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Preferences.EnergyUnitsTWh74968910519321055
INDEX(Vectors[Description], MATCH(G$5,Vectors[Code],FALSE))Heating and coolingINDEX(Vectors[Description], MATCH(H$5,Vectors[Code],FALSE))Lighting & appliancesINDEX(Vectors[Description], MATCH(I$5,Vectors[Code],FALSE))IndustryINDEX(Vectors[Description], MATCH(J$5,Vectors[Code],FALSE))Road transportINDEX(Vectors[Description], MATCH(K$5,Vectors[Code],FALSE))Rail transportINDEX(Vectors[Description], MATCH(L$5,Vectors[Code],FALSE))Domestic aviationINDEX(Vectors[Description], MATCH(M$5,Vectors[Code],FALSE))National navigationINDEX(Vectors[Description], MATCH(N$5,Vectors[Code],FALSE))International aviationINDEX(Vectors[Description], MATCH(O$5,Vectors[Code],FALSE))International shippingINDEX(Vectors[Description], MATCH(P$5,Vectors[Code],FALSE))Food consumption [UNUSED]937INDEX(Vectors[Description], MATCH(S$5,Vectors[Code],FALSE))Electricity (delivered to end user)INDEX(Vectors[Description], MATCH(T$5,Vectors[Code],FALSE))Electricity (supplied to grid)INDEX(Vectors[Description], MATCH(U$5,Vectors[Code],FALSE))Solid hydrocarbonsINDEX(Vectors[Description], MATCH(V$5,Vectors[Code],FALSE))Liquid hydrocarbonsINDEX(Vectors[Description], MATCH(W$5,Vectors[Code],FALSE))Gaseous hydrocarbonsINDEX(Vectors[Description], MATCH(X$5,Vectors[Code],FALSE))Coal and fossil wasteINDEX(Vectors[Description], MATCH(Y$5,Vectors[Code],FALSE))Oil and petroleum productsINDEX(Vectors[Description], MATCH(Z$5,Vectors[Code],FALSE))Natural gasINDEX(Vectors[Description], MATCH(AA$5,Vectors[Code],FALSE))Blast furnace gasINDEX(Vectors[Description], MATCH(AB$5,Vectors[Code],FALSE))Heat transportINDEX(Vectors[Description], MATCH(AC$5,Vectors[Code],FALSE))Edible biomassINDEX(Vectors[Description], MATCH(AD$5,Vectors[Code],FALSE))Energy crops (second generation)INDEX(Vectors[Description], MATCH(AE$5,Vectors[Code],FALSE))Energy crops (first generation)INDEX(Vectors[Description], MATCH(AF$5,Vectors[Code],FALSE))Dry biomass and wasteINDEX(Vectors[Description], MATCH(AG$5,Vectors[Code],FALSE))Wet biomass and wasteINDEX(Vectors[Description], MATCH(AH$5,Vectors[Code],FALSE))Gaseous wasteINDEX(Vectors[Description], MATCH(AI$5,Vectors[Code],FALSE))Domestic solar thermalINDEX(Vectors[Description], MATCH(AJ$5,Vectors[Code],FALSE))H2685INDEX(Vectors[Description], MATCH(AM$5,Vectors[Code],FALSE))Coal reservesINDEX(Vectors[Description], MATCH(AN$5,Vectors[Code],FALSE))Oil reservesINDEX(Vectors[Description], MATCH(AO$5,Vectors[Code],FALSE))Gas reservesINDEX(Vectors[Description], MATCH(AP$5,Vectors[Code],FALSE))Biomass oversupply (imports)INDEX(Vectors[Description], MATCH(AQ$5,Vectors[Code],FALSE))Electricity oversupply (imports)INDEX(Vectors[Description], MATCH(AR$5,Vectors[Code],FALSE))Petroleum products oversupplyINDEX(Vectors[Description], MATCH(AS$5,Vectors[Code],FALSE))Coal oversupply (imports)INDEX(Vectors[Description], MATCH(AT$5,Vectors[Code],FALSE))Oil and petroleum products oversupply (imports)INDEX(Vectors[Description], MATCH(AU$5,Vectors[Code],FALSE))Gas oversupply (imports)INDEX(Vectors[Description], MATCH(AV$5,Vectors[Code],FALSE))Nuclear fissionINDEX(Vectors[Description], MATCH(AW$5,Vectors[Code],FALSE))SolarINDEX(Vectors[Description], MATCH(AX$5,Vectors[Code],FALSE))WindINDEX(Vectors[Description], MATCH(AY$5,Vectors[Code],FALSE))TidalINDEX(Vectors[Description], MATCH(AZ$5,Vectors[Code],FALSE))WaveINDEX(Vectors[Description], MATCH(BA$5,Vectors[Code],FALSE))GeothermalINDEX(Vectors[Description], MATCH(BB$5,Vectors[Code],FALSE))HydroINDEX(Vectors[Description], MATCH(BC$5,Vectors[Code],FALSE))Environmental heatINDEX(Vectors[Description], MATCH(BD$5,Vectors[Code],FALSE))AgricultureINDEX(Vectors[Description], MATCH(BE$5,Vectors[Code],FALSE))Waste686INDEX(Vectors[Description], MATCH(BH$5,Vectors[Code],FALSE))Conversion lossesINDEX(Vectors[Description], MATCH(BI$5,Vectors[Code],FALSE))Distribution losses and own use931INDEX(Vectors[Description], MATCH(BL$5,Vectors[Code],FALSE))UnallocatedINDEX(IPCC[Sector_description], MATCH(BO$5, IPCC[Sector_code], 0))Fuel CombustionINDEX(IPCC[Sector_description], MATCH(BS$5, IPCC[Sector_code], 0))Fugitive Emissions from FuelsINDEX(IPCC[Sector_description], MATCH(BW$5, IPCC[Sector_code], 0))Industrial ProcessesINDEX(IPCC[Sector_description], MATCH(CA$5, IPCC[Sector_code], 0))Solvent and Other Product UseINDEX(IPCC[Sector_description], MATCH(CE$5, IPCC[Sector_code], 0))AgricultureINDEX(IPCC[Sector_description], MATCH(CI$5, IPCC[Sector_code], 0))Land Use, Land-Use Change and ForestryINDEX(IPCC[Sector_description], MATCH(CM$5, IPCC[Sector_code], 0))WasteINDEX(IPCC[Sector_description], MATCH(CQ$5, IPCC[Sector_code], 0))OtherINDEX(IPCC[Sector_description], MATCH(CU$5, IPCC[Sector_code], 0))International Aviation and ShippingINDEX(IPCC[Sector_description], MATCH(CY$5, IPCC[Sector_code], 0))Bioenergy creditINDEX(IPCC[Sector_description], MATCH(DC$5, IPCC[Sector_code], 0))Carbon capture148
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825INDEX(Modules[Module], MATCH($C9, Modules[Code], 0))Domestic space heating and hot waterIFERROR(INDEX(INDIRECT($C9&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C9&".Outputs[Vector]"), 0)), 0)501.92744574780113IFERROR(INDEX(INDIRECT($C9&".Outputs["&this.Year&"]"), MATCH(H$5, INDIRECT($C9&".Outputs[Vector]"), 0)), 0)000000000SUM(G9:P9)501.92744574780113IFERROR(INDEX(INDIRECT($C9&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C9&".Outputs[Vector]"), 0)), 0)-46.6743137684426590-5.8646228143532113-5.2600225242137055-444.12848664079155IFERROR(INDEX(INDIRECT($C9&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C9&".Outputs[Vector]"), 0)), 0)0000000000000SUM(S9:AJ9)-501.92744574780113IFERROR(INDEX(INDIRECT($C9&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C9&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM9:BE9)0IFERROR(INDEX(INDIRECT($C9&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C9&".Outputs[Vector]"), 0)), 0)00SUM(BH9:BI9)0Q9+AK9+BF9+BJ90IFERROR(SUMIFS(INDIRECT($C9&".Emissions["&this.Year&"]"), INDIRECT($C9&".Emissions[GHG]"), BO$6, INDIRECT($C9&".Emissions[IPCC Sector]"), BO$5),0)84.8409509997798490.170749298267531660.215841971765789340000000IFERROR(SUMIFS(INDIRECT($C9&".Emissions["&this.Year&"]"), INDIRECT($C9&".Emissions[GHG]"), BY$6, INDIRECT($C9&".Emissions[IPCC Sector]"), BY$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C9&".Emissions["&this.Year&"]"), INDIRECT($C9&".Emissions[GHG]"), CI$6, INDIRECT($C9&".Emissions[IPCC Sector]"), CI$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C9&".Emissions["&this.Year&"]"), INDIRECT($C9&".Emissions[GHG]"), CS$6, INDIRECT($C9&".Emissions[IPCC Sector]"), CS$5),0)00000000000000
886INDEX(Modules[Module], MATCH($C10, Modules[Code], 0))Domestic hot water [UNUSED - See IX.a]00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
935SUM(G9:G10)501.92744574780113SUM(H9:H10)000000000501.92744574780113SUM(S9:S10)-46.674313768442659SUM(T9:T10)0-5.8646228143532113-5.2600225242137055-444.12848664079155SUM(X9:X10)0SUM(Y9:Y10)0SUM(Z9:Z10)0000SUM(AD9:AD10)0SUM(AE9:AE10)00SUM(AG9:AG10)0SUM(AH9:AH10)0SUM(AI9:AI10)00-501.92744574780113SUM(AM9:AM10)00000000000000000000SUM(BH9:BH10)0SUM(BI9:BI10)000SUM(BO9:BO10)84.8409509997798490.170749298267531660.2158419717657893400000000000000000000000000000000000000000
933INDEX(Modules[Module], MATCH($C12, Modules[Code], 0))Commercial heating and cooling141.84903434321333000000000141.84903434321333-30.34501678409565900-3.1777619215816162-108.32625563753608IFERROR(INDEX(INDIRECT($C12&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C12&".Outputs[Vector]"), 0)), 0)0000000000000-141.84903434321336IFERROR(INDEX(INDIRECT($C12&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C12&".Outputs[Vector]"), 0)), 0)00000000000000000000000-2.8421709430404007E-14IFERROR(SUMIFS(INDIRECT($C12&".Emissions["&this.Year&"]"), INDIRECT($C12&".Emissions[GHG]"), BO$6, INDIRECT($C12&".Emissions[IPCC Sector]"), BO$5),0)20.7264715177020414.0942546614003247E-25.7265512961339554E-20000000IFERROR(SUMIFS(INDIRECT($C12&".Emissions["&this.Year&"]"), INDIRECT($C12&".Emissions[GHG]"), BY$6, INDIRECT($C12&".Emissions[IPCC Sector]"), BY$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C12&".Emissions["&this.Year&"]"), INDIRECT($C12&".Emissions[GHG]"), CI$6, INDIRECT($C12&".Emissions[IPCC Sector]"), CI$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C12&".Emissions["&this.Year&"]"), INDIRECT($C12&".Emissions[GHG]"), CS$6, INDIRECT($C12&".Emissions[IPCC Sector]"), CS$5),0)00000000000000
934INDEX(Modules[Module], MATCH($C13, Modules[Code], 0))Commercial hot water [UNUSED - See IX.c]00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
936SUM(G12:G13)141.84903434321333SUM(H12:H13)000000000141.84903434321333SUM(S12:S13)-30.34501678409565900-3.1777619215816162-108.32625563753608SUM(X12:X13)0SUM(Y12:Y13)0SUM(Z12:Z13)0000SUM(AD12:AD13)0SUM(AE12:AE13)00SUM(AG12:AG13)0SUM(AH12:AH13)0SUM(AI12:AI13)00-141.84903434321336SUM(AM12:AM13)0000000SUM(AT12:AT13)0000000000000SUM(BH12:BH13)0SUM(BI12:BI13)00-2.8421709430404007E-14SUM(BO12:BO13)20.7264715177020414.0942546614003247E-25.7265512961339554E-200000000000000000000000000000000000000000
676INDEX(Workstreams[Workstream], MATCH($C15, Workstreams[Code], 0))HeatingG14+G11643.77648009101449000000000643.77648009101449S14+S11-77.0193305525383210-5.8646228143532113-8.4377844457953213-552.45474227832767000AA14+AA11000AD14+AD110AE14+AE1100AG14+AG110AH14+AH110AI14+AI1100-643.77648009101449AM14+AM110000000AT14+AT110000000000000BH14+BH110BI14+BI11000BO14+BO11105.567422517481890.211691844881534920.2731074847271288700000000000000000000000000000000000000000SUM(BO15:DF15)106.05222184709055
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938INDEX(Modules[Module], MATCH($C17, Modules[Code], 0))Domestic lighting, appliances, and cookingIFERROR(INDEX(INDIRECT($C17&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C17&".Outputs[Vector]"), 0)), 0)0102.5819804402374300000000SUM(G17:P17)102.58198044023743IFERROR(INDEX(INDIRECT($C17&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C17&".Outputs[Vector]"), 0)), 0)-94.567435891111487000-8.014544549125949IFERROR(INDEX(INDIRECT($C17&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C17&".Outputs[Vector]"), 0)), 0)0000000000000SUM(S17:AJ17)-102.58198044023743IFERROR(INDEX(INDIRECT($C17&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C17&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM17:BE17)0IFERROR(INDEX(INDIRECT($C17&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C17&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C17&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C17&".Outputs[Vector]"), 0)), 0)0SUM(BH17:BI17)00IFERROR(SUMIFS(INDIRECT($C17&".Emissions["&this.Year&"]"), INDIRECT($C17&".Emissions[GHG]"), BO$6, INDIRECT($C17&".Emissions[IPCC Sector]"), BO$5),0)1.47467619703917442.9559673613715563E-33.1792866060375837E-30000000IFERROR(SUMIFS(INDIRECT($C17&".Emissions["&this.Year&"]"), INDIRECT($C17&".Emissions[GHG]"), BY$6, INDIRECT($C17&".Emissions[IPCC Sector]"), BY$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C17&".Emissions["&this.Year&"]"), INDIRECT($C17&".Emissions[GHG]"), CI$6, INDIRECT($C17&".Emissions[IPCC Sector]"), CI$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C17&".Emissions["&this.Year&"]"), INDIRECT($C17&".Emissions[GHG]"), CS$6, INDIRECT($C17&".Emissions[IPCC Sector]"), CS$5),0)000000000000001.4808114510065835
939INDEX(Modules[Module], MATCH($C18, Modules[Code], 0))Commercial lighting, appliances, and catering090.99744777451708400000000SUM(G18:P18)90.997447774517084-81.977512124578922000-9.01993564993816750000000000000SUM(S18:AJ18)-90.9974477745170840000000000000000000SUM(AM18:BE18)0IFERROR(INDEX(INDIRECT($C18&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C18&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C18&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C18&".Outputs[Vector]"), 0)), 0)0SUM(BH18:BI18)001.65966815958862253.326781106456852E-33.5781148165552061E-3000000000000000000000000000000000000000001.6665730555116345
677INDEX(Workstreams[Workstream], MATCH($C19, Workstreams[Code], 0))Lighting and appliancesG17+G180H17+H18193.579428214754500000000SUM(G19:P19)193.5794282147545S17+S18-176.54494801569041T17+T18000-17.034480199064117X17+X180Y17+Y180Z17+Z180000AD17+AD180AE17+AE1800AG17+AG180AH17+AH180AI17+AI1800SUM(S19:AJ19)-193.57942821475453AM17+AM180000000000000000000SUM(AM19:BE19)0BH17+BH180BI17+BI180SUM(BH19:BI19)0-2.8421709430404007E-14BO17+BO183.13434435662779716.2827484678284083E-36.7574014225927903E-3000000000000000000000000000000000000000003.1473845065182182
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888INDEX(Modules[Module], MATCH($C21, Modules[Code], 0))Industrial processesIFERROR(INDEX(INDIRECT($C21&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C21&".Outputs[Vector]"), 0)), 0)00433.121789361017930000000SUM(G21:P21)433.12178936101793IFERROR(INDEX(INDIRECT($C21&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C21&".Outputs[Vector]"), 0)), 0)-121.233725285824320-57.826011981336116-86.519738777700951-159.05490557469804IFERROR(INDEX(INDIRECT($C21&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C21&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C21&".Outputs["&this.Year&"]"), MATCH(Y$5, INDIRECT($C21&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C21&".Outputs["&this.Year&"]"), MATCH(Z$5, INDIRECT($C21&".Outputs[Vector]"), 0)), 0)00-8.487407741458472500000000SUM(S21:AJ21)-433.12178936101793IFERROR(INDEX(INDIRECT($C21&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C21&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM21:BE21)0IFERROR(INDEX(INDIRECT($C21&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C21&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C21&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C21&".Outputs[Vector]"), 0)), 0)0SUM(BH21:BI21)00IFERROR(SUMIFS(INDIRECT($C21&".Emissions["&this.Year&"]"), INDIRECT($C21&".Emissions[GHG]"), BO$6, INDIRECT($C21&".Emissions[IPCC Sector]"), BO$5),0)68.7064490104211960.137913221044046070.610036047665943990000014.4557846919342920.110895865058110782.76088251032449437.19282732680201860000000000000000000000000000000093.974788673250103
678INDEX(Workstreams[Workstream], MATCH($C22, Workstreams[Code], 0))IndustryG210H210433.121789361017930000000SUM(G22:P22)433.12178936101793S21-121.233725285824320-57.826011981336116-86.519738777700951-159.05490557469804000AA210-8.48740774145847250AD210AE2100AG210AH210AI2100SUM(S22:AJ22)-433.12178936101793AM210000000000000000000SUM(AM22:BE22)0BH210BI210SUM(BH22:BI22)00BO2168.7064490104211960.137913221044046070.610036047665943990000014.4557846919342920.110895865058110782.76088251032449437.19282732680201860000000000000000000000000000000093.974788673250103
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891INDEX(Modules[Module], MATCH($C24, Modules[Code], 0))Domestic passenger transportIFERROR(INDEX(INDIRECT($C24&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C24&".Outputs[Vector]"), 0)), 0)000244.7653458303331613.27581752090155812.6578472400478540000SUM(G24:P24)270.69901059128256IFERROR(INDEX(INDIRECT($C24&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C24&".Outputs[Vector]"), 0)), 0)-12.42373326989164900-258.215573641736510IFERROR(INDEX(INDIRECT($C24&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C24&".Outputs[Vector]"), 0)), 0)000000000000-5.9703679654422331E-2SUM(S24:AJ24)-270.69901059128262IFERROR(INDEX(INDIRECT($C24&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C24&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM24:BE24)0IFERROR(INDEX(INDIRECT($C24&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C24&".Outputs[Vector]"), 0)), 0)00SUM(BH24:BI24)0-5.6843418860808015E-14IFERROR(SUMIFS(INDIRECT($C24&".Emissions["&this.Year&"]"), INDIRECT($C24&".Emissions[GHG]"), BO$6, INDIRECT($C24&".Emissions[IPCC Sector]"), BO$5),0)64.5538934104341288.036934245328245E-21.16145681923196010000000IFERROR(SUMIFS(INDIRECT($C24&".Emissions["&this.Year&"]"), INDIRECT($C24&".Emissions[GHG]"), BY$6, INDIRECT($C24&".Emissions[IPCC Sector]"), BY$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C24&".Emissions["&this.Year&"]"), INDIRECT($C24&".Emissions[GHG]"), CI$6, INDIRECT($C24&".Emissions[IPCC Sector]"), CI$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C24&".Emissions["&this.Year&"]"), INDIRECT($C24&".Emissions[GHG]"), CS$6, INDIRECT($C24&".Emissions[IPCC Sector]"), CS$5),0)0000000000000065.795719572119367
904INDEX(Modules[Module], MATCH($C25, Modules[Code], 0))Domestic freight000111.402602019230333.0022609100415356023.688791719453825000SUM(G25:P25)138.0936546487257-0.126061863178100-137.9675927855475900000000000000-138.093654648725700000000000000000000000034.4918981963868994.2942277089070335E-20.620579925578476410000000000000000000000000000000000000000035.155420399054442
907INDEX(Modules[Module], MATCH($C26, Modules[Code], 0))International aviation0000000208.1321838287156300SUM(G26:P26)208.13218382871563000-208.1321838287156300000000000000-208.132183828715630000000000000000000000000000000000000000000000000000000052.0330459571789066.4780936803169833E-20.9361811171966767400000000053.034008011178749
942INDEX(Modules[Module], MATCH($C27, Modules[Code], 0))Domestic aviation [UNUSED - see XII.a]000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
948SUM(G26:G27)0SUM(H26:H27)000000208.1321838287156300208.13218382871563SUM(S26:S27)000-208.132183828715630000SUM(AA26:AA27)000SUM(AD26:AD27)0SUM(AE26:AE27)00SUM(AG26:AG27)0SUM(AH26:AH27)0SUM(AI26:AI27)00-208.13218382871563SUM(AM26:AM27)00000000000000000000SUM(BH26:BH27)0SUM(BI26:BI27)000SUM(BO26:BO27)0000000000000000000000000000000052.0330459571789066.4780936803169833E-20.9361811171966767400000000053.034008011178749
945INDEX(Modules[Module], MATCH($C29, Modules[Code], 0))International shipping (maritime bunkers)IFERROR(INDEX(INDIRECT($C29&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C29&".Outputs[Vector]"), 0)), 0)0000000069.189913232481004069.189913232481004000-69.1899132324810040IFERROR(INDEX(INDIRECT($C29&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C29&".Outputs[Vector]"), 0)), 0)0000000000000-69.189913232481004IFERROR(INDEX(INDIRECT($C29&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C29&".Outputs[Vector]"), 0)), 0)000000000000000000000000IFERROR(SUMIFS(INDIRECT($C29&".Emissions["&this.Year&"]"), INDIRECT($C29&".Emissions[GHG]"), BO$6, INDIRECT($C29&".Emissions[IPCC Sector]"), BO$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C29&".Emissions["&this.Year&"]"), INDIRECT($C29&".Emissions[GHG]"), BY$6, INDIRECT($C29&".Emissions[IPCC Sector]"), BY$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C29&".Emissions["&this.Year&"]"), INDIRECT($C29&".Emissions[GHG]"), CI$6, INDIRECT($C29&".Emissions[IPCC Sector]"), CI$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C29&".Emissions["&this.Year&"]"), INDIRECT($C29&".Emissions[GHG]"), CS$6, INDIRECT($C29&".Emissions[IPCC Sector]"), CS$5),0)0017.2974783081202512.1535292207469536E-20.311217078863842700000000017.630230679191566
947INDEX(Modules[Module], MATCH($C30, Modules[Code], 0))National navigation [UNUSED - see XII.a]000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
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918INDEX(Modules[Module], MATCH($C34, Modules[Code], 0))Food consumption [UNUSED]IFERROR(INDEX(INDIRECT($C34&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C34&".Outputs[Vector]"), 0)), 0)0000000000SUM(G34:P34)0IFERROR(INDEX(INDIRECT($C34&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C34&".Outputs[Vector]"), 0)), 0)00000IFERROR(INDEX(INDIRECT($C34&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C34&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C34&".Outputs["&this.Year&"]"), MATCH(Y$5, INDIRECT($C34&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C34&".Outputs["&this.Year&"]"), MATCH(Z$5, INDIRECT($C34&".Outputs[Vector]"), 0)), 0)00000000000SUM(S34:AJ34)0IFERROR(INDEX(INDIRECT($C34&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C34&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM34:BE34)0IFERROR(INDEX(INDIRECT($C34&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C34&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C34&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C34&".Outputs[Vector]"), 0)), 0)0SUM(BH34:BI34)00IFERROR(SUMIFS(INDIRECT($C34&".Emissions["&this.Year&"]"), INDIRECT($C34&".Emissions[GHG]"), BO$6, INDIRECT($C34&".Emissions[IPCC Sector]"), BO$5),0)000000000000000000000000000000000000000000000
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950INDEX(Modules[Module], MATCH($C37, Modules[Code], 0))GeosequestrationIFERROR(INDEX(INDIRECT($C37&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C37&".Outputs[Vector]"), 0)), 0)0000000000SUM(G37:P37)0IFERROR(INDEX(INDIRECT($C37&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C37&".Outputs[Vector]"), 0)), 0)00000IFERROR(INDEX(INDIRECT($C37&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C37&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C37&".Outputs["&this.Year&"]"), MATCH(Y$5, INDIRECT($C37&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C37&".Outputs["&this.Year&"]"), MATCH(Z$5, INDIRECT($C37&".Outputs[Vector]"), 0)), 0)00000000000SUM(S37:AJ37)0IFERROR(INDEX(INDIRECT($C37&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C37&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM37:BE37)0IFERROR(INDEX(INDIRECT($C37&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C37&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C37&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C37&".Outputs[Vector]"), 0)), 0)0SUM(BH37:BI37)00IFERROR(SUMIFS(INDIRECT($C37&".Emissions["&this.Year&"]"), INDIRECT($C37&".Emissions[GHG]"), BO$6, INDIRECT($C37&".Emissions[IPCC Sector]"), BO$5),0)000000000000000000000000000000000000000000000
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1326INDEX(Modules[Module], MATCH($C71, Modules[Code], 0))District heating effective demandIFERROR(INDEX(INDIRECT($C71&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C71&".Outputs[Vector]"), 0)), 0)0000000000SUM(G71:P71)0IFERROR(INDEX(INDIRECT($C71&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C71&".Outputs[Vector]"), 0)), 0)0-1.3038307715067248000IFERROR(INDEX(INDIRECT($C71&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C71&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C71&".Outputs["&this.Year&"]"), MATCH(Y$5, INDIRECT($C71&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C71&".Outputs["&this.Year&"]"), MATCH(Z$5, INDIRECT($C71&".Outputs[Vector]"), 0)), 0)009.126815400547073400000000SUM(S71:AJ71)7.8229846290403486IFERROR(INDEX(INDIRECT($C71&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C71&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM71:BE71)0IFERROR(INDEX(INDIRECT($C71&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C71&".Outputs[Vector]"), 0)), 0)-7.8229846290403486IFERROR(INDEX(INDIRECT($C71&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C71&".Outputs[Vector]"), 0)), 0)0SUM(BH71:BI71)-7.8229846290403486Q71+AK71+BF71+BJ710IFERROR(SUMIFS(INDIRECT($C71&".Emissions["&this.Year&"]"), INDIRECT($C71&".Emissions[GHG]"), BO$6, INDIRECT($C71&".Emissions[IPCC Sector]"), BO$5),0)000000000000000000000000000000000000000000000
1324INDEX(Workstreams[Workstream], MATCH($C72, Workstreams[Code], 0))District heatingG710H71000000000SUM(G72:P72)0S710-1.303830771506724800000009.12681540054707340AD710AE71000AH710AI7100SUM(S72:AJ72)7.8229846290403486AM710AN71000000000000000000SUM(AM72:BE72)0BH71-7.8229846290403486BI710SUM(BH72:BI72)-7.8229846290403486Q72+AK72+BF72+BJ720BO71000000000000000000000000000000000000000000000
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16981322S$40+S$46+S$51+S$99+S$55+S$93+S$63+S$68+S$72-398.37245385032895T$40+T$46+T$51+T$99+T$55+T$93+T$63+T$68+T$7222.84653519362768SUM(BH74:BI74)0Q74+AK74+BF74+BJ7400
754INDEX(Modules[Module], MATCH($C75, Modules[Code], 0))Nuclear powerIFERROR(INDEX(INDIRECT($C75&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C75&".Outputs[Vector]"), 0)), 0)0000000000SUM(G75:P75)0IFERROR(INDEX(INDIRECT($C75&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C75&".Outputs[Vector]"), 0)), 0)08.4153600000000051000IFERROR(INDEX(INDIRECT($C75&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C75&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C75&".Outputs["&this.Year&"]"), MATCH(Y$5, INDIRECT($C75&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C75&".Outputs["&this.Year&"]"), MATCH(Z$5, INDIRECT($C75&".Outputs[Vector]"), 0)), 0)00000000000SUM(S75:AJ75)8.4153600000000051IFERROR(INDEX(INDIRECT($C75&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C75&".Outputs[Vector]"), 0)), 0)000000000-25.713600000000014000000000SUM(AM75:BE75)-25.713600000000014IFERROR(INDEX(INDIRECT($C75&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C75&".Outputs[Vector]"), 0)), 0)16.456704000000009IFERROR(INDEX(INDIRECT($C75&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C75&".Outputs[Vector]"), 0)), 0)0.84153600000000051SUM(BH75:BI75)17.298240000000010IFERROR(SUMIFS(INDIRECT($C75&".Emissions["&this.Year&"]"), INDIRECT($C75&".Emissions[GHG]"), BO$6, INDIRECT($C75&".Emissions[IPCC Sector]"), BO$5),0)000000000000000000000000000000000000000000000
75INDEX(Workstreams[Workstream], MATCH($C76, Workstreams[Code], 0))Nuclear power generationG750H75000000000SUM(G76:P76)0S7508.4153600000000051000000000AD750AE7500AG750AH750AI7500SUM(S76:AJ76)8.4153600000000051AM750AN7500000000-25.713600000000014000000000SUM(AM76:BE76)-25.713600000000014BH7516.456704000000009BI750.84153600000000051SUM(BH76:BI76)17.298240000000010BO75000000000000000000000000000000000000000000000
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16991322S$74+S$76-398.37245385032895T$74+T$7631.26189519362768700
869INDEX(Modules[Module], MATCH($C79, Modules[Code], 0))Carbon Capture Storage (CCS)IFERROR(INDEX(INDIRECT($C79&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C79&".Outputs[Vector]"), 0)), 0)0000000000SUM(G79:P79)0IFERROR(INDEX(INDIRECT($C79&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C79&".Outputs[Vector]"), 0)), 0)010.928155815-19.8167553191489390-5.4967131147540975IFERROR(INDEX(INDIRECT($C79&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C79&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C79&".Outputs["&this.Year&"]"), MATCH(Y$5, INDIRECT($C79&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C79&".Outputs["&this.Year&"]"), MATCH(Z$5, INDIRECT($C79&".Outputs[Vector]"), 0)), 0)00000000000SUM(S79:AJ79)-14.385312618903036IFERROR(INDEX(INDIRECT($C79&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C79&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM79:BE79)0IFERROR(INDEX(INDIRECT($C79&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C79&".Outputs[Vector]"), 0)), 0)12.646598433903034IFERROR(INDEX(INDIRECT($C79&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C79&".Outputs[Vector]"), 0)), 0)1.7387141850000001SUM(BH79:BI79)14.3853126189030330IFERROR(SUMIFS(INDIRECT($C79&".Emissions["&this.Year&"]"), INDIRECT($C79&".Emissions[GHG]"), BO$6, INDIRECT($C79&".Emissions[IPCC Sector]"), BO$5),0)7.11495585141262591.9957382724048282E-25.624896294608793E-20000000000000000000000000000000000000-6.40346026627136310000.78770193081139972
17001322S78+S79-398.37245385032895T78+T7942.19005100862769100
740INDEX(Modules[Module], MATCH($C81, Modules[Code], 0))Biomass/Coal powerIFERROR(INDEX(INDIRECT($C81&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C81&".Outputs[Vector]"), 0)), 0)0000000000SUM(G81:P81)0IFERROR(INDEX(INDIRECT($C81&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C81&".Outputs[Vector]"), 0)), 0)0356.18240284170128-33.1354800000000010-704.0799753970706IFERROR(INDEX(INDIRECT($C81&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C81&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C81&".Outputs["&this.Year&"]"), MATCH(Y$5, INDIRECT($C81&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C81&".Outputs["&this.Year&"]"), MATCH(Z$5, INDIRECT($C81&".Outputs[Vector]"), 0)), 0)00000000000SUM(S81:AJ81)-381.0330525553693IFERROR(INDEX(INDIRECT($C81&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C81&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM81:BE81)0IFERROR(INDEX(INDIRECT($C81&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C81&".Outputs[Vector]"), 0)), 0)373.57804969853532IFERROR(INDEX(INDIRECT($C81&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C81&".Outputs[Vector]"), 0)), 0)7.4550028568340254SUM(BH81:BI81)381.03305255536935Q81+AK81+BF81+BJ810IFERROR(SUMIFS(INDIRECT($C81&".Emissions["&this.Year&"]"), INDIRECT($C81&".Emissions[GHG]"), BO$6, INDIRECT($C81&".Emissions[IPCC Sector]"), BO$5),0)139.756443313060970.289663297955962460.3697087928417865400000000000000000000000000000000000000000140.41581540385872
74INDEX(Workstreams[Workstream], MATCH($C82, Workstreams[Code], 0))Hydrocarbon fuel power generationG79+G810000000000SUM(G82:P82)0S79+S810367.1105586567013-52.952235319148940-709.57668851182473000000AD79+AD810AE79+AE81000AH79+AH81000SUM(S82:AJ82)-395.41836517427237AM79+AM810000000000000000000SUM(AM82:BE82)0BH79+BH81386.22464813243835BI79+BI819.1937170418340255SUM(BH82:BI82)395.418365174272370BO79+BO81146.871399164473590.309620680680010750.425957755787874480000000000000000000000000000000000000-6.4034602662713631000141.2035173346701
SUM(AM83:BE83)00
1794249G$51+G$55+G$63+G$68+G$72+G$76+G$82+G$460034.1489937579579670000000SUM(G84:P84)34.148993757957967S$51+S$55+S$63+S$68+S$72+S$76+S$82+S$46-11.024654863206251428.24235127368775-53.87023249786489-48.23143264297655-735.69609596837324201.68666933356513333.08789440544865255.1257664110413508.487407741458472508.81708468177652271.143808072027487543.75765867588469947.55517316423762316.94951313072078805.9703679654422331E-2SUM(S84:AJ84)496.09061459708198AM$51+AM$55+AM$63+AM$68+AM$72+AM$76+AM$82+AM$46-124.39544583847987-333.08789440544865-255.12576641104135000000-25.7136000000000140-48.169345319999991-0.12508561643835608-0.396104452054793830-5.32972800000000110-9.9608927538040106-185.55356846592838SUM(AM84:BE84)-987.85743126319551BH$51+BH$55+BH$63+BH$68+BH$72+BH$76+BH$82+BH$46394.88375467640742BI$51+BI$55+BI$63+BI$68+BI$72+BI$76+BI$82+BI$4662.734074202116062SUM(BH84:BI84)457.617828878523485.9703679653466679E-6BO$51+BO$55+BO$63+BO$68+BO$72+BO$76+BO$82+BO$46163.98746214656720.335022763227206980.6556112746164041201.73787571523934872.64031296125177750000000000018.3294592572060421.417599999999993013.957206773343671000020.2865565607141211.44605283541567560000000000000-6.403460266271363100DF$51+DF$99+DF$55+DF$63+DF$68+DF$76+DF$82+DF$460SUM(BO84:DF84)238.38970002131006
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9750
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772INDEX(Modules[Module], MATCH($C89, Modules[Code], 0))Electricity imports / exportsIFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)0000000000SUM(G89:P89)0IFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)00000IFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(Y$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(Z$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)00000000000SUM(S89:AJ89)0IFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)000000000IFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(AV$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)0000000000SUM(AM89:BE89)0IFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C89&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C89&".Outputs[Vector]"), 0)), 0)0SUM(BH89:BI89)0Q89+AK89+BF89+BJ890IFERROR(SUMIFS(INDIRECT($C89&".Emissions["&this.Year&"]"), INDIRECT($C89&".Emissions[GHG]"), BO$6, INDIRECT($C89&".Emissions[IPCC Sector]"), BO$5),0)00000000000000000000000000000000000000000000
17011323S$40+$S46+S$51+S$99+S$55+S$89-398.37245385032895T$40+$S46+T$51+T$99+T$55+T$89-3.8868136798278725E-20
782INDEX(Modules[Module], MATCH($C91, Modules[Code], 0))Electricity grid distributionIFERROR(INDEX(INDIRECT($C91&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C91&".Outputs[Vector]"), 0)), 0)0000000000SUM(G91:P91)0IFERROR(INDEX(INDIRECT($C91&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C91&".Outputs[Vector]"), 0)), 0)0-29.869897423358736000IFERROR(INDEX(INDIRECT($C91&".Outputs["&this.Year&"]"), MATCH(X$5, INDIRECT($C91&".Outputs[Vector]"), 0)), 0)0000000000000SUM(S91:AJ91)-29.869897423358736IFERROR(INDEX(INDIRECT($C91&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C91&".Outputs[Vector]"), 0)), 0)000000000IFERROR(INDEX(INDIRECT($C91&".Outputs["&this.Year&"]"), MATCH(AV$5, INDIRECT($C91&".Outputs[Vector]"), 0)), 0)0000000000SUM(AM91:BE91)0IFERROR(INDEX(INDIRECT($C91&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C91&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C91&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C91&".Outputs[Vector]"), 0)), 0)29.869897423358726SUM(BH91:BI91)29.8698974233587260IFERROR(SUMIFS(INDIRECT($C91&".Emissions["&this.Year&"]"), INDIRECT($C91&".Emissions[GHG]"), BO$6, INDIRECT($C91&".Emissions[IPCC Sector]"), BO$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C91&".Emissions["&this.Year&"]"), INDIRECT($C91&".Emissions[GHG]"), BY$6, INDIRECT($C91&".Emissions[IPCC Sector]"), BY$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C91&".Emissions["&this.Year&"]"), INDIRECT($C91&".Emissions[GHG]"), CI$6, INDIRECT($C91&".Emissions[IPCC Sector]"), CI$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C91&".Emissions["&this.Year&"]"), INDIRECT($C91&".Emissions[GHG]"), CS$6, INDIRECT($C91&".Emissions[IPCC Sector]"), CS$5),0)00000000000000
792INDEX(Modules[Module], MATCH($C92, Modules[Code], 0))Storage, demand shifting, backup0000000000SUM(G92:P92)0000000000000000000SUM(S92:AJ92)00000000000000000000SUM(AM92:BE92)0IFERROR(INDEX(INDIRECT($C92&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C92&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C92&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C92&".Outputs[Vector]"), 0)), 0)0SUM(BH92:BI92)0000000000000000000000000000000000000000000000
673INDEX(Workstreams[Workstream], MATCH($C93, Workstreams[Code], 0))Electricity distribution, storage, and balancingG$89+G$91+G$920000000000SUM(G93:P93)0S$89+S$91+S$920-29.869897423358736000X$89+X$91+X$920Y$89+Y$91+Y$920Z$89+Z$91+Z$9200000000000SUM(S93:AJ93)-29.869897423358736AM$89+AM$91+AM$920000000000000000000SUM(AM93:BE93)0BH$89+BH$91+BH$920BI$89+BI$91+BI$9229.869897423358726SUM(BH93:BI93)29.8698974233587260BO$89+BO$91+BO$9200000000000000000000000000000000000000000000SUM(BO93:DF93)0
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17021650(U$40+U$84+U$93)-117.56086729355422(V$40+V$84+V$93)-816.69421935495359(W$40+W$84+W$93)-1464.2402240204631(AC$40+AC$84+AC$93)08.81708468177652271.143808072027487543.75765867588469947.55517316423762316.949513130720788BE40+BE46+BE51-185.55356846592838SUM(AM95:BE95)-185.553568465928380
951INDEX(Modules[Module], MATCH($C96, Modules[Code], 0))Biomass to fuel conversionIFERROR(INDEX(INDIRECT($C96&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C96&".Outputs[Vector]"), 0)), 0)0000000000SUM(G96:P96)0IFERROR(INDEX(INDIRECT($C96&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C96&".Outputs[Vector]"), 0)), 0)0041.5697757420904644.329131457560121657.371410320322767000000-8.8170846817765227-1.1438080720274875-43.757658675884699-47.555173164237623-16.94951313072078800SUM(S96:AJ96)-14.952920204673752IFERROR(INDEX(INDIRECT($C96&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C96&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM96:BE96)0IFERROR(INDEX(INDIRECT($C96&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C96&".Outputs[Vector]"), 0)), 0)14.952920204673759IFERROR(INDEX(INDIRECT($C96&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C96&".Outputs[Vector]"), 0)), 0)0SUM(BH96:BI96)14.952920204673759Q96+AK96+BF96+BJ960IFERROR(SUMIFS(INDIRECT($C96&".Emissions["&this.Year&"]"), INDIRECT($C96&".Emissions[GHG]"), BO$6, INDIRECT($C96&".Emissions[IPCC Sector]"), BO$5),0)000000000000000000000000000000000000-24.4421132918932780000000-24.442113291893278
17031650U$95+U$96-75.991091551463768V$95+V$96-812.36508789739344W$95+W$96-1406.8688137001402AC$95+AC$96000000BE42+BE49+BE53-152.56545549193058SUM(AM97:BE97)-152.56545549193058SUM(BO97:DF97)0
1674INDEX(Modules[Module], MATCH($C98, Modules[Code], 0))Bioenergy importsIFERROR(INDEX(INDIRECT($C98&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C98&".Outputs[Vector]"), 0)), 0)0000000000SUM(G98:P98)0IFERROR(INDEX(INDIRECT($C98&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C98&".Outputs[Vector]"), 0)), 0)002.0447162790697675-0.1839162790697674300000000000000SUM(S98:AJ98)1.8608IFERROR(INDEX(INDIRECT($C98&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C98&".Outputs[Vector]"), 0)), 0)000-1.8608000000000000000SUM(AM98:BE98)-1.8608IFERROR(INDEX(INDIRECT($C98&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C98&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C98&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C98&".Outputs[Vector]"), 0)), 0)0SUM(BH98:BI98)0Q98+AK98+BF98+BJ980IFERROR(SUMIFS(INDIRECT($C98&".Emissions["&this.Year&"]"), INDIRECT($C98&".Emissions[GHG]"), BO$6, INDIRECT($C98&".Emissions[IPCC Sector]"), BO$5),0)000000000000000000000000000000000000-0.583793544186046450000000SUM(BO98:DF98)-0.58379354418604645
671INDEX(Workstreams[Workstream], MATCH($C99, Workstreams[Code], 0))BioenergyG$96+G980H$96+H98000000000SUM(G99:P99)0S$96+S980043.6144920211602314.145215178490354457.371410320322767000000AD$96+AD98-8.8170846817765227AE$96+AE98-1.1438080720274875-43.757658675884699-47.555173164237623AH$96+AH98-16.94951313072078800SUM(S99:AJ99)-13.092120204673769AM$96+AM98000-1.8608000000000000000SUM(AM99:BE99)-1.8608BH$96+BH9814.952920204673759BI$96+BI980SUM(BH99:BI99)14.952920204673759Q99+AK99+BF99+BJ990BO$96+BO98000000000000000000000000000000000000-25.0259068360793260000000-25.025906836079326
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17041212(S$40+S$84+S$93+S$99)-398.37245385032901(T$40+T$84+T$93+T$99)398.37245385032901(U$40+U$84+U$93+U$99)-73.946375272393993(V$40+V$84+V$93+V$99)-812.5490041764632(W$40+W$84+W$93+W$99)-1406.86881370014020
1001INDEX(Modules[Module], MATCH($C102, Modules[Code], 0))Fossil fuel transfersIFERROR(INDEX(INDIRECT($C102&".Outputs["&this.Year&"]"), MATCH(G$5, INDIRECT($C102&".Outputs[Vector]"), 0)), 0)0000000000SUM(G102:P102)0IFERROR(INDEX(INDIRECT($C102&".Outputs["&this.Year&"]"), MATCH(S$5, INDIRECT($C102&".Outputs[Vector]"), 0)), 0)0073.946375272393993812.54900417646321406.8688137001402-73.946375272393993-812.5490041764632-1423.08348365710640000000000SUM(S102:AJ102)-16.214669956966418IFERROR(INDEX(INDIRECT($C102&".Outputs["&this.Year&"]"), MATCH(AM$5, INDIRECT($C102&".Outputs[Vector]"), 0)), 0)0000000000000000000SUM(AM102:BE102)0IFERROR(INDEX(INDIRECT($C102&".Outputs["&this.Year&"]"), MATCH(BH$5, INDIRECT($C102&".Outputs[Vector]"), 0)), 0)0IFERROR(INDEX(INDIRECT($C102&".Outputs["&this.Year&"]"), MATCH(BI$5, INDIRECT($C102&".Outputs[Vector]"), 0)), 0)16.214669956966151SUM(BH102:BI102)16.214669956966151Q102+AK102+BF102+BJ102-2.6645352591003757E-13IFERROR(SUMIFS(INDIRECT($C102&".Emissions["&this.Year&"]"), INDIRECT($C102&".Emissions[GHG]"), BO$6, INDIRECT($C102&".Emissions[IPCC Sector]"), BO$5),0)000006.39633950140333680000IFERROR(SUMIFS(INDIRECT($C102&".Emissions["&this.Year&"]"), INDIRECT($C102&".Emissions[GHG]"), BY$6, INDIRECT($C102&".Emissions[IPCC Sector]"), BY$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C102&".Emissions["&this.Year&"]"), INDIRECT($C102&".Emissions[GHG]"), CI$6, INDIRECT($C102&".Emissions[IPCC Sector]"), CI$5),0)0000000000IFERROR(SUMIFS(INDIRECT($C102&".Emissions["&this.Year&"]"), INDIRECT($C102&".Emissions[GHG]"), CS$6, INDIRECT($C102&".Emissions[IPCC Sector]"), CS$5),0)000000000000006.3963395014033368
7941002INDEX(Modules[Module], MATCH($C103, Modules[Code], 0))Balancing importsSUM(G103:P103)0-(T$101+S$101)0-(X$40+X$84+X$93+X$99+X$102)-127.74029406117114-(Y$40+Y$84+Y$93+Y$99+Y$102)479.46110977101455-(Z$40+Z$84+Z$93+Z$99+Z$102)1167.9577172460649SUM(S103:AJ103)1519.6785329559084-T1030-V1030-X103127.74029406117114-Y103-479.46110977101455-Z103-1167.9577172460649SUM(AM103:BE103)-1519.6785329559084SUM(BH103:BI103)00000000000000000000000000000000000000000000000
7941000INDEX(Workstreams[Workstream], MATCH($C104, Workstreams[Code], 0))TransfersSUM(G102:G103)0SUM(H102:H103)000000000SUM(G104:P104)0SUM(S102:S103)0073.946375272393993812.54900417646321406.8688137001402-201.68666933356513-333.08789440544865-255.12576641104147000SUM(AD102:AD103)0SUM(AE102:AE103)00SUM(AG102:AG103)0SUM(AH102:AH103)0SUM(AI102:AI103)00SUM(S104:AJ104)1503.4638629989422SUM(AM102:AM103)000000127.74029406117114-479.46110977101455-1167.95771724606490000000000SUM(AM104:BE104)-1519.6785329559084SUM(BH102:BH103)0SUM(BI102:BI103)16.214669956966151SUM(BH104:BI104)16.214669956966151-3.907985046680551E-14SUM(BO102:BO103)000006.3963395014033368000000000000000000000000000000000000006.3963395014033368
0
17951004G$93+G$99+G$1040000000000SUM(G106:P106)0S$93+S$99+S$1040-29.869897423358736117.56086729355422816.694219354953591464.2402240204631-201.68666933356513-333.08789440544865-255.12576641104147000-8.8170846817765227-1.1438080720274875-43.757658675884699-47.555173164237623-16.94951313072078800SUM(S106:AJ106)1460.5018453709101AM$93+AM$99+AM$104000-1.860800127.74029406117114-479.46110977101455-1167.95771724606490000000000SUM(AM106:BE106)-1521.5393329559083BH$93+BH$99+BH$10414.952920204673759BI$93+BI$99+BI$10446.084567380324877SUM(BH106:BI106)61.0374875849986374.4764192352886312E-13BO$93+BO$99+BO$104000006.3963395014033368000000000000000000000000000000-25.025906836079326000000DF$93+DF$1040SUM(BO106:DF106)-18.62956733467599
0
0
593G$40+G$84+G$106643.77648009101449193.5794282147545467.27078311897588356.1679478495634616.27807843094309312.65784724004785423.688791719453825208.1321838287156369.1899132324810040SUM(G109:P109)1990.7414537259499S$40+S$84+S$106-398.37245385032901398.372453850329010000000000000000SUM(S109:AJ109)0AM$40+AM$84+AM$106-124.39544583847987-333.08789440544865-255.12576641104135-1.860800127.74029406117114-479.46110977101455-1167.9577172460649-25.7136000000000140-48.169345319999991-0.12508561643835608-0.396104452054793830-5.32972800000000110-9.9608927538040106-185.55356846592838SUM(AM109:BE109)-2509.3967642191037BH$40+BH$84+BH$106409.83667488108119BI$40+BI$84+BI$106108.81864158244093SUM(BH109:BI109)518.655316463522135.9703683064071811E-6BO$40+BO$84+BO$106440.441469637919110.814222197162969293.327548953242506401.73787571523934879.03665246265511430014.4557846919342920.110895865058110782.76088251032449437.19282732680201860000018.3294592572060421.417599999999993013.957206773343671000020.2865565607141211.44605283541567560000069.3305242652991618.6316229010639373E-21.24739819606051940-25.025906836079326000-6.4034602662713631000SUM(BO109:DF109)594.54990637503704
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2352SUM(DH63,DH68,DH76,DH82)141.2035173346701
79410052353T109-MIN(T103,0)-T72399.67628462183575
2354DH112/DH1130.35329471066384016
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&L&"+,Regular"Pathways to 2050 -- Energy Flow Model&R&"+,Regular"&F | This version printed &D