null,null,".","Electricity -  ",{"$f":"$K$365","v":"Demand Shift "},{"$f":"$K$232","v":"All Types "}]
["STOR.",null,"Tech","DSR.","Diurnal storage (DSR)",null,"No","Yes","","eDShiftDSR.","Electricity -  Demand Shift Demand Side Response",null,null,"e",{"$f":"$N$365","v":"DShift"},{"$f":"$N$366","v":"DSR"},null,null,null,".","Electricity -  ",{"$f":"$K$365","v":"Demand Shift "},{"$f":"$K$366","v":"Demand Side Response"}]
["STOR.",null,"Tech","DSR.","Diurnal storage (DSR)",null,"No","Yes","","eDShiftVtG.","Electricity -  Demand Shift Vehicle to Grid ",null,null,"e",{"$f":"$N$365","v":"DShift"},{"$f":"$N$367","v":"VtG"},null,null,null,".","Electricity -  ",{"$f":"$K$365","v":"Demand Shift "},{"$f":"$K$367","v":"Vehicle to Grid "}]
["STOR.",null,"Tech","BATT.","Diurnal storage (Batteries)",null,"No","Yes","","eDShiftBat.","Electricity -  Demand Shift Battery ",null,null,"e",{"$f":"$N$365","v":"DShift"},{"$f":"$N$368","v":"Bat"},null,null,null,".","Electricity -  ",{"$f":"$K$365","v":"Demand Shift "},{"$f":"$K$368","v":"Battery "}]
["STOR.",null,"Tech","STRAN.","Seasonal transfer ",null,"No","Yes","","eSsnTsf.","",null,null,"e",{"$f":"$N$80","v":"Ssn"},{"$f":"$N$369","v":"Tsf"},null,null,null,"."]
[null,"Bioenergy Conversions",null,null,null,null,null,null,""]
["BIO.",null,"Tech","PP.","Pelletization Plant ",null,"No","Yes","",{"$f":"N1167&O1167&P1167&Q1167&R1167&S1167&T1167","v":"bcBS."},{"$f":"U1167&V1167&W1167&X1167&Y1167&Z1167","v":"Biomass Pelletisation Plant"},null,null,{"$f":"$N$223","v":"bc"},{"$f":"$N$315","v":"BS"},null,null,null,null,".",{"$f":"$K$315","v":"Biomass Pelletisation Plant"}]
["BIO.",null,"Tech",null,null,null,"No","No","","bcBGALL.","Biomass Gasification Plant (BioSNG) All Types ",null,null,"bc",{"$f":"$N$316","v":"BG"},{"$f":"$N$232","v":"ALL"},null,null,null,".",{"$f":"$K$316","v":"Biomass Gasification Plant (BioSNG) "},null,{"$f":"$K$232","v":"All Types "}]
["BIO.",null,"Tech","BGP.","BioSNG Plant (Biomass gasification) ",null,"No","Yes","","bcBG.","Biomass Gasification Plant (BioSNG) ",null,null,"bc",{"$f":"$N$316","v":"BG"},null,null,null,null,".",{"$f":"$K$316","v":"Biomass Gasification Plant (BioSNG) "}]
["BIO.",null,"Tech",null,null,null,"No","No","","bcBGccs.","Biomass Gasification Plant (BioSNG) with CCS ",null,null,"bc",{"$f":"$N$317","v":"BGccs"},null,null,null,null,".",{"$f":"$K$317","v":"Biomass Gasification Plant (BioSNG) with CCS "}]
["BIO.",null,"Tech",null,null,null,"No","No","","bcBLALL.","Biofuel Plant All Types ",null,null,"bc",{"$f":"$N$318","v":"BL"},{"$f":"$N$232","v":"ALL"},null,null,null,".",{"$f":"$K$318","v":"Biofuel Plant "},null,{"$f":"$K$232","v":"All Types "}]
["BIO.",null,"Tech","BFP.","Biofuel Plant ",null,"No","Yes","","bcBL.","Biofuel Plant ",null,null,"bc",{"$f":"$N$318","v":"BL"},null,null,null,null,".",{"$f":"$K$318","v":"Biofuel Plant "}]
["BIO.",null,"Tech",null,null,null,"No","No","","bcBLccs.","Biofuel Plant with CCS ",null,null,"bc",{"$f":"$N$319","v":"BLccs"},null,null,null,null,".",{"$f":"$K$319","v":"Biofuel Plant with CCS "}]
["BIO.",null,"Tech","ADP.","Anaerobic Digestion Plant ",null,"No","Yes","","bcAD.","Anaerobic Digestion Plant ",null,null,"bc",{"$f":"$N$320","v":"AD"},null,null,null,null,".",{"$f":"$K$320","v":"Anaerobic Digestion Plant "}]
["BIO.",null,"Tech",null,null,null,"No","Yes","","bcWstPrd.","Waste Production  ",null,null,"bc",{"$f":"$N$321","v":"WstPrd"},null,null,null,null,".",{"$f":"$K$321","v":"Waste Production  "}]
["BIO.",null,"Tech",null,null,null,"No","Yes","","bcWstToE.","Waste Diverted to Energy  ",null,null,"bc",{"$f":"$N$322","v":"WstToE"},null,null,null,null,".",{"$f":"$K$322","v":"Waste Diverted to Energy  "}]
["BIO.",null,"Tech",null,null,null,"No","No","","bcEfWALL.","Energy from Waste All Types ",null,null,"bc",{"$f":"$N$323","v":"EfW"},{"$f":"$N$232","v":"ALL"},null,null,null,".",{"$f":"$K$323","v":"Energy from Waste "},null,{"$f":"$K$232","v":"All Types "}]
["BIO.",null,"Tech","WI.","Waste Incinerator ",null,"No","Yes","","bcEfW.","Energy from Waste ",null,null,"bc",{"$f":"$N$323","v":"EfW"},null,null,null,null,".",{"$f":"$K$323","v":"Energy from Waste "}]
["BIO.",null,"Tech",null,null,null,"No","No","","bcEfWccs.","Energy from Waste with CCS ",null,null,"bc",{"$f":"$N$324","v":"EfWccs"},null,null,null,null,".",{"$f":"$K$324","v":"Energy from Waste with CCS "}]
["BIO.",null,"Tech",null,null,null,"No","Yes","","bcRcyc.","Recycling ",null,null,"bc",{"$f":"$N$325","v":"Rcyc"},null,null,null,null,".",{"$f":"$K$325","v":"Recycling "}]
["BIO.",null,"Tech","LFILL.","Landfill ",null,"No","Yes","","bcLndF.","Landfill ",null,null,"bc",{"$f":"$N$326","v":"LndF"},null,null,null,null,".",{"$f":"$K$326","v":"Landfill "}]
["BIO.",null,"Tech",null,null,null,"No","Yes","","bcLndFGC.","Landfill Gas Collection ",null,null,"bc",{"$f":"$N$327","v":"LndFGC"},null,null,null,null,".",{"$f":"$K$327","v":"Landfill Gas Collection "}]
["BIO.",null,"Tech",null,null,null,"No","Yes","","bcLndFGRel.","Landfill Gas Release ",null,null,"bc",{"$f":"$N$328","v":"LndFGRel"},null,null,null,null,".",{"$f":"$K$328","v":"Landfill Gas Release "}]
[null,"Greenhouse Gas Removal",null,null,null,null,null,null,""]
["GGR.",null,"Tech","GGR.",null,null,"No","Yes","No V14",{"$f":"N1185&O1185&P1185&Q1185&R1185&S1185&T1185","v":"ggrALL."},{"$f":"U1185&V1185&W1185&X1185&Y1185&Z1185","v":"Greenhouse Gas Removal All Types "},null,null,{"$f":"$N$224","v":"ggr"},{"$f":"$N$232","v":"ALL"},null,null,null,null,".",{"$f":"$K$224","v":"Greenhouse Gas Removal "},{"$f":"$K$232","v":"All Types "}]
["GGR.",null,"Tech","GGR.",null,null,"No","Yes","No V14",{"$f":"N1186&O1186&P1186&Q1186&R1186&S1186&T1186","v":"ggrAirCap."},{"$f":"U1186&V1186&W1186&X1186&Y1186&Z1186","v":"Direct Air Capture "},null,null,{"$f":"$N$224","v":"ggr"},{"$f":"$N$351","v":"AirCap"},null,null,null,null,".",{"$f":"$K$351","v":"Direct Air Capture "}]
["GGR.",null,"Tech","GGR.",null,null,"No","Yes","No V14",{"$f":"N1187&O1187&P1187&Q1187&R1187&S1187&T1187","v":"ggrEnhWth."},{"$f":"U1187&V1187&W1187&X1187&Y1187&Z1187","v":"Enhanced Weathering"},null,null,{"$f":"$N$224","v":"ggr"},{"$f":"$N$352","v":"EnhWth"},null,null,null,null,".",{"$f":"$K$352","v":"Enhanced Weathering"}]
["GGR.",null,"Tech","GGR.",null,null,"No","Yes","No V14",{"$f":"N1188&O1188&P1188&Q1188&R1188&S1188&T1188","v":"ggrCompTech."},"Greenhouse Gas Removal Composite Technology ",null,null,{"$f":"$N$224","v":"ggr"},{"$f":"$N$233","v":"CompTech"},null,null,null,null,"."]
["GGR.",null,"Tech","CCT.","CO2 Capture Technology",null,"Yes","Yes","",null,null,null,{"$f":"\"Use \"&$J$1188","v":"Use ggrCompTech."}]
[null,"Carbon Capture and Storage Infrastructure",null,null,null,null,null,null,""]
["GGR.",null,"Tech",null,null,null,"No","Yes",null,{"$f":"N1191&O1191&P1191&Q1191&R1191&S1191&T1191","v":"CCSoff."},{"$f":"U1191&V1191&W1191&X1191&Y1191&Z1191","v":"CCS Offshore Transportation & Storage Infrastructure"},null,null,{"$f":"$N$354","v":"CCSoff"},null,null,null,null,null,".",{"$f":"$K$354","v":"CCS Offshore Transportation & Storage Infrastructure"}]
[null,"Land Area"]
[null,null,"Vector",null,null,null,"No","Yes",null,{"$f":"N1193&O1193&P1193&Q1193&R1193&S1193&T1193","v":"LndTot."},{"$f":"U1193&V1193&W1193&X1193&Y1193&Z1193","v":"Total UK Land"},null,null,{"$f":"$N$331","v":"Lnd"},{"$f":"$N$332","v":"Tot"},null,null,null,null,".",{"$f":"$K$332","v":"Total UK Land"}]
[null,null,"Vector",null,null,null,"No","Yes",null,{"$f":"N1194&O1194&P1194&Q1194&R1194&S1194&T1194","v":"LndTotAvail."},{"$f":"U1194&V1194&W1194&X1194&Y1194&Z1194","v":"Total UK LandAvailable  "},null,null,"Lnd",{"$f":"$N$332","v":"Tot"},{"$f":"$N$333","v":"Avail"},null,null,null,".",{"$f":"$K$332","v":"Total UK Land"},{"$f":"$K$333","v":"Available  "}]
[null,null,"Vector","vWL.","Woodland ",null,"No","Yes",null,"LndWdl.",{"$f":"U1195&V1195&W1195&X1195&Y1195&Z1195","v":"Woodland "},null,null,"Lnd",{"$f":"$N$334","v":"Wdl"},null,null,null,null,".",{"$f":"$K$334","v":"Woodland "}]
[null,null,"Vector","vBIOLND.","Land for UK Biomass ",null,"No","No",null,"LndBi.","Bioenergy Land",null,null,"Lnd",{"$f":"$N$335","v":"Bi"},null,null,null,null,".",{"$f":"$K$335","v":"Bioenergy Land"}]
[null,null,"Vector","vAL.","Arable land ",null,"No","No",null,"LndArbl.","Arable Land for Food ",null,null,"Lnd",{"$f":"$N$336","v":"Arbl"},null,null,null,null,".",{"$f":"$K$336","v":"Arable Land for Food "}]
[null,null,"Vector","vLG.","Livestock grazing ",null,"No","No",null,"LndLivG.","Livestock Grazing Land",null,null,"Lnd",{"$f":"$N$337","v":"LivG"},null,null,null,null,".",{"$f":"$K$337","v":"Livestock Grazing Land"}]
[null,null,"Vector",null,null,null,null,null,null,"LndSet.","Settlement Land",null,null,"Lnd",{"$f":"$N$338","v":"Set"},null,null,null,null,".",{"$f":"$K$338","v":"Settlement Land"}]
[null,null,"Vector",null,null,null,null,null,null,"LndOth.","Other Land ",null,null,"Lnd",{"$f":"$N$339","v":"Oth"},null,null,null,null,".",{"$f":"$K$339","v":"Other Land "}]
[null,null,"Vector","vWL.","Woodland ",null,"No","Yes",null,"LndWdlBaU.","Woodland Business as Usual ",null,null,"Lnd",{"$f":"$N$334","v":"Wdl"},{"$f":"$N$19","v":"BaU"},null,null,null,".",{"$f":"$K$334","v":"Woodland "},{"$f":"$K$19","v":"Business as Usual "}]
[null,null,"Vector","vWL.","Woodland ",null,"No","Yes",null,"LndWdlDif.",{"$f":"U1202&V1202&W1202&X1202&Y1202&Z1202","v":"Woodland difference "},null,null,"Lnd",{"$f":"$N$334","v":"Wdl"},{"$f":"$N$24","v":"Dif"},null,null,null,".",{"$f":"$K$334","v":"Woodland "},{"$f":"$K$24","v":"difference "}]
[null,"Livestock, Manure & Land Management"]
[null,null,"Vector","vPOL.","Poultry ",null,"No","Yes",null,{"$f":"N1204&O1204&P1204&Q1204&R1204&S1204&T1204","v":"LivPol."},{"$f":"U1204&V1204&W1204&X1204&Y1204&Z1204","v":"Livestock - Poultry "},null,null,{"$f":"$N$341","v":"Liv"},{"$f":"$N$342","v":"Pol"},null,null,null,null,".",{"$f":"$K$341","v":"Livestock - "},{"$f":"$K$342","v":"Poultry "}]
[null,null,"Vector","vCAT.","Cattle ",null,"No","Yes",null,"LivCat.","Livestock - Cattle ",null,null,{"$f":"$N$341","v":"Liv"},{"$f":"$N$343","v":"Cat"},null,null,null,null,".",{"$f":"$K$341","v":"Livestock - "},{"$f":"$K$343","v":"Cattle "}]
[null,null,"Vector","vNONCAT.","Non-cattle ",null,"No","Yes",null,"LivOth.","Livestock - Other ",null,null,{"$f":"$N$341","v":"Liv"},{"$f":"$N$344","v":"Oth"},null,null,null,null,".",{"$f":"$K$341","v":"Livestock - "},{"$f":"$K$344","v":"Other "}]
[null,null,"Vector","vMMGT.","Manure Management",null,"No","Yes",null,"MnrMng.","Manure Management ",null,null,{"$f":"$N$345","v":"MnrMng"},null,null,null,null,null,".",{"$f":"$K$345","v":"Manure Management "}]
[null,null,"Vector","vENT.","Enteric Fermentation",null,"No","Yes",null,"EntFrm.","Enteric Fermentation ",null,null,{"$f":"$N$346","v":"EntFrm"},null,null,null,null,null,".",{"$f":"$K$346","v":"Enteric Fermentation "}]
[null,null,"Vector",null,null,null,"No","No",null,"SoilMng.","Soil Management ",null,null,{"$f":"$N$347","v":"SoilMng"},null,null,null,null,null,".",{"$f":"$K$347","v":"Soil Management "}]
[null,"Agriculture"]
[null,null,"Vector",null,null,null,"No","No",null,{"$f":"N1211&O1211&P1211&Q1211&R1211&S1211&T1211","v":"AgrFU."},{"$f":"U1211&V1211&W1211&X1211&Y1211&Z1211","v":"Agricultural Fuel Use"},null,null,{"$f":"$N$349","v":"AgrFU"},null,null,null,null,null,".",{"$f":"$K$349","v":"Agricultural Fuel Use"}]
[null,"Non-energy use"]
[null,null,"Vector",null,null,null,"No","No",null,{"$f":"N1213&O1213&P1213&Q1213&R1213&S1213&T1213","v":"nonEnergy."},{"$f":"U1213&V1213&W1213&X1213&Y1213&Z1213","v":"Non-Energy Use"},null,null,"nonEnergy",null,null,null,null,null,".","Non-Energy Use"]
[null,"Fossil Fuel Extraction"]
[null,null,"Vector",null,null,null,"No","No",null,{"$f":"N1215&O1215&P1215&Q1215&R1215&S1215&T1215","v":"DRExFsS."},{"$f":"U1215&V1215&W1215&X1215&Y1215&Z1215","v":"Domestic Resource Extraction Fossil Fuel Solid "},null,null,{"$f":"$N$229","v":"D"},{"$f":"$N$198","v":"REx"},{"$f":"$N$151","v":"Fs"},{"$f":"$N$144","v":"S"},null,null,".",{"$f":"$K$229","v":"Domestic "},{"$f":"$K$198","v":"Resource Extraction "},{"$f":"$K$151","v":"Fossil Fuel "},{"$f":"$K$144","v":"Solid "}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsL.","Domestic Resource Extraction Fossil Fuel Liquid ",null,null,"D","REx","Fs",{"$f":"$N$145","v":"L"},null,null,".","Domestic ","Resource Extraction ","Fossil Fuel ",{"$f":"$K$145","v":"Liquid "}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsG.","Domestic Resource Extraction Fossil Fuel Gas ",null,null,"D","REx","Fs",{"$f":"$N$146","v":"G"},null,null,".","Domestic ","Resource Extraction ","Fossil Fuel ",{"$f":"$K$146","v":"Gas "}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsSComb.","Domestic Resource Extraction Fossil Fuel Solid from Combustion ",null,null,"D","REx","Fs",{"$f":"$N$144","v":"S"},{"$f":"$N$35","v":"Comb"},null,".","Domestic ","Resource Extraction ","Fossil Fuel ",{"$f":"$K$144","v":"Solid "},{"$f":"$K$35","v":"from Combustion "}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsLComb.","Domestic Resource Extraction Fossil Fuel Liquid from Combustion ",null,null,"D","REx","Fs",{"$f":"$N$145","v":"L"},{"$f":"$N$35","v":"Comb"},null,".","Domestic ","Resource Extraction ","Fossil Fuel ",{"$f":"$K$145","v":"Liquid "},{"$f":"$K$35","v":"from Combustion "}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsGComb.","Domestic Resource Extraction Fossil Fuel Gas from Combustion ",null,null,"D","REx","Fs",{"$f":"$N$146","v":"G"},{"$f":"$N$35","v":"Comb"},null,".","Domestic ","Resource Extraction ","Fossil Fuel ",{"$f":"$K$146","v":"Gas "},{"$f":"$K$35","v":"from Combustion "}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsSPEm.","Domestic Resource Extraction Fossil Fuel Solid Process Emissions",null,null,"D","REx","Fs",{"$f":"$N$144","v":"S"},{"$f":"$N$288","v":"PEm"},null,".","Domestic ","Resource Extraction ","Fossil Fuel ",{"$f":"$K$144","v":"Solid "},{"$f":"$K$288","v":"Process Emissions"}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsLPEm.","Domestic Resource Extraction Fossil Fuel Liquid Process Emissions",null,null,"D","REx","Fs",{"$f":"$N$145","v":"L"},{"$f":"$N$288","v":"PEm"},null,".","Domestic ","Resource Extraction ","Fossil Fuel ",{"$f":"$K$145","v":"Liquid "},{"$f":"$K$288","v":"Process Emissions"}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsGPEm.","Domestic Resource Extraction Fossil Fuel Gas Process Emissions",null,null,"D","REx","Fs",{"$f":"$N$146","v":"G"},{"$f":"$N$288","v":"PEm"},null,".","Domestic ","Resource Extraction ","Fossil Fuel ",{"$f":"$K$146","v":"Gas "},{"$f":"$K$288","v":"Process Emissions"}]
[null,null,"Vector",null,null,null,"No","No",null,"DRExFsLG.","Domestic Resource Extraction Fossil Fuel Liquid and Gas ",null,null,"D","REx","Fs",{"$f":"$N$145","v":"L"},{"$f":"$N$146","v":"G"},null,".","Domestic ","Resource Extraction ",{"$f":"$K$151","v":"Fossil Fuel "},{"$f":"$K$145","v":"Liquid "},"and ",{"$f":"$K$146","v":"Gas "}]
[null,"International Trade"]
[null,null,"Vector",null,null,null,"No","No",null,{"$f":"N1226&O1226&P1226&Q1226&R1226&S1226&T1226","v":"ITrade."},{"$f":"U1226&V1226&W1226&X1226&Y1226&Z1226","v":"International Trade "},null,null,{"$f":"$N$230","v":"I"},{"$f":"$N$199","v":"Trade"},null,null,null,null,".",{"$f":"$K$230","v":"International "},{"$f":"$K$199","v":"Trade "}]
[null,"Unrepresented emissions processes."]
[null,null,"Vector",null,null,null,"No","No",null,{"$f":"N1228&O1228&P1228&Q1228&R1228&S1228&T1228","v":"Unrep_dDwl."},{"$f":"U1228&V1228&W1228&X1228&Y1228&Z1228","v":"Unrepresented Domestic Dwelling "},null,null,{"$f":"$N$225","v":"Unrep_"},{"$f":"$N$215","v":"d"},{"$f":"$N$241","v":"Dwl"},null,null,null,".",{"$f":"$K$225","v":"Unrepresented "},{"$f":"$K$215","v":"Domestic "},{"$f":"$K$241","v":"Dwelling "}]
[null,null,"Vector",null,null,null,"No","No",null,{"$f":"N1229&O1229&P1229&Q1229&R1229&S1229&T1229","v":"Unrep_nFlr."},{"$f":"U1229&V1229&W1229&X1229&Y1229&Z1229","v":"Unrepresented Non-Domestic Floor Area "},null,null,{"$f":"$N$225","v":"Unrep_"},{"$f":"$N$216","v":"n"},{"$f":"$N$242","v":"Flr"},null,null,null,".",{"$f":"$K$225","v":"Unrepresented "},{"$f":"$K$216","v":"Non-Domestic "},{"$f":"$K$242","v":"Floor Area "}]
[null,null,"Vector",null,null,null,"No","No",null,{"$f":"N1230&O1230&P1230&Q1230&R1230&S1230&T1230","v":"Unrep_WstMan."},{"$f":"U1230&V1230&W1230&X1230&Y1230&Z1230","v":"Unrepresented Waste Management  "},null,null,{"$f":"$N$225","v":"Unrep_"},{"$f":"$N$329","v":"WstMan"},null,null,null,null,".",{"$f":"$K$225","v":"Unrepresented "},{"$f":"$K$329","v":"Waste Management  "}]
[null,"Other",null,null,null,null,null,null,""]
[null,null,"Tech","CH4.",null,null,"???","Yes","No V14",null,null,null,{"$f":"\"Use \"&$J$827&\" - CH4 is a pollutant not a technology\"","v":"Use lsFsG. - CH4 is a pollutant not a technology"}]
[null,null,"Tech","RES.vCK.",null,null,"Yes","Yes","No V14",null,null,null,"separate cooking demand commodity into vector column"]
[null,null,"Tech","COM.vCK.",null,null,"Yes","Yes","No V14",null,null,null,"separate cooking demand commodity into vector column"]
[null,null,"Tech","ELE.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"Use \"&$J$1049&\" - This is a module not a technology.\"","v":"Use hnWHO. - This is a module not a technology."}]
[null,null,"Tech","GAR.BUS.",null,null,"Yes","Yes","No V14",null,null,null,"GAR and GAW are not technologies. Information should be captured in the attribute (do not need to include the terms GAR or GAW)."]
[null,null,"Tech","GAR.CAR.",null,null,"Yes","Yes","No V14",null,null,null,"GAR and GAW are not technologies. Information should be captured in the attribute (do not need to include the terms GAR or GAW)."]
[null,null,"Tech","GAR.TRN.",null,null,"Yes","Yes","No V14",null,null,null,"GAR and GAW are not technologies. Information should be captured in the attribute (do not need to include the terms GAR or GAW)."]
[null,null,"Tech","GAW.DAVI.",null,null,"Yes","Yes","No V14",null,null,null,"GAR and GAW are not technologies. Information should be captured in the attribute (do not need to include the terms GAR or GAW)."]
[null,null,"Tech","GAW.IAVI.",null,null,"Yes","Yes","No V14",null,null,null,"GAR and GAW are not technologies. Information should be captured in the attribute (do not need to include the terms GAR or GAW)."]
[null,null,"Tech","GAW.TRN.",null,null,"Yes","Yes","No V14",null,null,null,"GAR and GAW are not technologies. Information should be captured in the attribute (do not need to include the terms GAR or GAW)."]
[null,null,"Tech","SSN.",null,null,"Yes","Yes","No V14",null,null,null,"This is not an attribute. The season element will be captured in the attribute."]
[null,null,"Tech","vCOOL.",null,null,"Yes","Yes","No V14",null,null,null,"Demand share should be applied to a demand not a technology. This is a vector and should be moved to the vector column."]
[null,null,"Tech","vWH.",null,null,"Yes","Yes","No V14",null,null,null,{"$f":"\"Use \"&$J$1049","v":"Use hnWHO."}]
[null,null,"Tech","vBF.",null,null,"???","Yes","No V14"]
[null,null,"Tech","vBG.",null,null,"???","Yes","No V14"]
[null,null,"Tech","vBIO.",null,null,"???","Yes","No V14"]
[null,null,"Tech","vAL.",null,null,"???","No","No V7"]
[null,null,"Tech","vLG.",null,null,"???","No","No V7"]
["BHV.",null,"Tech","GAR.","Getting Around ",null,"Yes","Yes","",null,null,null,"Not required. Information should be captured in the attribute if needed."]
["BHV.",null,"Tech","GAW.","Getting Away ",null,"Yes","Yes","",null,null,null,"Not required. Information should be captured in the attribute if needed."]
["BHV.",null,"Tech","STW.","Staying Warm ",null,"Yes","Yes","",null,null,null,"Not required. Information should be captured in the attribute if needed."]
["BHV.",null,"Tech","EXST.","Existing Stock ",null,"Yes","No","",null,null,null,"These are suffixes/components that are no longer required."]
["BHV.",null,"Tech","NWST.","New Stock ",null,"Yes","No","",null,null,null,"These are suffixes/components that are no longer required."]

{"sheet":"OnePager","index":9,"n_rows":806,"n_cols":37,"rows_kept":806,"cut":false,"hidden":false,"merged":[]}
["OnePager"]
["Number","Web Tool Lever / One Pager Name",null,"Table",null,null,null,null,null,null,null,null,"Graph","Colour","Priority Order Illustration",null,"Graph Data",2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100,null,"Notes"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Year headings",null,null,2025,null,null,null,null,2050,null,null,null,null,2075,null,null,null,null,2100]
[null,"Introduction"]
[null,null,"This sheet contains equivalent graphs, tables and priority flow diagrams to those presented in the model one pagers which explain how the levers work."]
[null,null,"The graphs update to reflect the start and end/speed years for levers currently applied in the model."]
[null,null,"This means they will not always match those presented in the model one pagers which are based on the default start and end years for each lever."]
[null,"Setting up graphs to match one pagers"]
[null,null,1,"Set the lever control method to \"Web tool\""]
[null,null,2,"Set the list of start years to the default settings"]
[null,null,3,"Set the list of End years to the default settings."]
[null,null,4,"Set the units to match the one pagers"]
[null,null,null,null,"Energy","TWh."]
[null,null,null,null,"Power","GW."]
[null,null,null,null,"Distance","km."]
[null,null,null,null,"Area","sqkm."]
[]
[]
[1,{"$f":"INDEX(output.lever.names, A19, )","v":"UK Transport Demand"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#55565A",null,null,{"$f":"PrefUnit.Distance. &\"/Person\"","v":"km./Person"}]
[null,null,null,"Domestic passenger travel",{"$f":"OFFSET(lv1.AmbDemUnit.dDPs.,0,-1)","v":"Psg km. / person"},{"$f":"+SUMIFS(DemUnitBaU.dDPs.,Prd.,BY.)","v":10915.112928226921},{"$f":"lv1.AmbDemUnit.dDPs.","v":12000},{"$f":"lv2.AmbDemUnit.dDPs.","v":10714},{"$f":"lv3.AmbDemUnit.dDPs.","v":9950},{"$f":"lv4.AmbDemUnit.dDPs.","v":8292},null,null,null,"#E6CA40",null,null,"Domestic Annual Average Passenger Distance Travelled"]
[null,null,null,"Share of passenger travel",null,null,null,null,null,null,null,null,null,"#AB1D1D",null,null,null,"Walking","Cycling","Rail","Bus","Car","Aviation",null,"Total distance check"]
[null,null,null,"Walking","share",{"$f":"+SUMIFS(ShrBaU.Wlk.dDPs.,Prd.,BY.)","v":2.8346762422078651E-2},{"$f":"lv1.AmbShrPen.Wlk.dDPs.","v":2.5000000000000001E-2},{"$f":"lv2.AmbShrPen.Wlk.dDPs.","v":0.03},{"$f":"lv3.AmbShrPen.Wlk.dDPs.","v":3.5000000000000003E-2},{"$f":"lv4.AmbShrPen.Wlk.dDPs.","v":5.5E-2},null,null,null,"#6DD9FF",null,null,2015,{"$f":"F24 * F$22","v":309.40811298660776},{"$f":"F25 * F$22","v":85.238024071469525},{"$f":"F28 * F$22","v":1128.1722172119439},{"$f":"F27 * F$22","v":695.19324863883833},{"$f":"F26 * F$22","v":8438.9559206654503},{"$f":"F29 * F$22","v":258.14540465261143},null,{"$f":"SUM(R24:W24) -F22","v":0}]
[null,null,null,"Cycling","share",{"$f":"+SUMIFS(ShrBaU.Cyc.dDPs.,Prd.,BY.)","v":7.8091747315816185E-3},{"$f":"lv1.AmbShrPen.Cyc.dDPs.","v":5.0000000000000001E-3},{"$f":"lv2.AmbShrPen.Cyc.dDPs.","v":0.04},{"$f":"lv3.AmbShrPen.Cyc.dDPs.","v":0.09},{"$f":"lv4.AmbShrPen.Cyc.dDPs.","v":0.15},null,null,null,"#4B781C",null,null,"Level 1",{"$f":"G24 * G$22","v":300},{"$f":"G25 * G$22","v":60},{"$f":"G28 * G$22","v":1140},{"$f":"G27 * G$22","v":540},{"$f":"G26 * G$22","v":9720},{"$f":"G29 * G$22","v":240},{"$f":"(G22 / F22) -100%","v":9.9393114748956624E-2},{"$f":"SUM(R25:W25) -G22","v":0}]
[null,null,null,"Car","share",{"$f":"+SUMIFS(ShrBaU.carALL.dDPs.,Prd.,BY.)","v":0.7731441695707949},{"$f":"lv1.AmbShrPen.carALL.dDPs.","v":0.81},{"$f":"lv2.AmbShrPen.carALL.dDPs.","v":0.72499999999999998},{"$f":"lv3.AmbShrPen.carALL.dDPs.","v":0.63},{"$f":"lv4.AmbShrPen.carALL.dDPs.","v":0.48499999999999999},null,null,null,"#ADDF75",null,null,"Level 2",{"$f":"H24 * H$22","v":321.42},{"$f":"H25 * H$22","v":428.56},{"$f":"H28 * H$22","v":1446.39},{"$f":"H27 * H$22","v":535.70000000000005},{"$f":"H26 * H$22","v":7767.65},{"$f":"H29 * H$22","v":214.28},{"$f":"(H22 / F22) -100%","v":-1.8425180714973233E-2},{"$f":"SUM(R26:W26) -H22","v":0}]
[null,null,null,"Bus","share",{"$f":"+SUMIFS(ShrBaU.busALL.dDPs.,Prd.,BY.)","v":6.3690889247791524E-2},{"$f":"lv1.AmbShrPen.busALL.dDPs.","v":4.4999999999999998E-2},{"$f":"lv2.AmbShrPen.busALL.dDPs.","v":0.05},{"$f":"lv3.AmbShrPen.busALL.dDPs.","v":7.4999999999999997E-2},{"$f":"lv4.AmbShrPen.busALL.dDPs.","v":0.115},null,null,null,null,null,null,"Level 3",{"$f":"I24 * I$22","v":348.25000000000006},{"$f":"I25 * I$22","v":895.5},{"$f":"I28 * I$22","v":1492.5},{"$f":"I27 * I$22","v":746.25},{"$f":"I26 * I$22","v":6268.5},{"$f":"I29 * I$22","v":199},{"$f":"(I22 / F22) -100%","v":-8.8419875687323457E-2},{"$f":"SUM(R27:W27) -I22","v":0}]
[null,null,null,"Rail","share",{"$f":"+SUMIFS(ShrBaU.trnPALL.dDPs.,Prd.,BY.)","v":0.10335873065448963},{"$f":"lv1.AmbShrPen.trnPALL.dDPs.","v":9.5000000000000001E-2},{"$f":"lv2.AmbShrPen.trnPALL.dDPs.","v":0.13500000000000001},{"$f":"lv3.AmbShrPen.trnPALL.dDPs.","v":0.15},{"$f":"lv4.AmbShrPen.trnPALL.dDPs.","v":0.18},null,null,null,null,null,null,"Level 4",{"$f":"J24 * J$22","v":456.06},{"$f":"J25 * J$22","v":1243.8},{"$f":"J28 * J$22","v":1492.56},{"$f":"J27 * J$22","v":953.58},{"$f":"J26 * J$22","v":4021.62},{"$f":"J29 * J$22","v":124.38},{"$f":"(J22 / F22) -100%","v":-0.2403193577084709},{"$f":"SUM(R28:W28) -J22","v":0}]
[null,null,null,"Aviation","share",{"$f":"+SUMIFS(ShrBaU.aviD.dDPs.,Prd.,BY.)","v":2.365027337326369E-2},{"$f":"lv1.AmbShrPen.aviD.dDPs.","v":0.02},{"$f":"lv2.AmbShrPen.aviD.dDPs.","v":0.02},{"$f":"lv3.AmbShrPen.aviD.dDPs.","v":0.02},{"$f":"lv4.AmbShrPen.aviD.dDPs.","v":1.4999999999999999E-2}]
[null,null,null,"Car Occupancy/sharing",{"$f":"OFFSET(lv1.AmbOcc.carALL.,0,-1)","v":"Psg / Vehicle"},{"$f":"+SUMIFS(OccBaU.carALL.,Prd.,BY.)","v":1.531135531135531},{"$f":"lv1.AmbOcc.carALL.","v":1.45},{"$f":"lv2.AmbOcc.carALL.","v":1.55},{"$f":"lv3.AmbOcc.carALL.","v":1.6},{"$f":"lv4.AmbOcc.carALL.","v":1.8}]
[null,null,null,"Car average annual mileage",{"$f":"OFFSET(lv1.AmbRng.carALL.,0,-1)","v":"km. / Vehicle"},{"$f":"RngBY.carALL.","v":11065.551097967917},{"$f":"lv1.AmbRng.carALL.","v":13700},{"$f":"lv2.AmbRng.carALL.","v":18233.333333333332},{"$f":"lv3.AmbRng.carALL.","v":22766.666666666664},{"$f":"lv4.AmbRng.carALL.","v":27300}]
[]
[]
[]
[]
[]
[]
[2,{"$f":"INDEX(output.lever.names, A38, )","v":"International Aviation"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,{"$f":"PrefUnit.Distance. &\" /Person\"","v":"km. /Person"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"International Aviation - Annual Average Passenger Distance Travelled",null,null,{"$f":"T41","v":2025},null,null,null,null,{"$f":"Y41","v":2050},null,null,null,null,{"$f":"AD41","v":2075},null,null,null,null,{"$f":"AI41","v":2100}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"International passenger travel",{"$f":"OFFSET(lv1.AmbDemUnit.aviI.dDPs.,0,-1)","v":"Psg km. / person"},{"$f":"+SUMIFS(DemUnitBaU.aviI.dDPs.,Prd.,BY.)","v":5271.2285933993035},{"$f":"lv1.AmbDemUnit.aviI.dDPs.","v":7457.5},{"$f":"lv2.AmbDemUnit.aviI.dDPs.","v":6682.333333333333},{"$f":"lv3.AmbDemUnit.aviI.dDPs.","v":5907.166666666667},{"$f":"lv4.AmbDemUnit.aviI.dDPs.","v":5132},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Dem.aviI.P.Distance.,MATCH(R41,Prd.,0))","v":5271.2285933993035},5609.4636992729602,5947.7014425118568,6285.9394857153402,6613.3907335001222,6940.8422716829446,7199.171021293364,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5,7457.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Dem.aviI.P.Distance.,MATCH(R41,Prd.,0))","v":5271.2285933993035},5609.4636992729602,5844.6626644694261,6068.1426636951846,6269.6772323342811,6459.8665792810116,6575.5751024310457,6682.333333333333,6682.333333333333,6682.333333333333,6682.333333333333,6682.333333333333,6682.333333333333,6682.333333333333,6682.333333333333,6682.333333333333,6682.333333333333,6682.333333333333]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Dem.aviI.P.Distance.,MATCH(R41,Prd.,0))","v":5271.2285933993035},5609.4636992729602,5741.6238864269963,5850.34584167503,5925.9637311684401,5978.8908868790795,5951.9791835687274,5907.166666666667,5907.166666666667,5907.166666666667,5907.166666666667,5907.166666666667,5907.166666666667,5907.166666666667,5907.166666666667,5907.166666666667,5907.166666666667,5907.166666666667]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Dem.aviI.P.Distance.,MATCH(R41,Prd.,0))","v":5271.2285933993035},5609.4636992729602,5638.5851083845655,5632.5490196548744,5582.250230002599,5497.9151944771465,5328.3832647064082,5132,5132,5132,5132,5132,5132,5132,5132,5132,5132,5132]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.aviI.dDPs., MAX($R$42:$AI$45)*1.05, \"\")","v":""},7830.375,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.aviI.dDPs.+User_LvrSpeed.aviI.dDPs., MAX($R$42:$AI$45)*1.05, \"\")","v":""},"","","","","","",7830.375,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[]
[3,{"$f":"INDEX(output.lever.names, A56, )","v":"Light Vehicles - Electric"}]
[null,null,null,"Electric Share of Vehicle Distance",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Electric Share of Car Distance",null,null,{"$f":"T59","v":2025},null,null,null,null,{"$f":"Y59","v":2050},null,null,null,null,{"$f":"AD59","v":2075},null,null,null,null,{"$f":"AI59","v":2100}]
[null,null,null,"Car","share",{"$f":"ShrBY.carE.","v":8.0000000000000004E-4},{"$f":"lv1.AmbShrPen.carE.","v":0},{"$f":"lv2.AmbShrPen.carE.","v":0.5},{"$f":"lv3.AmbShrPen.carE.","v":0.95},{"$f":"lv4.AmbShrPen.carE.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"LGV","share",{"$f":"ShrBY.lgvE.","v":1.22991320212118E-3},{"$f":"lv1.AmbShrPen.lgvE.","v":0},{"$f":"lv2.AmbShrPen.lgvE.","v":0.5},{"$f":"lv3.AmbShrPen.lgvE.","v":0.95},{"$f":"lv4.AmbShrPen.lgvE.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.car.fElc.,MATCH(R59,Prd.,0))","v":8.0000000000000004E-4},8.0000000000000004E-4,6.6666666666666675E-4,5.3333333333333336E-4,4.0000000000000002E-4,2.6666666666666668E-4,1.3333333333333339E-4,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"HGV Rigid","share",{"$f":"ShrBY.hgvRE.","v":8.3561992923899327E-4},{"$f":"lv1.AmbShrPen.hgvRE.","v":0},{"$f":"lv2.AmbShrPen.hgvRE.","v":0.2},{"$f":"lv3.AmbShrPen.hgvRE.","v":0.5},{"$f":"lv4.AmbShrPen.hgvRE.","v":1},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.car.fElc.,MATCH(R59,Prd.,0))","v":8.0000000000000004E-4},8.0000000000000004E-4,8.3999999999999991E-2,0.16719999999999999,0.25040000000000001,0.33360000000000001,0.4168,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.car.fElc.,MATCH(R59,Prd.,0))","v":8.0000000000000004E-4},8.0000000000000004E-4,0.15899999999999997,0.31719999999999998,0.47539999999999993,0.63359999999999994,0.79179999999999984,0.94999999999999984,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.car.fElc.,MATCH(R59,Prd.,0))","v":8.0000000000000004E-4},8.0000000000000004E-4,0.16733333333333331,0.33386666666666664,0.50039999999999996,0.66693333333333327,0.83346666666666669,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.carE., MAX($R$60:$AI$63)*1.05, \"\")","v":""},1.05,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.carE.+User_LvrSpeed.carE., MAX($R$60:$AI$63)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[]
[4,{"$f":"INDEX(output.lever.names, A74, )","v":"Light Vehicles - Hydrogen"}]
[null,null,null,"Hydrogen Share of Vehicle Distance",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Hydrogen Share of Car Distance"]
[null,null,null,"Car","share",{"$f":"ShrBY.carH2.","v":2.5987192348005282E-6},{"$f":"lv1.AmbShrPen.carH2.","v":0},{"$f":"lv2.AmbShrPen.carH2.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.carH2.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.carH2.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"LGV","share",{"$f":"ShrBY.lgvH2.","v":0},{"$f":"lv1.AmbShrPen.lgvH2.","v":0},{"$f":"lv2.AmbShrPen.lgvH2.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.lgvH2.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.lgvH2.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.car.fH2G.,MATCH(R77,Prd.,0))","v":2.5987192348005282E-6},2.5987192348005282E-6,2.5987192348005282E-6,2.0789753878404224E-6,1.559231540880317E-6,1.0394876939202114E-6,5.1974384696010581E-7,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"HGV Rigid","share",{"$f":"ShrBY.hgvRH2.","v":0},{"$f":"lv1.AmbShrPen.hgvRH2.","v":0},{"$f":"lv2.AmbShrPen.hgvRH2.","v":0.05},{"$f":"lv3.AmbShrPen.hgvRH2.","v":0.5},{"$f":"lv4.AmbShrPen.hgvRH2.","v":1},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.car.fH2G.,MATCH(R77,Prd.,0))","v":2.5987192348005282E-6},2.5987192348005282E-6,2.5987192348005282E-6,6.6668745642054508E-2,0.13333489256487421,0.2000010394876939,0.26666718641051362,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.car.fH2G.,MATCH(R77,Prd.,0))","v":2.5987192348005282E-6},2.5987192348005282E-6,2.5987192348005282E-6,0.13333541230872117,0.26666822589820754,0.40000103948769394,0.53333385307718029,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.car.fH2G.,MATCH(R77,Prd.,0))","v":2.5987192348005282E-6},2.5987192348005282E-6,2.5987192348005282E-6,0.20000207897538785,0.4000015592315409,0.6000010394876939,0.80000051974384701,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.carH2., MAX($R$78:$AI$81)*1.05, \"\")","v":""},"",1.05,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.carH2.+User_LvrSpeed.carH2., MAX($R$78:$AI$81)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[5,{"$f":"INDEX(output.lever.names, A93, )","v":"Light Vehicles - Hybrid"}]
[null,null,null,"Plug-In Hybrid Electric Share of Vehicle Distance",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Hybrid Electric Share of Car Distance"]
[null,null,null,"Car","share",{"$f":"ShrBY.carPHEV.","v":2.2737653120746648E-3},{"$f":"lv1.AmbShrPen.carPHEV.","v":0},{"$f":"lv2.AmbShrPen.carPHEV.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.carPHEV.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.carPHEV.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"LGV","share",{"$f":"ShrBY.lgvPHEV.","v":1.8629370809060701E-4},{"$f":"lv1.AmbShrPen.lgvPHEV.","v":0},{"$f":"lv2.AmbShrPen.lgvPHEV.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.lgvPHEV.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.lgvPHEV.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.car.fhyb.,MATCH(R96,Prd.,0))","v":2.2737653120746648E-3},2.2737653120746648E-3,1.8948044267288874E-3,1.51584354138311E-3,1.1368826560373324E-3,7.57921770691555E-4,3.7896088534577761E-4,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"HGV Rigid","share",{"$f":"ShrBY.hgvRPHEV.","v":0},{"$f":"lv1.AmbShrPen.hgvRPHEV.","v":0},{"$f":"lv2.AmbShrPen.hgvRPHEV.","v":0.2},{"$f":"lv3.AmbShrPen.hgvRPHEV.","v":0.5},{"$f":"lv4.AmbShrPen.hgvRPHEV.","v":1},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.car.fhyb.,MATCH(R96,Prd.,0))","v":2.2737653120746648E-3},2.2737653120746648E-3,5.7450359982284434E-2,0.11262695465249421,0.16780354932270397,0.22298014399291374,0.27815673866312352,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.car.fhyb.,MATCH(R96,Prd.,0))","v":2.2737653120746648E-3},2.2737653120746648E-3,0.11300591553783999,0.2237380657636053,0.33447021598937066,0.44520236621513598,0.55593451644090131,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.car.fhyb.,MATCH(R96,Prd.,0))","v":2.2737653120746648E-3},2.2737653120746648E-3,0.16856147109339553,0.33484917687471644,0.50113688265603729,0.66742458843735819,0.8337122942186791,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.carPHEV., MAX($R$97:$AI$100)*1.05, \"\")","v":""},1.05,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.carPHEV.+User_LvrSpeed.carPHEV., MAX($R$97:$AI$100)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[6,{"$f":"INDEX(output.lever.names, A110, )","v":"Light Vehicles - Biofuel"}]
[null,null,null,"Biofuel Share of Liquid Fuel by Vehicle",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Biofuel Share of Liquid Fuel in Cars"]
[null,null,null,"Car","share",{"$f":"ShrBY.carALL.fBiL.","v":2.9090457817033274E-2},{"$f":"lv1.AmbShrPen.carALL.fBiL.","v":2.8999999999999998E-2},{"$f":"lv2.AmbShrPen.carALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.carALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.carALL.fBiL.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"LGV","share",{"$f":"ShrBY.lgvALL.fBiL.","v":2.2848644269701419E-2},{"$f":"lv1.AmbShrPen.lgvALL.fBiL.","v":2.8999999999999998E-2},{"$f":"lv2.AmbShrPen.lgvALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.lgvALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.lgvALL.fBiL.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.car.fBiL.,MATCH(R113,Prd.,0))","v":2.9090457817033274E-2},2.9090457817033274E-2,2.9075381514194396E-2,2.9060305211355515E-2,2.9045228908516636E-2,2.9030152605677758E-2,2.9015076302838876E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2,2.8999999999999998E-2]
[null,null,null,"HGV Rigid","share",{"$f":"ShrBY.hgvRALL.fBiL.","v":2.2344359200719029E-2},{"$f":"lv1.AmbShrPen.hgvRALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.hgvRALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.hgvRALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.hgvRALL.fBiL.","v":1},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.car.fBiL.,MATCH(R113,Prd.,0))","v":2.9090457817033274E-2},2.9090457817033274E-2,6.5908714847527722E-2,0.10272697187802218,0.13954522890851662,0.17636348593901108,0.21318174296950554,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.car.fBiL.,MATCH(R113,Prd.,0))","v":2.9090457817033274E-2},2.9090457817033274E-2,0.10757538151419439,0.18606030521135553,0.26454522890851662,0.34303015260567776,0.42151507630283891,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.car.fBiL.,MATCH(R113,Prd.,0))","v":2.9090457817033274E-2},2.9090457817033274E-2,0.19090871484752775,0.35272697187802221,0.51454522890851662,0.67636348593901108,0.83818174296950554,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.carALL.fBiL., MAX($R$114:$AI$117)*1.05, \"\")","v":""},1.05,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.carALL.fBiL.+User_LvrSpeed.carALL.fBiL., MAX($R$114:$AI$117)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[7,{"$f":"INDEX(output.lever.names, A127, )","v":"Heavy Vehicles - Electric"}]
[null,null,null,"Electric Share of Vehicle Distance",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Electric Share of Articulated HGV Distance"]
[null,null,null,"HGV Articulated","share",{"$f":"ShrBY.hgvAE.","v":0},{"$f":"lv1.AmbShrPen.hgvAE.","v":0},{"$f":"lv2.AmbShrPen.hgvAE.","v":0.02},{"$f":"lv3.AmbShrPen.hgvAE.","v":0.15},{"$f":"lv4.AmbShrPen.hgvAE.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Bus","share",{"$f":"ShrBY.busE.","v":1.1532516942099631E-3},{"$f":"lv1.AmbShrPen.busE.","v":0},{"$f":"lv2.AmbShrPen.busE.","v":0.4},{"$f":"lv3.AmbShrPen.busE.","v":0.6},{"$f":"lv4.AmbShrPen.busE.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.hgvAALL.fElc.,MATCH(R130,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Rail Passenger","share",{"$f":"ShrBY.trnPE.","v":0.64682055475175915},{"$f":"lv1.AmbShrPen.trnPE.","v":0.65},{"$f":"lv2.AmbShrPen.trnPE.","v":0.8},{"$f":"lv3.AmbShrPen.trnPE.","v":0.9},{"$f":"lv4.AmbShrPen.trnPE.","v":1},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.hgvAALL.fElc.,MATCH(R130,Prd.,0))","v":0},0,3.3333333333333331E-3,6.6666666666666662E-3,0.01,1.3333333333333332E-2,1.6666666666666666E-2,0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02,0.02]
[null,null,null,"Rail Freight","share",{"$f":"ShrBY.trnFE.","v":7.7512243022257066E-2},{"$f":"lv1.AmbShrPen.trnFE.","v":0.08},{"$f":"lv2.AmbShrPen.trnFE.","v":0.4},{"$f":"lv3.AmbShrPen.trnFE.","v":0.75},{"$f":"lv4.AmbShrPen.trnFE.","v":1},null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.hgvAALL.fElc.,MATCH(R130,Prd.,0))","v":0},0,2.5000000000000001E-2,0.05,7.4999999999999997E-2,0.1,0.125,0.15,0.15,0.15,0.15,0.15,0.15,0.15,0.15,0.15,0.15,0.15]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.hgvAALL.fElc.,MATCH(R130,Prd.,0))","v":0},0,0.16666666666666666,0.33333333333333331,0.5,0.66666666666666663,0.83333333333333337,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hgvAE., MAX($R$131:$AI$134)*1.05, \"\")","v":""},1.05,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hgvAE.+User_LvrSpeed.hgvAE.,MAX($R$131:$AI$134)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[8,{"$f":"INDEX(output.lever.names, A143, )","v":"Heavy Vehicles - Hydrogen"}]
[null,null,null,"Hydrogen Share of Vehicle Distance",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Hydrogen Share of Articulated HGV Distance"]
[null,null,null,"HGV Articulated","share",{"$f":"ShrBY.hgvAH2.","v":8.3561992923899327E-4},{"$f":"lv1.AmbShrPen.hgvAH2.","v":0},{"$f":"lv2.AmbShrPen.hgvAH2.","v":0.5},{"$f":"lv3.AmbShrPen.hgvAH2.","v":0.8},{"$f":"lv4.AmbShrPen.hgvAH2.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Bus","share",{"$f":"ShrBY.busH2.","v":0},{"$f":"lv1.AmbShrPen.busH2.","v":0},{"$f":"lv2.AmbShrPen.busH2.","v":0.4},{"$f":"lv3.AmbShrPen.busH2.","v":0.6},{"$f":"lv4.AmbShrPen.busH2.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.hgvAALL.fH2G.,MATCH(R146,Prd.,0))","v":8.3561992923899327E-4},8.3561992923899327E-4,8.3561992923899327E-4,6.6849594339119466E-4,5.0137195754339594E-4,3.3424797169559733E-4,1.6712398584779861E-4,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.hgvAALL.fH2G.,MATCH(R146,Prd.,0))","v":8.3561992923899327E-4},8.3561992923899327E-4,8.3561992923899327E-4,0.10066849594339118,0.20050137195754339,0.30033424797169556,0.40016712398584775,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.hgvAALL.fH2G.,MATCH(R146,Prd.,0))","v":8.3561992923899327E-4},8.3561992923899327E-4,8.3561992923899327E-4,0.16066849594339122,0.32050137195754341,0.48033424797169566,0.64016712398584785,0.8,0.8,0.8,0.8,0.8,0.8,0.8,0.8,0.8,0.8,0.8]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.hgvAALL.fH2G.,MATCH(R146,Prd.,0))","v":8.3561992923899327E-4},8.3561992923899327E-4,8.3561992923899327E-4,0.20066849594339123,0.40050137195754343,0.60033424797169566,0.80016712398584788,1.0000000000000002,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hgvAH2., MAX($R$147:$AI$150)*1.05, \"\")","v":""},"",1.0500000000000003,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hgvAH2.+User_LvrSpeed.hgvAH2., MAX($R$147:$AI$150)*1.05, \"\")","v":""},"","","","","","",1.0500000000000003,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[9,{"$f":"INDEX(output.lever.names, A159, )","v":"Heavy Vehicles - Hybrid"}]
[null,null,null,"Plug-In Hybrid Electric Share of Vehicle Distance",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Hybrid Electric Share of Articulated HGVs Distance"]
[null,null,null,"HGV Articulated","share",{"$f":"ShrBY.hgvAPHEV.","v":0},{"$f":"lv1.AmbShrPen.hgvAPHEV.","v":0},{"$f":"lv2.AmbShrPen.hgvAPHEV.","v":0.25},{"$f":"lv3.AmbShrPen.hgvAPHEV.","v":0.6},{"$f":"lv4.AmbShrPen.hgvAPHEV.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Bus","share",{"$f":"ShrBY.busPHEV.","v":0},{"$f":"lv1.AmbShrPen.busPHEV.","v":0},{"$f":"lv2.AmbShrPen.busPHEV.","v":0.4},{"$f":"lv3.AmbShrPen.busPHEV.","v":0.6},{"$f":"lv4.AmbShrPen.busPHEV.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.hgvAALL.fhyb.,MATCH(R162,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.hgvAALL.fhyb.,MATCH(R162,Prd.,0))","v":0},0,4.1666666666666664E-2,8.3333333333333329E-2,0.125,0.16666666666666666,0.20833333333333334,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.hgvAALL.fhyb.,MATCH(R162,Prd.,0))","v":0},0,0.1,0.2,0.3,0.4,0.5,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.hgvAALL.fhyb.,MATCH(R162,Prd.,0))","v":0},0,0.16666666666666666,0.33333333333333331,0.5,0.66666666666666663,0.83333333333333337,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hgvAPHEV., MAX($R$163:$AI$166)*1.05, \"\")","v":""},1.05,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hgvAPHEV.+User_LvrSpeed.hgvAPHEV., MAX($R$163:$AI$166)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[10,{"$f":"INDEX(output.lever.names, A176, )","v":"Heavy Vehicles - Biofuel"}]
[null,null,null,"Biofuel Share of Liquid Fuel by Vehicle",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Biofuel Share of Liquid Fuel in Articulated HGVs"]
[null,null,null,"HGV Articulated","share",{"$f":"ShrBY.hgvAALL.fBiL.","v":2.2344359200719029E-2},{"$f":"lv1.AmbShrPen.hgvAALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.hgvAALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.hgvAALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.hgvAALL.fBiL.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Bus","share",{"$f":"ShrBY.busALL.fBiL.","v":2.2344359200719029E-2},{"$f":"lv1.AmbShrPen.busALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.busALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.busALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.busALL.fBiL.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.hgvAALL.fBiL.,MATCH(R179,Prd.,0))","v":2.2344359200719029E-2},2.2344359200719029E-2,2.2286966000599193E-2,2.2229572800479352E-2,2.2172179600359516E-2,2.2114786400239679E-2,2.2057393200119839E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2,2.2000000000000002E-2]
[null,null,null,"Rail Passenger","share",{"$f":"ShrBY.trnPALL.fBiL.","v":0},{"$f":"lv1.AmbShrPen.trnPALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.trnPALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.trnPALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.trnPALL.fBiL.","v":1},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.hgvAALL.fBiL.,MATCH(R179,Prd.,0))","v":2.2344359200719029E-2},2.2344359200719029E-2,6.0286966000599199E-2,9.8229572800479364E-2,0.13617217960035952,0.1741147864002397,0.21205739320011985,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25]
[null,null,null,"Rail Freight","share",{"$f":"ShrBY.trnFALL.fBiL.","v":0},{"$f":"lv1.AmbShrPen.trnFALL.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.trnFALL.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.trnFALL.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.trnFALL.fBiL.","v":1},null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.hgvAALL.fBiL.,MATCH(R179,Prd.,0))","v":2.2344359200719029E-2},2.2344359200719029E-2,0.10195363266726586,0.18156290613381268,0.26117217960035949,0.34078145306690633,0.42039072653345311,0.49999999999999994,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[null,null,null,"Non-Road Mobile Machinery","share",{"$f":"ShrBY.nrm.fBiL.","v":0},{"$f":"lv1.AmbShrPen.nrm.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.nrm.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.nrm.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.nrm.fBiL.","v":1},null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.hgvAALL.fBiL.,MATCH(R179,Prd.,0))","v":2.2344359200719029E-2},2.2344359200719029E-2,0.18528696600059921,0.34822957280047939,0.51117217960035954,0.6741147864002397,0.83705739320011996,1.0000000000000002,1,1,1,1,1,1,1,1,1,1]
[null,null,null,"Shipping Domestic","share",{"$f":"ShrBY.shpD.fBiL.","v":0},{"$f":"lv1.AmbShrPen.shpD.fBiL.","v":0},{"$f":"lv2.AmbShrPen.shpD.fBiL.","v":0.1},{"$f":"lv3.AmbShrPen.shpD.fBiL.","v":0.3},{"$f":"lv4.AmbShrPen.shpD.fBiL.","v":1},null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hgvAALL.fBiL., MAX($R$180:$AI$183)*1.05, \"\")","v":""},1.0500000000000003,"","","","","","","","","","","","","","","",""]
[null,null,null,"Shipping International","share",{"$f":"ShrBY.shpI.fBiL.","v":0},{"$f":"lv1.AmbShrPen.shpI.fBiL.","v":0},{"$f":"lv2.AmbShrPen.shpI.fBiL.","v":0.1},{"$f":"lv3.AmbShrPen.shpI.fBiL.","v":0.3},{"$f":"lv4.AmbShrPen.shpI.fBiL.","v":1},null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hgvAALL.fBiL.+User_LvrSpeed.hgvAALL.fBiL., MAX($R$180:$AI$183)*1.05, \"\")","v":""},"","","","","","",1.0500000000000003,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[11,{"$f":"INDEX(output.lever.names, A193, )","v":"Aviation Efficiency"}]
[null,null,null,"Aviation",null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,"Index"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Aviation - Energy Intensity Index"]
[null,null,null,"Energy Intensity",null,null,null,null,null,null,null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Domestic","Index",{"$f":"+SUMIFS(EInIndxBaU.aviD.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.aviD.","v":0.85},{"$f":"lv2.AmbEInIndx.aviD.","v":0.7},{"$f":"lv3.AmbEInIndx.aviD.","v":0.65},{"$f":"lv4.AmbEInIndx.aviD.","v":0.6},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.EInIndx.aviI.,MATCH(R196,Prd.,0))","v":1},0.99500999000499901,0.96975918341072276,0.94010577618948599,0.91019635352260841,0.87478938962748765,0.86693488922461337,0.84999999999999987,0.84999999999999987,0.84999999999999987,0.84999999999999987,0.84999999999999987,0.84999999999999987,0.84999999999999987,0.84999999999999987,0.84999999999999987,0.84999999999999987,0.84999999999999987]
[null,null,null,"International","Index",{"$f":"+SUMIFS(EInIndxBaU.aviI.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.aviI.","v":0.85},{"$f":"lv2.AmbEInIndx.aviI.","v":0.7},{"$f":"lv3.AmbEInIndx.aviI.","v":0.65},{"$f":"lv4.AmbEInIndx.aviI.","v":0.6},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.EInIndx.aviI.,MATCH(R196,Prd.,0))","v":1},0.99500999000499901,0.95165442809853817,0.90223724272609085,0.85049603964374365,0.7911285497864059,0.7526020145770782,0.7,0.7,0.7,0.7,0.7,0.7,0.7,0.7,0.7,0.7,0.7]
[null,null,null,"Plug-In Hybrid Electric Share",null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.EInIndx.aviI.,MATCH(R196,Prd.,0))","v":1},0.99500999000499901,0.94561950966114328,0.88961439823829258,0.83059593501745532,0.76324160317271195,0.71449105636123311,0.64999999999999991,0.65,0.65,0.65,0.65,0.65,0.65,0.65,0.65,0.65,0.65]
[null,null,null,"Domestic","share",{"$f":"ShrBY.aviDPHEV.","v":0},{"$f":"lv1.AmbShrPen.aviDPHEV.","v":0},{"$f":"lv2.AmbShrPen.aviDPHEV.","v":0},{"$f":"lv3.AmbShrPen.aviDPHEV.","v":0.5},{"$f":"lv4.AmbShrPen.aviDPHEV.","v":1},null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.EInIndx.aviI.,MATCH(R196,Prd.,0))","v":1},0.99500999000499901,0.93958459122374838,0.87699155375049409,0.8106958303911671,0.73535465655901822,0.67638009814538813,0.60000000000000009,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6]
[null,null,null,"International","share",{"$f":"ShrBY.aviIPHEV.","v":0},{"$f":"lv1.AmbShrPen.aviIPHEV.","v":0},{"$f":"lv2.AmbShrPen.aviIPHEV.","v":0},{"$f":"lv3.AmbShrPen.aviIPHEV.","v":0.5},{"$f":"lv4.AmbShrPen.aviIPHEV.","v":1},null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.aviI., MAX($R$197:$AI$200)*1.05, \"\")","v":""},1.05,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.aviI.+User_LvrSpeed.aviI., MAX($R$197:$AI$200)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[12,{"$f":"INDEX(output.lever.names, A210, )","v":"Aviation Biofuel"}]
[null,null,null,"Biofuel share of liquid fuel",null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Aviation - Share of Biofuel"]
[null,null,null,"Aviation Domestic","share",{"$f":"ShrBY.aviD.fBiL.","v":0},{"$f":"lv1.AmbShrPen.aviD.fBiL.","v":0},{"$f":"lv2.AmbShrPen.aviD.fBiL.","v":0.1},{"$f":"lv3.AmbShrPen.aviD.fBiL.","v":0.3},{"$f":"lv4.AmbShrPen.aviD.fBiL.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Aviation International","share",{"$f":"ShrBY.aviI.fBiL.","v":0},{"$f":"lv1.AmbShrPen.aviI.fBiL.","v":0},{"$f":"lv2.AmbShrPen.aviI.fBiL.","v":0.1},{"$f":"lv3.AmbShrPen.aviI.fBiL.","v":0.3},{"$f":"lv4.AmbShrPen.aviI.fBiL.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.aviI.fBiL.,MATCH(R213,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.aviI.fBiL.,MATCH(R213,Prd.,0))","v":0},0,0,0.02,0.04,0.06,0.08,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.aviI.fBiL.,MATCH(R213,Prd.,0))","v":0},0,0,0.06,0.12,0.18,0.24,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.aviI.fBiL.,MATCH(R213,Prd.,0))","v":0},0,0,0.2,0.4,0.6,0.8,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.aviI.fBiL., MAX($R$214:$AI$217)*1.05, \"\")","v":""},"",1.05,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.aviI.fBiL.+User_LvrSpeed.aviI.fBiL., MAX($R$214:$AI$217)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[13,{"$f":"INDEX(output.lever.names, A226, )","v":"Buildings Temperature"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,"°C"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Average Internal Temperature of Homes"]
[null,null,null,"Residential Dwellings",null,null,null,null,null,null,null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Internal temperature",{"$f":"OFFSET(lv1.AmbTmpIn.dDwl.,0,-1)","v":"°C"},{"$f":"+SUMIFS(TmpInBaU.dDwl.,Prd.,BY.)","v":18.7},{"$f":"lv1.AmbTmpIn.dDwl.","v":20},{"$f":"lv2.AmbTmpIn.dDwl.","v":18},{"$f":"lv3.AmbTmpIn.dDwl.","v":17},{"$f":"lv4.AmbTmpIn.dDwl.","v":16},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.TmpIn.dDwl.,MATCH(R229,Prd.,0))","v":18.7},18.7,18.916666666666668,19.133333333333333,19.349999999999998,19.566666666666666,19.783333333333335,20,20,20,20,20,20,20,20,20,20,20]
[null,null,null,"Hot Water Demand / Person","Index",{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dHW.,Prd.,BY.)","v":1},{"$f":"lv1.AmbDemUnitIndx.dDwl.dHW.","v":1.43},{"$f":"lv2.AmbDemUnitIndx.dDwl.dHW.","v":1.03},{"$f":"lv3.AmbDemUnitIndx.dDwl.dHW.","v":0.77},{"$f":"lv4.AmbDemUnitIndx.dDwl.dHW.","v":0.51},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.TmpIn.dDwl.,MATCH(R229,Prd.,0))","v":18.7},18.7,18.583333333333332,18.466666666666665,18.350000000000001,18.233333333333334,18.116666666666667,18,18,18,18,18,18,18,18,18,18,18]
[null,null,null,"Share of homes with AC","share",{"$f":"+SUMIFS(ShrBaU.dDwl.dCl.,Prd.,BY.)","v":1.0915334480413704E-2},{"$f":"lv1.AmbShrPen.dDwl.dCl.","v":0.5},{"$f":"lv2.AmbShrPen.dDwl.dCl.","v":0.33},{"$f":"lv3.AmbShrPen.dDwl.dCl.","v":0.16700000000000001},{"$f":"lv4.AmbShrPen.dDwl.dCl.","v":0},null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.TmpIn.dDwl.,MATCH(R229,Prd.,0))","v":18.7},18.7,18.416666666666668,18.133333333333333,17.850000000000001,17.566666666666666,17.283333333333335,17,17,17,17,17,17,17,17,17,17,17]
[null,null,null,"Non-Residential Buildings",null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.TmpIn.dDwl.,MATCH(R229,Prd.,0))","v":18.7},18.7,18.25,17.8,17.349999999999998,16.899999999999999,16.45,15.999999999999998,15.999999999999998,15.999999999999998,15.999999999999998,15.999999999999998,15.999999999999998,15.999999999999998,15.999999999999998,15.999999999999998,15.999999999999998,15.999999999999998]
[null,null,null,"Space Heat Demand / Area","Index",{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dSH.,Prd.,BY.)","v":1},{"$f":"lv1.AmbDemUnitIndx.nFlr.dSH.","v":1.5},{"$f":"lv2.AmbDemUnitIndx.nFlr.dSH.","v":1.35},{"$f":"lv3.AmbDemUnitIndx.nFlr.dSH.","v":1.08},{"$f":"lv4.AmbDemUnitIndx.nFlr.dSH.","v":0.8},null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.dDwl.dSH., MAX($R$230:$AI$233)*1.05, \"\")","v":""},21,"","","","","","","","","","","","","","","",""]
[null,null,null,"Hot Water Demand / Area","Index",{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dHW.,Prd.,BY.)","v":1},{"$f":"lv1.AmbDemUnitIndx.nFlr.dHW.","v":1.5},{"$f":"lv2.AmbDemUnitIndx.nFlr.dHW.","v":1.42},{"$f":"lv3.AmbDemUnitIndx.nFlr.dHW.","v":1.25},{"$f":"lv4.AmbDemUnitIndx.nFlr.dHW.","v":0.9},null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.dDwl.dSH.+User_LvrSpeed.dDwl.dSH., MAX($R$230:$AI$233)*1.05, \"\")","v":""},"","","","","","",21,"","","","","","","","","",""]
[null,null,null,"Cooling Demand / Area","Index",{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dCl.,Prd.,BY.)","v":1},{"$f":"lv1.AmbDemUnitIndx.nFlr.dCl.","v":2.41},{"$f":"lv2.AmbDemUnitIndx.nFlr.dCl.","v":1.6},{"$f":"lv3.AmbDemUnitIndx.nFlr.dCl.","v":1.07},{"$f":"lv4.AmbDemUnitIndx.nFlr.dCl.","v":0.56000000000000005}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[14,{"$f":"INDEX(output.lever.names, A246, )","v":"Buildings Insulation"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,{"$f":"OFFSET(lv1.AmbHtLsRt.dDwlNwI.,0,-1)","v":"W / °C"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"New Home Average Heat Loss Rate"]
[null,null,null,"Residential Dwellings",null,null,null,null,null,null,null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,"c","Insulation Retrofits","Million",0,{"$f":"lv1.AmbShrPen.dCnsv. / su_Million.","v":2.5},{"$f":"lv2.AmbShrPen.dCnsv. / su_Million.","v":9.1666666666666661},{"$f":"lv3.AmbShrPen.dCnsv. / su_Million.","v":15.833333333333332},{"$f":"lv4.AmbShrPen.dCnsv. / su_Million.","v":22.5},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.HtLsRt.dDwlNwl.,MATCH(R249,Prd.,0))","v":150},150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150]
[null,null,null,"New Build Standards",{"$f":"OFFSET(lv1.AmbHtLsRt.dDwlNwI.,0,-1)","v":"W / °C"},{"$f":"+SUMIFS(HtLsRtBaU.dDwlNwI.,Prd.,BY.)","v":150},{"$f":"lv1.AmbHtLsRt.dDwlNwI.","v":150},{"$f":"lv2.AmbHtLsRt.dDwlNwI.","v":100},{"$f":"lv3.AmbHtLsRt.dDwlNwI.","v":62.5},{"$f":"lv4.AmbHtLsRt.dDwlNwI.","v":25},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.HtLsRt.dDwlNwl.,MATCH(R249,Prd.,0))","v":150},150,137.5,124.99999999999999,112.5,100,100,100,100,100,100,100,100,100,100,100,100,100]
[null,null,null,"Non-Residential Buildings",null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.HtLsRt.dDwlNwl.,MATCH(R249,Prd.,0))","v":150},{"$f":"INDEX(lv3.HtLsRt.dDwlNwl.,MATCH(S249,Prd.,0))","v":150},128.125,106.25,84.375,62.500000000000014,62.5,62.5,62.5,62.5,62.5,62.5,62.5,62.5,62.5,62.5,62.5,62.5]
[null,null,null,"Insulation Retrofits","share",0,{"$f":"lv1.AmbShrPen.nCnsv.","v":0},{"$f":"lv2.AmbShrPen.nCnsv.","v":0.33},{"$f":"lv3.AmbShrPen.nCnsv.","v":0.67},{"$f":"lv4.AmbShrPen.nCnsv.","v":1},null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.HtLsRt.dDwlNwl.,MATCH(R249,Prd.,0))","v":150},150,118.75,87.499999999999986,56.249999999999986,24.999999999999979,25,25,25,25,25,25,25,25,25,25,25,25]
[null,null,null,"New Build Standards","Index (2015 stock)",{"$f":"+SUMIFS(DemUnitIndxBaU.nFlrNwI.dSH.,Prd.,BY.)","v":0.6},{"$f":"lv1.AmbDemUnitIndx.nFlrNwI.dSH.","v":0.6},{"$f":"lv2.AmbDemUnitIndx.nFlrNwI.dSH.","v":0.3},{"$f":"lv3.AmbDemUnitIndx.nFlrNwI.dSH.","v":0.2},{"$f":"lv4.AmbDemUnitIndx.nFlrNwI.dSH.","v":0.1},null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.dDwlNwI.dSH., MAX($R$250:$AI$253)*1.05, \"\")","v":""},157.5,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.dDwlNwI.dSH.+User_LvrSpeed.dDwlNwI.dSH., MAX($R$250:$AI$253)*1.05, \"\")","v":""},"","","","",157.5,"","","","","","","","","","","",""]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"OFFSET(lv1.AmbShrPen.dCnsv.,0,-1)","v":"Number of retrofits"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Number of domestic retrofits"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Cap.dCnsv.,MATCH(R260,Prd.,0))","v":0},0,625000,1250000,1875000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000,2500000]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Cap.dCnsv.,MATCH(R260,Prd.,0))","v":0},0,2291666.6666666665,4583333.333333333,6875000,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666,9166666.666666666]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Cap.dCnsv.,MATCH(R260,Prd.,0))","v":0},0,3958333.333333333,7916666.666666666,11875000,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332,15833333.333333332]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Cap.dCnsv.,MATCH(R260,Prd.,0))","v":0},0,5625000,11250000,16875000,22500000,22500000,22500000,22500000,22500000,22500000,22500000,22500000,22500000,22500000,22500000,22500000,22500000]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.dCnsv., MAX($R$261:$AI$264)*1.05, \"\")","v":""},23625000,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.dCnsv.+User_LvrSpeed.dCnsv., MAX($R$261:$AI$264)*1.05, \"\")","v":""},"","","","",23625000,"","","","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[15,{"$f":"INDEX(output.lever.names, A279, )","v":"District Heat Share"}]
[null,null,null,"District Heat Share of Heat",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"District Heat Share of Residential Heat"]
[null,null,null,"Residential","share",{"$f":"ShrBY.dDHN.","v":3.6675753645661162E-2},{"$f":"lv1.AmbShrPen.dDHN.","v":0.04},{"$f":"lv2.AmbShrPen.dDHN.","v":0.2},{"$f":"lv3.AmbShrPen.dDHN.","v":0.4},{"$f":"lv4.AmbShrPen.dDHN.","v":0.6},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Non-Residential","share",{"$f":"ShrBY.nDHN.","v":2.9636418556377574E-2},{"$f":"lv1.AmbShrPen.nDHN.","v":0.05},{"$f":"lv2.AmbShrPen.nDHN.","v":0.2},{"$f":"lv3.AmbShrPen.nDHN.","v":0.4},{"$f":"lv4.AmbShrPen.nDHN.","v":0.6},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.dDHN.,MATCH(R282,Prd.,0))","v":3.6675753645661162E-2},3.6675753645661162E-2,3.7229794704717635E-2,3.7783835763774108E-2,3.8337876822830581E-2,3.8891917881887055E-2,3.9445958940943528E-2,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04,0.04]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.dDHN.,MATCH(R282,Prd.,0))","v":3.6675753645661162E-2},3.6675753645661162E-2,6.38964613713843E-2,9.1117169097107431E-2,0.11833787682283059,0.14555858454855372,0.17277929227427685,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.dDHN.,MATCH(R282,Prd.,0))","v":3.6675753645661162E-2},3.6675753645661162E-2,9.7229794704717626E-2,0.15778383576377411,0.2183378768228306,0.27889191788188705,0.33944595894094354,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.dDHN.,MATCH(R282,Prd.,0))","v":3.6675753645661162E-2},3.6675753645661162E-2,0.13056312803805098,0.22445050243044079,0.3183378768228306,0.41222525121522041,0.50611262560761017,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.dDHN., MAX($R$283:$AI$286)*1.05, \"\")","v":""},0.63,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.dDHN.+User_LvrSpeed.dDHN., MAX($R$283:$AI$286)*1.05, \"\")","v":""},"","","","","","",0.63,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[16,{"$f":"INDEX(output.lever.names, A295, )","v":"Heat Pump Share"}]
[null,null,null,"Heat Pump Share of Heat",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Heat Pump Share of Residential Heat"]
[null,null,null,"Residential","share",{"$f":"ShrBY.dHPALL.","v":0},{"$f":"lv1.AmbShrPen.dHPALL.","v":0},{"$f":"lv2.AmbShrPen.dHPALL.","v":0.2},{"$f":"lv3.AmbShrPen.dHPALL.","v":0.4},{"$f":"lv4.AmbShrPen.dHPALL.","v":0.9},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Non-Residential","share",{"$f":"ShrBY.nHPALL.","v":0},{"$f":"lv1.AmbShrPen.nHPALL.","v":0},{"$f":"lv2.AmbShrPen.nHPALL.","v":0.2},{"$f":"lv3.AmbShrPen.nHPALL.","v":0.4},{"$f":"lv4.AmbShrPen.nHPALL.","v":0.9},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.dHPALL.,MATCH(R298,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.dHPALL.,MATCH(R298,Prd.,0))","v":0},0,3.3333333333333333E-2,6.6666666666666666E-2,0.1,0.13333333333333333,0.16666666666666669,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2,0.2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.dHPALL.,MATCH(R298,Prd.,0))","v":0},0,6.6666666666666666E-2,0.13333333333333333,0.2,0.26666666666666666,0.33333333333333337,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.dHPALL.,MATCH(R298,Prd.,0))","v":0},0,0.15000000000000002,0.30000000000000004,0.45,0.60000000000000009,0.75000000000000011,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.dHPALL., MAX($R$299:$AI$302)*1.05, \"\")","v":""},0.94500000000000006,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.dHPALL.+User_LvrSpeed.dHPALL., MAX($R$299:$AI$302)*1.05, \"\")","v":""},"","","","","","",0.94500000000000006,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[17,{"$f":"INDEX(output.lever.names, A311, )","v":"Hybrid Heat Share"}]
[null,null,null,"Hybrid Heat Pump Share of Heat",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Hybrid Heat Pump Share of Residential Heat"]
[null,null,null,"Residential","share",{"$f":"ShrBY.dHyb.","v":0},{"$f":"lv1.AmbShrPen.dHyb.","v":0},{"$f":"lv2.AmbShrPen.dHyb.","v":0.25},{"$f":"lv3.AmbShrPen.dHyb.","v":0.5},{"$f":"lv4.AmbShrPen.dHyb.","v":0.9},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Non-Residential","share",{"$f":"ShrBY.nHyb.","v":0},{"$f":"lv1.AmbShrPen.nHyb.","v":0},{"$f":"lv2.AmbShrPen.nHyb.","v":0.25},{"$f":"lv3.AmbShrPen.nHyb.","v":0.5},{"$f":"lv4.AmbShrPen.nHyb.","v":0.9},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.dHPALL.dHyb.,MATCH(R314,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.dHPALL.dHyb.,MATCH(R314,Prd.,0))","v":0},0,4.1666666666666664E-2,8.3333333333333329E-2,0.125,0.16666666666666666,0.20833333333333334,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.dHPALL.dHyb.,MATCH(R314,Prd.,0))","v":0},0,8.3333333333333329E-2,0.16666666666666666,0.25,0.33333333333333331,0.41666666666666669,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.dHPALL.dHyb.,MATCH(R314,Prd.,0))","v":0},0,0.15000000000000002,0.30000000000000004,0.45,0.60000000000000009,0.75000000000000011,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.dHyb., MAX($R$315:$AI$318)*1.05, \"\")","v":""},0.94500000000000006,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 =  User_LvrStart.dHyb.+ User_LvrSpeed.dHyb., MAX($R$315:$AI$318)*1.05, \"\")","v":""},"","","","","","",0.94500000000000006,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[18,{"$f":"INDEX(output.lever.names, A327, )","v":"Network - Heat Pump"}]
[null,null,null,"Heat Pump share of network heat",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Heat Network - Heat Pump Contribution"]
[null,null,null,"Water Source HP",{"$f":"OFFSET(lv1.AmbShrPen.hnHPW.,0,-1)","v":"TWh."},{"$f":"ActvBY.hnHPW.","v":0},{"$f":"lv1.AmbShrPen.hnHPW.","v":0},{"$f":"lv2.AmbShrPen.hnHPW.","v":20},{"$f":"lv3.AmbShrPen.hnHPW.","v":40},{"$f":"lv4.AmbShrPen.hnHPW.","v":80},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Ground Source HP",{"$f":"OFFSET(lv1.AmbShrPen.hnHPG.,0,-1)","v":"TWh."},{"$f":"ActvBY.hnHPG.","v":0},{"$f":"lv1.AmbShrPen.hnHPG.","v":0},{"$f":"lv2.AmbShrPen.hnHPG.","v":50},{"$f":"lv3.AmbShrPen.hnHPG.","v":100},{"$f":"lv4.AmbShrPen.hnHPG.","v":225},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.hnHPG.,MATCH(R330,Prd.,0))+INDEX(lv1.Actv.hvHPW.,MATCH(R330,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.hnHPG.,MATCH(R330,Prd.,0))+INDEX(lv2.Actv.hvHPW.,MATCH(R330,Prd.,0))","v":0},0,11.666666666666668,23.333333333333336,35,46.666666666666671,58.333333333333336,70,70,70,70,70,70,70,70,70,70,70]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.hnHPG.,MATCH(R330,Prd.,0))+INDEX(lv3.Actv.hvHPW.,MATCH(R330,Prd.,0))","v":0},0,23.333333333333336,46.666666666666671,70,93.333333333333343,116.66666666666667,140,140,140,140,140,140,140,140,140,140,140]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.hnHPG.,MATCH(R330,Prd.,0))+INDEX(lv4.Actv.hvHPW.,MATCH(R330,Prd.,0))","v":0},0,50.833333333333329,101.66666666666666,152.5,203.33333333333331,254.16666666666666,305,305,305,305,305,305,305,305,305,305,305]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hnHPW., MAX($R$331:$AI$334)*1.05, \"\")","v":""},320.25,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hnHPW.+User_LvrSpeed.hnHPW., MAX($R$331:$AI$334)*1.05, \"\")","v":""},"","","","","","",320.25,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[19,{"$f":"INDEX(output.lever.names, A343, )","v":"Heat Network - Biomass"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Heat Network - Biomass CHP Contribution"]
[null,null,null,"Biomass CHP",{"$f":"OFFSET(lv1.AmbShrPen.hnCHPB.,0,-1)","v":"TWh."},{"$f":"ActvBY.hnCHPB.","v":0.23851018220793144},{"$f":"lv1.AmbShrPen.hnCHPB.","v":0},{"$f":"lv2.AmbShrPen.hnCHPB.","v":25},{"$f":"lv3.AmbShrPen.hnCHPB.","v":50},{"$f":"lv4.AmbShrPen.hnCHPB.","v":100},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.hnCHPB.,MATCH(R346,Prd.,0))","v":0.23851018220793144},0.23851018220793144,0.19875848517327621,0.15900678813862096,0.1192550911039657,7.9503394069310479E-2,3.9751697034655226E-2,-2.7755575615628914E-17,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.hnCHPB.,MATCH(R346,Prd.,0))","v":0.23851018220793144},0.23851018220793144,4.3654251518399425,8.4923401214719547,12.619255091103966,16.746170060735977,20.873085030367989,25,25,25,25,25,25,25,25,25,25,25]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.hnCHPB.,MATCH(R346,Prd.,0))","v":0.23851018220793144},0.23851018220793144,8.5320918185066095,16.825673454805287,25.119255091103966,33.412836727402642,41.706418363701324,50,50,50,50,50,50,50,50,50,50,50]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.hnCHPB.,MATCH(R346,Prd.,0))","v":0.23851018220793144},0.23851018220793144,16.865425151839943,33.492340121471955,50.119255091103966,66.746170060735977,83.373085030367989,100,100,100,100,100,100,100,100,100,100,100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hnCHPB., MAX($R$347:$AI$350)*1.05, \"\")","v":""},105,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hnCHPB.+User_LvrSpeed.hnCHPB., MAX($R$347:$AI$350)*1.05, \"\")","v":""},"","","","","","",105,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[20,{"$f":"INDEX(output.lever.names, A359, )","v":"Lighting and Appliances"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,"Index"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Residential Appliance - Energy Intensity Index"]
[null,null,null,"Demand",null,null,null,null,null,null,null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Lighting - Residential","Index",{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dLt.,Prd.,BY.)","v":1},{"$f":"lv1.AmbDemUnitIndx.dDwl.dLt.","v":1.5},{"$f":"lv2.AmbDemUnitIndx.dDwl.dLt.","v":1},{"$f":"lv3.AmbDemUnitIndx.dDwl.dLt.","v":0.85},{"$f":"lv4.AmbDemUnitIndx.dDwl.dLt.","v":0.7},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.EInIndx.dAp.,MATCH(R362,Prd.,0))","v":1},0.93605930647544411,0.8989233506411729,0.8745339602896407,0.86961783995675879,0.87734794906190883,0.8853396096142413,0.9,0.9,0.9,0.9,0.9,0.90000000000000013,0.9,0.9,0.9,0.9,0.9]
[null,null,null,"Lighting - Non-Res","Index",{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dLt.,Prd.,BY.)","v":1},{"$f":"lv1.AmbDemUnitIndx.nFlr.dLt.","v":1.3},{"$f":"lv2.AmbDemUnitIndx.nFlr.dLt.","v":1},{"$f":"lv3.AmbDemUnitIndx.nFlr.dLt.","v":0.75},{"$f":"lv4.AmbDemUnitIndx.nFlr.dLt.","v":0.5},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.EInIndx.dAp.,MATCH(R362,Prd.,0))","v":1},0.93605930647544411,0.87476655954502969,0.8283473981083378,0.80190328747255313,0.78778795258381284,0.7742344233041516,0.76666666666666672,0.76666666666666672,0.76666666666666672,0.76666666666666672,0.76666666666666672,0.76666666666666672,0.76666666666666672,0.76666666666666672,0.76666666666666672,0.76666666666666672,0.76666666666666672]
[null,null,null,"Appliance - Residential","Index",{"$f":"+SUMIFS(DemUnitIndxBaU.dDwl.dAp.,Prd.,BY.)","v":1},{"$f":"lv1.AmbDemUnitIndx.dDwl.dAp.","v":1.5},{"$f":"lv2.AmbDemUnitIndx.dDwl.dAp.","v":1},{"$f":"lv3.AmbDemUnitIndx.dDwl.dAp.","v":0.75},{"$f":"lv4.AmbDemUnitIndx.dDwl.dAp.","v":0.5},null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.EInIndx.dAp.,MATCH(R362,Prd.,0))","v":1},0.93605930647544411,0.85060976844888636,0.78216083592703478,0.73418873498834736,0.69822795610571675,0.66312923699406157,0.6333333333333333,0.6333333333333333,0.6333333333333333,0.6333333333333333,0.6333333333333333,0.6333333333333333,0.6333333333333333,0.6333333333333333,0.6333333333333333,0.6333333333333333,0.6333333333333333]
[null,null,null,"Appliance - Non-Res","Index",{"$f":"+SUMIFS(DemUnitIndxBaU.nFlr.dAp.,Prd.,BY.)","v":1},{"$f":"lv1.AmbDemUnitIndx.nFlr.dAp.","v":1.3},{"$f":"lv2.AmbDemUnitIndx.nFlr.dAp.","v":1},{"$f":"lv3.AmbDemUnitIndx.nFlr.dAp.","v":0.9},{"$f":"lv4.AmbDemUnitIndx.nFlr.dAp.","v":0.8},null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.EInIndx.dAp.,MATCH(R362,Prd.,0))","v":1},0.93605930647544411,0.82645297735274326,0.73597427374573177,0.6664741825041417,0.60866795962762077,0.55202405068397165,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.49999999999999994,0.5,0.49999999999999994,0.5]
[null,null,null,"Energy Intensity",null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.dAp., MAX($R$363:$AI$366)*1.05, \"\")","v":""},1.05,"","","","","","","","","","","","","","","",""]
[null,null,null,"Lighting - Residential","Index",{"$f":"+SUMIFS(EInIndxBaU.dLt.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.dLt.","v":0.77765736000000008},{"$f":"lv2.AmbEInIndx.dLt.","v":0.33},{"$f":"lv3.AmbEInIndx.dLt.","v":0.33},{"$f":"lv4.AmbEInIndx.dLt.","v":0.25},null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.dAp.+User_LvrSpeed.dAp., MAX($R$363:$AI$366)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[null,null,null,"Lighting - Non-Res","Index",{"$f":"+SUMIFS(EInIndxBaU.nLt.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.nLt.","v":0.78570000000000007},{"$f":"lv2.AmbEInIndx.nLt.","v":0.5},{"$f":"lv3.AmbEInIndx.nLt.","v":0.5},{"$f":"lv4.AmbEInIndx.nLt.","v":0.4}]
[null,null,null,"Appliance - Residential","Index",{"$f":"+SUMIFS(EInIndxBaU.dAp.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.dAp.","v":0.9},{"$f":"lv2.AmbEInIndx.dAp.","v":0.76666666666666672},{"$f":"lv3.AmbEInIndx.dAp.","v":0.6333333333333333},{"$f":"lv4.AmbEInIndx.dAp.","v":0.5}]
[null,null,null,"Appliance - Non-Res","Index",{"$f":"+SUMIFS(EInIndxBaU.nAp.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.nAp.","v":0.9},{"$f":"lv2.AmbEInIndx.nAp.","v":0.76666666666666672},{"$f":"lv3.AmbEInIndx.nAp.","v":0.6333333333333333},{"$f":"lv4.AmbEInIndx.nAp.","v":0.5}]
[null,null,null,"Air Con - Residential","Index",{"$f":"+SUMIFS(EInIndxBaU.dAC.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.dAC.","v":0.9},{"$f":"lv2.AmbEInIndx.dAC.","v":0.77},{"$f":"lv3.AmbEInIndx.dAC.","v":0.63},{"$f":"lv4.AmbEInIndx.dAC.","v":0.5}]
[null,null,null,"Air Con - Non-Res","Index",{"$f":"+SUMIFS(EInIndxBaU.nAC.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.nAC.","v":0.9},{"$f":"lv2.AmbEInIndx.nAC.","v":0.77},{"$f":"lv3.AmbEInIndx.nAC.","v":0.63},{"$f":"lv4.AmbEInIndx.nAC.","v":0.5}]
[]
[]
[21,{"$f":"INDEX(output.lever.names, A376, )","v":"Industrial Efficiency"}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Industrial Energy Intensity (Index 2015)",null,"Priority Order Illustration not required"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8"]
[null,null,null,"Energy Intensity"]
[null,null,"Metals & Cement","Metal Production","Index",{"$f":"+SUMIFS(EInIndxBaU.inSTL.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.inSTL.","v":1},{"$f":"lv2.AmbEInIndx.inSTL.","v":1},{"$f":"lv3.AmbEInIndx.inSTL.","v":0.9},{"$f":"lv4.AmbEInIndx.inSTL.","v":0.75}]
[null,null,null,"Cement, ceramics, glass","Index",{"$f":"+SUMIFS(EInIndxBaU.inCCG.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.inCCG.","v":1},{"$f":"lv2.AmbEInIndx.inCCG.","v":1},{"$f":"lv3.AmbEInIndx.inCCG.","v":0.9},{"$f":"lv4.AmbEInIndx.inCCG.","v":0.75}]
[null,null,"Chemicals, Refineries & Other","Chemicals","Index",{"$f":"+SUMIFS(EInIndxBaU.inCHE.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.inCHE.","v":0.87},{"$f":"lv2.AmbEInIndx.inCHE.","v":0.72},{"$f":"lv3.AmbEInIndx.inCHE.","v":0.51},{"$f":"lv4.AmbEInIndx.inCHE.","v":0.4}]
[null,null,null,"Other Industry","Index",{"$f":"+SUMIFS(EInIndxBaU.inOTH.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.inOTH.","v":0.87},{"$f":"lv2.AmbEInIndx.inOTH.","v":0.72},{"$f":"lv3.AmbEInIndx.inOTH.","v":0.51},{"$f":"lv4.AmbEInIndx.inOTH.","v":0.4}]
[null,null,null,"Refineries","Index",{"$f":"+SUMIFS(EInIndxBaU.inREF.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEInIndx.inREF.","v":0.87},{"$f":"lv2.AmbEInIndx.inREF.","v":0.72},{"$f":"lv3.AmbEInIndx.inREF.","v":0.51},{"$f":"lv4.AmbEInIndx.inREF.","v":0.4}]
[null,null,null,"Process Emissions Intensity"]
[null,null,null,"Metal Production","Index",{"$f":"+SUMIFS(EmFIndxBaU.inSTLPEm.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.inSTLPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inSTLPEm.","v":0.96},{"$f":"lv3.AmbEmFIndx.inSTLPEm.","v":0.92},{"$f":"lv4.AmbEmFIndx.inSTLPEm.","v":0.88}]
[null,null,null,"Cement, ceramics, glass","Index",{"$f":"+SUMIFS(EmFIndxBaU.inCCGPEm.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.inCCGPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inCCGPEm.","v":0.85000000000000009},{"$f":"lv3.AmbEmFIndx.inCCGPEm.","v":0.70000000000000007},{"$f":"lv4.AmbEmFIndx.inCCGPEm.","v":0.55000000000000004}]
[null,null,null,"Chemicals","Index",{"$f":"+SUMIFS(EmFIndxBaU.inCHEPEm.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.inCHEPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inCHEPEm.","v":0.81666666666666665},{"$f":"lv3.AmbEmFIndx.inCHEPEm.","v":0.6333333333333333},{"$f":"lv4.AmbEmFIndx.inCHEPEm.","v":0.45}]
[null,null,null,"Other Industry","Index",{"$f":"+SUMIFS(EmFIndxBaU.inOTHPEm.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.inOTHPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inOTHPEm.","v":0.83333333333333337},{"$f":"lv3.AmbEmFIndx.inOTHPEm.","v":0.66666666666666674},{"$f":"lv4.AmbEmFIndx.inOTHPEm.","v":0.5}]
[null,null,null,"Refineries","Index",{"$f":"+SUMIFS(EmFIndxBaU.inREFPEm.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.inREFPEm.","v":1},{"$f":"lv2.AmbEmFIndx.inREFPEm.","v":0.81666666666666665},{"$f":"lv3.AmbEmFIndx.inREFPEm.","v":0.6333333333333333},{"$f":"lv4.AmbEmFIndx.inREFPEm.","v":0.45}]
[]
[22,{"$f":"INDEX(output.lever.names, A392, )","v":"Industry Electrification"}]
[null,null,null,"Share of Process Heat Supplied by Electricity",null,null,null,null,null,null,null,null,null,"#1577A8"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4"]
[null,null,null,"Metal Production","share",{"$f":"+SUMIFS(ShrBaU.inSTLHt.fElc.,Prd.,BY.)","v":0.13034710400130453},{"$f":"lv1.AmbShrPen.inSTLHt.fElc.","v":0.13034710400130453},{"$f":"lv2.AmbShrPen.inSTLHt.fElc.","v":0.42499999999999999},{"$f":"lv3.AmbShrPen.inSTLHt.fElc.","v":0.5},{"$f":"lv4.AmbShrPen.inSTLHt.fElc.","v":0.85}]
[null,null,null,"Cement, ceramics, glass","share",{"$f":"+SUMIFS(ShrBaU.inCCGHt.fElc.,Prd.,BY.)","v":0.11492138716488334},{"$f":"lv1.AmbShrPen.inCCGHt.fElc.","v":0.11492138716488334},{"$f":"lv2.AmbShrPen.inCCGHt.fElc.","v":0.21249999999999999},{"$f":"lv3.AmbShrPen.inCCGHt.fElc.","v":0.4375},{"$f":"lv4.AmbShrPen.inCCGHt.fElc.","v":0.85}]
[null,null,null,"Chemicals","share",{"$f":"+SUMIFS(ShrBaU.inCHEHt.fElc.,Prd.,BY.)","v":0.11530263342483422},{"$f":"lv1.AmbShrPen.inCHEHt.fElc.","v":0.11530263342483422},{"$f":"lv2.AmbShrPen.inCHEHt.fElc.","v":0.21249999999999999},{"$f":"lv3.AmbShrPen.inCHEHt.fElc.","v":0.4375},{"$f":"lv4.AmbShrPen.inCHEHt.fElc.","v":0.85}]
[null,null,null,"Other Industry","share",{"$f":"+SUMIFS(ShrBaU.inOTHHt.fElc.,Prd.,BY.)","v":0.19918615499628528},{"$f":"lv1.AmbShrPen.inOTHHt.fElc.","v":0.19918615499628528},{"$f":"lv2.AmbShrPen.inOTHHt.fElc.","v":0.34499999999999997},{"$f":"lv3.AmbShrPen.inOTHHt.fElc.","v":0.5},{"$f":"lv4.AmbShrPen.inOTHHt.fElc.","v":0.9}]
[null,null,null,"Refineries","share",{"$f":"+SUMIFS(ShrBaU.inREFHt.fElc.,Prd.,BY.)","v":3.0664787614693795E-2},{"$f":"lv1.AmbShrPen.inREFHt.fElc.","v":3.0664787614693795E-2},{"$f":"lv2.AmbShrPen.inREFHt.fElc.","v":0.21249999999999999},{"$f":"lv3.AmbShrPen.inREFHt.fElc.","v":0.4375},{"$f":"lv4.AmbShrPen.inREFHt.fElc.","v":0.85}]
[]
[]
[]
[]
[]
[]
[]
[]
[23,{"$f":"INDEX(output.lever.names, A408, )","v":"Industry Shift to Biomass"}]
[null,null,null,"Share of Process Heat Supplied by Biomass"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8"]
[null,null,null,"Metal Production","share",{"$f":"+SUMIFS(ShrBaU.inSTLHt.fBiS.,Prd.,BY.)","v":0},{"$f":"lv1.AmbShrPen.inSTLHt.fBiS.","v":0},{"$f":"lv2.AmbShrPen.inSTLHt.fBiS.","v":0.23333333333333331},{"$f":"lv3.AmbShrPen.inSTLHt.fBiS.","v":0.46666666666666662},{"$f":"lv4.AmbShrPen.inSTLHt.fBiS.","v":0.7}]
[null,null,null,"Cement, ceramics, glass","share",{"$f":"+SUMIFS(ShrBaU.inCCGHt.fBiS.,Prd.,BY.)","v":8.2487154068062979E-2},{"$f":"lv1.AmbShrPen.inCCGHt.fBiS.","v":8.2487154068062979E-2},{"$f":"lv2.AmbShrPen.inCCGHt.fBiS.","v":0.28832476937870866},{"$f":"lv3.AmbShrPen.inCCGHt.fBiS.","v":0.49416238468935436},{"$f":"lv4.AmbShrPen.inCCGHt.fBiS.","v":0.7}]
[null,null,null,"Chemicals","share",{"$f":"+SUMIFS(ShrBaU.inCHEHt.fBiS.,Prd.,BY.)","v":7.6594636605189573E-3},{"$f":"lv1.AmbShrPen.inCHEHt.fBiS.","v":7.6594636605189573E-3},{"$f":"lv2.AmbShrPen.inCHEHt.fBiS.","v":0.30000543129873453},{"$f":"lv3.AmbShrPen.inCHEHt.fBiS.","v":0.5923513989369501},{"$f":"lv4.AmbShrPen.inCHEHt.fBiS.","v":0.88469736657516573}]
[null,null,null,"Other Industry","share",{"$f":"+SUMIFS(ShrBaU.inOTHHt.fBiS.,Prd.,BY.)","v":6.073191277639118E-2},{"$f":"lv1.AmbShrPen.inOTHHt.fBiS.","v":6.073191277639118E-2},{"$f":"lv2.AmbShrPen.inOTHHt.fBiS.","v":0.30742589018549904},{"$f":"lv3.AmbShrPen.inOTHHt.fBiS.","v":0.55411986759460685},{"$f":"lv4.AmbShrPen.inOTHHt.fBiS.","v":0.80081384500371477}]
[null,null,null,"Refineries","share",{"$f":"+SUMIFS(ShrBaU.inREFHt.fBiS.,Prd.,BY.)","v":0},{"$f":"lv1.AmbShrPen.inREFHt.fBiS.","v":0},{"$f":"lv2.AmbShrPen.inREFHt.fBiS.","v":0.3},{"$f":"lv3.AmbShrPen.inREFHt.fBiS.","v":0.6},{"$f":"lv4.AmbShrPen.inREFHt.fBiS.","v":0.9}]
[]
[]
[]
[]
[]
[]
[]
[]
[24,{"$f":"INDEX(output.lever.names, A424, )","v":"Industry Shift to Gas"}]
[null,null,null,"Share of Process Heat Supplied by Gas (Natural/Bio/H2)",null,null,null,null,null,null,null,null,null,"#1577A8"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4"]
[null,null,null,"Metal Production","share",{"$f":"+SUMIFS(ShrBaU.inSTLHt.fGrdG.,Prd.,BY.)","v":0.15471211692101866},{"$f":"lv1.AmbShrPen.inSTLHt.fGrdG.","v":0.15471211692101866},{"$f":"lv2.AmbShrPen.inSTLHt.fGrdG.","v":0.33647474461401244},{"$f":"lv3.AmbShrPen.inSTLHt.fGrdG.","v":0.51823737230700617},{"$f":"lv4.AmbShrPen.inSTLHt.fGrdG.","v":0.7}]
[null,null,null,"Cement, ceramics, glass","share",{"$f":"+SUMIFS(ShrBaU.inCCGHt.fGrdG.,Prd.,BY.)","v":0.49900761144132794},{"$f":"lv1.AmbShrPen.inCCGHt.fGrdG.","v":0.49900761144132794},{"$f":"lv2.AmbShrPen.inCCGHt.fGrdG.","v":0.56600507429421865},{"$f":"lv3.AmbShrPen.inCCGHt.fGrdG.","v":0.6330025371471093},{"$f":"lv4.AmbShrPen.inCCGHt.fGrdG.","v":0.7}]
[null,null,null,"Chemicals","share",{"$f":"+SUMIFS(ShrBaU.inCHEHt.fGrdG.,Prd.,BY.)","v":0.73512168361631614},{"$f":"lv1.AmbShrPen.inCHEHt.fGrdG.","v":0.73512168361631614},{"$f":"lv2.AmbShrPen.inCHEHt.fGrdG.","v":0.78242709004909305},{"$f":"lv3.AmbShrPen.inCHEHt.fGrdG.","v":0.82973249648186997},{"$f":"lv4.AmbShrPen.inCHEHt.fGrdG.","v":0.87703790291464678}]
[null,null,null,"Other Industry","share",{"$f":"+SUMIFS(ShrBaU.inOTHHt.fGrdG.,Prd.,BY.)","v":0.40420197332489383},{"$f":"lv1.AmbShrPen.inOTHHt.fGrdG.","v":0.40420197332489383},{"$f":"lv2.AmbShrPen.inOTHHt.fGrdG.","v":0.51616195962570377},{"$f":"lv3.AmbShrPen.inOTHHt.fGrdG.","v":0.62812194592651371},{"$f":"lv4.AmbShrPen.inOTHHt.fGrdG.","v":0.74008193222732355}]
[null,null,null,"Refineries","share",{"$f":"+SUMIFS(ShrBaU.inREFHt.fGrdG.,Prd.,BY.)","v":3.2105302585191599E-2},{"$f":"lv1.AmbShrPen.inREFHt.fGrdG.","v":3.2105302585191599E-2},{"$f":"lv2.AmbShrPen.inREFHt.fGrdG.","v":0.32140353505679442},{"$f":"lv3.AmbShrPen.inREFHt.fGrdG.","v":0.61070176752839722},{"$f":"lv4.AmbShrPen.inREFHt.fGrdG.","v":0.9}]
[]
[]
[]
[]
[]
[]
[]
[]
[25,{"$f":"INDEX(output.lever.names, A440, )","v":"Industry CCS"}]
[null,null,null,"Share of CO2 emitting processes with CCS applied",null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8"]
[null,null,{"$f":"D443","v":"Metal Production"},"Metal Production","share",{"$f":"ShrBaU.inSTLHtccs.","v":0},{"$f":"lv1.AmbShrPen.inSTLHtccs.","v":0},{"$f":"lv2.AmbShrPen.inSTLHtccs.","v":0.22500000000000001},{"$f":"lv3.AmbShrPen.inSTLHtccs.","v":0.51249999999999996},{"$f":"lv4.AmbShrPen.inSTLHtccs.","v":1}]
[null,null,{"$f":"D444","v":"Cement, ceramics, glass"},"Cement, ceramics, glass","share",{"$f":"ShrBaU.inCCGHtccs.","v":0},{"$f":"lv1.AmbShrPen.inCCGHtccs.","v":0},{"$f":"lv2.AmbShrPen.inCCGHtccs.","v":0.23749999999999999},{"$f":"lv3.AmbShrPen.inCCGHtccs.","v":0.51249999999999996},{"$f":"lv4.AmbShrPen.inCCGHtccs.","v":1}]
[null,null,{"$f":"D445&\" & \"&D447","v":"Chemicals & Refineries"},"Chemicals","share",{"$f":"ShrBaU.inCHEHtccs.","v":0},{"$f":"lv1.AmbShrPen.inCHEHtccs.","v":0},{"$f":"lv2.AmbShrPen.inCHEHtccs.","v":0.25},{"$f":"lv3.AmbShrPen.inCHEHtccs.","v":0.57499999999999996},{"$f":"lv4.AmbShrPen.inCHEHtccs.","v":0.97499999999999998}]
[null,null,{"$f":"D446","v":"Other Industry"},"Other Industry","share",{"$f":"ShrBaU.inOTHHtccs.","v":0},{"$f":"lv1.AmbShrPen.inOTHHtccs.","v":0},{"$f":"lv2.AmbShrPen.inOTHHtccs.","v":0.3},{"$f":"lv3.AmbShrPen.inOTHHtccs.","v":0.6},{"$f":"lv4.AmbShrPen.inOTHHtccs.","v":1}]
[null,null,null,"Refineries","share",{"$f":"ShrBaU.inREFHtccs.","v":0},{"$f":"lv1.AmbShrPen.inREFHtccs.","v":0},{"$f":"lv2.AmbShrPen.inREFHtccs.","v":0.25},{"$f":"lv3.AmbShrPen.inREFHtccs.","v":0.57499999999999996},{"$f":"lv4.AmbShrPen.inREFHtccs.","v":1}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[26,{"$f":"INDEX(output.lever.names, A459, )","v":"Hydrogen Gas Grid Share"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Gas grid - Hydrogen Share"]
[null,null,null,"Hydrogen Gas Grid Share","share",{"$f":"ShrBY.ggALL.fH2G.","v":0},{"$f":"lv1.AmbShrPen.ggALL.fH2G.","v":0},{"$f":"lv2.AmbShrPen.ggALL.fH2G.","v":0.33},{"$f":"lv3.AmbShrPen.ggALL.fH2G.","v":0.67},{"$f":"lv4.AmbShrPen.ggALL.fH2G.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.ggALL.fH2G.,MATCH(R462,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.ggALL.fH2G.,MATCH(R462,Prd.,0))","v":0},0,0,6.6000000000000003E-2,0.13200000000000001,0.19800000000000001,0.26400000000000001,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.ggALL.fH2G.,MATCH(R462,Prd.,0))","v":0},0,0,0.13400000000000001,0.26800000000000002,0.40200000000000002,0.53600000000000003,0.67,0.67,0.67,0.67,0.67,0.67,0.67,0.67,0.67,0.67,0.67]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.ggALL.fH2G.,MATCH(R462,Prd.,0))","v":0},0,0,0.2,0.4,0.6,0.8,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.ggALL.fH2G., MAX($R$463:$AI$466)*1.05, \"\")","v":""},"",1.05,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.ggALL.fH2G.+User_LvrSpeed.ggALL.fH2G., MAX($R$463:$AI$466)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[27,{"$f":"INDEX(output.lever.names, A475, )","v":"Biomethane Gas Grid Share"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Gas grid - Biomethane Share"]
[null,null,null,"Biomethane Gas Grid Share","share",{"$f":"ShrBY.ggALL.fBiG.","v":2E-3},{"$f":"lv1.AmbShrPen.ggALL.fBiG.","v":5.0000000000000001E-3},{"$f":"lv2.AmbShrPen.ggALL.fBiG.","v":0.05},{"$f":"lv3.AmbShrPen.ggALL.fBiG.","v":0.25},{"$f":"lv4.AmbShrPen.ggALL.fBiG.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.ggALL.fBiG.,MATCH(R478,Prd.,0))","v":2E-3},2E-3,2.5000000000000001E-3,3.0000000000000001E-3,3.5000000000000001E-3,4.0000000000000001E-3,4.5000000000000005E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3,5.0000000000000001E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.ggALL.fBiG.,MATCH(R478,Prd.,0))","v":2E-3},2E-3,0.01,1.8000000000000002E-2,2.6000000000000002E-2,3.4000000000000002E-2,4.2000000000000003E-2,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.ggALL.fBiG.,MATCH(R478,Prd.,0))","v":2E-3},2E-3,4.3333333333333335E-2,8.4666666666666668E-2,0.126,0.16733333333333333,0.20866666666666667,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.ggALL.fBiG.,MATCH(R478,Prd.,0))","v":2E-3},2E-3,0.16833333333333333,0.33466666666666667,0.501,0.66733333333333333,0.83366666666666667,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.ggALL.fBiG., MAX($R$479:$AI$482)*1.05, \"\")","v":""},1.05,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.ggALL.fBiG.+User_LvrSpeed.ggALL.fBiG., MAX($R$479:$AI$482)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[28,{"$f":"INDEX(output.lever.names, A492, )","v":"Hydrogen - Biomass CCS"}]
[null,null,null,"Hydrogen Production",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Hydrogen produced using Biomass Gasification with CCS"]
[null,null,null,"Biomass with CCS",{"$f":"OFFSET(lv1.AmbActv.hpBccs.,0,-1)","v":"TWh."},{"$f":"ActvBY.hpBccs.","v":0},{"$f":"lv1.AmbActv.hpBccs.","v":0},{"$f":"lv2.AmbActv.hpBccs.","v":50},{"$f":"lv3.AmbActv.hpBccs.","v":100},{"$f":"lv4.AmbActv.hpBccs.","v":200},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.hpBccs.rH2G.,MATCH(R495,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.hpBccs.rH2G.,MATCH(R495,Prd.,0))","v":0},0,0,7.1428571428571432,14.285714285714286,21.428571428571431,28.571428571428573,35.714285714285715,42.857142857142861,50,50,50,50,50,50,50,50,50]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.hpBccs.rH2G.,MATCH(R495,Prd.,0))","v":0},0,0,14.285714285714286,28.571428571428573,42.857142857142861,57.142857142857146,71.428571428571431,85.714285714285722,100,100,100,100,100,100,100,100,100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.hpBccs.rH2G.,MATCH(R495,Prd.,0))","v":0},0,0,28.571428571428573,57.142857142857146,85.714285714285722,114.28571428571429,142.85714285714286,171.42857142857144,200,200,200,200,200,200,200,200,200]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hpBccs., MAX($R$496:$AI$499)*1.05, \"\")","v":""},"",210,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hpBccs.+User_LvrSpeed.hpBccs., MAX($R$496:$AI$499)*1.05, \"\")","v":""},"","","","","","","","",210,"","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[29,{"$f":"INDEX(output.lever.names, A509, )","v":"Hydrogen - Methane CCS"}]
[null,null,null,"Hydrogen Production",null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Hydrogen produced using Steam Methane Reformation with CCS"]
[null,null,null,"SMR with CCS",{"$f":"OFFSET(lv2.AmbActv.hpGccs.,0,-1)","v":"TWh."},{"$f":"ActvBY.hpGccs.","v":0},{"$f":"lv1.AmbActv.hpGccs.","v":0},{"$f":"lv2.AmbActv.hpGccs.","v":188},{"$f":"lv3.AmbActv.hpGccs.","v":375},{"$f":"lv4.AmbActv.hpGccs.","v":750},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.hpGccs.rH2G.,MATCH(R512,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.hpGccs.rH2G.,MATCH(R512,Prd.,0))","v":0},0,0,26.857142857142854,53.714285714285708,80.571428571428569,107.42857142857142,134.28571428571428,161.14285714285714,187.99999999999997,188,188,188,188,188,188,188,188]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.hpGccs.rH2G.,MATCH(R512,Prd.,0))","v":0},0,0,53.571428571428569,107.14285714285714,160.71428571428569,214.28571428571428,267.85714285714283,321.42857142857139,375,375,375,375,375,375,375,375,375]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.hpGccs.rH2G.,MATCH(R512,Prd.,0))","v":0},0,0,107.14285714285714,214.28571428571428,321.42857142857139,428.57142857142856,535.71428571428567,642.85714285714278,750,750,750,750,750,750,750,750,750]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hpGccs., MAX($R$513:$AI$516)*1.05, \"\")","v":""},"",787.5,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hpGccs.+User_LvrSpeed.hpGccs., MAX($R$513:$AI$516)*1.05, \"\")","v":""},"","","","","","","","",787.5,"","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[30,{"$f":"INDEX(output.lever.names, A526, )","v":"Hydrogen - Imports"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Hydrogen Imports"]
[null,null,null,"Hydrogen Imports",{"$f":"OFFSET(lv1.AmbActv.hpImp.,0,-1)","v":"TWh."},{"$f":"ActvBY.hpImp.","v":0},{"$f":"lv1.AmbActv.hpImp.","v":0},{"$f":"lv2.AmbActv.hpImp.","v":138},{"$f":"lv3.AmbActv.hpImp.","v":275},{"$f":"lv4.AmbActv.hpImp.","v":600},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.hpImp.rH2G.,MATCH(R529,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.hpImp.rH2G.,MATCH(R529,Prd.,0))","v":0},0,0,19.714285714285715,39.428571428571431,59.142857142857146,78.857142857142861,98.571428571428584,118.28571428571429,138,138,138,138,138,138,138,138,138]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.hpImp.rH2G.,MATCH(R529,Prd.,0))","v":0},0,0,39.285714285714285,78.571428571428569,117.85714285714285,157.14285714285714,196.42857142857142,235.71428571428569,275,275,275,275,275,275,275,275,275]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.hpImp.rH2G.,MATCH(R529,Prd.,0))","v":0},0,0,85.714285714285708,171.42857142857142,257.14285714285711,342.85714285714283,428.57142857142856,514.28571428571422,600,600,600,600,600,600,600,600,600]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.hpImp., MAX($R$530:$AI$533)*1.05, \"\")","v":""},"",630,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.hpImp.+User_LvrSpeed.hpImp., MAX($R$530:$AI$533)*1.05, \"\")","v":""},"","","","","","","","",630,"","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[31,{"$f":"INDEX(output.lever.names, A543, )","v":"Greenhouse Gas Removal"}]
[null,null,null,"Carbon Dioxide (CO2) Captured",null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,{"$f":"PrefUnit.Mass.GHG.&\"CO2e\"","v":"Mt.CO2e"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Carbon Dioxide Captured"]
[null,null,null,"Direct Air Capture",{"$f":"OFFSET(lv1.AmbActv.ggrAirCap.,0,-1)","v":"Mt.CO2e"},{"$f":"ActvBY.ggrAirCap.","v":0},{"$f":"lv1.AmbActv.ggrAirCap.","v":0},{"$f":"lv2.AmbActv.ggrAirCap.","v":0},{"$f":"lv3.AmbActv.ggrAirCap.","v":15},{"$f":"lv4.AmbActv.ggrAirCap.","v":75},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Enhanced Weathering",{"$f":"OFFSET(lv1.AmbActv.ggrEnhWth.,0,-1)","v":"Mt.CO2e"},{"$f":"ActvBY.ggrEnhWth.","v":0},{"$f":"lv1.AmbActv.ggrEnhWth.","v":0},{"$f":"lv2.AmbActv.ggrEnhWth.","v":0},{"$f":"lv3.AmbActv.ggrEnhWth.","v":5},{"$f":"lv4.AmbActv.ggrEnhWth.","v":15},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.ggrAirCap.ggrEnhWth.,MATCH(R546,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.ggrAirCap.ggrEnhWth.,MATCH(R546,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.ggrAirCap.ggrEnhWth.,MATCH(R546,Prd.,0))","v":0},0,0,0,1.4285714285714284,2.8571428571428568,4.2857142857142856,5.7142857142857135,7.1428571428571423,8.5714285714285712,10,11.428571428571427,12.857142857142856,14.285714285714285,15.714285714285714,17.142857142857142,18.571428571428569,20]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.ggrAirCap.ggrEnhWth.,MATCH(R546,Prd.,0))","v":0},0,0,0,6.4285714285714279,12.857142857142856,19.285714285714285,25.714285714285712,32.142857142857139,38.571428571428569,45,51.428571428571423,57.857142857142861,64.285714285714278,70.714285714285708,77.142857142857139,83.571428571428569,90]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.ggrAirCap., MAX($R$547:$AI$550)*1.05, \"\")","v":""},"","",94.5,"","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.ggrAirCap.+User_LvrSpeed.ggrAirCap., MAX($R$547:$AI$550)*1.05, \"\")","v":""},"","","","","","","","","","","","","","","","",94.5]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[32,{"$f":"INDEX(output.lever.names, A562, )","v":"Bio-Conversion with CCS"}]
[null,null,null,"Share of Bio-Conversion Processes with CCS",null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,"%"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Share of Biomass Gasification using CCS"]
[null,null,null,"Biomass Gasification","share",{"$f":"ShrBY.bcBGccs.","v":0},{"$f":"lv1.AmbShrPen.bcBGccs.","v":0},{"$f":"lv2.AmbShrPen.bcBGccs.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.bcBGccs.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.bcBGccs.","v":1},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Bio liquid Production","share",{"$f":"ShrBY.bcBLccs.","v":0},{"$f":"lv1.AmbShrPen.bcBLccs.","v":0},{"$f":"lv2.AmbShrPen.bcBLccs.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.bcBLccs.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.bcBLccs.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Shr.bcBGccs.,MATCH(R565,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Energy from Waste","share",{"$f":"ShrBY.bcEfWccs.","v":0},{"$f":"lv1.AmbShrPen.bcEfWccs.","v":0},{"$f":"lv2.AmbShrPen.bcEfWccs.","v":0.33333333333333331},{"$f":"lv3.AmbShrPen.bcEfWccs.","v":0.66666666666666663},{"$f":"lv4.AmbShrPen.bcEfWccs.","v":1},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Shr.bcBGccs.,MATCH(R565,Prd.,0))","v":0},0,0,6.6666666666666666E-2,0.13333333333333333,0.19999999999999998,0.26666666666666666,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331,0.33333333333333331]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Shr.bcBGccs.,MATCH(R565,Prd.,0))","v":0},0,0,0.13333333333333333,0.26666666666666666,0.39999999999999997,0.53333333333333333,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663,0.66666666666666663]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Shr.bcBGccs.,MATCH(R565,Prd.,0))","v":0},0,0,0.2,0.4,0.6,0.8,1,1,1,1,1,1,1,1,1,1,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 =User_LvrStart.bcBGccs., MAX($R$566:$AI$569)*1.05, \"\")","v":""},"",1.05,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.bcBGccs.+User_LvrSpeed.bcBGccs., MAX($R$566:$AI$569)*1.05, \"\")","v":""},"","","","","","",1.05,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[]
[33,{"$f":"INDEX(output.lever.names, A580, )","v":"CCS Capture Rate"}]
[null,null,null,"Share of CO2 captured by CCS",null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Share of CO2 captured by CCS - Range Across all Potential Applications"]
[null,null,null,"Metal Production","share",{"$f":"CaptRtBaU.inSTLHtccs.","v":0.70550000000000002},{"$f":"lv1.AmbCaptRt.inSTLHtccs.","v":0.70550000000000002},{"$f":"lv2.AmbCaptRt.inSTLHtccs.","v":0.80366666666666664},{"$f":"lv3.AmbCaptRt.inSTLHtccs.","v":0.90183333333333326},{"$f":"lv4.AmbCaptRt.inSTLHtccs.","v":1},null,null,null,null,null,null,null,"Minimum","Maximum"]
[null,null,null,"Cement, ceramics, glass","share",{"$f":"CaptRtBaU.inCCGHtccs.","v":0.77},{"$f":"lv1.AmbCaptRt.inCCGHtccs.","v":0.77},{"$f":"lv2.AmbCaptRt.inCCGHtccs.","v":0.84666666666666668},{"$f":"lv3.AmbCaptRt.inCCGHtccs.","v":0.92333333333333334},{"$f":"lv4.AmbCaptRt.inCCGHtccs.","v":1},null,null,null,null,null,null,"Level 1",{"$f":"lv1.CaptRtMIN.ALLccs.","v":0.65},{"$f":"lv1.CaptRtMAX.ALLccs.","v":0.85}]
[null,null,null,"Chemicals","share",{"$f":"CaptRtBaU.inCHEHtccs.","v":0.65},{"$f":"lv1.AmbCaptRt.inCHEHtccs.","v":0.65},{"$f":"lv2.AmbCaptRt.inCHEHtccs.","v":0.76666666666666672},{"$f":"lv3.AmbCaptRt.inCHEHtccs.","v":0.8833333333333333},{"$f":"lv4.AmbCaptRt.inCHEHtccs.","v":1},null,null,null,null,null,null,"Level 2",{"$f":"lv2.CaptRtMIN.ALLccs.","v":0.76666666666666672},{"$f":"lv2.CaptRtMAX.ALLccs.","v":0.9}]
[null,null,null,"Other Industry","share",{"$f":"CaptRtBaU.inOTHHtccs.","v":0.7},{"$f":"lv1.AmbCaptRt.inOTHHtccs.","v":0.7},{"$f":"lv2.AmbCaptRt.inOTHHtccs.","v":0.79999999999999993},{"$f":"lv3.AmbCaptRt.inOTHHtccs.","v":0.89999999999999991},{"$f":"lv4.AmbCaptRt.inOTHHtccs.","v":1},null,null,null,null,null,null,"Level 3",{"$f":"lv3.CaptRtMIN.ALLccs.","v":0.8833333333333333},{"$f":"lv3.CaptRtMAX.ALLccs.","v":0.95}]
[null,null,null,"Refineries","share",{"$f":"CaptRtBaU.inREFHtccs.","v":0.65},{"$f":"lv1.AmbCaptRt.inREFHtccs.","v":0.65},{"$f":"lv2.AmbCaptRt.inREFHtccs.","v":0.76666666666666672},{"$f":"lv3.AmbCaptRt.inREFHtccs.","v":0.8833333333333333},{"$f":"lv4.AmbCaptRt.inREFHtccs.","v":1},null,null,null,null,null,null,"Level 4",{"$f":"lv4.CaptRtMIN.ALLccs.","v":1},{"$f":"lv4.CaptRtMAX.ALLccs.","v":1}]
[null,null,null,"Biomass Gasification","share",{"$f":"CaptRtBaU.bcBGccs.","v":0.85},{"$f":"lv1.AmbCaptRt.bcBGccs.","v":0.85},{"$f":"lv2.AmbCaptRt.bcBGccs.","v":0.9},{"$f":"lv3.AmbCaptRt.bcBGccs.","v":0.95},{"$f":"lv4.AmbCaptRt.bcBGccs.","v":1}]
[null,null,null,"Bio liquid Production","share",{"$f":"CaptRtBaU.bcBLccs.","v":0.85},{"$f":"lv1.AmbCaptRt.bcBLccs.","v":0.85},{"$f":"lv2.AmbCaptRt.bcBLccs.","v":0.9},{"$f":"lv3.AmbCaptRt.bcBLccs.","v":0.95},{"$f":"lv4.AmbCaptRt.bcBLccs.","v":1}]
[null,null,null,"Energy from Waste","share",{"$f":"CaptRtBaU.bcEfWccs.","v":0.85},{"$f":"lv1.AmbCaptRt.bcEfWccs.","v":0.85},{"$f":"lv2.AmbCaptRt.bcEfWccs.","v":0.9},{"$f":"lv3.AmbCaptRt.bcEfWccs.","v":0.95},{"$f":"lv4.AmbCaptRt.bcEfWccs.","v":1}]
[null,null,null,"Hydrogen from Biomass","share",{"$f":"CaptRtBaU.hpBccs.","v":0.85},{"$f":"lv1.AmbCaptRt.hpBccs.","v":0.85},{"$f":"lv2.AmbCaptRt.hpBccs.","v":0.9},{"$f":"lv3.AmbCaptRt.hpBccs.","v":0.95},{"$f":"lv4.AmbCaptRt.hpBccs.","v":1}]
[null,null,null,"Hydrogen from gas (SMR)","share",{"$f":"CaptRtBaU.hpGccs.","v":0.85},{"$f":"lv1.AmbCaptRt.hpGccs.","v":0.85},{"$f":"lv2.AmbCaptRt.hpGccs.","v":0.9},{"$f":"lv3.AmbCaptRt.hpGccs.","v":0.95},{"$f":"lv4.AmbCaptRt.hpGccs.","v":1}]
[null,null,null,"Electricity from Biomass","share",{"$f":"CaptRtBaU.eBccs.","v":0.85},{"$f":"lv1.AmbCaptRt.eBccs.","v":0.85},{"$f":"lv2.AmbCaptRt.eBccs.","v":0.9},{"$f":"lv3.AmbCaptRt.eBccs.","v":0.95},{"$f":"lv4.AmbCaptRt.eBccs.","v":1}]
[null,null,null,"Electricity from Gas","share",{"$f":"CaptRtBaU.eGccs.","v":0.85},{"$f":"lv1.AmbCaptRt.eGccs.","v":0.85},{"$f":"lv2.AmbCaptRt.eGccs.","v":0.9},{"$f":"lv3.AmbCaptRt.eGccs.","v":0.95},{"$f":"lv4.AmbCaptRt.eGccs.","v":1}]
[]
[]
[34,{"$f":"INDEX(output.lever.names, A597, )","v":"Seasonal Storage"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Seasonal Electricity Storage"]
[null,null,null,"Seasonal Electricity Storage",{"$f":"OFFSET(lv1.AmbActv.eSsnStr.,0,-1)","v":"TWh."},{"$f":"+SUMIFS(ActvBase.eSsnStr.,Prd.,BY.)","v":0},{"$f":"lv1.AmbActv.eSsnStr.","v":0},{"$f":"lv2.AmbActv.eSsnStr.","v":15},{"$f":"lv3.AmbActv.eSsnStr.","v":30},{"$f":"lv4.AmbActv.eSsnStr.","v":60},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.eSSnStr.fElc.,MATCH(R600,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.eSSnStr.fElc.,MATCH(R600,Prd.,0))","v":0},0,2.5,5,7.5,10,12.5,15,15,15,15,15,15,15,15,15,15,15]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.eSSnStr.fElc.,MATCH(R600,Prd.,0))","v":0},0,5,10,15,20,25,30,30,30,30,30,30,30,30,30,30,30]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.eSSnStr.fElc.,MATCH(R600,Prd.,0))","v":0},0,10,20,30,40,50,60,60,60,60,60,60,60,60,60,60,60]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.eSsnStr., MAX($R$601:$AI$604)*1.05, \"\")","v":""},63,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.eSsnStr.+User_LvrSpeed.eSsnStr., MAX($R$601:$AI$604)*1.05, \"\")","v":""},"","","","","","",63,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[]
[35,{"$f":"INDEX(output.lever.names, A615, )","v":"Short Term Balancing"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,{"$f":"PrefUnit.Power.","v":"GW."}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8",null,null,"Electricity Demand Shifting Capacity"]
[null,null,null,"Short term demand shifting",{"$f":"OFFSET(lv1.AmbCap.eDShiftALL.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eDShiftALL.,Prd.,BY.)","v":2.8279999999999998},{"$f":"lv1.AmbCap.eDShiftALL.","v":5},{"$f":"lv2.AmbCap.eDShiftALL.","v":25},{"$f":"lv3.AmbCap.eDShiftALL.","v":50},{"$f":"lv4.AmbCap.eDShiftALL.","v":100},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Interconnection",{"$f":"OFFSET(lv1.AmbCap.eInt.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eInt.,Prd.,BY.)","v":4.0999999999999996},{"$f":"lv1.AmbCap.eInt.","v":6.5},{"$f":"lv2.AmbCap.eInt.","v":9},{"$f":"lv3.AmbCap.eInt.","v":14.5},{"$f":"lv4.AmbCap.eInt.","v":20},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Cap.eDShiftALL.,MATCH(R618,Prd.,0))","v":2.8279999999999998},2.8279999999999998,2.8279999999999998,2.8279999999999998,2.8279999999999998,3.333333333333333,4.1666666666666661,5,5,5,5,5,5,5,5,5,5,5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Cap.eDShiftALL.,MATCH(R618,Prd.,0))","v":2.8279999999999998},2.8279999999999998,4.166666666666667,8.3333333333333339,12.5,16.666666666666668,20.833333333333336,25,25,25,25,25,25,25,25,25,25,25]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Cap.eDShiftALL.,MATCH(R618,Prd.,0))","v":2.8279999999999998},2.8279999999999998,8.3333333333333339,16.666666666666668,25,33.333333333333336,41.666666666666671,50,50,50,50,50,50,50,50,50,50,50]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Cap.eDShiftALL.,MATCH(R618,Prd.,0))","v":2.8279999999999998},2.8279999999999998,16.666666666666668,33.333333333333336,50,66.666666666666671,83.333333333333343,100,100,100,100,100,100,100,100,100,100,100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.eDShiftALL., MAX($R$619:$AI$622)*1.05, \"\")","v":""},105,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.eDShiftALL.+User_LvrSpeed.eDShiftALL., MAX($R$619:$AI$622)*1.05, \"\")","v":""},"","","","","","",105,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[]
[36,{"$f":"INDEX(output.lever.names, A633, )","v":"Biomass with CCS"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Biomass with CCS - Maximum Generation"]
[null,null,null,"Biomass CCS Capacity",{"$f":"OFFSET(lv1.AmbCap.eBccs.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eBccs.,Prd.,BY.)","v":0},{"$f":"lv1.AmbCap.eBccs.","v":0},{"$f":"lv2.AmbCap.eBccs.","v":5},{"$f":"lv3.AmbCap.eBccs.","v":10},{"$f":"lv4.AmbCap.eBccs.","v":15},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.eBccs.,MATCH(R636,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.eBccs.,MATCH(R636,Prd.,0))","v":0},0,0,7.3634399999999998,14.72688,22.090320000000002,29.453759999999999,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172,36.8172]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.eBccs.,MATCH(R636,Prd.,0))","v":0},0,0,14.72688,29.453759999999999,44.180640000000004,58.907519999999998,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999,73.634399999999999]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.eBccs.,MATCH(R636,Prd.,0))","v":0},0,0,22.090320000000002,44.180640000000004,66.270960000000002,88.361280000000008,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516,110.4516]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.eBccs., MAX($R$637:$AI$640)*1.05, \"\")","v":""},"",115.97418,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.eBccs.+User_LvrSpeed.eBccs., MAX($R$637:$AI$640)*1.05, \"\")","v":""},"","","","","","",115.97418,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[37,{"$f":"INDEX(output.lever.names, A650, )","v":"Nuclear"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Nuclear - Maximum Generation"]
[null,null,null,"Nuclear Capacity",{"$f":"OFFSET(lv1.AmbCap.eNuc.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eNuc.,Prd.,BY.)","v":9.5679999999999996},{"$f":"lv1.AmbCap.eNuc.","v":4.5},{"$f":"lv2.AmbCap.eNuc.","v":15},{"$f":"lv3.AmbCap.eNuc.","v":30},{"$f":"lv4.AmbCap.eNuc.","v":62},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.eNuc.,MATCH(R653,Prd.,0))","v":63.894559999999998},68.775932159999996,47.298238679999997,52.329513599999999,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783,35.10783]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.eNuc.,MATCH(R653,Prd.,0))","v":63.894559999999998},68.775932159999996,47.298238679999997,52.329513599999999,53.738385120000004,58.51305,87.769574999999989,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261,117.0261]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.eNuc.,MATCH(R653,Prd.,0))","v":63.894559999999998},68.775932159999996,47.298238679999997,52.329513599999999,58.51305,117.0261,175.53914999999998,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522,234.0522]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.eNuc.,MATCH(R653,Prd.,0))","v":63.894559999999998},68.775932159999996,47.298238679999997,52.329513599999999,120.92697,241.85393999999999,362.78091000000001,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999,483.70787999999999]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.eNuc., MAX($R$654:$AI$657)*1.05, \"\")","v":""},"","",507.89327400000002,"","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.eNuc.+User_LvrSpeed.eNuc., MAX($R$654:$AI$657)*1.05, \"\")","v":""},"","","","","","",507.89327400000002,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[38,{"$f":"INDEX(output.lever.names, A667, )","v":"Offshore & Onshore Wind"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Wind - Maximum Generation"]
[null,null,null,"Onshore Wind Capacity",{"$f":"OFFSET(lv1.AmbCap.eWons.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eWons.,Prd.,BY.)","v":9.2219999999999995},{"$f":"lv1.AmbCap.eWons.","v":0},{"$f":"lv2.AmbCap.eWons.","v":22},{"$f":"lv3.AmbCap.eWons.","v":35},{"$f":"lv4.AmbCap.eWons.","v":80},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Offshore Wind Capacity",{"$f":"OFFSET(lv1.AmbCap.eWoff.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eWoff.,Prd.,BY.)","v":5.0979999999999999},{"$f":"lv1.AmbCap.eWoff.","v":0},{"$f":"lv2.AmbCap.eWoff.","v":55},{"$f":"lv3.AmbCap.eWoff.","v":120},{"$f":"lv4.AmbCap.eWoff.","v":200},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.eWoff.,MATCH(R670,Prd.,0))+INDEX(lv1.Actv.eWons.,MATCH(R670,Prd.,0))","v":38.35751782595564},69.782581031977003,69.656150934893063,61.601375125469445,35.480137521018648,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.eWoff.,MATCH(R670,Prd.,0))+INDEX(lv2.Actv.eWons.,MATCH(R670,Prd.,0))","v":38.35751782595564},69.782581031977003,73.237447918382941,108.62047716160134,153.56871691319483,195.92137013212619,245.79578133257885,296.02781999999996,296.02781999999996,296.02781999999996,296.02781999999996,296.02781999999996,296.02781999999996,296.02781999999996,296.02781999999996,296.02781999999996,296.02781999999996,296.02781999999996]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.eWoff.,MATCH(R670,Prd.,0))+INDEX(lv3.Actv.eWons.,MATCH(R670,Prd.,0))","v":38.35751782595564},69.782581031977003,109.31382089282846,195.89294479993504,302.71566245238495,404.75878884656447,507.37086802910278,610.55189999999993,610.55189999999993,610.55189999999993,610.55189999999993,610.55189999999993,610.55189999999993,610.55189999999993,610.55189999999993,610.55189999999993,610.55189999999993,610.55189999999993]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.eWoff.,MATCH(R670,Prd.,0))+INDEX(lv4.Actv.eWons.,MATCH(R670,Prd.,0))","v":38.35751782595564},69.782581031977003,159.45488875539297,335.79441559141566,532.38031417687989,712.44134593500451,893.80284120937768,1076.4648,1076.4648,1076.4648,1076.4648,1076.4648,1076.4648,1076.4648,1076.4648,1076.4648,1076.4648,1076.4648]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.eWons., MAX($R$671:$AI$674)*1.05, \"\")","v":""},1130.2880399999999,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.eWons.+User_LvrSpeed.eWons., MAX($R$671:$AI$674)*1.05, \"\")","v":""},"","","","","","",1130.2880399999999,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[39,{"$f":"INDEX(output.lever.names, A684, )","v":"Solar"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Solar PV - Maximum Generation"]
[null,null,null,"Solar PV Capacity",{"$f":"OFFSET(lv1.AmbCap.eSol.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eSol.,Prd.,BY.)","v":9.5350000000000001},{"$f":"lv1.AmbCap.eSol.","v":0},{"$f":"lv2.AmbCap.eSol.","v":70},{"$f":"lv3.AmbCap.eSol.","v":165},{"$f":"lv4.AmbCap.eSol.","v":300},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.eSol.,MATCH(R687,Prd.,0))","v":9.1942190999999998},13.636532411659719,13.636532411659719,13.636532411659719,4.4423133116597189,2.3242995821281488E-16,2.3242995821281488E-16,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.eSol.,MATCH(R687,Prd.,0))","v":9.1942190999999998},13.636532411659719,13.636532411659719,22.499400000000001,33.749099999999999,44.998800000000003,56.2485,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997,67.498199999999997]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.eSol.,MATCH(R687,Prd.,0))","v":9.1942190999999998},13.636532411659719,26.517150000000001,53.034300000000002,79.551449999999988,106.0686,132.58574999999999,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998,159.10289999999998]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.eSol.,MATCH(R687,Prd.,0))","v":9.1942190999999998},13.636532411659719,48.213000000000001,96.426000000000002,144.63900000000001,192.852,241.065,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002,289.27800000000002]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.eSol., MAX($R$688:$AI$691)*1.05, \"\")","v":""},303.74190000000004,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.eSol.+User_LvrSpeed.eSol., MAX($R$688:$AI$691)*1.05, \"\")","v":""},"","","","","","",303.74190000000004,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[40,{"$f":"INDEX(output.lever.names, A701, )","v":"Wave & Tidal"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Wave & Tidal - Maximum Generation"]
[null,null,null,"Tidal Stream Capacity",{"$f":"OFFSET(lv1.AmbCap.eTidS.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eTidS.,Prd.,BY.)","v":0},{"$f":"lv1.AmbCap.eTidS.","v":0},{"$f":"lv2.AmbCap.eTidS.","v":8},{"$f":"lv3.AmbCap.eTidS.","v":16},{"$f":"lv4.AmbCap.eTidS.","v":22},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Tidal Range Capacity",{"$f":"OFFSET(lv1.AmbCap.eTidR.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eTidR.,Prd.,BY.)","v":0},{"$f":"lv1.AmbCap.eTidR.","v":0},{"$f":"lv2.AmbCap.eTidR.","v":0.2},{"$f":"lv3.AmbCap.eTidR.","v":15},{"$f":"lv4.AmbCap.eTidR.","v":33},null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.eTidS.,MATCH(R704,Prd.,0))+INDEX(lv1.Actv.eTidR.,MATCH(R704,Prd.,0))+INDEX(lv1.Actv.eWav.,MATCH(R704,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,"Wave Capacity",{"$f":"OFFSET(lv1.AmbCap.eWav.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eWav.,Prd.,BY.)","v":0},{"$f":"lv1.AmbCap.eWav.","v":0},{"$f":"lv2.AmbCap.eWav.","v":1.5},{"$f":"lv3.AmbCap.eWav.","v":3},{"$f":"lv4.AmbCap.eWav.","v":13},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.eTidS.,MATCH(R704,Prd.,0))+INDEX(lv2.Actv.eTidR.,MATCH(R704,Prd.,0))+INDEX(lv2.Actv.eWav.,MATCH(R704,Prd.,0))","v":0},0,0,5.2070040000000004,10.414008000000001,15.621012,20.828016000000002,26.035019999999999,26.035019999999999,26.035019999999999,26.035019999999999,26.035019999999999,26.035019999999999,26.035019999999999,26.035019999999999,26.035019999999999,26.035019999999999,26.035019999999999]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.eTidS.,MATCH(R704,Prd.,0))+INDEX(lv3.Actv.eTidR.,MATCH(R704,Prd.,0))+INDEX(lv3.Actv.eWav.,MATCH(R704,Prd.,0))","v":0},0,0,15.533352000000001,31.066704000000001,46.600056000000002,62.133408000000003,77.666759999999996,77.666759999999996,77.666759999999996,77.666759999999996,77.666759999999996,77.666759999999996,77.666759999999996,77.666759999999996,77.666759999999996,77.666759999999996,77.666759999999996]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.eTidS.,MATCH(R704,Prd.,0))+INDEX(lv4.Actv.eTidR.,MATCH(R704,Prd.,0))+INDEX(lv4.Actv.eWav.,MATCH(R704,Prd.,0))","v":0},0,0,30.365424000000004,60.730848000000009,91.096271999999999,121.46169600000002,151.82712000000001,151.82712000000001,151.82712000000001,151.82712000000001,151.82712000000001,151.82712000000001,151.82712000000001,151.82712000000001,151.82712000000001,151.82712000000001,151.82712000000001]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 =User_LvrStart.eTidS., MAX($R$705:$AI$708)*1.05, \"\")","v":""},"",159.41847600000003,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.eTidS.+User_LvrSpeed.eTidS., MAX($R$705:$AI$708)*1.05, \"\")","v":""},"","","","","","",159.41847600000003,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[41,{"$f":"INDEX(output.lever.names, A718, )","v":"Gas with CCS"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"LEFT(PrefUnit.Energy.,3)& \" /yr\"","v":"TWh /yr"}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Gas with CCS - Maximum Generation"]
[null,null,null,"Gas CCS Capacity",{"$f":"OFFSET(lv1.AmbCap.eGccs.,0,-1)","v":"GW."},{"$f":"+SUMIFS(CapBase.eGccs.,Prd.,BY.)","v":0},{"$f":"lv1.AmbCap.eGccs.","v":0},{"$f":"lv2.AmbCap.eGccs.","v":10},{"$f":"lv3.AmbCap.eGccs.","v":30},{"$f":"lv4.AmbCap.eGccs.","v":60},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.Actv.eGccs.,MATCH(R721,Prd.,0))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.Actv.eGccs.,MATCH(R721,Prd.,0))","v":0},0,0,15.42816,30.85632,46.284480000000002,61.71264,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013,77.140800000000013]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.Actv.eGccs.,MATCH(R721,Prd.,0))","v":0},0,0,46.284480000000002,92.568960000000004,138.85344000000001,185.13792000000001,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998,231.42239999999998]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.Actv.eGccs.,MATCH(R721,Prd.,0))","v":0},0,0,92.568960000000004,185.13792000000001,277.70688000000001,370.27584000000002,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996,462.84479999999996]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.eGccs., MAX($R$722:$AI$725)*1.05, \"\")","v":""},"",485.98703999999998,"","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.eGccs.+User_LvrSpeed.eGccs., MAX($R$722:$AI$725)*1.05, \"\")","v":""},"","","","","","",485.98703999999998,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[42,{"$f":"INDEX(output.lever.names, A735, )","v":"Farming Yield & Efficiency"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#1577A8"]
[null,null,null,"Number of Livestock"]
[null,null,null,"Poultry","Million",{"$f":"+SUMIFS(CapBaU.LivPol.,Prd.,BY.) / su_Million.","v":167.57893499999992},{"$f":"lv1.AmbCap.LivPol. / su_Million.","v":167.57900000000001},{"$f":"lv2.AmbCap.LivPol. / su_Million.","v":184.82039380089574},{"$f":"lv3.AmbCap.LivPol. / su_Million.","v":202.06178760179151},{"$f":"lv4.AmbCap.LivPol. / su_Million.","v":219.30318140268722}]
[null,null,null,"Cattle","Million",{"$f":"+SUMIFS(CapBaU.LivCat.,Prd.,BY.) / su_Million.","v":9.9185689999999997},{"$f":"lv1.AmbCap.LivCat. / su_Million.","v":9.9185689999999997},{"$f":"lv2.AmbCap.LivCat. / su_Million.","v":8.3108526834429099},{"$f":"lv3.AmbCap.LivCat. / su_Million.","v":6.7031363668858202},{"$f":"lv4.AmbCap.LivCat. / su_Million.","v":5.0954200503287312}]
[null,null,null,"Other","Million",{"$f":"+SUMIFS(CapBaU.LivOth.,Prd.,BY.) / su_Million.","v":38.075712499999987},{"$f":"lv1.AmbCap.LivOth. / su_Million.","v":38.075712499999987},{"$f":"lv2.AmbCap.LivOth. / su_Million.","v":33.725906179204628},{"$f":"lv3.AmbCap.LivOth. / su_Million.","v":29.376099858409265},{"$f":"lv4.AmbCap.LivOth. / su_Million.","v":25.026293537613906}]
[null,null,null,"Yield Relative to 2015"]
[null,null,null,"Land for Bioenergy","Index",{"$f":"+SUMIFS(YieldIndxBaU.LndBi.rBiS.,Prd.,BY.)","v":1},{"$f":"lv1.AmbYieldIndx.LndBi.rBiS.","v":1.25},{"$f":"lv2.AmbYieldIndx.LndBi.rBiS.","v":1.3671875},{"$f":"lv3.AmbYieldIndx.LndBi.rBiS.","v":1.484375},{"$f":"lv4.AmbYieldIndx.LndBi.rBiS.","v":1.71875}]
[null,null,null,"Land for food crops","Index",{"$f":"+SUMIFS(YieldIndxBaU.LndArbl.mFOOD.,Prd.,BY.)","v":1},{"$f":"lv1.AmbYieldIndx.LndArbl.mFOOD.","v":1},{"$f":"lv2.AmbYieldIndx.LndArbl.mFOOD.","v":1.12375},{"$f":"lv3.AmbYieldIndx.LndArbl.mFOOD.","v":1.25125},{"$f":"lv4.AmbYieldIndx.LndArbl.mFOOD.","v":1.375}]
[null,null,null,"Land for livestock grazing","Index",{"$f":"+SUMIFS(YieldIndxBaU.LndLivG.mFOOD.,Prd.,BY.)","v":1},{"$f":"lv1.AmbYieldIndx.LndLivG.mFOOD.","v":1.03},{"$f":"lv2.AmbYieldIndx.LndLivG.mFOOD.","v":1.1000000000000001},{"$f":"lv3.AmbYieldIndx.LndLivG.mFOOD.","v":1.2},{"$f":"lv4.AmbYieldIndx.LndLivG.mFOOD.","v":1.3}]
[null,null,null,"Agricultural Emissions Intensity Relative to 2015"]
[null,null,null,"Livestock Enteric Fermentation","Index",{"$f":"+SUMIFS(EmFIndxBaU.EntFrm.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.EntFrm.","v":1},{"$f":"lv2.AmbEmFIndx.EntFrm.","v":0.92500000000000004},{"$f":"lv3.AmbEmFIndx.EntFrm.","v":0.85},{"$f":"lv4.AmbEmFIndx.EntFrm.","v":0.77500000000000002}]
[null,null,null,"Livestock Manure Management","Index",{"$f":"+SUMIFS(EmFIndxBaU.MnrMng.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.MnrMng.","v":1},{"$f":"lv2.AmbEmFIndx.MnrMng.","v":0.95125000000000004},{"$f":"lv3.AmbEmFIndx.MnrMng.","v":0.89874999999999994},{"$f":"lv4.AmbEmFIndx.MnrMng.","v":0.85}]
[null,null,null,"Arable land for food crops","Index",{"$f":"+SUMIFS(EmFIndxBaU.LndArbl.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.LndArbl.","v":1},{"$f":"lv2.AmbEmFIndx.LndArbl.","v":0.93625000000000003},{"$f":"lv3.AmbEmFIndx.LndArbl.","v":0.87624999999999997},{"$f":"lv4.AmbEmFIndx.LndArbl.","v":0.8125}]
[null,null,null,"Soil Management","Index",{"$f":"+SUMIFS(EmFIndxBaU.SoilMng.,Prd.,BY.)","v":1},{"$f":"lv1.AmbEmFIndx.SoilMng.","v":1},{"$f":"lv2.AmbEmFIndx.SoilMng.","v":0.95874999999999999},{"$f":"lv3.AmbEmFIndx.SoilMng.","v":0.91375000000000006},{"$f":"lv4.AmbEmFIndx.SoilMng.","v":0.87250000000000005}]
[null,null,null,"Agricultural Biofuel Substitution",{"$f":"OFFSET(lv1.AmbShrPen.AgrFU.fBiL.,0,-1)","v":"Share"},{"$f":"ShrBY.AgrFU.fBiL.","v":2.3E-2},{"$f":"lv1.AmbShrPen.AgrFU.fBiL.","v":2.2000000000000002E-2},{"$f":"lv2.AmbShrPen.AgrFU.fBiL.","v":0.25},{"$f":"lv3.AmbShrPen.AgrFU.fBiL.","v":0.5},{"$f":"lv4.AmbShrPen.AgrFU.fBiL.","v":1}]
[]
[43,{"$f":"INDEX(output.lever.names, A753, )","v":"Forestry"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"PrefUnit.Area.","v":"sqkm."}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Land dedicated to Woodland"]
[null,null,null,"Land Area - Woodland",{"$f":"OFFSET(lv1.AmbLB.LndWdl.,0,-1)","v":"sqkm."},{"$f":"+SUMIFS(LBBaU.LndWdl.,Prd.,BY.)","v":34972},{"$f":"lv1.AmbLB.LndWdl.","v":34972},{"$f":"lv2.AmbLB.LndWdl.","v":48972.000000000007},{"$f":"lv3.AmbLB.LndWdl.","v":54972},{"$f":"lv4.AmbLB.LndWdl.","v":69972.000000000015},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.LB.LndWdl.,MATCH(R756,Prd.,0))","v":34972},35082,35039.001141161702,34996.018258587239,34988.027387880866,34980.036517174485,34992.022823234052,35004,34996,34988,34980,34972,34972,34972,34972,34972,34972,34972]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.LB.LndWdl.,MATCH(R756,Prd.,0))","v":34972},35082,36438.801437863745,37792.823005819926,39183.234508729889,40573.646011639852,41988.028757274908,43404.000000000007,44796.000000000007,46188.000000000007,47580.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,48972.000000000007,48972.000000000007]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.LB.LndWdl.,MATCH(R756,Prd.,0))","v":34972},35082,37038.715850736044,38991.453611776793,40981.180417665186,42970.907223553579,44986.317014720989,47004,48996,50988,52979.999999999993,54972,54972,54972,54972,54972,54972,54972]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.LB.LndWdl.,MATCH(R756,Prd.,0))","v":34972},35082,38538.501882916804,41988.030126668949,45476.045190003431,48964.060253337906,52482.037658336194,56004.000000000007,59496.000000000015,62988.000000000015,66480.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,69972.000000000015,69972.000000000015]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.LndWdl., MAX($R$757:$AI$760)*1.05, \"\")","v":""},73470.60000000002,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.LndWdl.+User_LvrSpeed.LndWdl., MAX($R$757:$AI$760)*1.05, \"\")","v":""},"","","","","","","","","","",73470.60000000002,"","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[]
[44,{"$f":"INDEX(output.lever.names, A771, )","v":"Land for Bioenergy"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"#1577A8",null,null,{"$f":"PrefUnit.Area.","v":"sqkm."}]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,null,null,null,"Land dedicated to growing Bioenergy"]
[null,null,null,"Land Area - Bioenergy",{"$f":"OFFSET(lv1.AmbLB.LndBi.,0,-1)","v":"sqkm."},{"$f":"+SUMIFS(LBBaU.LndBi.,Prd.,BY.)","v":930},{"$f":"lv1.AmbLB.LndBi.","v":930},{"$f":"lv2.AmbLB.LndBi.","v":7000},{"$f":"lv3.AmbLB.LndBi.","v":14000},{"$f":"lv4.AmbLB.LndBi.","v":20000},null,null,null,null,null,null,null,2015,2020,2025,2030,2035,2040,2045,2050,2055,2060,2065,2070,2075,2080,2085,2090,2095,2100]
[null,null,null,"Share collected for energy",null,null,null,null,null,null,null,null,null,null,null,null,"Level 1",{"$f":"INDEX(lv1.LB.LndBi.,MATCH(R774,Prd.,0))","v":930},930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930,930]
[null,null,null,"Wood - Baseline Woodland","share",{"$f":"+SUMIFS(ShrBaU.LndWdlBaU.mWdArE.,Prd.,BY.)","v":0.17820547090795688},{"$f":"lv1.AmbShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},{"$f":"lv2.AmbShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},{"$f":"lv3.AmbShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},{"$f":"lv4.AmbShrPen.LndWdlBaU.mWdArE.","v":0.17820547090795688},null,null,null,null,null,null,"Level 2",{"$f":"INDEX(lv2.LB.LndBi.,MATCH(R774,Prd.,0))","v":930},930,1941.6666666666665,2953.3333333333335,3965,4976.666666666667,5988.3333333333339,7000,7000,7000,7000,7000,7000,7000,7000,7000,7000,7000]
[null,null,null,"Straw","share",{"$f":"+SUMIFS(ShrBaU.LndArbl.mStrwE.,Prd.,BY.)","v":0.19047619047619047},{"$f":"lv1.AmbShrPen.LndArbl.mStrwE.","v":0.19047619047619047},{"$f":"lv2.AmbShrPen.LndArbl.mStrwE.","v":0.37666666666666665},{"$f":"lv3.AmbShrPen.LndArbl.mStrwE.","v":0.68833333333333324},{"$f":"lv4.AmbShrPen.LndArbl.mStrwE.","v":1},null,null,null,null,null,null,"Level 3",{"$f":"INDEX(lv3.LB.LndBi.,MATCH(R774,Prd.,0))","v":930},930,3108.3333333333335,5286.666666666667,7465,9643.3333333333339,11821.666666666666,14000,14000,14000,14000,14000,14000,14000,14000,14000,14000,14000]
[null,null,null,"Manure deposited as slurry","share",{"$f":"+SUMIFS(ShrBaU.MnrMng.mSlryE._of_mSlryALL.,Prd.,BY.)","v":0},{"$f":"lv1.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.1},{"$f":"lv2.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.13300000000000001},{"$f":"lv3.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.16699999999999998},{"$f":"lv4.AmbShrPen.MnrMng.mSlryE._of_mSlryALL.","v":0.2},null,null,null,null,null,null,"Level 4",{"$f":"INDEX(lv4.LB.LndBi.,MATCH(R774,Prd.,0))","v":930},930,4108.333333333333,7286.6666666666661,10465,13643.333333333332,16821.666666666668,20000,20000,20000,20000,20000,20000,20000,20000,20000,20000,{"$f":"INDEX(lv4.LB.LndBi.,MATCH(AI774,Prd.,0))","v":20000}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Start",{"$f":"IF(R$2 = User_LvrStart.LndBi., MAX($R$775:$AI$778)*1.05, \"\")","v":""},21000,"","","","","","","","","","","","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"End",{"$f":"IF(R$2 = User_LvrStart.LndBi.+User_LvrSpeed.LndBi., MAX($R$775:$AI$778)*1.05, \"\")","v":""},"","","","","","",21000,"","","","","","","","","",""]
[]
[]
[]
[]
[]
[]
[]
[45,{"$f":"INDEX(output.lever.names, A788, )","v":"Waste Reduction"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Priority Order Illustration not required",null,"Million odt"]
[null,null,null,"Sub-Lever","Units",{"$f":"BY.","v":2015},"Level 1","Level 2","Level 3","Level 4",null,null,null,"#73654B",null,null,"Waste by End Use"]
[null,null,null,"Waste Production",null,null,null,null,null,null,null,null,null,"#ADDF75",null,null,null,"Million odt","%","%","%",null,null,"Million odt","Million odt","Million odt","Million odt"]
[null,null,null,"Dry Waste","Index",{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rWstD.,Prd.,BY.)","v":1},{"$f":"lv1.AmbActvIndx.bcWstPrd.rWstD.","v":1.25},{"$f":"lv2.AmbActvIndx.bcWstPrd.rWstD.","v":1},{"$f":"lv3.AmbActvIndx.bcWstPrd.rWstD.","v":0.85},{"$f":"lv4.AmbActvIndx.bcWstPrd.rWstD.","v":0.65},null,null,null,"#4B781C",null,null,null,"Total waste produced","Recycled Share","Energy from Waste Share","Landfill Share",null,null,"Recycling","Energy Processes","Landfill","Total waste produced"]
[null,null,null,"Wet Waste","Index",{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rWstW.,Prd.,BY.)","v":1},{"$f":"lv1.AmbActvIndx.bcWstPrd.rWstW.","v":1.2},{"$f":"lv2.AmbActvIndx.bcWstPrd.rWstW.","v":1.2},{"$f":"lv3.AmbActvIndx.bcWstPrd.rWstW.","v":1.2},{"$f":"lv4.AmbActvIndx.bcWstPrd.rWstW.","v":1.2},null,null,null,null,null,null,null,null,null,null,null,null,2015,{"$f":"+($R800 * S800) +($R801 * S801) +($R802 * S802)","v":19.379565993858254},{"$f":"+($R800 * T800) +($R801 * T801) +($R802 * T802)","v":1.2554124200000001},{"$f":"+($R800 * U800) +($R801 * U801) +($R802 * U802)","v":16.3264633852}]
[null,null,null,"UCO","Index",{"$f":"+SUMIFS(ActvIndxBaU.bcWstPrd.rUCO.,Prd.,BY.)","v":1},{"$f":"lv1.AmbActvIndx.bcWstPrd.rUCO.","v":1.25},{"$f":"lv2.AmbActvIndx.bcWstPrd.rUCO.","v":1.2},{"$f":"lv3.AmbActvIndx.bcWstPrd.rUCO.","v":1},{"$f":"lv4.AmbActvIndx.bcWstPrd.rUCO.","v":0.8},null,null,null,null,null,null,"Level 1",{"$f":"lv1.ActvIndx.bcWstPrd.","v":45.984071415931808},{"$f":"MIN(lv1.Shr.bcRcyc.,lv1.ActvIndx.bcWstPrd.)","v":0.46148648648648649},{"$f":"MIN(lv1.Shr.bcEfWALL.,1-lv1.Shr.bcRcyc.)","v":0.15824324324324324},{"$f":"100% -T794 -S794","v":0.38027027027027027},null,"Level 1",{"$f":"$R$794*S794","v":21.221027552082045},{"$f":"$R$794*T794","v":7.2766685983859656},{"$f":"$R$794*U794","v":17.486375265463799},{"$f":"SUM(X794:Z794)","v":45.984071415931808}]
[null,null,null,"Recycled",null,null,null,null,null,null,null,null,null,null,null,null,"Level 2",{"$f":"lv2.ActvIndx.bcWstPrd.","v":37.898165130622317},{"$f":"MIN(lv2.Shr.bcRcyc.,lv2.ActvIndx.bcWstPrd.)","v":0.50882352941176467},{"$f":"MIN(lv2.Shr.bcEfWALL.,1-lv2.Shr.bcRcyc.)","v":0.2694117647058823},{"$f":"100% -T795 -S795","v":0.22176470588235309},null,"Level 2",{"$f":"$R$795*S795","v":19.283478139993118},{"$f":"$R$795*T795","v":10.210211546955893},{"$f":"$R$795*U795","v":8.4044754436733076},{"$f":"SUM(X795:Z795)","v":37.898165130622317}]
[null,null,null,"Dry Waste","Share",{"$f":"+SUMIFS(ShrBaU.bcRcyc.rWstD.,Prd.,BY.)","v":0.48586604056547245},{"$f":"lv1.AmbShrPen.bcRcyc.rWstD.","v":0.5},{"$f":"lv2.AmbShrPen.bcRcyc.rWstD.","v":0.65},{"$f":"lv3.AmbShrPen.bcRcyc.rWstD.","v":0.8},{"$f":"lv4.AmbShrPen.bcRcyc.rWstD.","v":0.9},null,null,null,null,null,null,"Level 3",{"$f":"lv3.ActvIndx.bcWstPrd.","v":32.990691359436624},{"$f":"MIN(lv3.Shr.bcRcyc.,lv3.ActvIndx.bcWstPrd.)","v":0.57377049180327877},{"$f":"MIN(lv3.Shr.bcEfWALL.,1-lv3.Shr.bcRcyc.)","v":0.36524590163934434},{"$f":"100% -T796 -S796","v":6.098360655737689E-2},null,"Level 3",{"$f":"$R$796*S796","v":18.929085206234131},{"$f":"$R$796*T796","v":12.049714811282756},{"$f":"$R$796*U796","v":2.0118913419197364},{"$f":"SUM(X796:Z796)","v":32.990691359436624}]
[null,null,null,"Wet Waste","Share",{"$f":"+SUMIFS(ShrBaU.bcRcyc.rWstW.,Prd.,BY.)","v":0.84517586360001951},{"$f":"lv1.AmbShrPen.bcRcyc.rWstW.","v":0.85},{"$f":"lv2.AmbShrPen.bcRcyc.rWstW.","v":0.85},{"$f":"lv3.AmbShrPen.bcRcyc.rWstW.","v":0.85},{"$f":"lv4.AmbShrPen.bcRcyc.rWstW.","v":0.85},null,null,null,null,null,null,"Level 4",{"$f":"lv4.ActvIndx.bcWstPrd.","v":26.469326331189041},{"$f":"MIN(lv4.Shr.bcRcyc.,lv4.ActvIndx.bcWstPrd.)","v":0.62075471698113205},{"$f":"MIN(lv4.Shr.bcEfWALL.,1-lv4.Shr.bcRcyc.)","v":0.37924528301886784},{"$f":"100% -T797 -S797","v":0},null,"Level 4",{"$f":"S797*$R$797","v":16.430959175398481},{"$f":"T797*$R$797","v":10.038367155790558},{"$f":"U797*$R$797","v":0},{"$f":"SUM(X797:Z797)","v":26.469326331189038}]
[null,null,null,"Used Cooking Oil","Share",{"$f":"+SUMIFS(ShrBaU.bcRcyc.rUCO.,Prd.,BY.)","v":0.05},{"$f":"lv1.AmbShrPen.bcRcyc.rUCO.","v":0.05},{"$f":"lv2.AmbShrPen.bcRcyc.rUCO.","v":0.05},{"$f":"lv3.AmbShrPen.bcRcyc.rUCO.","v":0.05},{"$f":"lv4.AmbShrPen.bcRcyc.rUCO.","v":0.05}]
[null,null,null,"Energy Processes",null,null,null,null,null,null,null,null,null,null,null,null,"2015 Calculations (move to model sheet as for others)"]
[null,null,null,"Dry Waste","Share",{"$f":"+SUMIFS(ShrBaU.bcEfW.rWstD.,Prd.,BY.)","v":2.9105470609906443E-2},{"$f":"lv1.AmbShrPen.bcEfW.rWstD.","v":0.03},{"$f":"lv2.AmbShrPen.bcEfW.rWstD.","v":0.1},{"$f":"lv3.AmbShrPen.bcEfW.rWstD.","v":0.2},{"$f":"lv4.AmbShrPen.bcEfW.rWstD.","v":0.1},null,null,null,null,null,null,"Dry Waste",{"$f":"ActvBY.bcWstPrd.rWstD.","v":32.27782514123794},{"$f":"F796","v":0.48586604056547245},{"$f":"F800","v":2.9105470609906443E-2},{"$f":"100% -T800 -S800","v":0.48502848882462113}]
[null,null,null,"Wet Waste","Share",{"$f":"+SUMIFS(ShrBaU.bcAD.rWstW.,Prd.,BY.)","v":4.0499117111326935E-2},{"$f":"lv1.AmbShrPen.bcAD.rWstW.","v":0.04},{"$f":"lv2.AmbShrPen.bcAD.rWstW.","v":0.08},{"$f":"lv3.AmbShrPen.bcAD.rWstW.","v":0.12},{"$f":"lv4.AmbShrPen.bcAD.rWstW.","v":0.15},null,null,null,null,null,null,"Wet Waste",{"$f":"ActvBY.bcWstPrd.rWstW.","v":4.3546166578203138},{"$f":"F797","v":0.84517586360001951},{"$f":"F801","v":4.0499117111326935E-2},{"$f":"100% -T801 -S801","v":0.11432501928865357}]
[null,null,null,"Used Cooking Oil","Share",{"$f":"+SUMIFS(ShrBaU.bcBL.rUCO.,Prd.,BY.)","v":0.42429482978723404},{"$f":"lv1.AmbShrPen.bcBL.rUCO.","v":0.4},{"$f":"lv2.AmbShrPen.bcBL.rUCO.","v":0.6},{"$f":"lv3.AmbShrPen.bcBL.rUCO.","v":0.8},{"$f":"lv4.AmbShrPen.bcBL.rUCO.","v":0.95},null,null,null,null,null,null,"UCO",{"$f":"ActvBY.bcWstPrd.rUCO.","v":0.32900000000000001},{"$f":"F798","v":0.05},{"$f":"F802","v":0.42429482978723404},{"$f":"100% -T802 -S802","v":0.52570517021276597}]
[null,null,null,"Landfill Gas Emitted","Share",{"$f":"+SUMIFS(ShrBaU.bcLndFGRel.rLndFG.,Prd.,BY.)","v":0.34},{"$f":"lv1.AmbShrPen.bcLndFGRel.rLndFG.","v":0.3},{"$f":"lv2.AmbShrPen.bcLndFGRel.rLndFG.","v":0.2},{"$f":"lv3.AmbShrPen.bcLndFGRel.rLndFG.","v":0.15},{"$f":"lv4.AmbShrPen.bcLndFGRel.rLndFG.","v":0.1}]
[]
[]
["Tables of information"]

{"sheet":"SourceLog","index":10,"n_rows":237,"n_cols":11,"rows_kept":237,"cut":false,"hidden":false,"merged":[]}
["Log of Primary Input Sources for the UK Pathways Calculator"]
[]
["Unique identifier","Name of file saved","Description","URL or description of where source was received from","Date the source was obtained","Date of Publication","Date when an updated version is likely to be available (if known)",null,"Calculator version number where the source was first introduced","Calculator version number where the source stopped being used"]
[]
["id","title","what","address of item","when obtained","Date of dataset","review for update date","Model Used","First version where used","Last version where used","Notes"]
["BatchC-backing","BatchC-backing.xlsx","Backing sheet for complex calculations in FAF, BIO and GGR","Not published"]
["BHT-Backing","BHT-backing.xlsx","Backing sheet for complex calculations in BHT","Not published"]
["BNH-backing","BNH-backing.xlsx","Backing sheet for complex calculations in BNH","Not published"]
["NGT_AGStat14","AUK-chapter14-12jan18.ods","Data sets to accompany the 2016 Agriculture in the United Kingdom publication - chapter 14.","https://www.gov.uk/government/statistical-data-sets/agriculture-in-the-united-kingdom","2018-05-21","2018-01-12"]
["NGT_AnnexIX","annexIX-factsheets.pdf","Annex IX Feedstock Factsheets","https://www.gov.uk/government/publications/biofuel-research","2018-05-30","2012-07-24",null,null,null,null,"Used in BatchC-backing"]
["NGT_Biograce","BioGrace_standard_values_-_version_4_-_Public.xls","BioGrace list of standard values Version 4 public","http://www.biograce.net/content/ghgcalculationtools/standardvalues","2018-05-17","Not sure but not older than 2011.",null,null,null,null,"Used in BatchC-backing"]
["NGT_BiograceCalc","BioGrace-I Excel tool - version 4d.xls","The BIOGrace calculation tool","http://www.biograce.net/img/files/2015-05-12-161933BioGrace-I_GHG_calculation_tool_-_version_4d.zip",null,null,null,null,null,null,"Used in BatchC-backing"]
["NGT_BRE_AC","StudyOnEnergyUseByAirConditioningFinalReport.pdf","BRE: Study on energy use by air conditioning Final Report 2016","https://www.bre.co.uk/filelibrary/pdf/projects/aircon-energy-use/StudyOnEnergyUseByAirConditioningFinalReport.pdf","2018-04-26","2016-01-01",null,null,null,null,"Used in BNH-backing"]
["NGT_BRE_DLF","CONSP-04---Distribution-loss-factors-for-heat-networks---V1_0.pdf","BRE: Distribution loss factors for heat networks supplying dwellings in SAP, June 2016","https://www.bre.co.uk/filelibrary/SAP/2016/CONSP-04---Distribution-loss-factors-for-heat-networks---V1_0.pdf","2018-04-19","2016-06-28"]
["NGT_Cadent","Biohydrogen-Cadent-Project-Report-FINAL-3.pdf","Biohydrogen: Production of hydrogen by gasification of waste","http://gogreengas.com/wp-content/uploads/2015/11/Biohydrogen-Cadent-Project-Report-FINAL-3.pdf","2018-06-22","2017-07-01"]
["NGT_CIBSE_OFFICE","ECG19-Energy-Use-in-Offices-(formerly-ECON19).pdf","CIBSE Energy use in Offices","http://www.cibse.org/getmedia/7fb5616f-1ed7-4854-bf72-2dae1d8bde62/ECG19-Energy-Use-in-Offices-(formerly-ECON19","2018-03-20","2003-01-01"]
["NGT_DUKES_2017","DUKES_2017.pdf","Digest of UK Energy Statistics","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/643414/DUKES_2017.pdf","2018-03-05","2017-08-01"]
["NGT_DUKES_5.10","DUKES_5.10.xls","DUKES table  5.10 Plant loads, demands and efficiency","https://www.gov.uk/government/statistics/electricity-chapter-5-digest-of-united-kingdom-energy-statistics-dukes","2018-07-01","2017-07-27"]
["NGT_Ecodesign_AC","CELEX-ecodesign-aircon.pdf","CELEX Commission Regulation (EU) No 206/2012 implementing Directive 2009/125/EC of the European Parliament and of the Council with regard to ecodesign requirements for air conditioners and comfort fans","http://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32012R0206","2018-04-26","2012-03-06"]
["NGT_Ecofys","ecofys-trends-in-the-uco-market-v1.2.pdf","ECOFYS Trends in the UCO market","https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/266089/ecofys-trends-in-the-uco-market-v1.2.pdf","2018-05-30","2013-11-11",null,null,null,null,"Used in BatchC-backing"]
["NGT_ECUK","ECUK_Tables_2017.xlsx","ECUK full tables from 2017",null,"2018-03-15","2018-01-01"]
["NGT_EL_DH","Element-Energy-for-CCC-Research-on-district-heating-and-local-approaches-to-heat-decarbonisation.pdf","Element Energy study in district heating","https://www.theccc.org.uk/wp-content/uploads/2015/11/Element-Energy-for-CCC-Research-on-district-heating-and-local-approaches-to-heat-decarbonisation.pdf","2018-03-13","2015-11-01"]
["NGT_EngTB","Fuels - Higher and Lower Calorific Values.pdf","Higher and lower carlorific values of gases","https://www.engineeringtoolbox.com/fuels-higher-calorific-values-d_169.html","2018-03-05"]
["NGT_ET_TEMP","renforth-abstract.pdf","Energy trends table 7.1 Temperatures","https://www.gov.uk/government/statistics/energy-trends-section-7-weather","2018-03-09","2018-02-22"]
["NGT_FAO_KN","FAO-Knowledge reference.pdf","FAO Knowledge reference for national forest assessments - modeling for estimation and monitoring","http://www.fao.org/forestry/17111/en/","2018-06-27","2005-05-12"]
["NGT_FARMSTAT","structure-livestockpop-uk-15mar18.xls","Farming Statistics - Livestock Populations to December 2017","https://www.gov.uk/government/statistical-data-sets/structure-of-the-livestock-industry-in-england-at-december","2018-05-10","2018-03-15",null,null,null,null,"Used in BatchC-backing"]
["NGT_FARMSTAT_crop","structure-jun2017final-uk-21dec17.pdf","Farming Statistics Final crop areas, yields, livestock populations and agricultural workforce At June 2017 - United Kingdom","https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/670004/structure-jun2017final-uk-21dec17.pdf","2018-05-17","2017-12-21",null,null,null,null,"Used in BatchC-backing"]
["NGT_FES","2017-fes-charts-v22.xlsx","National Grid Future Energy Scenarios 2017 Charts Workbook","http://fes.nationalgrid.com/fes-document/","2018-04-16","2017-07-01",null,null,null,null,"Used in BNH-backing"]
["NGT_FFF2017","FFF2017.xls","Forestry Facts & Figures 2017","https://www.forestry.gov.uk/forestry/infd-7aqdgc","2018-05-17","2017-09-28",null,null,null,null,"Used in BatchC-backing"]
["NGT_FFFCh2","Ch2_Timber_FS2017.pdf","Forestry Statistics 2017 Chapter 2: UK-Grown Timber","https://www.forestry.gov.uk/forestry/infd-7aqdgc","2018-05-21","2017-09-28",null,null,null,null,"Used in BatchC-backing"]
["NGT_Forest_CC","fcin048.pdf","Forests, Carbon and Climate Change: the UK Contribution (Forestry Commission)","https://www.forestry.gov.uk/pdf/fcin048.pdf/$file/fcin048.pdf","2018-05-10","2003-06-01"]
["NGT_ForestStatCh4","Ch4_Climate-Change_FS2017.pdf","Forestry Statistics 1017 Chapter 4 UK Forests and Climate Change","https://www.forestry.gov.uk/forestry/infd-7aqdgc","2018-05-10","2017-09-28"]
["NGT_FutureGas","Future Gas Series Part 2 - The Production of Low Carbon Gas.pdf","Future Gas Series part 2 - the production of low carbon gas","https://www.policyconnect.org.uk/cc/future-gas-series-part-2-production-low-carbon-gas","2018-07-01","Not yet pub;ished"]
["NGT_GREET","GREET Model SRWC Parameter Development.pdf","GREET Model Short Rotation Woody Crops (SRWC) Parameter Development ","https://greet.es.anl.gov/publication-greet-SRWC-Development","2018-05-21","2012-12-12",null,null,null,null,"Used in BatchC-backing"]
["NGT_HEFF","UK Housing Fact File 2013.pdf","UK Housing Energy Fact File 2013 (used in BHT-Backing)","https://www.gov.uk/government/statistics/united-kingdom-housing-energy-fact-file-2013","2018-03-20","2014-01-01",null,null,null,null,"Used in BHT-Backing"]
["NGT_HEG","MIS_3005_Heat_Emitter_Guide.pdf","Heat Emitters Guide, MCS","http://www.gshp.org.uk/pdf/MIS_3005_Heat_Emitter_Guide.pdf ","2018-02-07","2017-09-29"]
["NGT_HybridHP","Hybrid_heat_pumps_Final_report.pdf","Hybrid Heat Pumps  Final report for BEIS (Element Energy), Fig.1-1","https://www.gov.uk/government/publications/hybrid-heat-pumps-study","2018-04-30","2017-12-01"]
["NGT_Leigh","Final Leigh Fisher report 160810.pdf","Leigh Fisher Jacobs Electricity Generation Costs and Hurde Rates Lot 3: Non-renewable technologies. For DECC","https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/566803/Leigh_Fisher_Non-renewable_Generation_Cost.pdf","2018-07-01","2016-08-01"]
["NGT_Livestock","Livestock.xlsx","Number of livestock for each United Kingdom country. June 2000-2016 from Scottish Government","http://www.gov.scot/Topics/Statistics/Browse/Agriculture-Fisheries/PubEconomicReport/TimeSeries/ERSAC8","2018-05-23","2017-06-13",null,null,null,null,"Used in BatchC-backing"]
["NGT_LivestockUnits","Glossary-Livestock unit (LSU) - Statistics Explained.pdf","Eurostat Statistics explained: livestock units","http://ec.europa.eu/eurostat/statistics-explained/index.php/Glossary:Livestock_unit_(LSU)","2018-05-16","2013-06-14",null,null,null,null,"Used in BatchC-backing"]
["NGT_LULUCF","1703161052_LULUCF_Projections_to_2050_Published_2017_03_15.pdf","Projections of emissions and removals from the LULUCF sector to 2050 CEH Project Code: NEC04637","https://uk-air.defra.gov.uk/assets/documents/reports/cat07/1703161052_LULUCF_Projections_to_2050_Published_2017_03_15.pdf","2018-05-07","2017-03-01"]
["NGT_MANURE","farmyard-manure-and-slurry.pdf"," Farmyard Manure and Slurry Management and Anaerobic Digestion in Scotland – Practical Application on Farm - Ricardo","https://www.climatexchange.org.uk/media/2977/farmyard-manure-and-slurry.pdf","2018-05-07","2017-12-18",null,null,null,null,"Used in BatchC-backing"]
["NGT_MELMOD","MELMod_v01-10-2014_2016 Inventory_UK_Issue1-CAR.xlsm","MELMOD calculations for landfill gas generation, first delivered to BEIS from Ricardo in March 2018, with a few modifications as described in the BatchC backing sheet.","Not published (commercially sensitive)","2018-06-13",null,null,null,null,null,"Used in BatchC-backing"]
["NGT_MIS_HP","MIS_3005_Heat_Pump_Systems.pdf","Microgeneration Installation Standard: MIS 3005","https://www.gshp.org.uk/pdf/MIS_3005_Heat_Pump_Systems.pdf","2018-04-16","2017-04-28"]
["NGT_NAEI_CH4_ag","NAEI_2015_methane_ag.csv","Emissions inventory f or CH4 from the agriculture sector","http://naei.beis.gov.uk/data/data-selector","2018-05-10","2015-12-31"]
["NGT_NAEI_CO2_lu","naei_2015_co2_lu.csv","Emmission inventory for CO2 as Carbon for Land use and landu use change","http://naei.beis.gov.uk/data/data-selector","2018-05-10","2015-12-31"]
["NGT_NAEI_N2O_ag","NAEI_2015_no2_ag.csv","Emissions inventory for N2G from agriculture sector","http://naei.beis.gov.uk/data/data-selector","2018-05-10","2015-12-31"]
["NGT_NEED","need-framework-summary-of-analysis-2017.pdf","NEED summary report 2017 (used in BHT-backing)","https://www.gov.uk/government/statistics/national-energy-efficiency-data-framework-need-report-summary-of-analysis-2017","2018-03-15",null,null,null,null,null,"Used in BHT-Backing"]
["NGT_NONFOOD","nonfood-statsnotice2015i-19dec16.pdf","Area of crops grown for bioenergy in England and the UK 2015","https://www.gov.uk/government/statistics/area-of-crops-grown-for-bioenergy-in-england-and-the-uk-2008-2015","2018-05-07","2016-12-01",null,null,null,null,"Used in BatchC-backing"]
["NGT_OFGEM_Ins","OFGEM-wall-insulation.pdf","ECO2 Technical Requirements Consultation","https://www.ofgem.gov.uk/ofgem-publications/98987","2018-03-15","2016-02-04"]
["NGT_OL_VEGOIL","OpenUniversity-Vegetable Oils.pdf","OpenLearn Vegetable oils","http://www.open.edu/openlearn/science-maths-technology/science/chemistry/vegetable-oils","2018-06-27","2006-08-09",null,null,null,null,"Used in BatchC-backing"]
["NGT_Pyromex","pyromex.pdf","Energy information and data - Pyromex","http://www.sludgefacts.org/Ref87_2.pdf","2018-05-30","presumably recent as selling gasification",null,null,null,null,"Used in BatchC-backing"]
["NGT_Rauch","biomass-gasification.pdf","Rauch and Hofbauer (2013) Biomass gasification for synthesis gas production and applicatiosn of the syngas DOI: 10.1002/wene.97","https://www.bioenergy2020.eu/files/publications/pdf/10.1002_wene.97_final.pdf","2018-07-10","2013-01-01",null,null,null,null,"Used in BatchC-backing"]
["NGT_RB209","RB209_Section4.pdf","Nutrient Management Guide (ADHB) Section 4 Arable crops","https://ahdb.org.uk/projects/RB209.aspx","2018-05-17","2017-12-06",null,null,null,null,"Used in BatchC-backing"]
["NGT_Renforth","renforth-abstract.pdf","Renforth (2012) The potential of enhanced weathering in the UK, International Journal of Greenhouse Gas Control (1) Sep 2012","https://www.sciencedirect.com/science/article/pii/S1750583612001466","2018-07-01","2012-09-01"]
["NGT_RHI_2016","RHI_monthly_official_statistics_tables_31_January_2016.xlsx","RHI monthly statstics publishedup to Jan2016","https://www.gov.uk/government/statistics/rhi-deployment-data-january-2016","2018-03-20","2016-02-01",null,null,null,null,"Used in BHT-Backing"]
["NGT_SCHO","scho0311buad-e-e.pdf","Including UK and international forestry in Biomass Environmental Assessment Tool (BEAT2)","https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/290511/scho0311buad-e-e.pdf","2018-05-21","2011-07-01"]
["NGT_SHAP","SHAP Cost of Exceeding Building Regulations for Energy v4.pdf","How much would it cost to raise standards? Initial Costs for the Energy Aspects of SHAP’s Healthy Housing New Build Standard","?","2018-07-03"]
["NGT_slurry","slurry.pdf","K. A. SMITH & A. G. WILLIAMS (2016) Production and management of cattle manure in the UK and implications for land application practice. From Soil Use and Management  32 (Suppl. 1) pp73-82. ","https://onlinelibrary.wiley.com/doi/abs/10.1111/sum.12247","2018-05-21","2010-06-01",null,null,null,null,"Used in BatchC-backing"]
["NGT_SWEETT","Research_on_the_costs_and_performance_of_heating_and_cooling_technologies__Sweett_Group_.pdf","Sweett: Report on the costs and performance of heating and cooling technologies","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/204275/Research_on_the_costs_and_performance_of_heating_and_cooling_technologies__Sweett_Group_.pdf","2018-02-07","2013-02-21"]
["NGT_TEMP_BRE","2_Mean_Household_Temperatures.pdf","EFUS Follow up survey report 2 meanhousehold temperatures","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/274770/2_Mean_Household_Temperatures.pdf","2018-03-15","2011-12-01"]
["NGT_UCL_GAS","UCL-Future.of.gas.pdf","Dodds P., and McDowall W. (2013) The future of the UK gas network. Energy Policy 60 pp305-316","https://www.sciencedirect.com/science/article/pii/S0301421513003625","2018-03-07","2013-01-01"]
["NGT_UKCP_DD","UKCP-DD.pdf","How have cooling degree days (CDD) and heating degree days (HDD) been calculated in UKCP09 (web page saved as pdf)","http://ukclimateprojections.metoffice.gov.uk/22715","2018-04-16","2014-12-09"]
["NGT_UKCP09","Key_findings_data_FINAL_24102014.xls","UK Climate Projections 09 (used in BHT-Backing)","http://ukclimateprojections.metoffice.gov.uk/media/spreadsheets/m/g/Key_findings_data_FINAL_24102014.xls","2018-03-20","2014-10-24",null,null,null,null,"Used in BHT-Backing"]
["NGT_UKWaste","UK_wastestats_dataset_Feb_2018_FINAL.xlsx","UK Statistics on Waste Feb 2018","https://www.gov.uk/government/statistical-data-sets/env23-uk-waste-data-and-management","2018-05-30","2018-02-01",null,null,null,null,"Used in BatchC-backing"]
["NGT_VOA","NDR_Business_Floorspace_tables.xls","VOA Non Domestic Rating: business floor space (2016)","https://www.gov.uk/government/statistics/non-domestic-rating-business-floorspace","2018-04-26","2016-12-08",null,null,null,null,"Used in BNH-backing"]
["NGT_JRC","reqno_jrc76057_default_values_report__online_version1.pdf"," JRC Scientific and Policy reports Assessing GHG default emissions from biofuels in EU legislation ","http://publications.jrc.ec.europa.eu/repository/bitstream/JRC76057/reqno_jrc76057_default_values_report__online_version1.pdf","2018-05-17","2012-11-22",null,null,null,null,"Used in BatchC-backing"]
["SP1","1.SP1_veh0203.ods","DfT Vehicle Licensing Statistics - Table -VEH0203 - Cars Licensed by propulsion/fuel type, Great Britain, from 1994; also United Kingdom from 2014","veh0203.ods - https://www.gov.uk/government/statistical-data-sets/veh02-licensed-cars","2018-04-03","2017-04-13",null,null,null,null,"UK values can be found from row 58"]
["SP2","1.SP2_veh0403.ods","DfT Vehicle Licensing Statistics -Table VEH0403 -  Licensed light goods vehicles by propulsion/fuel type, Great Britain, from 1994; also United Kingdom from 2014","veh0403.ods - https://www.gov.uk/government/statistical-data-sets/veh04-licensed-light-goods-vehicles ","2018-04-03","2017-04-13",null,null,null,null,"UK values can be found from row 58"]
["SP3","1.SP3_rft-table-a1-4-principal-projection---england-summary.xls","Population projections by the Office for National Statistics 2014-2114 - Table A1-4, Principal projection - England summary","rft-table-a1-4-principal-projection---england-summary.xls - https://www.ons.gov.uk/peoplepopulationandcommunity/populationandmigration/populationprojections/datasets/tablea14principalprojectionenglandsummary ","2018-03-29","2015-10-29"]
["SP6","1.SP6_english-traffic-growth-and-speeds-forecasts-scenario-2.xlsx","Scenario 2 of the English Regional plus Welsh Traffic, Emission and Speed Forecasts (2015 - 2040) As published in the Road Traffic Forecast 2015 (RFT '15)","english-regional-plus-welsh-traffic-growth-and-speeds-forecasts-scenario-2.xlsx - https://www.gov.uk/government/publications/road-traffic-forecasts-2015 ","2018-04-04","2015-03-01"]
["SP7","1.SP7_road-traffic-forecasts-2015.pdf","Final report on the Road Traffic Forecasts 2015 giving details on the approach to forecasting, factors considered, results of and next steps for the forecasting.","road-traffic-forecasts-2015.pdf - https://www.gov.uk/government/publications/road-traffic-forecasts-2015 ","2018-04-04","2015-03-01",null,null,null,null,"Summary of variations between forecast scenarios 1 - 5 (Table 1.1) Can be found on page 12. Data on car passenger & driver average travel time can be found on page 60."]
["SP8",null,"Table TSGB0101 - Passenger transport, by mode: annual from 1952 - UK wide, Modal comparisons, Department for Transport statistics","tsgb0101.ods - https://www.gov.uk/government/statistical-data-sets/tsgb01-modal-comparisons ","2018-04-04","2017-11-01"]
["SP9",null,"Table NTS0306 - Average distance travelled by mode: England, 1995/97 to 2016, National Travel Survey, Department for Transport statistics","nts0305.ods - https://www.gov.uk/government/statistical-data-sets/nts03-modal-comparisons ","2018-04-04","2017-07-27"]
["SP10","1.SP10_rft-table-a1-2-principal-projection---gb-summary.xls","Population projections by the Office for National Statistics 2014-2114 - Table A1-2, Principal projection - GB summary","rft-table-a1-2-principal-projection---gb-summary.xls -https://www.ons.gov.uk/peoplepopulationandcommunity/populationandmigration/populationprojections/datasets/tablea12principalprojectiongbsummary","2018-04-06","2015-10-29"]
["SP11","1.SP11_UK-aviation-forecasts-2017-data.xlsx","Table 73 - Passenger distance flown, million kilometers for each of the 4 aviation forecast scenarios\nTable 71 - Aircraft distance flown, million kilometres for each of the 4 aviation forecast scenarios","UK-aviation-forecasts-2017-data.xlsx - https://www.gov.uk/government/publications/uk-aviation-forecasts-2017","2018-04-05","2017-10-01"]
["SP12","1.SP12_rai0103.ods","Table TSGB0603 (RAI0103) - Passenger kilometres and passenger train kilometres on national railways, annual from 2000/01","rai0103.ods - https://www.gov.uk/government/statistical-data-sets/tsgb06 ","2018-04-16","2016-01-25"]
["SP13","1.SP13_lrt9901.ods","Table LRT9901b [kilometres] - London Underground statistics, annual from 2000/01","lrt9901.ods - https://www.gov.uk/government/statistical-data-sets/tsgb06 ","2018-04-16","2017-06-29"]
["SP14","1.SP14_lrt9902.ods","Table LRT9902b [kilometres] - Glasgow Underground statistics, annual from 1982/83","lrt9902.ods - https://www.gov.uk/government/statistical-data-sets/tsgb06 ","2018-04-16","2017-06-29"]
["SP15","1.SP15_lrt9903.ods","Table LRT9903b [kilometers] - Edinburgh Trams statistics, annual from 2014/15","lrt9903.ods - https://www.gov.uk/government/statistical-data-sets/tsgb06 ","2018-04-16","2017-06-29"]
["SP16","1.SP16_lrt0105.ods","Table LRT0105 - Vehicle kilometres on light rail and trams by system1: England - annual from 1983/84","lrt0105.ods - https://www.gov.uk/government/statistical-data-sets/tsgb06 ","2018-04-16","2017-06-29"]
["SP17","1.SP17_rfs0144.ods","Table RFS0144 - Summary of domestic and international road freight activity by UK-registered HGVs: annual and quarterly 2004 onwards","rfs0144.ods - https://www.gov.uk/government/statistical-data-sets/rfs01-goods-lifted-and-distance-hauled ","2018-04-16","2018-04-12"]
["SP18","1.SP18_tsgb0403.ods","Table TSGB0403 - Domestic freight transport by mode: 2008 to 2016","tsgb0403.ods - https://www.gov.uk/government/statistical-data-sets/tsgb04-freight ","2018-04-16","2018-03-22"]
["SP19","1.SP19_avi0201.ods","Table TSGB0210 (AVI0201) - Main outputs by type of service1, United Kingdom airlines: 2005 to 2016","avi0201.ods - https://www.gov.uk/government/statistical-data-sets/avi02-employment-and-flight-destinations ","2018-04-16","2017-07-01"]
["SP20","1.SP20_DUKES_6.6.xls","Table 6.6. Renewable sources used to generate electricity ","DUKES_6.6.xls - https://www.gov.uk/government/statistics/renewable-sources-of-energy-chapter-6-digest-of-united-kingdom-energy-statistics-dukes ","2018-04-19","?"]
["SP21","1.SP21_ECUK_Tables_2017.xlsx","Table 2.02: Road transport energy use¹ by vehicle type2, split by DERV and petrol 1970 to 2015\nTable 2.01: Transport energy consumption by type of transport and fuel 1970 to 20161","ECUK_Tables_2017.xlsx - https://www.gov.uk/government/statistics/energy-consumption-in-the-uk ","2018-04-19"]
["SP22","1.SP22_series-180418.xls","Great Britain population mid-year estimate from 1971 - 2016","series-180418.xls - https://www.ons.gov.uk/peoplepopulationandcommunity/populationandmigration/populationestimates/timeseries/gbpop/pop ","2018-04-25","2017-06-22"]
["SP23","1.SP23_veh0556.ods","Table VEH0556 - Heavy goods vehicles registered for the first time by gross vehicle weight (tonnes), Great Britain from 2001; also United Kingdom from 2015","veh0556.ods - https://www.gov.uk/government/statistical-data-sets/veh05-licensed-heavy-goods-vehicles ","2018-04-30","2018-04-12"]
["SP24","1.SP24_veh0522.xls","Table VEH0522 - Rigid goods vehicles1 over 3.5 tonnes licensed by gross weight and body type Great Britain and United Kingdom for 2015","veh0522.xls - https://www.gov.uk/government/statistics/vehicle-licensing-statistics-2015","2018-04-30","2016-04-14"]
["SP25","1.SP25_veh0253.ods","Table VEH0253 - Cars registered for the first time by propulsion / fuel type, Great Britain from 2001 Q1; also United Kingdom from 2014 Q3","veh0253.ods - https://www.gov.uk/government/statistical-data-sets/veh02-licensed-cars ","2018-04-23","2018-04-12"]
["SP26","1.SP26_veh0130.ods","Table VEH0130 - Ultra low emission vehicles (ULEVs) 1 licensed at the end of quarter by bodytype, including regional breakdown for the latest quarter, United Kingdom from 2010 Q1 ","veh0130.ods - https://www.gov.uk/government/statistical-data-sets/all-vehicles-veh01","2018-05-01","2018-04-12"]
["SP27","1.SP27_veh0102.ods","Table VEH0102 (TSGB0903) - Licensed vehicles at the end of the year by body type, Great Britain from 1994; also United Kingdom from 2014","veh0102.ods - https://www.gov.uk/government/statistical-data-sets/all-vehicles-veh01","2018-05-01","2018-04-12"]
["SP28","1.SP28_veh0524.ods","Table VEH0524 - Goods vehicles over 3.5 tonnes 1 by axle configuration and taxation group, Great Britain and United Kingdom, 2017","veh0524.ods - https://www.gov.uk/government/statistical-data-sets/veh05-licensed-heavy-goods-vehicles#table-veh0524","2018-05-01","2018-04-12"]
["SP29","1.SP29_nts0608.ods","Table NTS0608 - Bicycle ownership by age: England, 2014/161","nts0608.ods - https://www.gov.uk/government/statistical-data-sets/nts06-age-gender-and-modal-breakdown#table-nts0608","2018-05-01","2017-07-27"]
["SP30","1.SP30_ED57444 - CCC RoadV Cost-Eff to 2050 FINAL 25Apr12.pdf","A Review of the efficiency and cost assumptions for road transport vehicles to 2050","ED57444 - CCC RoadV Cost-Eff to 2050 FINAL 25Apr12.pdf - https://www.theccc.org.uk/archive/aws/ED57444%20-%20CCC%20RoadV%20Cost-Eff%20to%202050%20FINAL%2025Apr12.pdf ","2018-05-18","2012-04-25",null,null,null,null,"This source is referenced in UKTM (D39153)"]
["SP31","1.SP31_env0101.ods","Table TSGB0301 (ENV0101) - Petroleum consumption by transport mode and fuel type, United Kingdom: from 2000","env0101.ods - https://www.gov.uk/government/statistical-data-sets/env01-fuel-consumption#table-env0101 ","2018-05-21","2017-11-01"]
["SP32","1.SP32_b24681c0-2914-4f03-8c99-be04a532455f.xls","Freight train kilometres by operator - Table 13.25 - Freight Rail Usage 2017 - 18 Q3 Statistical Release - Office of Rail and Road","b24681c0-2914-4f03-8c99-be04a532455f.xls - https://dataportal.orr.gov.uk/displayreport/report/html/b24681c0-2914-4f03-8c99-be04a532455f ","2018-05-22","2018-03-08"]
["SP33","1.SP33_f2c7b44a-7e64-45eb-8c85-79a620bb9125.xls","Estimates of passenger and freight energy consumption and CO2 equivalent emissions - Table 2.101 - Office of Rail and Road","f2c7b44a-7e64-45eb-8c85-79a620bb9125.xls - http://dataportal.orr.gov.uk/displayreport/report/html/f2c7b44a-7e64-45eb-8c85-79a620bb9125 ","2018-05-22","2018-03-08"]
["SP34","1.SP34_dwf0101.ods","Table dwf0101 - Waterborne transport within the United Kingdom, 2001 - 2016.","dwf0101.ods - https://www.gov.uk/government/statistical-data-sets/dwf01-waterborne-transport ","2018-05-23","2017-12-01"]
["SP35","1.SP35_SN03146.pdf","Railway rolling stock (trains) Briefing Paper number CBP3146. Passenger Train fleet in GB.","SN03146.pdf - http://researchbriefings.parliament.uk/ResearchBriefing/Summary/SN03146#fullreport ","2018-05-24","2017-06-15"]
["SP36","1.SP36_fle0701.ods","Table FLE0701 - All UK managed vessels of 100 gross tons and over, by type and registry as at 31 December 2015, Department for Transport Statistics, World Fleet Statistics.","fle0701.ods - https://www.gov.uk/government/statistics/shipping-fleet-statistics-2015 ","2018-05-29","2015-12-31"]
["SP37","1.SP37_UKH2-Mobility-Phase-1-Results-April-2013.pdf","UK H2 Mobility - Phase 1 Results","UKH2-Mobility-Phase-1-Results-April-2013.pdf - https://www.gov.uk/government/publications/uk-h2mobility-potential-for-hydrogen-fuel-cell-electric-vehicles-phase-1-results ","2018-05-29","2013-04-01"]
["SP38","1.SP38_Communication_pack_January_2017.pdf","UK H2 Mobility - Communication pack with update of activities and results in Jan 2017","Communication_pack_January_2017.pdf - http://www.ukh2mobility.co.uk/news-media/ ","2018-05-29","2017-01-01"]
["SP39","1.SP39_national-charge-point-registry.xlsx","National Charge Point Registry for EVs","national-charge-point-registry.csv - https://data.gov.uk/dataset/1ce239a6-d720-4305-ab52-17793fedfac3/national-charge-point-registry","2018-05-29","2014-05-10",null,null,null,"Not currently used (see CapBY.LVEref.).","This source is out of date having not been updated since February 2012. Hence, although the source is of high quality (government published) an alternative source with more up to date figures shall be used."]
["SP40","1.SP40_RMS+2018.pdf","Retail Marketing Survey - A special supplement to Petroleum Review - April 2018","RMS+2018.pdf - https://knowledge.energyinst.org/search/record?id=109572 ","2018-05-29","2018-04-01"]
["RB1","aviation-forecasts.pdf","UK Aviation Forecasts for 2013 from DfT, Table 6.5 Annual Average fuel efficiency improvements to 2050","https://www.gov.uk/government/publications/uk-aviation-forecasts-2013","2018-05-31","2013-01-29"]
["RB3","Table_1_11_2_Aircraft_Type_and_Utilisation_Individual_Airlines_2015.pdf","Aircraft type and utilisation: Individual airlines 2015 Table 1.11.2","https://www.caa.co.uk/uploadedFiles/CAA/Content/Standard_Content/Data_and_analysis/Datasets/Airline_data/Airline_data_2015_00/Table_1_11_2_Aircraft_Type_and_Utilisation_Individual_Airlines_2015.pdf","2018-05-31","Unknown"]
["RB4","RREB_Biofuels_in_Aviation_Draft_Final.pdf","InsightE energy think-tank publication","http://www.insightenergy.org/system/publication_files/files/000/000/013/original/RREB_Biofuels_in_Aviation_Draft_Final.pdf?1438176277","2018-05-31","2015-04-01"]
["RB5","DUKES_1.1-1.3.xls","DUKES Aggregate Energy Balance","https://www.gov.uk/government/statistics/energy-chapter-1-digest-of-united-kingdom-energy-statistics-dukes","2018-05-31","2012-07-26"]
["RB6","model.xlsx","UK_2050_Calculator_version_3.6.1, Tab \"XII.a\", Table 4 ENERGY DEMAND BY MODE AND VECTOR","https://github.com/decc/twenty-fifty/raw/e8b0390a56b391042d35b401744d8205c4378b94/model/model.xlsx","2018-05-31","Unknown"]
["RB13","1.RB13_ESME v4.4 Dataset.xlsx","The data set used in ESME","http://www.eti.co.uk/programmes/strategy/esme","2018-07-13"]
["RB14","1.RB14_Nuclear_Capacity_in_the_UK.xlsx","Table 1: Nuclear power stations in the UK supplying electricity to the public distribution network, 1956 - 2016","https://www.gov.uk/government/publications/energy-trends-march-2017-special-feature-article-nuclear-capacity-in-the-uk","2018-07-13","2017-03-30"]
["RB15","DUKES_6.4",null,"https://www.gov.uk/government/statistics/renewable-sources-of-energy-chapter-6-digest-of-united-kingdom-energy-statistics-dukes","2018-07-13","2017-07-27"]
["RB16","1.RB16_DUKES_5.11.xls","Backing sheet using DUKES_5.11.xls",null,null,null,null,null,null,null,"Uses RB17"]
["RB17","DUKES_5.11.xls","Table 5.11 Power stations in the United Kingdom (operational at the end of May 2017)","https://www.gov.uk/government/statistics/electricity-chapter-5-digest-of-united-kingdom-energy-statistics-dukes","2018-07-13","2017-07-27",null,null,null,null,"Source for RB16"]
["SP41","1.SP41_1-s2.0-S0360544217303730-main.pdf","Table 7, pg. 737 of 'Measurement of power loss during electric vehicle charging and discharging' paper ","1-s2.0-S0360544217303730-main.pdf - https://www.sciencedirect.com/science/article/pii/S0360544217303730 ","2018-07-02","2017-03-07"]
["SP42","1.SP42_How many charge points are there in the UK 2018.pdf","Charging Connectors by Type: Zap-map, 2011-2017'  from zap-map.com statistics","https://www.zap-map.com/statistics/ ","2018-07-03","unknown",null,null,null,null,"Whilst this source is not ideal from a data quality point of view in that it is not a government published source, the older figures and general trend appears to allign with the numbers given in the government published source (SP39) hence this source has been used in preference given it's more up to date figures."]
["SP43","1.SP43_E-Route Online - ukfuels.pdf","Number of petrol stations in the UK with HGV refuelling facilities ","https://www.erouteonline.com/v7/ukfuels/ ","2018-07-03","unknown",null,null,null,null,"It doesn't show up on the pdf print of the website but the number in the pdf is with the 'HGV' filter on, i.e. the number in the pdf is for the number of petrol stations with HGV refuelling facilities.\nThe link takes you to the site without any filters applied. In order to reach the same view as the pdf the map must first be zoomed out until only one number is displayed for the UK and then the 'HGV' filter applied under 'site facilities.\nWhilst this is not a government published source the total number of stations (i.e. without the HGV filter applied) matches that found in source SP40 and hence this figure is deamed to be trustworthy."]
["SP44","1.SP44_0502141215_NRMM_report_Final_November_2004_3.pdf","Non-Road Mobile Machinery Usage, Life and Correction Factors - Report to the Department for Transport","https://uk-air.defra.gov.uk/assets/documents/reports/cat15/0502141215_NRMM_report_Final_November_2004_3.pdf ","2018-07-03","2004-11-01"]
["DA1","1.DA1_13-799-uk-h2-mobility-phase-1-results.pdf","Text on page 20 and figure 14 giving estimated 2015 hydrogen production by electrolysis and 2030 projection required to meet demand of fuel cell Evs split by production method.","filename as downloaded: 13-799-uk-h2-mobility-phase-1-results.pdf   URL: https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/192440/13-799-uk-h2-mobility-phase-1-results.pdf","2018-05-24","2013-04-01"]
["DA2","1.DA2_E4tech-for-CCC-Scenarios-for-deployment-of-hydrogen-in-contributing-to-meeting-carbon-budgets.pdf","Table on page 102","filename as downloaded: E4tech-for-CCC-Scenarios-for-deployment-of-hydrogen-in-contributing-to-meeting-carbon-budgets\nDownloaded from url:\nhttps://www.theccc.org.uk/wp-content/uploads/2015/11/E4tech-for-CCC-Scenarios-for-deployment-of-hydrogen-in-contributing-to-meeting-carbon-budgets.pdf","2018-06-05"]
["DA3","1.DA3_131791_Arrow__LNG_Plant_Environment_Workshop_Notes.pdf","Design life of an LNG terminal in answer to question 19","Downloaded from url: https://www.arrowenergy.com.au/__data/assets/pdf_file/0019/2683/131791_Arrow__LNG_Plant_Environment_Workshop_Notes.pdf","2018-06-07","2011-11-16"]
["DA4","1.DA4_fcto_2014_electrolytic_h2_wkshp_colella1.pdf","Technical availability of electrolysis hydrogen production equipment from the table on slide 10","filename as downloaded: fcto_2014_electrolytic_h2_wkshp_colella1.pdf\nurl: https://www.energy.gov/sites/prod/files/2014/08/f18/fcto_2014_electrolytic_h2_wkshp_colella1.pdf","2018-06-13","2014-02-27"]
["DA5","1.DA5_2003 - Hydrogen from Steam-Methane Reforming with CO2 Capture.pdf","Availability of SMR plant from text on numbered page 19.","filename as downloaded: 2003 - Hydrogen from Steam-Methane Reforming with CO2 Capture.pdf\nurl: http://www.uxc.com/smr/Library%5CAlternative%20Uses/2003%20-%20Hydrogen%20from%20Steam-Methane%20Reforming%20with%20CO2%20Capture.pdf","2018-06-13","2003-06-30",null,null,null,null,"Authors:\nJohn C. Molburg (molburg@anl.gov; 630-252-3264)\nRichard D. Doctor (rdoctor@anl.gov; 630-252-5913)\n\nOn behalf of:\nArgonne National Laboratory\n9700 S. Cass Avenue\nArgonne, Illinois 60439\n\nTitle: Hydrogen from Steam-Methane Reforming\nwith CO2 Capture\n\nPresented to: 20th Annual International Pittsburgh Coal Conference\nSeptember 15-19, 2003\nPittsburgh, PA"]
["PG1","1.PG1_UKTM.xlsm","Calculations for ELC and SDB based upon UK TIMES (UKTM originating from reference BF10)","Not Yet Published",null,"2018-08-08",null,null,null,null,"This backing sheet extracts the relevant data from UK TIMES and processes it into a state ready for inclusion in the Calculator.  Several different sheets are included within this backing sheet, each corresponding to a different class of input.  The data originates from reference BF10 with some modifications to clarify sources and transformations."]
["PG2","1.PG2_DUKES_7.6-7.xls","DUKES tables 7.6 and 7.7 (combined to calculate peak-to-mean supply for CHP plant)","https://www.gov.uk/government/statistics/combined-heat-and-power-chapter-7-digest-of-united-kingdom-energy-statistics-dukes","2018-07-18","2017-09-01",null,null,null,null,"Used just to determine peak-to-mean generation for district heat plant"]
["PG3","1.PG3_Winter Outlook 2017.pdf","Table 1.1 - Current electricity system margin (as % of underlying demand\\0","https://www.nationalgrid.com/sites/default/files/documents/Winter%20Outlook%202017.pdf","2018-07-18","2017-09-01",null,null,null,null,"Although this is not strictly a Government source, National Grid manage system margin so the data is appropriate.  System Margin is modelled rather simply in the 2100 calculator, so extreme levels of precision are inappropriate"]
["PG4","1.PG4_Public_Database_-_May_2018.xlsx","Table of operational, and under construction renewable energy installations > 1 MW","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/720777/Public_Database_-_May_2018.xlsx","2018-07-20","2018-05-01",null,null,null,null,"Used to determine committed development on renewable installations (wind, solar, biomass) and to determine retirement profile of existing plant"]
["PG5","1.PG5_BEIS_Electricity_Generation_Cost_Report.pdf","Estimated maximum load factors (availability factors) for Biomass CCS, Tidal Stream, Biomass, Gas CCS, Coal Unabated and Gas Unabated (CCGT) plant","https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/566567/BEIS_Electricity_Generation_Cost_Report.pdf","2018-07-23","2016-11-01",null,null,null,null,"Although some of the information in this report or the Mott Macdonald forerunners is in the UKTM backing sheet, not all technologies have been identified so the source material itself is of value - particularly for plant availability"]
["PG6","1.PG6_798-cost-of-and-finacial-support-for-wave-tidal-strea.pdf","Figure 2 - Net Load Factor for tidal range plant","http://webarchive.nationalarchives.gov.uk/20121205081857/http://www.decc.gov.uk/assets/decc/what%20we%20do/uk%20energy%20supply/energy%20mix/renewable%20energy/explained/wave_tidal/798-cost-of-and-finacial-support-for-wave-tidal-strea.pdf","2018-07-23","2010-09-01",null,null,null,null,"Not ideal source due to age, but no other sources assessed thus far include an estimate of tidal range availability factors.  Note that this source includes comparatively optimistic views on other marine technologies"]
["PG7","1.PG7_Whole_Power_System_Impacts_of_Electricity_Generation_Technologies__3_.pdf","Table 11 - Capacity credits assumed by National Grid for 2015 capacity auction","https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/601345/Whole_Power_System_Impacts_of_Electricity_Generation_Technologies__3_.pdf","2018-07-23","2016-02-01",null,null,null,null,"This report offers one source of possible capacity credit information for technologies within the calculator"]
["PG8","1.PG8_DUKES_5.6.xls","5.6 Electricity fuel use, generation and supply","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/632610/DUKES_5.6.xls","2018-07-23","2017-07-27"]
["PG9","1.PG9_ET_6.1.xls","Table 6.1 Renewable Energy Capacity and Generation","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/720263/ET_6.1.xls","2018-07-24"]
["PG10","1.PG10_ET_5.4.xls","National Statistics - Energy Trends: electricity - Table 5.4 Electricity production and availability from the public supply system","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/720411/ET_5.4.xls","2018-07-24","2018-06-28",null,null,null,null,"This is used to determine the load factors for unabated coal plant by calculating the fraction of generation that is in summer and winter and assuming that these factors continue to apply for unabated coal plant going forward"]
["PG11","1.PG11_DUKES_5.12.xls","5.12 Plant installed capacity, by connection - United Kingdom","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/729391/DUKES_5.12.xls","2018-07-26","2019-07-26",null,null,null,null,"To determine proportion of onshore wind connected to the transmission network. Includes AT18"]
["AT1","Industry Data Overview.xlsx","Backing sheet with all industry data, sources and calculations",null,"2018-06-01",null,null,null,null,null,"Update provided as \"Industry Data Overview_04OCT2018.xlsx\" on 04/10/2018"]
["AT2","ScenDem_REFScenario_DECC-Central.xlsx","UKTM demand scenarios for version 6.0",null,"2018-06-01",null,null,null,null,null,"These data are reproduced in AT1"]
["AT3","AT3_DUKES_1.1-1.3.xls","Table 1.3 from DUKES 2018 giving 2015 energy balances; this is not the same as RB5 which is 2017 DUKES","https://www.gov.uk/government/statistics/energy-chapter-1-digest-of-united-kingdom-energy-statistics-dukes","2018-06-01","2018-06-01",null,null,null,"V131.0","Redundant source - replaced by RB5 (DUKES 2017 table 1.2)"]
["AT4","ECUK_Tables_2018.xlsx","Table 4.04 gives breakdown of energy consumption by industrial sector, fuel source and process",null,"2018-06-01","2018-06-01",null,null,null,null,"These data are reproduced in AT1"]
["AT5","GNR - Totals_&_Averages - Light Report 2016.xls","Cement production figures for the UK","http://www.wbcsdcement.org/GNR-2016/index.html","2018-06-01","2016-01-01",null,null,null,null,"These data are reproduced in AT1"]
["AT6","Specific Heat of Solids.pdf","Specific heat of coal","https://www.engineeringtoolbox.com/specific-heat-solids-d_154.html","2018-06-01","Unknown"]
["AT7","Coke Making _ Industrial Efficiency Technology & Measures.pdf","Temperature at which coal is heated to to make coke","http://ietd.iipnetwork.org/content/coke-making","2018-06-01","Unknown"]
["AT8","UKMY2015.pdf","United Kingdom Minerals Production Yearbook 2015","https://www.bgs.ac.uk/mineralsUK/statistics/ukStatistics.html","2018-06-01","2014-01-01"]
["AT9","Thermophysical Properties.pdf","Thermophysical properties of different metals","DOI: 10.1361/asmhba0005240","2018-06-01","2008-01-01"]
["AT10","IJME-ICEIET-P104.pdf","Thermal efficiency of clinker production","https://www.researchgate.net/publication/324389003","2018-06-01","2016-04-01"]
["AT11","1-s2.0-S0360544212002630-main.pdf","Reducing energy consumption of a raw mill in cement industry - Atmaca & Kanoglu (2012)","https://doi.org/10.1016/j.energy.2012.03.060","2018-06-01","2012-06-01"]
["AT12","htp00706p037.pdf","Efficiency of furnaces (p.37)","https://www.asminternational.org/documents/10192/1909283/htp00706p037.pdf/34176279-dd81-4537-8115-7de6f58366c7/HTP00706P037","2018-06-01","2007-10-01"]
["AT13","DUKES_5.4.xls","Table 5.4 fuel consumed for autogeneration","https://www.gov.uk/government/statistics/electricity-chapter-5-digest-of-united-kingdom-energy-statistics-dukes","2018-06-01","2018-06-01",null,null,null,null,"These data are reproduced in AT1"]
["AT14","DUKES_7.9.xls","Table 7.9 CHP use of fuels by sector","https://www.gov.uk/government/statistics/combined-heat-and-power-chapter-7-digest-of-united-kingdom-energy-statistics-dukes","2018-06-01","2018-06-02",null,null,null,null,"These data are reproduced in AT1"]
["AT15","DUKES_7.8.xls","Table 7.8 CHP capacity, output and total fuel use by sector","https://www.gov.uk/government/statistics/combined-heat-and-power-chapter-7-digest-of-united-kingdom-energy-statistics-dukes","2018-06-01","2018-06-03",null,null,null,null,"These data are reproduced in AT1"]
["AT16","DUKES_7.3.xlsx","Table 7.3 fuel used by types of CHP installation","https://www.gov.uk/government/statistics/combined-heat-and-power-chapter-7-digest-of-united-kingdom-energy-statistics-dukes","2018-06-01","2018-06-04",null,null,null,"V131.0","Redundant source"]
["AT17","DUKES_7.6.xls","Table 7.6 heat generated by fuel and type of installation","https://www.gov.uk/government/statistics/combined-heat-and-power-chapter-7-digest-of-united-kingdom-energy-statistics-dukes","2018-06-01","2018-06-05",null,null,null,null,"These data are reproduced in AT1"]
["AT18","DUKES_5.2.xls","Table 5.2 commodity balances giving electrciity from mains and self generated","https://www.gov.uk/government/statistics/electricity-chapter-5-digest-of-united-kingdom-energy-statistics-dukes","2018-06-01","2018-06-06",null,null,null,null,"Included in AT1"]
["AT19","1-s2.0-S175058361730289X-main.pdf","CCS capture rates  by Leeson et al.","http://dx.doi.org/10.1016/j.ijggc.2017.03.020","2018-06-01","2017-04-10",null,null,null,null,"These data are reproduced in AT1"]
["BF1","HMT_GDP_Deflators_Qtrly_National_Accounts_September_2017_update.xlsx","GDP DEFLATORS AT MARKET PRICES 1955-2016","https://www.gov.uk/government/collections/gdp-deflators-at-market-prices-and-money-gdp","2017-10-13","2017-09-29",null,"UK_Pathways_Calculator_Model_Development","V1.0"]
["BF2","BOE_Annual_average_Spot_exchange_rate_EUR_1999-2016.xlsx","Annual average Spot exchange rate, Euro into Sterling (XUAAERS) 1999-2016","http://www.bankofengland.co.uk/boeapps/iadb/index.asp?Travel=NIxRSx&TD=13&TM=Oct&TY=2017&into=GBP&CurrMonth=9&startDD=1&startMM=0&startYYYY=1963&From=Rates&C=DMD&G0Xtop.x=1&G0Xtop.y=1","2017-10-10","2017-01-03",null,"UK_Pathways_Calculator_Model_Development","V1.0",null,"http://www.bankofengland.co.uk/boeapps/iadb/Rates.asp?TD=13&TM=Oct&TY=2017&into=GBP&rateview=A"]
["BF3","BOE_Annual_average_Spot_exchange_rate_USD_1975-2016.xlsx","Annual average Spot exchange rate, US $ into Sterling (XUAAUSS) 1975-2016","http://www.bankofengland.co.uk/boeapps/iadb/index.asp?Travel=NIxRSx&TD=13&TM=Oct&TY=2017&into=GBP&CurrMonth=9&startDD=1&startMM=0&startYYYY=1963&From=Rates&C=DMY&G0Xtop.x=1&G0Xtop.y=1","2017-10-10","2017-01-03",null,"UK_Pathways_Calculator_Model_Development","V1.0",null,"http://www.bankofengland.co.uk/boeapps/iadb/Rates.asp?TD=13&TM=Oct&TY=2017&into=GBP&rateview=A"]
["BF4","GHG_Conversion_factors_2017_-_Full_set__for_advanced_users__v02-00.xls","UK Government GHG Conversion Factors for Company Reporting 2017 (Full set for advanced users)","https://www.gov.uk/government/collections/government-conversion-factors-for-company-reporting","2017-10-13","2017-08-04","2018-07-31","UK_Pathways_Calculator_Model_Development","V3.0",null,"These emission conversion factors can be used to report on 2017 greenhouse gas emissions by UK based organisations of all sizes"]
["BF5","ONS_National_Population_Projections_rft-table-a1-1_Principal_Projection_2014-based.xls","Population projections by the Office for National Statistics 2014-2114 - Table A1-1, Principal projection - UK summary","https://www.ons.gov.uk/peoplepopulationandcommunity/populationandmigration/populationprojections#datasets","2018-02-27","2015-10-29",null,"UK_Pathways_Calculator_Model_Development","V48.0"]
["BF6","DCLG_Household_Projections_Published_Tables_2014-based.xlsx","Household projections, United Kingdom, 1961-2039","https://www.gov.uk/government/statistical-data-sets/live-tables-on-household-projections","2017-10-16","2016-07-12",null,"UK_Pathways_Calculator_Model_Development","V48.0"]
["BF7","IWA_Wales_Factfile_Geography.pdf","Land area of Wales","http://www.iwa.wales/click/wp-content/uploads/1_Factfile_Geography.pdf","2018-02-27","Unknown","Never","UK_Pathways_Calculator_Model_Development","V48.0"]
["BF8","Wikipedia_List_of_unusual_units_of_measurements_180227.pdf","List of unusual units of measurement","https://en.wikipedia.org/wiki/List_of_unusual_units_of_measurement#Football_field_.28area.29","2018-02-27","Unknown","Never","UK_Pathways_Calculator_Model_Development","V48.0"]
["BF9","DUKES_2017_Annex_A.pdf","Annex A - Energy and commodity balances, conversion factors and calorific values","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/642725/Annex_A.pdf","2018-02-27","2017-07-27","2018-07-31","UK_Pathways_Calculator_Model_Development","V48.0"]
["BF10","multi_sector_working_UKTM_v1.2.3_d0.6.1_180125.xlsx","UK TIMES model assumptions backing sheet. UKTM is a whole energy system optimisation model initially developed by UCL and then adopted by BEIS.\nSheet data, Row 33807","Not Yet Published","2018-01-25"]
["BF11","DUKES_2017_DUKES_1.1-1.3.xls","DUKES 2017 - Aggregate energy balance","https://www.gov.uk/government/statistics/energy-chapter-1-digest-of-united-kingdom-energy-statistics-dukes","2018-07-11","2017-07-27","2018-07-26","UK_Pathways_Calculator_Model_Development","V85.20"]
["BF12","naei_ukdata_20180711113900.csv","National Atmospheric Emissions Inventory: Greenhouse gases, Between 1990 - 2016, 8 pollutant groups, All sector groups, All sectors, All sources, including activity data","http://naei.beis.gov.uk/data/data-selector-results?q=109411","2018-07-11",null,null,"UK_Pathways_Calculator_Model_Development","V85.20"]
["BF13","uktm_model_v1.2.3_d0.6.0_DNP-Scen_SCEN_RSR_FF_Dom-Extract-FX","UKTM Scenario file: fixed fossil fuel extraction output. Taken from the model version used for the Clean Growth Strategy.","Not Yet Published:uktm_model_v1.2.3_d0.6.0_DNP","2018-07-12"]
["BF14","ETI_Strategic UK CCS Storage Appraisal_D16 Publishable Summary Report Final.pdf","UK CCS site potential estimates","https://www.eti.co.uk/programmes/carbon-capture-storage/strategic-uk-ccs-storage-appraisal","2018-08-15","2016-04-01",null,null,null,null,"Same source used in UKTM"]
["BF15","UK_Calc_Cumulative_CCS_potential.xlsx","Backing sheet calculating cumulative carbon storage potential in the UK to use as refernce lines in Calculator output charts.",{"$f":"A168","v":"BF14"},"2018-08-15"]
["BF16","2050_Calculator_model_v3.6.1.xlsx","Original 2050 Calculator model.","http://classic.2050.org.uk/model.xlsx","2018-09-12",null,null,null,null,null,"http://classic.2050.org.uk/pathways/11111111111111111111111111111111111111111111111111111/primary_energy_chart/comparator/10111111111111110111111001111110111101101101110110111"]
["NGT_HousingSupply","Housing_Supply_England_2016-17.pdf","Housing supply; net additional dwellings, England: 2016-17","https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/659529/Housing_Supply_England_2016-17.pdf","2018-09-18","2017-11-16"]
["NGT_NationalPopulation","StatsWalesPopulation.pdf","National level populations estimates by year, age and UK country","https://statswales.gov.wales/Catalogue/Population-and-Migration/Population/Estimates/nationallevelpopulationestimates-by-year-age-ukcountry","2018-09-19","2018-06-01"]
["NGT_PIA","PIA-Property-Report-2016-final-for-web.pdf","Propertly Data Report 2016 (Property Industry Alliance)","https://www.bpf.org.uk/sites/default/files/resources/PIA-Property-Report-2016-final-for-web.pdf","2018-09-19","2016-01-01"]
["NGT_EEP_NONCO2","Non-CO2-GHG-emission-projections-2015-accompanying-tables.xlsx","Non-CO2 GHG emission projections 2015 - accompanying tables","https://www.gov.uk/government/collections/energy-and-emissions-projections#non-co2-greenhouse-gas-emissions-projections","2018-09-19","2015-07-31"]
["NGT_DHC","1.DHCpotentials.pdf","Background Report on EU-27 District Heating and Cooling Potentials, Barriers, Best Practice and Measures of Promotion","https://setis.ec.europa.eu/system/files/1.DHCpotentials.pdf","2018-09-19","2012-01-01"]
["NTT_CropYield","Knox_2016_Environ._Res._Lett._11_113004.pdf","Meta-analysis of climate impacts and uncertainty on crop yields in Europe, Environmental Research Letters November 2016 Knox, Daccache, Hess and Haro","http://iopscience.iop.org/article/10.1088/1748-9326/11/11/113004/meta","2018-09-19","2017-11-01"]
["AT20","2016_Final_emissions_data_tables.xlsx","Final UK greenhouse gas emissions national statistics: 1990-2016, table 4, 5 and 6","https://www.gov.uk/government/statistics/final-uk-greenhouse-gas-emissions-national-statistics-1990-2016","2018-09-28","2018-02-06"]
["AT21","1-s2.0-S1876610217313851-main.pdf","A Review of Post-Combustion CO2 Capture Technologies from Coal-fired Power Plants","https://doi.org/10.1016/j.egypro.2017.03.1209","2018-10-04","2017-06-01"]
["DA6","Working Notes on CCS capture efficiency penalty.docx","Summary of CCS efficiency penalty studies",null,"2018-10-04","2018-10-04"]
["BF17","EEP2017_Annex-e-primary-energy-demand.xls","BEIS 2017 Updated Energy & Emissions Projections - Annex E - Primary energy demand ","https://www.gov.uk/government/publications/updated-energy-and-emissions-projections-2017","2018-10-10","2017-11-21",null,null,"V135.0"]
["BF18","DUKES 2017 dataset","Digest of United Kingdom Energy Statistics (DUKES) 2017: dataset (full set of data tables)","not published",null,"2017-07-01"]
["AT22","PHEV and BEV Battery Capacities.xlsx","Backing sheet for BEV and PHEV battery capacities, efficiencies and methodology for calculating V2G capacity"]
["AT23","Electric Vehicle Database","Online database of BEV an PHEVs available in the UK","https://ev-database.uk/","2018-10-08"]
["AT24","veh124 PHEV and EV Mark-up.xlsx","DfT statistics Vehicle Licensing Statistics","https://www.gov.uk/government/collections/vehicles-statistics","2018-10-08","2018-04-12"]
["AT25","Citroën extends Berlingo EV van range with new L2 version _ Van News.pdf","Information about the Citroen Berlingo EV van","https://www.commercialfleet.org/news/van-news/2017/02/28/citroen-extends-berlingo-ev-van-range-with-new-l2-version","2018-10-08","2017-02-28"]
["AT26","Nissan_e-NV200_van_UK.pdf","Brochure for the Nissan eNV200 van","https://www-europe.nissan-cdn.net/content/dam/Nissan/gb/brochures/Vehicles/Nissan_e-NV200_van_UK.pdf","2018-10-08","2018-06-02"]
["AT27","First drive_ Peugeot Partner SE L2 Electric _ GreenFleet.pdf","Information about the Peugeot Partner electric van","http://www.greenfleet.net/road-tests/18102017/first-drive-peugeot-partner-se-l2-electric","2018-10-08","2017-01-01"]
["AT28","B5LHC-spec.pdf","Specification for the Vovlo B5LHC bus","https://www.volvobuses.co.uk/en-gb/our-offering/buses/volvo-B5LHC/specifications.html","2018-10-08","2018-01-01"]
["AT29","7900-Electric-Hybrid-spec.pdf","Specification for the Vovlo 7900 bus","https://www.volvobuses.co.uk/en-gb/our-offering/buses/volvo-7900-electric-hybrid/specifications.html","2018-10-08","2018-01-01"]
["AT30","2.+TfL+Opportunites+for+eBuses++-+Mark+Poulton%2c+TfL.pdf","London underground opportunities for bus electrification","http://www.lowcvp.org.uk/assets/presentations/2.%20TfL%20Opportunites%20for%20eBuses%20%20-%20Mark%20Poulton,%20TfL.pdf","2018-10-08","2016-11-10"]
["AT31","London’s electric bus fleet expands - Air Quality News.pdf","Information about the numbers of electric buses operating in London","https://www.airqualitynews.com/2018/02/15/londons-electric-bus-fleet-expands/","2018-10-08","2018-02-15"]
["AT32","VersaSpecSheet+April+2017+Digital+only.pdf","Specification for the Optare Versa bus","https://static1.squarespace.com/static/5318a7c0e4b03ba2018b69f4/t/58ee052217bffcbada5b453b/1491993896995/VersaSpecSheet+April+2017+Digital+only.pdf","2018-10-08","2017-04-01"]
["AT33","New+Euro+6+-+UK+Solo+Spec+Sheet+March+2018.pdf","Specification for the Optare Solo bus","https://static1.squarespace.com/static/5318a7c0e4b03ba2018b69f4/t/5ad737db562fa7457d6f7c25/1524053989100/New+Euro+6+-+UK+Solo+Spec+Sheet+March+2018.pdf","2018-10-08","2018-03-01"]
["AT34","MetroCitySpec.pdf","Specification for the Optare MetroCity bus","https://static1.squarespace.com/static/5318a7c0e4b03ba2018b69f4/t/581361c6c534a5e443e074d7/1477665223893/MetroCitySpec.pdf","2018-10-08","Unknown"]
["AT35","Metrodecker+specification.pdf","Specification for the Optare Metrodecker bus","https://static1.squarespace.com/static/5318a7c0e4b03ba2018b69f4/t/56c6f407d210b895cad9264e/1455879176176/Metrodecker+specification.pdf","2018-10-08","Unknown"]
["AT36","Mitsubishi_Fuso_Range_Brochure_2017.pdf","Brochure for the Mitsubishi Fuso PHEV","https://www.fuso.ie/templates/mitsubishifuso2012/pdf/Mitsubishi_Fuso_Range_Brochure_2017.pdf","2018-10-08","2017-02-01"]
["AT37","hs300616ifs-1016_web_(4).pdf","Specification for the Hino 300 series PHEV HGVs","https://www.hino.com.au/uploads/pdf/specification/hs300616ifs-1016_web_(4).pdf","2018-10-08","Unknown"]
["AT38","Hybrid vehicles.pdf","Specification for the Iveco Eurocargo PHEV HGVs","https://www.iveco.com/Corporate-en/Company/Pages/Hybrid-vehicles.aspx","2018-10-08","Unknown"]
["AT39","E-Force One AG - Products.pdf","Specification for the E-Force One electric HGVs","https://eforce.ch/en/products/e-trucks#batteries","2018-10-08","Unknown"]
["AT40","Electric truck with ranges up to 300 km from 7 to 24 tons _ EMOSS.pdf","Specification for the EMOSS electric HGVs","http://www.emoss.nl/en/electric-vehicles/full-electric-truck/","2018-10-08","Unknown"]
["AT41","FUSO-eCANTER-Datasheet-EN-US.pdf","Specification for the Mitsubishi Fuso electric","https://www.mitfuso.com/files/FUSO-eCANTER-Datasheet-EN-US.pdf","2018-10-08","Unknown"]
["AT42","V2G power fundamentals Kempton & Tomic (2005).pdf","Vehicle-to-grid power fundamentals: Calculating capacity and net revenue","https://doi.org/10.1016/j.jpowsour.2004.12.025","2018-10-08","2004-12-08"]
["AT43","Short term operating reserve (STOR) _ National Grid ESO.pdf","STOR technocal requirements Nation Grid","https://www.nationalgrideso.com/balancing-services/reserve-services/short-term-operating-reserve-stor?technical-requirements","2018-10-12","2018-01-01"]
["SEWTHA","sewtha.pdf","Sustainable Energy - Without the Hot Air (book by David JC Mackay)","https://www.withouthotair.com/","2018-10-24","2009-05-01"]
["PG1a","SolarOutputAnalysis.xlsx","Gives an analysis of solar photovoltaic output from two locations for deriving UK TIMES model parameters","perhaps what is now https://pvwatts.nrel.gov/","unknown","unknown"]
["BF19","Bio feedstock availability for UK Times_20170308.xlsx","UK and Global Bioenergy Resource Model - estimates of imported bioenergy availability. Summary of results used for UK TIMES - Runs carried out with ver 8.04 of the Ricardo Energy & Environment Bioenergy Model for BEIS on 2/2/2017 ","https://www.gov.uk/government/publications/uk-and-global-bioenergy-resource-model","2018-12-10","2017-02-02",null,null,"V153.0",null,"This summary is not published but the model used to derive these assumptions is."]
["BF20","Bioenergy and climate change mitigation_Creutzig et al 2015.pdf","Bioenergy and climate change mitigation: an assessment, Data for Global Bioenergy supply"]
["BF21","FR_Tree_cover_outside_woodland_in_GB_statistical_report_2017.pdf","Forestry Commission - National Forest Inventory - Tree cover outside woodland in Great Britain Statistical Report 2017. Estimimate of small woods between 0.1 and 0.5 ha in size that are added to the National Forest Inventory definition of woodland (>0.5 ha).","https://www.forestresearch.gov.uk/tools-and-resources/national-forest-inventory/what-our-woodlands-and-tree-cover-outside-woodlands-are-like-today-8211-nfi-inventory-reports-and-woodland-map-reports/","2019-01-22","2018-11-28",null,null,"V156.0"]
["BF22","Annual_Statement_of_Emmisions_for_2016.pdf","Annual Statement of Emissions for 2016 - Reporting UK 2016 emissions to Parliament under the Climate Change Act 2008","https://www.gov.uk/government/publications/annual-statement-of-emissions-for-2016","2019-01-28","2018-03-28",null,null,"V157.0"]
["ME1","H2_supply_chain_evidence_-_publication_version.pdf","Hydrogen supply chain evidence base, Prepared by Element Energy Ltd for the Department for Business, Energy & Industrial Strategy, November 2018","https://www.gov.uk/government/publications/hydrogen-supply-chain-evidence-base","2019-01-12","2018-11-30",null,null,"V159.20"]
["ME2","heat_networks.pdf","Assessment of the Costs, Performance, and Characteristics of UK Heat Networks Final","https://www.gov.uk/government/publications/assessment-of-the-costs-performance-and-characteristics-of-uk-heat-networks","2019-03-07","2015-03-26",null,null,"V160.17"]
["ME3","Exploring_Wave_Potential_EWTEC2017","Exploring Wave Energy Potential in the UK Using a Whole Systems Modelling Approach","https://ore.exeter.ac.uk/repository/handle/10871/29238","2019-03-12","2017-09-07",null,null,"V160.21"]
["ME4","Industry_Calculations_BEIS.xlsx","Transformation of Industry Energy Consumption data from ECUK 2018",null,"2019-03-13","2019-03-13",null,null,"V161"]
["ME5","DDM_LCM_data.xlsx","Input and output data recommended by the DDM/LCM and some transformations.",null,"2019-03-21","Unknown",null,null,"V161"]
["ME6","Everose Global Roundtrip Report UKPN001-S-01-H-V2G-global-review-compressed.pdf","Lessons learned from fifty international vehicle-to-grid projects.",null,"2019-03-22","2018-10-01",null,null,"V164"]
["ME7","GoBiGas_results_highres.pdf","GoBiGas demonstration –\na vital step for a large-scale transition from fossil fuels\nto advanced biofuels and electrofuels",null,"2019-04-11","2018-01-28",null,null,"V164.21"]
["ME8","nts0309.ods","National Travel Survey - Average distance travelled by trip length and mode: England","https://www.gov.uk/government/statistical-data-sets/nts03-modal-comparisons","2019-05-13","2018-07-26",null,null,"v166.0"]
["ME9","rft18-scenario-2-high-gdp-low-fuel.xlsx","Road Traffic Forecasts 2018 - Scenario 2 - High GDP, Low Fuel","https://www.gov.uk/government/publications/road-traffic-forecasts-2018","2019-05-14","2018-10-14",null,null,"v166.3"]
["ME10","BEIS_Final_Benchmarks_Report_Rev_3A__2_.pdf","Wood Report: Assessing the Cost Reduction Potential and\nCompetitiveness of Novel (Next Generation)\nUK Carbon Capture Technology","https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/730562/BEIS_Final_Benchmarks_Report_Rev_3A__2_.pdf","2019-05-22","2018-07-20",null,null,"v167.2"]
["ME11","LHV efficiency conversion.xlsx","Workbook containing transformation of HHV efficiencies from Leigh Fischer report into LHV efficiencies",null,"2019-05-22","2019-05-22",null,null,"v167.3"]
["ME12","Renewable_Energy_Planning_Database__REPD__December_2018.xlsx","Renewable Energy Planning Database (REPD): March 2019. Shows capacity of current and planned renewable energy projects.","https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/795492/renewable-energy-public-database-q1-2019.csv/preview","2019-05-30","2019-04-16",null,null,"v169"]
["ME13","IndustryFuelSharesAmbition.xlsx","Industry fuel shares backing workbook",null,"2019-06-04","2019-06-05",null,null,"v165.13"]
["ME14","Netherlands 2016 Transport and mobility.pdf","Statistics Netherlands: Transport and mobility 2016","https://www.cbs.nl/en-gb/publication/2016/25/transport-and-mobility-2016","2019-05-07","2016-10-04",null,null,"v165.17"]
["ME15","ata-potential-and-costs-reducting-emissions.pdf","CCC and DfT: Understanding the potential and costs for reducing UK aviation emissions",null,"2019-03-20","2018-11-01",null,null,"v169"]
["ME16","1905151124_ukghgi-90-17_Annexes_Issue_2_final.pdf","Report: UK Greenhouse Gas Inventory, 1990 to 2017","https://uk-air.defra.gov.uk/library/reports?report_id=981","2019-06-07","2019-04-15",null,null,"v170"]
["ME17","UKCP_RCP6.0_TemperatureProjections.xlsx","UK Climate Projections 2018. Scenario RCP 6.0. Includes transformation of data into Calculator format.","https://www.metoffice.gov.uk/research/collaboration/ukcp","2019-05-28","2018-01-01",null,null,"v173"]
["ME18","Charts-and-Data-Biomass-in-a-low-carbon-economy-Chapters-1-5.xlsx","Committee on Climate Change: Biomass in a low-carbon economy","https://www.theccc.org.uk/publication/biomass-in-a-low-carbon-economy/","2019-07-23","2018-11-15",null,null,"v177"]
["ME19","BE1_D7_Biomass_Heat_REA_FINAL_Summary_Report_for_publication.pdf","ECOFYS - Bioenergy heat pathways to 2050 - Repid evidence assessment summary report","https://www.gov.uk/government/publications/bioenergy-heat-pathways-to-2050-rapid-evidence-assessment","2019-08-28","2018-11-30",null,null,"v180"]
["ME20","ESME-v4.4-Dataset.pdf","ESME v4.4 dataset","https://www.eti.co.uk/programmes/strategy/esme","2019-08-30",null,null,null,"v180.3"]
["ME21","EnergyIntensityCars_UKTMv0.19_26032019.xlsx","UKTM v0.19 technical efficiencies for diesel/petrol/electric cars, transformed into energy intensities for the Calculator.",null,"2020-01-28","2019-03-26",null,null,"v187.13"]
["ME22","CCC_Livestock_Data.xlsx","Calculated ambition levels for livestock numbers based on CCC's speculative options scenario.",null,"2020-01-29","2020-01-29",null,null,"v187.15"]
["ME23","Heat_networks_data_tables_revised.xlsx","Heat Network Statistics, and fuel types ","https://www.gov.uk/government/publications/energy-trends-march-2018-special-feature-article-experimental-statistics-on-heat-networks","2020-02-17","2018-05-31",null,null,"v189"]
[]
[]
[]
[]
["NB some of these files use data from other files in the repository which are not referred to directly in the model."]