| Description | Unit | |
|---|---|---|
| VmCapElec (allCy, PGALL, YTIME) |
Electricity generation plants capacity | \(GW\) |
| VmCapElecTotEst (allCy, YTIME) |
Estimated Total electricity generation capacity | \(GW\) |
| VmConsFuel (allCy, DSBS, EF, YTIME) |
Consumption of fuels in each demand subsector, excluding heat from heatpumps | \(Mtoe\) |
| VmCstCO2SeqCsts (allCy, YTIME) |
Cost curve for CO2 sequestration costs | \(US\$2015/tn of CO2 sequestrated\) |
| VmLft (allCy, DSBS, TECH, YTIME) |
Lifetime of technologies | \(years\) |
| VmPeakLoad (allCy, YTIME) |
Electricity peak load | \(GW\) |
| VmPriceElecInd (allCy, YTIME) |
Electricity index - a function of industry price | \(1\) |
| VmPriceElecIndResConsu (allCy, ESET, YTIME) |
Electricity price to Industrial and Residential Consumers | \(US\$2015/KWh\) |
| VmPriceFuelAvgSub (allCy, DSBS, YTIME) |
Average fuel prices per subsector | \(k\$2015/toe\) |
| VmPriceFuelSubsecCarVal (allCy, SBS, EF, YTIME) |
Fuel prices per subsector and fuel | \(k\$2015/toe\) |
| VmProdElec (allCy, PGALL, YTIME) |
Electricity production | \(TWh\) |
| Description | Unit | |
|---|---|---|
| VmCarVal (allCy, NAP, YTIME) |
Carbon prices for all countries | \(US\$2015/tn CO2\) |
| VmElecConsHeatPla (allCy, DSBS, YTIME) |
Electricity consumed in heatpump plants | \(Mtoe\) |
| VmRenValue (YTIME) |
Renewable value | \(US\$2015/KWh\) |
Parameters
iNPDL(SBS) "Number of Polynomial Distribution Lags (PDL) (1)"
iTransfInpGasworks(allCy,EF,YTIME) "Transformation Input in Gasworks, Blast Furnances, Briquetting plants (Mtoe)"
iSuppExports(allCy,EF,YTIME) "Supplementary parameter for exports (Mtoe)"
iResMargTotAvailCap(allCy,PGRES,YTIME) "Reserve margins on total available capacity and peak load (1)"
iPriceTragets(allCy,SBS,EF,YTIME) "Price Targets (1)"
iPriceReform(allCy,SBS,EF,YTIME) "Price reformation (1)"
iScenarioPri(WEF,NAP,YTIME) "Scenario prices (KUS$2015/toe)"
iResNonSubsElecDem(allCy,SBS,YTIME ) "Residuals in Non Substitutable Electricity Demand (1)"
iResFuelConsPerSubAndFuel(allCy,SBS,EF,YTIME) "Residuals in fuel consumption per subsector and fuel (1)"
iCarbValYrExog(allCy,ytime) "Carbon value for each year when it is exogenous (US$2015/tn CO2)"
iShrHeatPumpElecCons(allCy,SBS) "Share of heat pump electricity consumption in total substitutable electricity (1)"
iTranfOutGasworks(allCy,EF,YTIME) "Transformation Output from Gasworks, Blast Furnances and Briquetting plants (Mtoe)"
iNetImp(allCy,EFS,YTIME) "Net imports (Mtoe)"
ODummyObj "Parameter saving objective function"Interdependent Parameters
imCGI(allCy,YTIME) "Capital Goods Index (defined as CGI(Scenario)/CGI(Baseline)) (1)"
imFPDL(SBS,KPDL) "Polynomial Distribution Lags (PDL) Coefficients per subsector (1)"
imPlantEffByType(allCy,PGALL,YTIME) "Plant efficiency per plant type (1)"
imCo2EmiFac(allCy,SBS,EF,YTIME) "CO2 emission factors per subsector (kgCO2/kgoe fuel burned)"
imNcon(SBS) "Number of consumers (1)"
imDisFunConSize(allCy,DSBS,rCon) "Distribution function of consumer size groups (1)"
imAnnCons(allCy,DSBS,conSet) "Annual consumption of the smallest,modal,largest consumer, average for all countries (various)"
!! For passenger cars (Million km/vehicle)
!! For other passenger tranportation modes (Mpkm/vehicle)
!! For goods transport, (Mtkm/vehicle)
imCumDistrFuncConsSize(allCy,DSBS) "Cummulative distribution function of consumer size groups (1)"
imRateLossesFinCons(allCy,EF,YTIME) "Rate of losses over Available for Final Consumption (1)"
imFuelExprts(allCy,EF,YTIME) "Fuel Exports (Mtoe)"
imCO2CaptRate(PGALL) "Plant CO2 capture rate (1)"
imEffValueInDollars(allCy,SBS,YTIME) "Efficiency value (US$2015/toe)"
imShrNonSubElecInTotElecDem(allCy,SBS) "Share of non substitutable electricity in total electricity demand per subsector (1)"
imDistrLosses(allCy,EF,YTIME) "Distribution Losses (Mtoe)"
imFuelImports(allCy,EF,YTIME) "Fuel Imports (Mtoe)"
imVarCostTech(allCy,SBS,TECH,YTIME) "Variable Cost of technology ()"
!! For transport (kUS$2015/vehicle)
!! For Industrial sectors, except Iron and Steel (US$2015/toe-year)
!! For Iron and Steel (US$2015/tn-of-steel)
!! For Domestic sectors (US$2015/toe-year)
imFixOMCostTech(allCy,SBS,TECH,YTIME) "Fixed O&M cost of technology (US$2015/toe-year)"
!! Fixed O&M cost of technology for Transport (kUS$2015/vehicle)
!! Fixed O&M cost of technology for Industrial sectors-except Iron and Steel (US$2015/toe-year)"
!! Fixed O&M cost of technology for Iron and Steel (US$2015/tn-of-steel)"
!! Fixed O&M cost of technology for Domestic sectors (US$2015/toe-year)"
imUsfEneConvSubTech(allCy,SBS,TECH,YTIME) "Useful Energy Conversion Factor per subsector and technology (1)"
imCapCostTech(allCy,SBS,TECH,YTIME) "Capital Cost of technology (various)"
!! - For transport is expressed in kUS$2015 per vehicle
!! - For Industrial sectors (except Iron and Steel) is expressed in kUS$2015/toe-year
!! - For Iron and Steel is expressed in kUS$2015/tn-of-steel
!! - For Domestic Sectors is expressed in kUS$2015/toe-year
imFuelConsPerFueSub(allCy,SBS,EF,YTIME) "Fuel consumption per fuel and subsector (Mtoe)"
smGwToTwhPerYear(YTIME) "convert GW mean power into TWh/y, depending on whether it's a leap year"
;
Equations*** Miscellaneous’
qDummyObj "Define dummy objective function"
$IFTHEN.calib %Calibration% == MatCalibration
qRestrain
$ENDIF.calib
;
VariablesInterdependent Variables *** Miscellaneous
vDummyObj "Dummy maximisation variable (1)"
VmElecConsHeatPla(allCy,DSBS,YTIME) "Electricity consumed in heatpump plants (Mtoe)"
;
Positive Variables
VmCarVal(allCy,NAP,YTIME) "Carbon prices for all countries (US$2015/tn CO2)"
VmRenValue(YTIME) "Renewable value (US$2015/KWh)"
common(allCy,TRANSE,YTIME)
;
Scalars
smTWhToMtoe "TWh to Mtoe conversion factor" /0.086/
smElecToSteRatioChp "Technical maximum of electricity to steam ratio in CHP plants" /2.5/
sIter "time step iterator" /0/
sSolverTryMax "maximum attempts to solve each time step" /%SolverTryMax%/
$ifthen.magpie "%link2MAgPIE%" == "on"
sLink2MAgPIE "Binary flag for MAgPIE link (1=on, 0=off)" /1/
$else.magpie
sLink2MAgPIE "Binary flag for MAgPIE link (1=on, 0=off)" /0/
$endif.magpie
sModelStat "helper parameter for solver status"
smFracElecPriChp "Fraction of Electricity Price at which a CHP sells electricity to network" /0/
sCY "country iterator" /0/
sUnitToKUnit "units to Kilo units conversion" /1000/
epsilon6 "A small number of magnitude 6" /1e-6/
smCtoCO2 "Mass conversion factor (44/12) per tCO2 -> per tC" / 3.66419 /
smDefl_15_to_10 "Deflate 2015$ to 2010$ - Data_MAC_CH4N2O_Harmsen-et-al_PBL_2019" / 0.8957 /
smDefl_15_to_05 "Deflate 2015$ to 2005$ - Data_MAC_F-gases_Harmsen-et-al_PBL_2019" / 0.824 /
;GENERAL INFORMATION Equation format: “typical useful energy demand equation” The main explanatory variables (drivers) are activity indicators (economic activity) and corresponding energy costs. The type of “demand” is computed based on its past value, the ratio of the current and past activity indicators (with the corresponding elasticity), and the ratio of lagged energy costs (with the corresponding elasticities). This type of equation captures both short term and long term reactions to energy costs. * Define dummy objective function
$IFTHEN.calib %Calibration% == MatCalibration
qDummyObj(allCy,YTIME)$(TIME(YTIME) and runCy(allCy))..
vDummyObj
=e=
SUM(PGALL,
SQR(
V04SharePowPlaNewEq(allCy,PGALL,YTIME) -
t04SharePowPlaNewEq(allCy,PGALL,YTIME)
)
) +
SUM((TRANSE,TTECH)$(SECTTECH(TRANSE,TTECH) and (sameas("PC",TRANSE) or sameas("PB",TRANSE) or sameas("GU",TRANSE))),
SQR(
(
V01ShareTechTr(allCy,TRANSE,TTECH,YTIME) -
t01NewShareStockPC(allCy,TRANSE,TTECH,YTIME)
)$(t01NewShareStockPC(allCy,TRANSE,TTECH,YTIME) >= 0) +
0.01 * (imMatrFactor(allCy,TRANSE,TTECH,YTIME) - imMatrFactor(allCy,TRANSE,TTECH,YTIME-1))
)
);
qRestrain(allCy,TRANSE,TTECH,YTIME)$(TIME(YTIME) and SECTTECH(TRANSE,TTECH) and runCy(allCy) and (t01NewShareStockPC(allCy,TRANSE,TTECH,YTIME) < 0))..
imMatrFactor(allCy,TRANSE,TTECH,YTIME)
=e=
common(allCy,TRANSE,YTIME);
$ELSE.calib qDummyObj.. vDummyObj =e= 1;
$ENDIF.calibtable imActv(YTIME,allCy,DSBS) "Sector activity (various)"
!! main sectors (Billion US$2015)
!! bunkers and households (1)
!! transport (Gpkm, or Gvehkm or Gtkm)
$ondelim
$include "./iActv.csvr"
$offdelim
;
table imTransChar(allCy,TRANSPCHAR,YTIME) "km per car, passengers per car and residuals for passenger cars market extension ()"
$ondelim
$include "./iTransChar.csv"
$offdelim
;
$IFTHEN.calib %Calibration% == Calibration
variable imElastA(allCy,SBS,ETYPES,YTIME) "Activity Elasticities per subsector (1)";
table imElastAL(allCy,SBS,ETYPES,YTIME) "Activity Elasticities per subsector (1)"
$ondelim
$include "./iElastA.csv"
$offdelim
;
imElastA.L(runCy, SBS, ETYPES, YTIME) = imElastAL("ELL", SBS, ETYPES, YTIME);
imElastA.LO(runCy, SBS, posElast, YTIME) = 0.001;
imElastA.UP(runCy, SBS, posElast, YTIME) = 5 * imElastAL("ELL", SBS, posElast, YTIME);
imElastA.LO(runCy, SBS, negElast, YTIME) = -10;
imElastA.UP(runCy, SBS, negElast, YTIME) = -0.001;
$ELSE.calib
table imElastA(allCy,SBS,ETYPES,YTIME) "Activity Elasticities per subsector (1)"
$ondelim
$include "./iElastA.csv"
$offdelim
;
imElastA(runCy,SBS,ETYPES,YTIME) = imElastA("ELL",SBS,ETYPES,YTIME);
imElastA(runCy,DSBS,"b1",YTIME)$(not TRANSE(DSBS)) = imElastA(runCy,DSBS,"b1",YTIME) / 4;
imElastA(runCy,DSBS,"b2",YTIME)$(not TRANSE(DSBS)) = imElastA(runCy,DSBS,"b2",YTIME) / 4;
$ENDIF.calib
parameter iDiscData(SBS) "Discount rates per subsector ()" /
PCH 0.12
IS 0.12
NF 0.12
CH 0.12
BM 0.12
PP 0.12
FD 0.12
EN 0.12
TX 0.12
OE 0.12
OI 0.12
SE 0.12
AG 0.12
HOU 0.175
PC 0.175
PB 0.12
PT 0.08
PA 0.12
PN 0.12
GU 0.12
GT 0.08
GN 0.12
BU 0.12
NEN 0.08
PG 0.1
H2P 0.08
H2INFR 0.08
DAC 0.08
EW 0.08
STEAMP 0.08
/;
parameter imDisc(allCy,SBS,YTIME) "Discount rates per subsector for all countries ()" ;
imDisc(runCy,SBS,YTIME) = iDiscData(SBS);
imDisc(runCy,"PC",YTIME) = 0.11;
parameter iCo2EmiFacAllSbs(EF) "CO2 emission factors (kgCO2/kgoe fuel burned)" /
CRO 2.76
LGN 4.15330622,
HCL 3.941453651,
SLD 4.438008647,
GSL 2.872144882,
GDO 3.068924588,
LPG 2.612562612,
KRS 2.964253636,
RFO 3.207089028,
OLQ 3.207089028,
NGS 2.336234395,
OGS 2.336234395,
BMSWAS 0/;
imCo2EmiFac(runCy,SBS,EF,YTIME)$(not (sameas("NEN",SBS) or sameas("PCH",SBS))) = iCo2EmiFacAllSbs(EF);
imCo2EmiFac(runCy,"IS","HCL",YTIME) = iCo2EmiFacAllSbs("SLD"); !! This is the assignment for coke
parameter imElaSubData(DSBS) "Elasticities by subsector (1)" /
PCH 2
IS 2.57
NF 1.99
CH 2.23
BM 3.43
PP 2.27
FD 2.54
EN 2.61
TX 3.02
OE 1.49
OI 1.61
SE 1.47
AG 1.82
HOU 2.41
BU 2
NEN 2
/;
parameter iConsSizeDistHeat(conSet) "Consumer sizes for district heating (1)"
/
smallest 0.425506805,
modal 0.595709528,
largest 0.833993339
/;
table imInstCapPastNonCHP(allCy,PGALL,YTIME) "Installed Non-CHP capacity past (GW)"
$ondelim
$include"./iInstCapPastNonCHP.csv"
$offdelim
;
table imInstCapPastCHP(allCy,EF,YTIME) "Installed CHP capacity past (GW)"
$ondelim
$include"./iInstCapPastCHP.csv"
$offdelim
;
table imFuelPrice(allCy,SBS,EF,YTIME) "Prices of fuels per subsector (k$2015/toe)"
$ondelim
$include"./iFuelPrice.csv"
$offdelim
;
table imPriceFuelsIntBase(WEF,YTIME) "International Fuel Prices USED IN BASELINE SCENARIO ($2015/toe)"
$ondelim
$include"./iPriceFuelsIntBase.csv"
$offdelim
;
table iSuppExports(allCy,EF,YTIME) "Supplementary parameter for exports (Mtoe)"
$ondelim
$include"./iSuppExports.csv"
$offdelim
;
table imPriceFuelsInt(WEF,YTIME) "International Fuel Prices ($2015/toe)"
$ondelim
$include"./iPriceFuelsInt.csv"
$offdelim
;
table imPriceElecInd(allCy,YTIME) "Electricity power to steam ratio"
$ondelim
$include"./iDataElecInd.csv"
$offdelim
;
parameter imImpExp(allCy,EFS,YTIME) "Imports of exporting countries usually zero (1)" ;
imImpExp(runCy,EFS,YTIME) = 0;
parameter imTotFinEneDemSubBaseYr(allCy,SBS,YTIME) "Total Final Energy Demand per subsector in Base year (Mtoe)";
table imDataTransTech (TRANSE, TECH, ECONCHAR, YTIME) "Technoeconomic characteristics of transport (various)"
$ondelim
$include"./iDataTransTech.csv"
$offdelim
;
table imDataIndTechnology(INDSE,TECH,ECONCHAR) "Technoeconomic characteristics of industry (various)"
IC FC VC LFT USC
IS.THCL 0.32196 6.8 1.36 25 0.5
IS.THCLCCS 0.34772 6.256 1.36 25 0.5
IS.TLGN 0.48295 10.2 2.04 25 0.5
IS.TLPG 0.48295 10.2 2.04 25 0.72
IS.TKRS 0.48295 10.2 2.04 25 0.72
IS.TGDO 0.48295 10.2 2.04 25 0.72
IS.TRFO 0.48295 10.2 2.04 25 0.72
IS.TOLQ 0.48295 10.2 2.04 25 0.72
IS.TNGS 0.48295 10.2 2.04 25 0.8
IS.TNGSCCS 0.52159 9.38 2.04 25 0.8
IS.TOGS 0.48295 10.2 2.04 25 0.8
IS.TBMSWAS 0.48295 10.2 2.04 25 0.5
IS.TELC 0.29367 6.8 1.36 25 0.85
IS.THEATPUMP 0.92974 19.3882 3.1021 25 1.848
IS.TH2F 1.04547 40.4451 17.68 25 0.85
NF.THCL 3.8528 63.036 30 0.5
NF.TLGN 3.8528 63.036 30 0.5
NF.TLPG 3.21067 63.036 30 0.72
NF.TKRS 3.21067 63.036 30 0.72
NF.TGDO 3.21067 63.036 30 0.72
NF.TRFO 3.21067 63.036 30 0.72
NF.TOLQ 3.21067 63.036 30 0.72
NF.TNGS 2.56853 63.036 30 0.8
NF.TOGS 2.56853 63.036 30 0.8
NF.TBMSWAS 3.8528 63.036 30 0.5
NF.TELC 3.4 63.036 30 0.85
NF.THEATPUMP 4.94477 119.819 30 1.848
NF.TH2F 4.94477 119.819 41.1163 30 0.85
CH.THCL 0.53294 5.44 25 0.5
CH.THCLCCS 0.69282 5.44 25 0.5
CH.TLGN 0.53294 5.44 25 0.5
CH.TLPG 0.44411 5.44 25 0.72
CH.TKRS 0.44411 5.44 25 0.72
CH.TGDO 0.44411 5.44 25 0.72
CH.TRFO 0.44411 5.44 25 0.72
CH.TOLQ 0.44411 5.44 25 0.72
CH.TNGS 0.35529 5.44 25 0.8
CH.TNGSCCS 0.46188 5.44 25 0.8
CH.TOGS 0.35529 5.44 25 0.8
CH.TBMSWAS 0.53294 5.44 25 0.5
CH.TELC 0.476 5.44 25 0.85
CH.THEATPUMP 0.68398 10.3404 25 1.848
CH.TH2F 3.13528 94.0585 41.1163 25 0.85
BM.THCL 4.41477 3.2096 30 0.5
BM.THCLCCS 5.25357 3.8515 30 0.5
BM.TLGN 4.41477 3.2096 30 0.5
BM.TLPG 3.67898 3.2096 30 0.72
BM.TKRS 3.67898 3.2096 30 0.72
BM.TGDO 3.67898 3.2096 30 0.72
BM.TRFO 3.67898 3.2096 30 0.72
BM.TOLQ 3.67898 3.2096 30 0.72
BM.TNGS 2.94318 3.2096 30 0.8
BM.TNGSCCS 3.50238 3.8515 30 0.8
BM.TOGS 2.94318 3.2096 30 0.8
BM.TBMSWAS 4.41477 3.2096 30 0.5
BM.TELC 3.808 3.2096 30 0.85
BM.THEATPUMP 5.66602 6.10081 30 1.848
BM.TH2F 5.66602 94.0585 41.1163 30 0.85
PP.THCL 0.90179 1.632 25 0.5
PP.TLGN 0.90179 1.632 25 0.5
PP.TLPG 0.75149 1.632 25 0.72
PP.TKRS 0.75149 1.632 25 0.72
PP.TGDO 0.75149 1.632 25 0.72
PP.TRFO 0.75149 1.632 25 0.72
PP.TOLQ 0.75149 1.632 25 0.72
PP.TNGS 0.60119 1.632 25 0.8
PP.TOGS 0.60119 1.632 25 0.8
PP.TBMSWAS 0.90179 1.632 25 0.5
PP.TELC 0.884 1.632 25 0.85
PP.THEATPUMP 1.15738 3.10211 25 1.68
PP.TH2F 2.43133 68.3668 41.1163 25 0.85
FD.THCL 0.63096 0.5372 25 0.5
FD.TLGN 0.63096 0.5372 25 0.5
FD.TLPG 0.42064 0.5372 25 0.72
FD.TKRS 0.42064 0.5372 25 0.72
FD.TGDO 0.42064 0.5372 25 0.72
FD.TRFO 0.42064 0.5372 25 0.72
FD.TOLQ 0.42064 0.5372 25 0.72
FD.TNGS 0.33651 0.5372 25 0.8
FD.TOGS 0.33651 0.5372 25 0.8
FD.TBMSWAS 0.63096 0.5372 25 0.5
FD.TELC 0.476 0.5372 25 0.85
FD.THEATPUMP 0.64783 1.02111 25 1.68
FD.TH2F 2.43133 68.3668 41.1163 25 0.85
EN.THCL 1.00937 0.31769 25 0.5
EN.TLGN 1.00937 0.31769 25 0.5
EN.TLPG 0.84114 0.31769 25 0.72
EN.TKRS 0.84114 0.31769 25 0.72
EN.TGDO 0.84114 0.31769 25 0.72
EN.TRFO 0.84114 0.31769 25 0.72
EN.TOLQ 0.84114 0.31769 25 0.72
EN.TNGS 0.67291 0.31769 25 0.8
EN.TOGS 0.67291 0.31769 25 0.8
EN.TBMSWAS 1.00937 0.31769 25 0.5
EN.TELC 0.748 0.31769 20 0.85
EN.THEATPUMP 1.29545 0.60387 25 1.68
EN.TH2F 2.43133 68.3668 41.1163 25 0.85
TX.THCL 0.67371 0.16959 20 0.5
TX.TLGN 0.67371 0.16959 20 0.5
TX.TLPG 0.44914 0.16959 20 0.72
TX.TKRS 0.44914 0.16959 20 0.72
TX.TGDO 0.44914 0.16959 20 0.72
TX.TRFO 0.44914 0.16959 20 0.72
TX.TOLQ 0.44914 0.16959 20 0.72
TX.TNGS 0.35931 0.16959 20 0.8
TX.TOGS 0.35931 0.16959 20 0.8
TX.TBMSWAS 0.476 0.16959 20 0.5
TX.TELC 0.476 0.16959 20 0.85
TX.THEATPUMP 0.69173 0.32236 20 1.68
TX.TH2F 2.43133 68.3668 41.1163 25 0.85
OE.THCL 1.00937 0.31769 25 0.5
OE.TLGN 1.00937 0.31769 25 0.5
OE.TLPG 0.84114 0.31769 25 0.72
OE.TKRS 0.84114 0.31769 25 0.72
OE.TGDO 0.84114 0.31769 25 0.72
OE.TRFO 0.84114 0.31769 25 0.72
OE.TOLQ 0.84114 0.31769 25 0.72
OE.TNGS 0.67291 0.31769 25 0.8
OE.TOGS 0.67291 0.31769 25 0.8
OE.TBMSWAS 1.00937 0.31769 25 0.5
OE.TELC 0.84114 0.31769 25 0.85
OE.THEATPUMP 1.29545 0.60387 25 1.68
OE.TH2F 2.43133 68.3668 41.1163 25 0.85
OI.THCL 0.94967 1.40352 20 0.5
OI.TLGN 0.94967 1.40352 20 0.5
OI.TLPG 0.79139 1.40352 20 0.72
OI.TKRS 0.79139 1.40352 20 0.72
OI.TGDO 0.79139 1.40352 20 0.72
OI.TRFO 0.79139 1.40352 20 0.72
OI.TOLQ 0.79139 1.40352 20 0.72
OI.TNGS 0.63311 1.40352 20 0.8
OI.TOGS 0.63311 1.40352 20 0.8
OI.TBMSWAS 0.94967 1.40352 20 0.5
OI.TELC 0.68 1.40352 20 0.85
OI.THEATPUMP 1.21884 2.66781 20 1.68
OI.TH2F 2.43133 68.3668 41.1163 25 0.85
;
imDataIndTechnology(INDSE,TECH,"IC") = imDataIndTechnology(INDSE,TECH,"IC") * 1.3;
imDataIndTechnology(INDSE,TECH,"FC") = imDataIndTechnology(INDSE,TECH,"FC") * 1.3;
imDataIndTechnology(INDSE,TECH,"VC") = imDataIndTechnology(INDSE,TECH,"VC") * 1.3;
imDataIndTechnology(INDSE,"TBMSWAS",ECONCHAR) = imDataIndTechnology("IS","TBMSWAS",ECONCHAR);
imDataIndTechnology(INDSE,"TSTE",ECONCHAR) = imDataIndTechnology(INDSE,"THCL",ECONCHAR);
table imDataDomTech(DOMSE,TECH,ECONCHAR) "Technical lifetime of Industry (years)"
IC FC VC LFT USC
SE.THCL 0.323544 10.88 20 0.7
SE.TLGN 0.323544 10.88 20 0.5
SE.TLPG 0.24888 10.88 20 0.8
SE.TGSL 0.323544 10.88 20 0.7
SE.TKRS 0.24888 10.88 20 0.8
SE.TGDO 0.24888 6.8 20 0.85
SE.TRFO 0.24888 10.88 20 0.8
SE.TOLQ 0.24888 10.88 20 0.8
SE.TNGS 0.2244 6.8 20 0.88
SE.TOGS 0.2244 10.88 20 0.8
SE.TBMSWAS 0.323544 10.88 20 0.5
SE.TELC 0.3 8.976 12 0.85
SE.THEATPUMP 0.432 12.9254 20 1.848
AG.THCL 0.323544 10.88 20 0.7
AG.TLGN 0.323544 10.88 20 0.5
AG.TLPG 0.24888 10.88 20 0.8
AG.TGSL 0.323544 10.88 20 0.7
AG.TKRS 0.24888 10.88 20 0.8
AG.TGDO 0.24888 6.8 20 0.85
AG.TRFO 0.24888 10.88 20 0.8
AG.TOLQ 0.24888 10.88 20 0.8
AG.TNGS 0.2244 6.8 20 0.88
AG.TOGS 0.2244 10.88 20 0.8
AG.TBMSWAS 0.323544 10.88 20 0.5
AG.TELC 0.3 8.976 12 0.85
AG.THEATPUMP 0.432 12.9254 20 1.848
HOU.THCL 0.323544 10.88 20 0.7
HOU.TLGN 0.323544 10.88 20 0.5
HOU.TLPG 0.24888 10.88 20 0.8
HOU.TGSL 0.323544 10.88 20 0.7
HOU.TKRS 0.24888 10.88 20 0.8
HOU.TGDO 0.24888 6.8 20 0.85
HOU.TRFO 0.24888 10.88 20 0.8
HOU.TOLQ 0.24888 10.88 20 0.8
HOU.TNGS 0.2244 6.8 20 0.88
HOU.TOGS 0.2244 10.88 20 0.8
HOU.TBMSWAS 0.323544 10.88 20 0.5
HOU.TELC 0.3 8.976 12 0.85
HOU.THEATPUMP 0.432 12.9254 20 1.848
;
imDataDomTech(DOMSE,TECH,"IC") = imDataDomTech(DOMSE,TECH,"IC") * 1.3;
imDataDomTech(DOMSE,TECH,"FC") = imDataDomTech(DOMSE,TECH,"FC") * 1.3;
imDataDomTech(DOMSE,TECH,"VC") = imDataDomTech(DOMSE,TECH,"VC") * 1.3;
imDataIndTechnology(INDSE,"TGSL",ECONCHAR) = imDataDomTech("SE","TGSL",ECONCHAR);
imDataDomTech(DOMSE,"TSTE",ECONCHAR) = imDataDomTech(DOMSE,"THCL",ECONCHAR);
table imDataNonEneSec(NENSE,TECH,ECONCHAR) "Technical data of non energy uses and bunkers (various)"
IC FC VC LFT USC
PCH.THCL 0.26227 45.22 2.37209 20 0.65
PCH.TLGN 0.26227 47.6 2.37209 20 0.5
PCH.TLPG 0.18088 20.4 2.37209 20 0.72
PCH.TGDO 0.18088 9.044 2.37209 20 0.72
PCH.TRFO 0.18088 18.088 2.37209 20 0.72
PCH.TOLQ 0.18088 20.4 2.37209 20 0.72
PCH.TNGS 0.18088 0.9044 2.37209 20 0.8
PCH.TOGS 0.18088 1.36 2.37209 20 0.8
BU.TGDO 0.204 0.136 25 0.72
BU.TRFO 0.204 0.136 25 0.72
BU.TKRS 0.136 6.8 25 0.72
BU.TOLQ 0.136 6.8 25 0.72
NEN.THCL 0.26227 45.22 2.37209 20 0.65
NEN.TLGN 0.26227 47.6 2.37209 20 0.5
NEN.TLPG 0.612 20.4 2.37209 20 0.72
NEN.TGDO 0.18088 9.044 2.37209 20 0.72
NEN.TRFO 0.18088 18.088 2.37209 20 0.72
NEN.TOLQ 0.612 20.4 2.37209 20 0.72
NEN.TNGS 0.18088 0.9044 2.37209 20 0.8
NEN.TOGS 0.18088 1.36 2.37209 20 0.8
;
imDataNonEneSec(NENSE,TECH,"IC") = imDataNonEneSec(NENSE,TECH,"IC") * 1.3;
imDataNonEneSec(NENSE,TECH,"FC") = imDataNonEneSec(NENSE,TECH,"FC") * 1.3;
imDataNonEneSec(NENSE,TECH,"VC") = imDataNonEneSec(NENSE,TECH,"VC") * 1.3;
imDataNonEneSec(NENSE,"TSTE",ECONCHAR) = imDataNonEneSec(NENSE,"THCL",ECONCHAR);
table iIndCharData(INDSE,Indu_Scon_Set) "Industry sector charactetistics (various)"
BASE SHR_NSE SH_HPELC
IS 0.4397 0.7 0.00001
NF 0 0.85 0.00001
CH 0.1422 0.95 0.00001
BM 2.1062 0.95 0.00001
PP 0 0.95 0.00001
FD 0.6641 0.9 0.00001
TX 0.0638 0.9 0.00001
EN 1.6664 0.95 0.00001
OE 0.00000001 0.95 0.00001
OI 1.5161 0.9 0.00001
;
table iInitConsSubAndInitShaNonSubElec(DOMSE,Indu_Scon_Set) "Initial Consumption per Subsector and Initial Shares of Non Substitutable Electricity in Total Electricity Demand (Mtoe)"
BASE SHR_NSE SH_HPELC
SE 1.8266 0.9 0.00001
HOU 11.511 0.9 0.00001
AG 0.2078 0.9 0.00001
;
iShrHeatPumpElecCons(runCy,INDSE) = iIndCharData(INDSE,"SH_HPELC");
iShrHeatPumpElecCons(runCy,DOMSE) = iInitConsSubAndInitShaNonSubElec(DOMSE,"SH_HPELC");
imFuelExprts(runCy,EFS,YTIME) = iSuppExports(runCy,EFS,YTIME);
imNcon(TRANSE)$(sameas(TRANSE,"PC") or sameas(TRANSE,"GU")) = 10; !! 11 different consumer size groups for cars and trucks
imNcon(TRANSE)$(not (sameas(TRANSE,"PC") or sameas(TRANSE,"GU"))) = 1; !! 2 different consumer size groups for inland navigation, trains, busses and aviation
imNcon(INDSE) = 10; !! 11 different consumer size groups for industrial sectors
imNcon(DOMSE) = 10; !! 11 different consumer size groups for domestic and tertiary sectors
imNcon(NENSE) = 10; !! 11 different consumer size groups for non energy uses
imNcon("BU") = 2; !! ... except bunkers .
imNcon("DAC") = 1; !!
imNcon("EW") = 1;
imAnnCons(runCy,'PC','smallest') = 0.5 * 0.952 * imTransChar(runCy,"KM_VEH","%fBaseY%") * 1000 * 1E-6;
imAnnCons(runCy,'PC' ,'modal') = 0.952 * imTransChar(runCy,"KM_VEH","%fBaseY%") * 1000 * 1E-6;
imAnnCons(runCy,'PC' ,'largest') = 4 * 0.952 * imTransChar(runCy,"KM_VEH","%fBaseY%") * 1000 * 1E-6;
imAnnCons(runCy,'GU','smallest') = 0.5 * 0.706 * imTransChar(runCy,"KM_VEH_TRUCK","%fBaseY%")* 1000 * 2 / 3 * 1E-6;
imAnnCons(runCy,'GU','modal') = 0.706 * imTransChar(runCy,"KM_VEH_TRUCK","%fBaseY%") * 1000 * 2 * 1E-6;
imAnnCons(runCy,'GU','largest') = 4 * 0.706 * imTransChar(runCy,"KM_VEH_TRUCK","%fBaseY%") * 1000 * 2 * 10 * 1E-6;
imAnnCons(runCy,'PA','smallest') = 40000 * 50 * 1E-6;
imAnnCons(runCy,'PA','modal') = 400000 * 1E-6;
imAnnCons(runCy,'PA','largest') = 800000 * 300 * 1E-6;
imAnnCons(runCy,'PB',"smallest") = 20000 * 5 * 1E-6;
imAnnCons(runCy,'PB',"modal") = 50000 * 15 * 1E-6;
imAnnCons(runCy,'PB',"largest") = 200000 * 50 * 1E-6;
imAnnCons(runCy,'PT',"smallest") = 50000 * 50 * 1E-6;
imAnnCons(runCy,'PT',"modal") = 200000 * 150 * 1e-6;
imAnnCons(runCy,'PT',"largest") = 400000 * 500 * 1E-6;
imAnnCons(runCy,'GT',"smallest") = 50000 * 20 * 1E-6;
imAnnCons(runCy,'GT',"modal") = 200000 * 200 * 1e-6;
imAnnCons(runCy,'GT',"largest") = 400000 * 500 * 1E-6;
imAnnCons(runCy,'PN',"smallest") = 10000 * 50 * 1E-6;
imAnnCons(runCy,'PN',"modal") = 50000 * 100 * 1e-6;
imAnnCons(runCy,'PN',"largest") = 100000 * 500 * 1E-6;
imAnnCons(runCy,'GN',"smallest") = 10000 * 20 * 1E-6;
imAnnCons(runCy,'GN',"modal") = 50000 * 300 * 1e-6;
imAnnCons(runCy,'GN',"largest") = 100000 * 1000 * 1E-6;
imAnnCons(runCy,INDSE,"smallest") = 0.2 ;
imAnnCons(runCy,INDSE,"largest") = 0.9 ;
imAnnCons(runCy,"IS","modal") = 0.587;
imAnnCons(runCy,INDSE,"modal")$(not sameas(INDSE,"IS")) = 0.487;
imAnnCons(runCy,DOMSE,"smallest") = iConsSizeDistHeat("smallest") ;
imAnnCons(runCy,DOMSE,"largest") = iConsSizeDistHeat("largest") ;
imAnnCons(runCy,DOMSE,"modal") = iConsSizeDistHeat("modal");
imAnnCons(runCy,NENSE,"smallest") = 0.2 ;
imAnnCons(runCy,NENSE,"largest") = 0.9 ;
imAnnCons(runCy,NENSE,"modal") = 0.487 ;
imAnnCons(runCy,"BU","smallest") = 0.2 ;
imAnnCons(runCy,"BU","largest") = 1 ;
imAnnCons(runCy,"BU","modal") = 0.5 ;
imAnnCons(runCy,"DAC","smallest") = 0.2 ;
imAnnCons(runCy,"DAC","largest") = 1 ;
imAnnCons(runCy,"DAC","modal") = 0.5 ;
imAnnCons(runCy,"EW","smallest") = 0.2 ;
imAnnCons(runCy,"EW","largest") = 1 ;
imAnnCons(runCy,"EW","modal") = 0.5 ;
Loop (runCy,DSBS) DO
Loop rCon$(ord(rCon) le imNcon(DSBS)+1) DO
imDisFunConSize(runCy,DSBS,rCon) =
Prod(nSet$(ord(Nset) le imNcon(DSBS)),ord(nSet))
/
(
(
Prod(nSet$(ord(nSet) le imNcon(DSBS)-(ord(rCon)-1)),ord(nSet))$(ord(rCon) lt imNcon(DSBS)+1)
+1$(ord(rCon) eq imNcon(DSBS)+1)
)
*
(
Prod(nSet$(ord(nSet) le ord(rCon)-1),ord(nSet))$(ord(rCon) ne 1)+1$(ord(rCon) eq 1))
)
*
Power(log(imAnnCons(runCy,DSBS,"modal")/imAnnCons(runCy,DSBS,"smallest")),ord(rCon)-1)
*
Power(log(imAnnCons(runCy,DSBS,"largest")/imAnnCons(runCy,DSBS,"modal")),imNcon(DSBS)-(ord(rCon)-1))
/
(Power(log(imAnnCons(runCy,DSBS,"largest")/imAnnCons(runCy,DSBS,"smallest")),imNcon(DSBS)) )
*
imAnnCons(runCy,DSBS,"smallest")*(imAnnCons(runCy,DSBS,"largest")/imAnnCons(runCy,DSBS,"smallest"))**((ord(rCon)-1)/imNcon(DSBS))
;
ENDLOOP;
ENDLOOP;
imCumDistrFuncConsSize(runCy,DSBS) = sum(rCon, imDisFunConSize(runCy,DSBS,rCon));
imCGI(allCy,YTIME) = 1;
table iDataDistrLosses(allCy,EF,YTIME) "Data for Distribution Losses (Mtoe)"
$ondelim
$include"./iDataDistrLosses.csv"
$offdelim
;
imDistrLosses(runCy,EFS,YTIME) = iDataDistrLosses(runCy,EFS,YTIME);
table imFuelCons(allCy,SBS,EF,YTIME) "Fuel consumption (Mtoe)"
$ondelim
$include"./iFuelCons.csv"
$offdelim
;
imFuelConsPerFueSub(runCy,SBS,EF,YTIME) = imFuelCons(runCy,SBS,EF,YTIME);
imFuelConsPerFueSub(runCy,"BU",EF,YTIME) = -imFuelConsPerFueSub(runCy,"BU",EF,YTIME);
imCO2CaptRate(PGALL)$CCS(PGALL) = 0.90;
imEffValueInDollars(runCy,SBS,YTIME) = 0;
iScenarioPri(WEF,"NOTRADE",YTIME) = 0;
table iDataImports(allCy,EF,YTIME) "Data for imports (Mtoe)"
$ondelim
$include"./iDataImports.csv"
$offdelim
;
imFuelImports(runCy,EFS,YTIME)$DATAY(YTIME) = iDataImports(runCy,EFS,YTIME);
iNetImp(runCy,EFS,YTIME) = iDataImports(runCy,"ELC",YTIME)-iSuppExports(runCy,"ELC",YTIME);
table iEnvPolicies(allCy,POLICIES_SET,YTIME) "Environmental policies on emissions constraints and subsidy on renewables (Mtn CO2)"
$ondelim
$include"./iEnvPolicies.csv"
$offdelim
;
if %fScenario% eq 0 then
iCarbValYrExog(allCy,YTIME) = 0;
elseif %fScenario% eq 1 then
iCarbValYrExog(allCy,YTIME) = iEnvPolicies(allCy,"exogCV_NPi",YTIME); !!$an(YTIME)
elseif %fScenario% eq 2 then
iCarbValYrExog(allCy,YTIME) = iEnvPolicies(allCy,"exogCV_1_5C",YTIME);
elseif %fScenario% eq 3 then
iCarbValYrExog(allCy,YTIME) = iEnvPolicies(allCy,"exogCV_2C",YTIME);
elseif %fScenario% eq 4 then
iCarbValYrExog(allCy,YTIME) = iEnvPolicies(allCy,"exogCV_Calib",YTIME);
endif;
table i01PremScrpFac(allCy,DSBS,TECH,YTIME) "Parameter that controls premature scrapping"
$ondelim
$include"./iPremScrpFac.csv"
$offdelim
;
table iMatrFactorData(allCy,DSBS,TECH,YTIME) "Maturity factor per technology and subsector (1)"
$ondelim
$include"./iMatrFactorData.csv"
$offdelim
;
$IFTHEN.calib %Calibration% == off
parameter imMatrFactor(allCy,DSBS,TECH,YTIME) "Maturity factor per technology and subsector for all countries (1)";
imMatrFactor(runCy,DSBS,TECH,YTIME) = iMatrFactorData(runCy,DSBS,TECH,YTIME);
imMatrFactor(runCy,DSBS,"TBMSWAS",YTIME) = 0.01;
$ontext
imMatrFactor(runCy,DSBS,"TGDO",YTIME)$((ord(YTIME) > 14) and TRANSE(DSBS)) = 0.5;
imMatrFactor(runCy,DSBS,"TGSL",YTIME)$((ord(YTIME) > 14) and TRANSE(DSBS)) = 0.5;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$((ord(YTIME) > 14) and TRANSE(DSBS)) = 3;
imMatrFactor("CHA",DSBS,"TELC",YTIME)$((ord(YTIME) > 14) and TRANSE(DSBS)) = 8;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 30 and TRANSE(DSBS)) = 8;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 40 and TRANSE(DSBS)) = 11;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 40 and TRANSE(DSBS)) = 11;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 50 and TRANSE(DSBS)) = 15;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 50 and TRANSE(DSBS)) = 15;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 40 and TRANSE(DSBS)) = 11;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 40 and TRANSE(DSBS)) = 11;
imMatrFactor(runCy,DSBS,"TNGSCCS",YTIME)$((ord(YTIME) > 14) and INDSE(DSBS)) = 1;
imMatrFactor(runCy,DSBS,"THCLCCS",YTIME)$((ord(YTIME) > 14) and INDSE(DSBS)) = 1;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 14 and DOMSE(DSBS)) = 20;
imMatrFactor(runCy,DSBS,"TBMSWAS",YTIME)$(ord(YTIME) > 14 and DOMSE(DSBS)) = 0.001;
imMatrFactor(runCy,DSBS,"TH2F",YTIME)$(ord(YTIME) < 21 and INDSE(DSBS)) = 0;
imMatrFactor(runCy,DSBS,"TH2F",YTIME)$(ord(YTIME) > 21 and INDSE(DSBS)) = 2;
imMatrFactor(runCy,DSBS,"TH2F",YTIME)$(ord(YTIME) > 40 and INDSE(DSBS)) = 2;
imMatrFactor(runCy,DSBS,"TELC",YTIME)$(ord(YTIME) > 14 and INDSE(DSBS)) = 4;
imMatrFactor(runCy,DSBS,"TH2F",YTIME)$(ord(YTIME) > 14 and INDSE(DSBS)) = 20;
imMatrFactor(runCy,DSBS,"TGDO",YTIME)$(ord(YTIME) > 30 and TRANSE(DSBS)) = 0.001;
imMatrFactor(runCy,DSBS,"TGSL",YTIME)$(ord(YTIME) > 30 and TRANSE(DSBS)) = 0.001;
imMatrFactor(runCy,DSBS,"TNGS",YTIME)$(ord(YTIME) > 30 and TRANSE(DSBS)) = 0.001;
imMatrFactor(runCy,DSBS,"TLPG",YTIME)$(ord(YTIME) > 30 and TRANSE(DSBS)) = 0.001;
imMatrFactor(runCy,DSBS,"TPHEVGSL",YTIME)$(ord(YTIME) > 40 and TRANSE(DSBS)) = 0.001;
imMatrFactor(runCy,DSBS,"TPHEVGDO",YTIME)$(ord(YTIME) > 40 and TRANSE(DSBS)) = 0.001;
imMatrFactor(runCy,DSBS,"TCHEVGSL",YTIME)$(ord(YTIME) > 40 and TRANSE(DSBS)) = 0.001;
imMatrFactor(runCy,DSBS,"TCHEVGDO",YTIME)$(ord(YTIME) > 40 and TRANSE(DSBS)) = 0.001;
$offtext
$ELSE.calib
variable imMatrFactor(allCy,DSBS,TECH,YTIME) "Maturity factor per technology and subsector for all countries (1)";
imMatrFactor.LO(runCy,DSBS,TECH,YTIME) = 0;
imMatrFactor.UP(runCy,DSBS,TECH,YTIME) = 50;
imMatrFactor.L(runCy,DSBS,TECH,YTIME) = iMatrFactorData(runCy,DSBS,TECH,YTIME);
imMatrFactor.FX(runCy,DSBS,TECH,YTIME)$(not (sameas(DSBS,"PC") or sameas(DSBS,"PB") or sameas(DSBS,"GU"))) = iMatrFactorData(runCy,DSBS,TECH,YTIME);
imMatrFactor.FX(runCy,DSBS,TECH,YTIME)$((sameas(DSBS,"PC") or sameas(DSBS,"PB") or sameas(DSBS,"GU")) and not SECTTECH(DSBS,TECH)) = iMatrFactorData(runCy,DSBS,TECH,YTIME);
imMatrFactor.FX(runCy,DSBS,TECH,YTIME)$DATAY(YTIME)= iMatrFactorData(runCy,DSBS,TECH,YTIME);
$ENDIF.calib
parameters
!!imFacSubsiCapCostTech(DSBS,TECH) !!State subsidy (%) factor in technology capex (demand side)
!!imGrantCapCostTech(DSBS,TECH) !!State granting in technology capex (demand side)
!!imSubsiCapCostFuel(SBS,EF) !!State subsidy in fuel cost
!!imFacSubsiCapCostSupply(SSBS,STECH) !!State subsidy (%) factor in technology capex (supply side)
!!imGrantCapCostSupply(SSBS,STECH) !!State granting in technology capex (supply side)
imCapCostTechMin(allCy,DSBS,TECH,YTIME) !!Factor for the minimum capex of a demand technology after the state subsidy
;
$ontext
if %fScenario% eq 0 then
imFacSubsiCapCostTech("PC","TELC") = 0;
imFacSubsiCapCostTech("CH","TELC") = 0;
imFacSubsiCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 0;
imGrantCapCostTech("PC","TELC") = 0; !!kUS$2015 per vehicle
imGrantCapCostTech("CH","TELC") = 0; !!kUS$2015/toe-year for Industry sectors
imGrantCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 0; !!US$2015/tCO2
imSubsiCapCostFuel("HOU","ELC") = 0; !!kUS$2015/toe
imSubsiCapCostFuel(SBS,"ELC")$INDSE1(SBS) = 0; !!kUS$2015/toe
imFacSubsiCapCostSupply("PG",PGREN) = 0;
imFacSubsiCapCostSupply("H2P",H2TECH) = 0;
imGrantCapCostSupply("PG",PGREN) = 0; !!kUS$2015/kW
imGrantCapCostSupply("H2P",H2TECH) = 0; !!US$2015/toe H2
elseif %fScenario% eq 1 then
imFacSubsiCapCostTech("PC","TELC") = 0;
imFacSubsiCapCostTech("CH","TELC") = 0;
imFacSubsiCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 0;
imGrantCapCostTech("PC","TELC") = 1; !!kUS$2015 per vehicle
imGrantCapCostTech("CH","TELC") = 0; !!kUS$2015/toe-year for Industry sectors
imGrantCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 90; !!US$2015/tCO2
imSubsiCapCostFuel("HOU","ELC") = 0; !!kUS$2015/toe
imSubsiCapCostFuel(SBS,"ELC")$INDSE1(SBS) = 0; !!kUS$2015/toe
imFacSubsiCapCostSupply("PG",PGREN) = 0.1;
imFacSubsiCapCostSupply("H2P",H2TECH) = 0.2;
imGrantCapCostSupply("PG",PGREN) = 0; !!kUS$2015/kW
imGrantCapCostSupply("H2P",H2TECH) = 0; !!US$2015/toe H2
elseif %fScenario% eq 2 then
imFacSubsiCapCostTech("PC","TELC") = 0;
imFacSubsiCapCostTech("CH","TELC") = 0.40;
imFacSubsiCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 0;
imGrantCapCostTech("PC","TELC") = 9; !!kUS$2015 per vehicle
imGrantCapCostTech("CH","TELC") = 0; !!kUS$2015/toe-year for Industry sectors
imGrantCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 90; !!US$2015/tCO2
imSubsiCapCostFuel("HOU","ELC") = 0; !!kUS$2015/toe
imSubsiCapCostFuel(SBS,"ELC")$INDSE1(SBS) = 0; !!kUS$2015/toe
imFacSubsiCapCostSupply("PG",PGREN) = 0.3;
imFacSubsiCapCostSupply("H2P",H2TECH) = 0.4;
imGrantCapCostSupply("PG",PGREN) = 0; !!kUS$2015/kW
imGrantCapCostSupply("H2P",H2TECH) = 0; !!US$2015/toe H2
elseif %fScenario% eq 3 then
imFacSubsiCapCostTech("PC","TELC") = 0;
imFacSubsiCapCostTech("CH","TELC") = 0.10;
imFacSubsiCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 0;
imGrantCapCostTech("PC","TELC") = 7; !!kUS$2015 per vehicle
imGrantCapCostTech("CH","TELC") = 0; !!kUS$2015/toe-year for Industry sectors
imGrantCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 90; !!US$2015/tCO2
imSubsiCapCostFuel("HOU","ELC") = 0; !!kUS$2015/toe
imSubsiCapCostFuel(SBS,"ELC")$INDSE1(SBS) = 0; !!kUS$2015/toe
imFacSubsiCapCostSupply("PG",PGREN) = 0.3;
imFacSubsiCapCostSupply("H2P",H2TECH) = 0.3;
imGrantCapCostSupply("PG",PGREN) = 0; !!kUS$2015/kW
imGrantCapCostSupply("H2P",H2TECH) = 0; !!US$2015/toe H2
elseif %fScenario% eq 4 then
imFacSubsiCapCostTech("PC","TELC") = 0;
imFacSubsiCapCostTech("CH","TELC") = 0;
imFacSubsiCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 0;
imGrantCapCostTech("PC","TELC") = 1; !!kUS$2015 per vehicle
imGrantCapCostTech("CH","TELC") = 0; !!kUS$2015/toe-year for Industry sectors
imGrantCapCostTech("DAC",TECH)$(DACTECH(TECH)) = 90; !!US$2015/tCO2
imSubsiCapCostFuel("HOU","ELC") = 0; !!kUS$2015/toe
imSubsiCapCostFuel(SBS,"ELC")$INDSE1(SBS) = 0; !!kUS$2015/toe
imFacSubsiCapCostSupply("PG",PGREN) = 0.1;
imFacSubsiCapCostSupply("H2P",H2TECH) = 0.2;
imGrantCapCostSupply("PG",PGREN) = 0; !!kUS$2015/kW
imGrantCapCostSupply("H2P",H2TECH) = 0; !!US$2015/toe H2
endif;
$offtext
imShrNonSubElecInTotElecDem(runCy,INDSE) = iIndCharData(INDSE,"SHR_NSE");
imShrNonSubElecInTotElecDem(runCy,INDSE) = iIndCharData(INDSE,"SHR_NSE") - 0.2;
imShrNonSubElecInTotElecDem(runCy,INDSE)$(imShrNonSubElecInTotElecDem(runCy,INDSE)>0.98) = 0.98;
imShrNonSubElecInTotElecDem(runCy,DOMSE) = iInitConsSubAndInitShaNonSubElec(DOMSE,"SHR_NSE");
imShrNonSubElecInTotElecDem(runCy,DOMSE) = iInitConsSubAndInitShaNonSubElec(DOMSE,"SHR_NSE") - 0.4;
imShrNonSubElecInTotElecDem(runCy,DOMSE)$(imShrNonSubElecInTotElecDem(runCy,DOMSE)>0.98) = 0.98;
imCapCostTech(runCy,TRANSE,TECH,YTIME) = imDataTransTech(TRANSE,TECH,"IC",YTIME);
imCapCostTechMin(allCy,TRANSE,TECH,YTIME) = 0.4;
imFixOMCostTech(runCy,TRANSE,TECH,YTIME) = imDataTransTech(TRANSE,TECH,"FC",YTIME);
imVarCostTech(runCy,TRANSE,TECH,YTIME) = imDataTransTech(TRANSE,TECH,"VC",YTIME);
imCapCostTech(runCy,INDSE,TECH,YTIME) = imDataIndTechnology(INDSE,TECH,"IC");
imCapCostTechMin(allCy,INDSE,TECH,YTIME) = 0.5;
imFixOMCostTech(runCy,INDSE,TECH,YTIME) = imDataIndTechnology(INDSE,TECH,"FC");
imVarCostTech(runCy,INDSE,TECH,YTIME) = imDataIndTechnology(INDSE,TECH,"VC");
imUsfEneConvSubTech(runCy,INDSE,TECH,YTIME) = imDataIndTechnology(INDSE,TECH,"USC");
imFixOMCostTech(runCy,DOMSE,TECH,YTIME) = imDataDomTech(DOMSE,TECH,"FC");
imVarCostTech(runCy,DOMSE,TECH,YTIME) = imDataDomTech(DOMSE,TECH,"VC");
imUsfEneConvSubTech(runCy,DOMSE,TECH,YTIME) = imDataDomTech(DOMSE,TECH,"USC");
imFixOMCostTech(runCy,NENSE,TECH,YTIME)= imDataNonEneSec(NENSE,TECH,"FC");
imVarCostTech(runCy,NENSE,TECH,YTIME) = imDataNonEneSec(NENSE,TECH,"VC");
imUsfEneConvSubTech(runCy,NENSE,TECH,YTIME) = imDataNonEneSec(NENSE,TECH,"USC");
imUsfEneConvSubTech(runCy,"BU","TH2F",YTIME) = 0.7;
imCapCostTech(runCy,"BU","TH2F",YTIME) = 1.5 * imCapCostTech(runCy,"BU","TGDO",YTIME);
imCapCostTechMin(allCy,"DAC","HTDAC",YTIME) = 0.4;
imCapCostTechMin(allCy,"DAC","H2DAC",YTIME) = 0.2;
imCapCostTechMin(allCy,"DAC","LTDAC",YTIME) = 0.2;
imCapCostTechMin(allCy,"EW","TEW",YTIME) = 0.2;
!!imUsfEneConvSubTech(runCy,INDSE,"THCL",YTIME)$AN(YTIME) = imDataIndTechnology(INDSE,"THCL","USC") + 0.005 * (ord(YTIME)-14);
imUsfEneConvSubTech(runCy,INDSE,"THCLCCS",YTIME)$AN(YTIME) = imDataIndTechnology(INDSE,"THCLCCS","USC") + 0.005 * (ord(YTIME)-14);
imUsfEneConvSubTech(runCy,INDSE,"THCLCCS",YTIME)$(ord(YTIME)>50) = 0.7;
table iDataPlantEffByType(allCy,PGALL, YTIME) "Data for plant efficiency per plant type"
$ondelim
$include "./iDataPlantEffByType.csv"
$offdelim
;
imPlantEffByType(runCy,PGALL,YTIME) = iDataPlantEffByType(runCy,PGALL, YTIME) ;
imPlantEffByType(runCy,"PGH2F",YTIME) = 0.85;
smGwToTwhPerYear(YTIME) = 8.76 + 0.024 $ (mod(YTIME.val,4) = 0 and mod (YTIME.val,100) <> 0);iNPDL(DSBS) = 6;
loop DSBS do
loop KPDL$(ord(KPDL) le iNPDL(DSBS)) do
imFPDL(DSBS,KPDL) = 6 * (iNPDL(DSBS)+1-ord(KPDL)) * ord(KPDL)
/
(iNPDL(DSBS) * (iNPDL(DSBS)+1) * (iNPDL(DSBS)+2))
endloop;
endloop;
model openprom / all /;
option i01Pop:2:0:6;
display i01Pop;
display imDisc;
display TF;
display TFIRST;
display runCy;
display i08WgtSecAvgPriFueCons;
display imVarCostTech;VARIABLE INITIALISATION
imTransChar(runCy,"RES_MEXTF",YTIME) = 0.04;
imTransChar(runCy,"RES_MEXTV",YTIME) = 0.04;Interdependent Variables
VmRenValue.FX(YTIME)$(ord(YTIME)<20) = 0 ;
VmRenValue.FX(YTIME)$(ord(YTIME)>=20 and ord(YTIME)<50) = (ord(YTIME)-20) * 100;
VmRenValue.FX(YTIME)$(ord(YTIME)>=40) = 2000;
VmElecConsHeatPla.FX(runCy,INDDOM,YTIME)$(not An(YTIME)) = imFuelConsPerFueSub(runCy,INDDOM,"ELC",YTIME)*(1-imShrNonSubElecInTotElecDem(runCy,INDDOM))*iShrHeatPumpElecCons(runCy,INDDOM);
VmElecConsHeatPla.FX(runCy,DSBS,YTIME) = 0;
VmCarVal.FX(runCy,"TRADE",YTIME) = iCarbValYrExog(runCy,YTIME);
VmCarVal.FX(runCy,"NOTRADE",YTIME) = iCarbValYrExog(runCy,YTIME);
VmCstCO2SeqCsts.L(runCy,YTIME)=1;
VmCstCO2SeqCsts.FX(runCy,YTIME)$(not an(YTIME)) = i06ElastCO2Seq(runCy,"mc_b");
VmPriceFuelSubsecCarVal.LO(runCy,SBS,"H2F",YTIME) = 1E-6;
VmPriceFuelSubsecCarVal.LO(runCy,"HOU","ELC",YTIME) = 1E-6;
VmPriceFuelSubsecCarVal.L(runCy,SBS,EF,YTIME)$SECtoEF(SBS,EF) = 1.5;
VmPriceFuelSubsecCarVal.L(runCy,"PG",PGEF,YTIME) = 1;
$IFTHEN %link2MAgPIE% == on
VmPriceFuelSubsecCarVal.FX(runCy,SBS,"BMSWAS",YTIME)$(An(YTIME)) = iPricesMagpie(runCy,SBS,YTIME);
$ENDIF
VmPriceFuelSubsecCarVal.FX(runCy,SBS,EF,YTIME)$(SECtoEF(SBS,EF)$(not HEATPUMP(EF)) and DATAY(YTIME)) = imFuelPrice(runCy,SBS,EF,YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,"PG","NUC",YTIME) = 0.02; !! fixed price for nuclear fuel to 25Euro/toe
VmPriceFuelSubsecCarVal.FX(runCy,"H2P","NUC",YTIME) = 0.02; !! fixed price for nuclear fuel to 25Euro/toe
VmPriceFuelSubsecCarVal.FX(runCy,"STEAMP","NUC",YTIME) = 0.02; !! fixed price for nuclear fuel to 25Euro/toe
VmPriceFuelSubsecCarVal.FX(runCy,SBS,"MET",YTIME)$(not An(YTIME)) = 1; !! fixed price methanol
VmPriceFuelSubsecCarVal.FX(runCy,SBS,"ETH",YTIME)$(not An(YTIME)) = 1; !! fixed price for ethanol
VmPriceFuelSubsecCarVal.FX(runCy,SBS,"BGDO",YTIME)$DATAY(YTIME) = imFuelPrice(runCy,SBS,"GDO",YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,SBS,"BGSL",YTIME)$DATAY(YTIME) = imFuelPrice(runCy,SBS,"GSL",YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,SBS,"BKRS",YTIME)$DATAY(YTIME) = imFuelPrice(runCy,SBS,"KRS",YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,INDDOM,"HEATPUMP",YTIME)$(SECtoEF(INDDOM,"HEATPUMP")$(not An(YTIME))) = imFuelPrice(runCy,INDDOM,"ELC",YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,"H2P",EF,YTIME)$(SECtoEF("H2P",EF)$DATAY(YTIME)) = imFuelPrice(runCy,"OI",EF,YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,"STEAMP",EF,YTIME)$(SECtoEF("STEAMP",EF)$DATAY(YTIME)) = imFuelPrice(runCy,"PG",EF,YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,"STEAMP","CRO",YTIME)$(not DATAY(YTIME)) = imFuelPrice(runCy,"PG","GDO","%fBaseY%") / 1.5;
VmPriceFuelSubsecCarVal.FX(runCy,SBS,"STE",YTIME)$(SECtoEF(SBS,"STE") and DATAY(YTIME)) = imFuelPrice(runCy,"OI","ELC",YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,SBS,"GEO",YTIME) = 0;
VmPriceFuelSubsecCarVal.FX(runCy,"DAC",EF,YTIME)$(DATAY(YTIME) and SECtoEF("DAC",EF)) = imFuelPrice(runCy,"OI",EF,YTIME);
VmPriceFuelSubsecCarVal.FX(runCy,"EW",EF,YTIME)$(DATAY(YTIME) and SECtoEF("EW",EF)) = imFuelPrice(runCy,"OI",EF,YTIME);
VmPriceFuelAvgSub.L(runCy,DSBS,YTIME) = 0.001;
VmPriceFuelAvgSub.FX(runCy,DSBS,YTIME)$DATAY(YTIME) = sum(EF$SECtoEF(DSBS,EF), i08WgtSecAvgPriFueCons(runCy,DSBS,EF) * imFuelPrice(runCy,DSBS,EF,YTIME));
VmPriceElecInd.L(runCy,YTIME) = imPriceElecInd(runCy,"%fBaseY%");
VmPriceElecInd.FX(runCy,YTIME)$DATAY(YTIME) = imPriceElecInd(runCy,YTIME);
VmLft.L(runCy,DSBS,TTECH,YTIME) = 10;
VmLft.FX(runCy,"PC",TTECH,YTIME)$(DATAY(YTIME) and SECTTECH("PC",TTECH)) = i01TechLft(runCy,"PC",TTECH,YTIME);
VmLft.FX(runCy,DSBS,TECH,YTIME)$(SECTTECH(DSBS,TECH) and (not sameas(DSBS,"PC"))) = i01TechLft(runCy,DSBS,TECH,YTIME);
VmLft.FX(runCy,DSBS,TECH,YTIME)$(not SECTTECH(DSBS,TECH)) = 0;
openprom.optfile=1;
openprom.scaleopt=1;
hour "Segments of hours in a year (250,1250,...,8250)" /h0*h8/
posElast / a /
negElast / b1, b2, c, b3, b4, c1, c2, c3, c4, c5 /
conSet Consumer size groups related to space heating
/
smallest
modal
largest
/
eSet Electricity consumers used for average electricity price calculations /i,r,c,t/
iSet(eSet) Industrial consumer /i/
rSet(eSet) Residential consumer /r/
cSet(eSet) Commercial consumer /c/
tSet(eSet) Transport consumer /t/
rCon counter for the number of consumers /0,1*19/
nSet auxiliary counter for the definition of Vr /b1*b20/
kpdl counter for Polynomial Distribution Lag /a1*a6/
rc /1*3/
rcc /rcc1*rcc10/
ALLSBS All sectors
/
IS "Iron and Steel"
NF "Non Ferrous Metals"
CH "Chemicals"
BM "Non Metallic Minerals"
PP "Paper and Pulp"
FD "Food Drink and Tobacco"
EN "Engineering"
TX "Textiles"
OE "Ore Extraction"
OI "Other Industrial sectors"
SE "Services and Trade"
AG "Agriculture, Fishing, Forestry etc."
HOU "Households"
PC "Passenger Transport - Cars"
PB "Passenger Transport - Busses"
PT "Passenger Transport - Rail"
PN "Passenger Transport - Inland Navigation"
PA "Passenger Transport - Aviation"
GU "Goods Transport - Trucks"
GT "Goods Transport - Rail"
GN "Goods Transport - Inland Navigation"
BU "Bunkers"
PCH "Petrochemicals Industry"
NEN "Other Non Energy Uses"
PG "Power and Steam Generation"
H2P "Hydrogen Production"
STEAMP "Steam Production"
H2INFR "Hydrogen storage and delivery"
LGN_PRD_CH4 "Lignite Primary Production, related with CH4"
HCL_PRD_CH4 "Hard coal primary production, related with CH4"
GAS_PRD_CH4 "Natural gas primary production, related with CH4"
TERT_CH4 "Natural gas distribution in tertiary, related with CH4"
TRAN_CH4 "Gasoline in transport, related with CH4"
AG_CH4 "Agriculture activities, related with CH4"
SE_CH4 "Waste used in housing and water charges in services, related with CH4"
TRAN_N2O "Oil activities in transport, related with N2O"
TX_N2O "Textile activities, related with N2O"
AG_N2O "Agriculture activities, related with N2O"
OI_HFC "Other Industry activities, related with HFC"
OI_PFC "Semiconductor manufacturing, related with PFC"
NF_PFC "Aluminium production, related with PFC"
BM_CO2 "Non metallic minerals production, related with CO2"
PG_SF6 "Electricity production, related with SF6"
OI_SF6 "Other Industries activities, related with SF6"
DAC "Direct Air Capture"
EW "Enhanced Weathering"
LQD "Liquids Production"
SLD "Solids Production"
GAS "Gases Production"
CHP
/
SBS(ALLSBS) Model Subsectors
/
IS "Iron and Steel"
NF "Non Ferrous Metals"
CH "Chemicals"
BM "Non Metallic Minerals"
PP "Paper and Pulp"
FD "Food Drink and Tobacco"
EN "Engineering"
TX "Textiles"
OE "Ore Extraction"
OI "Other Industrial sectors"
SE "Services and Trade"
AG "Agriculture, Fishing, Forestry etc."
HOU "Households"
PC "Passenger Transport - Cars"
PB "Passenger Transport - Busses"
PT "Passenger Transport - Rail"
PN "Passenger Transport - Inland Navigation"
PA "Passenger Transport - Aviation"
GU "Goods Transport - Trucks"
GT "Goods Transport - Rail"
GN "Goods Transport - Inland Navigation"
BU "Bunkers"
PCH "Petrochemicals Industry"
NEN "Other Non Energy Uses"
PG "Power and Steam Generation"
H2P "Hydrogen production"
STEAMP "Steam Production"
LQD "Liquids Production"
SLD "Solids Production"
GAS "Gases Production"
H2INFR "Hydrogen storage and delivery"
DAC "Direct Air Capture"
EW "Enhanced Weathering"
CHP "Combined Heat and Power"
/
SCT_GHG(ALLSBS) Aggregate Sectors used in non-energy related GHG emissions
/
LGN_PRD_CH4 "Lignite Primary Production, related with CH4"
HCL_PRD_CH4 "Hard coal primary production, related with CH4"
GAS_PRD_CH4 "Natural gas primary production, related with CH4"
TERT_CH4 "Natural gas distribution in tertiary, related with CH4"
TRAN_CH4 "Gasoline in transport, related with CH4"
AG_CH4 "Agriculture activities, related with CH4"
SE_CH4 "Waste used in housing and water charges in services, related with CH4"
TRAN_N2O "Oil activities in transport, related with N2O"
TX_N2O "Textile activities, related with N2O"
AG_N2O "Agriculture activities, related with N2O"
OI_HFC "Other Industry activities, related with HFC"
OI_PFC "Semiconductor manufacturing, related with PFC"
NF_PFC "Aluminium production, related with PFC"
BM_CO2 "Non metallic minerals production, related with CO2"
PG_SF6 "Electricity production, related with SF6"
OI_SF6 "Other Industries activities, related with SF6"
/
E07SrcMacAbate "Non-CO₂ emission sources with MAC curves"
/
CH4_manure "Methane from animal waste management"
CH4_enteric "Methane from enteric fermentation in livestock"
CH4_coal "Methane emissions from coal production and use"
CH4_sewage "Methane from domestic wastewater treatment"
CH4_ngas "Methane from natural gas production and distribution"
CH4_landfills "Methane from solid waste disposal (landfills)"
CH4_oilp "Methane from oil extraction and processing"
CH4_rice "Methane from wetland rice cultivation"
N2O_sewage "Nitrous oxide from domestic wastewater"
N2O_adipic "N₂O from adipic acid production (industrial process)"
N2O_manure "N₂O from animal waste management"
N2O_fertilizer "N₂O from agricultural fertilizer use"
N2O_nitric "N₂O from nitric acid production (industrial process)"
N2O_transport "N₂O from transport sector emissions"
HFC_125 "Hydrofluorocarbon-125 emissions"
HFC_134a "Hydrofluorocarbon-134a emissions"
HFC_143a "Hydrofluorocarbon-143a emissions"
HFC_152a "Hydrofluorocarbon-152a emissions"
HFC_227ea "Hydrofluorocarbon-227ea emissions"
HFC_23 "Hydrofluorocarbon-23 emissions"
HFC_236fa "Hydrofluorocarbon-236fa emissions"
HFC_32 "Hydrofluorocarbon-32 emissions"
HFC_43_10 "Hydrofluorocarbon-43-10 emissions"
HFC_245ca "Hydrofluorocarbon-245ca emissions"
CF4 "Perfluoromethane (CF₄) emissions"
C2F6 "Perfluoroethane (C₂F₆) emissions"
C6F14 "Perfluorohexane (C₆F₁₄) emissions"
SF6 "Sulfur hexafluoride (SF₆) emissions"
/
POLICIES_set
/
TRADE
NoTrade
OPT
REN
EFF
NONE
RENE_SUBS
BIO_SUBS
BIOM_SUBS
SOLRES_SUBS
exogCV_NPi
exogCV_1_5C
exogCV_2C
exogCV_Calib
/
RegulaPolicies(POLICIES_set) Set of policies entering in the regula falsi loops
/ OPT Carbon Value for Optimal CO2 permits allocation
TRADE Carbon Value for Trade sectors
REN Renewable value for renewable target in final demand
EFF Efficiency value for energy savings in final demand
NONE No policy
/
NAP(Policies_set) National Allocation Plan sector categories
/
Trade Carbon Value for trading sectors
NoTrade Carbon Value for non-trading sectors
/
NAPtoALLSBS(NAP,ALLSBS) Energy sectors corresponding to NAP sectors
/
Trade.(FD,EN,TX,OE,OI,NF,CH,IS,BM,PP,PG,BM_CO2,H2P,STEAMP,DAC,EW)
NoTrade.(SE,AG,HOU,PC,PB,PT,PN,PA,GU,GT,GN,BU,PCH,NEN,LGN_PRD_CH4,HCL_PRD_CH4,GAS_PRD_CH4,TERT_CH4,TRAN_CH4,AG_CH4,SE_CH4,TRAN_N2O,TX_N2O,AG_N2O,OI_HFC,OI_PFC,NF_PFC,PG_SF6,OI_SF6)
/
DSBS(SBS) "All Demand Subsectors"
/
IS "Iron and Steel"
NF "Non Ferrous Metals"
CH "Chemicals"
BM "Non Metallic Minerals"
PP "Paper and Pulp"
FD "Food Drink and Tobacco"
EN "Engineering"
TX "Textiles"
OE "Ore Extraction"
OI "Other Industrial sectors"
SE "Commercial"
AG "Agriculture, Fishing, Forestry"
HOU "Residential"
PC "Passenger Transport - Cars"
PB "Passenger Transport - Busses"
PT "Passenger Transport - Rail"
PN "Passenger Transport - Inland Navigation"
PA "Passenger Transport - Aviation"
GU "Goods Transport - Trucks"
GT "Goods Transport - Rail"
GN "Goods Transport - Inland Navigation"
BU "Bunkers"
PCH "Petrochemicals Industry"
NEN "Other Non Energy Uses"
DAC "Direct Air Capture"
EW "Enhanced Weathering"
/
TRANSE(DSBS) All Transport Subsectors /PC,PT,PA,PB,PN,GU,GT,GN/
TRANS1(SBS) All Transport Subsectors /PC,PT,PA,PB,PN,GU,GT,GN/
TRANP(TRANSE) Passenger Transport /PC,PT,PA,PB,PN/
TRANG(TRANSE) Goods Transport /GU,GT,GN/
INDSE(DSBS) Industrial SubSectors /IS,NF,CH,BM,PP,FD,EN,TX,OE,OI/
DOMSE(DSBS) Tertiary SubSectors /SE,AG,HOU/
INDSE1(SBS) Industrial SubSectors /IS,NF,CH,BM,PP,FD,EN,TX,OE,OI/
DOMSE1(SBS) Tertiary SubSectors /SE,AG,HOU/
HOU(DSBS) Households /HOU/
NENSE(DSBS) Non Energy and Bunkers /PCH,NEN,BU/
NENSE1(SBS) Non Energy and Bunkers /PCH,NEN,BU/
BUN(DSBS) Bunkers /BU/
INDDOM(DSBS) Industry and Tertiary /IS,NF,CH,BM,PP,FD,EN,TX,OE,OI,SE,AG,HOU/
HOU1(SBS) Households /HOU/
SERV(SBS) Services /SE,AG/
SSBS(SBS) All Supply Subsectors
/
PG "Electricity"
H2P "Hydrogen"
STEAMP "Heat"
LQD "Liquids"
SLD "Solids"
GAS "Gases"
H2INFR "Hydrogen storage and delivery"
CHP "Combined Heat and Power"
/
EF Energy Forms
/
HCL "Hard Coal, Coke and Other Solids"
LGN "Lignite"
CRO "Crude Oil and Feedstocks"
LPG "Liquefied Petroleum Gas"
GSL "Gasoline"
KRS "Kerosene"
GDO "Diesel Oil"
RFO "Residual Fuel Oil"
OLQ "Other Liquids"
NGS "Natural Gas"
OGS "Other Gases"
NUC "Nuclear"
STE "Steam"
HYD "Hydro"
WND "Wind"
SOL "Solar"
BMSWAS "Biomass and Waste"
GEO "Geothermal and other renewable sources (Tidal, etc)"
MET "Methanol"
ETH "Ethanol"
BGDO "Biodiesel"
BGSL "Biogasoline"
BKRS "Biokerosene"
H2F "Hydrogen"
ELC "Electricity"
SLD "Solid Fuels"
GAS "Gases"
LQD "All Liquids"
OLQT "All liquids but GDO, RFO, GSL"
REN "Renewables except Hydro"
NFF "Non Fossil Fuels"
NEF "New energy forms"
HEATPUMP "Low enthalpy heat produced by heatpumps reducing the total final consumption of the sector"
/
HEATPUMP(EF) Heatpumps are reducing the heat requirements of the sector but increasing electricity consumption
/HEATPUMP/
EFA(EF) Aggregate Energy Forms
/
SLD "Solid Fuels"
LQD "Liquids"
OLQT "All liquids but GDO, RFO, GSL"
GAS "Gases"
REN "Renewables except Hydro"
STE "Steam"
NFF "Non Fossil Fuels"
NEF "New energy forms"
/
REFORM(EF) FUELS CONSIDERED IN PRICE REFORM
/
CRO "Crude Oil and Feedstocks"
LPG "Liquefied Petroleum Gas"
GSL "Gasoline"
KRS "Kerosene"
GDO "Diesel Oil"
RFO "Residual Fuel Oil"
OLQ "Other Liquids"
NGS "Natural Gas"
OGS "Other Gases"
/
REFORM1(EF) FUELS CONSIDERED IN PRICE REFORM
/HCL
LGN/
OIL(EF) Liquid fuels in private road transport
/
GSL "Gasoline"
GDO "Diesel Oil"
/
EFtoEFA(EF,EFA) Energy Forms Aggregations (for summary balance report)
/
(HCL,LGN).SLD
(CRO,GSL,GDO,RFO,LPG,KRS,OLQ).LQD
(LPG,KRS,OLQ).OLQT
(NGS,OGS).GAS
(WND,SOL,GEO).REN
(HYD,WND,SOL,GEO,NUC,BMSWAS).NFF
(H2F,MET,ETH).NEF
STE.STE
/
WEF Imported Energy Forms (affecting fuel prices)
/
WHCL Imported Hard Coal
WCOKE Imported Coke
WCRO Imported Crude Oil
WNGS Imported Natural Gas
WLGN Lignite for Industry
WGSL Spot price of gasoline Rotterdam
WGDO Spot price of diesel Rotterdam
WRFO Spot price of heavy fuel oil Rotterdam
WH2F
/
WEFMAP(EF,WEF) Link between Imported Energy Forms and Energy Forms used in Model Subsectors
/(LGN).WLGN
(HCL).WHCL
(NGS,OGS).WNGS
HCL.WCOKE
(GSL,KRS).WGSL
(GDO).WGDO
(RFO).WRFO
(OLQ,LPG).WCRO
/
EFtoWEF(DSBS,EF,WEF) Link between Imported Energy Forms and Energy Forms used in Model Subsectors
EFS(EF) Energy Forms used in Supply Side
/
HCL "Hard Coal, Coke and Other Solids"
LGN "Lignite"
CRO "Crude Oil and Feedstocks"
LPG "Liquefied Petroleum Gas"
GSL "Gasoline"
KRS "Kerosene"
GDO "Diesel Oil"
RFO "Residual Fuel Oil"
OLQ "Other Liquids"
NGS "Natural Gas"
OGS "Other Gases"
NUC "Nuclear"
STE "Steam"
HYD "Hydro"
WND "Wind"
SOL "Solar"
BMSWAS "Biomass and Waste"
GEO "Geothermal and other renewable sources"
MET "Methanol"
ETH "Ethanol"
BGDO "Biodiesel"
BGSL "Biogasoline"
BKRS "Biokerosene"
H2F "Hydrogen"
ELC "Electricity"
/
EFtoEFS(EF,EFS) Fuel Aggregation for Supply Side
/
LGN.LGN
HCL.HCL
CRO.CRO
GSL.GSL
GDO.GDO
RFO.RFO
LPG.LPG
KRS.KRS
OLQ.OLQ
NGS.NGS
OGS.OGS
NUC.NUC
HYD.HYD
(BGDO,BGSL,BKRS,ETH,BMSWAS).BMSWAS
SOL.SOL
GEO.GEO
WND.WND
ELC.ELC
MET.MET
H2F.H2F
STE.STE
/
ELCEF(EF) Electricity /ELC/
H2EF(EF) Hydrogen /H2F/
STEAM(EFS) Steam /STE/
TOCTEF(EFS) Energy forms produced by power plants and boilers /ELC,STE/
ALTEF(EF) Alternative Fuels used in transport /BGDO,BKRS,BGSL,MET,ETH/
PGEF(EFS) "Energy forms used for steam production"
PPRODEF(EFS) Fuels considered in primary production
/
LGN
BGSL
BGDO
BKRS
OLQ
HCL
CRO
HYD
BMSWAS
NUC
SOL
GEO
WND
NGS
/
IMPEF(EFS) Fuels considered in Imports and Exports
/
LGN
HCL
CRO
GSL
GDO
RFO
LPG
KRS
OLQ
NGS
OGS
ELC
/
TEAALL Technology progress (Demand Side)
/
ORD Ordinary
IMP Improved
/
TECH Technologies (in Demand side)
/
TGSL "Internal Combustion Engine fueled by Gasoline"
TLPG "Internal Combustion Engine fueled by Liquified Petroleum Gas"
TGDO "Internal Combustion Engine fueled by Diesel Oil"
TNGS "Internal Combustion Engine fueled by Natural Gas"
TELC "Pure Electirc Engine"
TKRS "Gas Turbine fueled by Kerosene"
TETH "Internal Combustion Engine fueled by Ethanol"
TMET "Methanol (85% gasoline 15% methanol) coming either from ngs or bms"
TPHEVGSL "Plug in Hybrid engine - gasoline"
TPHEVGDO "Plug in Hybrid engine - diesel"
TH2F "Fuel Cells: Hydrogen"
TCHEVGSL "conventional Hybrid engine - gasoline"
TCHEVGDO "conventional Hybrid engine - diesel"
TNGSCCS
TLGN
THCL
THCLCCS
TRFO
TOLQ
TOGS
TSTE
TBMSWAS
THEATPUMP
HTDAC
H2DAC
LTDAC
TEW
/
TTECH(TECH) Transport Technologies
/
TGSL "Internal Combustion Engine fueled by Gasoline"
TLPG "Internal Combustion Engine fueled by Liquified Petroleum Gas"
TGDO "Internal Combustion Engine fueled by Diesel Oil"
TNGS "Internal Combustion Engine fueled by Natural Gas"
TELC "Pure Electirc Engine"
TKRS "Gas Turbine fueled by Kerosene"
TETH "Internal Combustion Engine fueled by Ethanol"
TPHEVGSL "Plug in Hybrid engine - gasoline"
TPHEVGDO "Plug in Hybrid engine - diesel"
TH2F "Fuel Cells: Hydrogen"
TCHEVGSL "conventional Hybrid engine - gasoline"
TCHEVGDO "conventional Hybrid engine - diesel"
/
CDRTECH(TECH) CDR Technologies
/
HTDAC
H2DAC
LTDAC
TEW
/
DACTECH(CDRTECH) DAC Technologies
/
HTDAC
H2DAC
LTDAC
/
ITECH(TECH) Industrial - Domestic - Non-energy & Bunkers Technologies
/
TGDO
TLPG
TKRS
TNGS
TNGSCCS
TELC
TLGN
THCL
THCLCCS
TRFO
TOLQ
TOGS
TSTE
TH2F
TGSL
TBMSWAS
/
CCSTECH(ITECH)
/
TNGSCCS
THCLCCS
/
RENEF(TECH) Renewable technologies in demand side
/
TELC
TPHEVGSL "Plug in Hybrid engine - gasoline"
TPHEVGDO "Plug in Hybrid engine - diesel"
TH2F "Fuel Cells: Hydrogen"
TCHEVGSL "conventional Hybrid engine - gasoline"
TCHEVGDO "conventional Hybrid engine - diesel"
TBMSWAS "Biomass and Waste"
TNGSCCS
THCLCCS
HTDAC
H2DAC
LTDAC
TEW
/
STECH "Technologies in supply side"
/
ATHLGN "Advanced thermal monovalent lignite"
ATHCOAL "Advanced thermal monovalent hard coal"
ATHGAS "Advanced thermal monovalent natural gas"
ATHBMSWAS "Advanced thermal monovalent biomass and waste"
ATHBMSCCS "Advanced thermal monovalent biomass and waste with CCS"
ATHOIL "Advanced gas turbines (peak devices) diesel oil"
PGLHYD "Large Hydro Plants"
PGSHYD "Small Hydro Plants"
PGAWND "Wind Plants"
PGSOL "Solar Photovoltaic Plants"
PGCSP "Advanced Solar Thermal Plants"
PGOTHREN "Advanced geothermal Plants"
PGANUC "New Nuclear Designs"
ATHCOALCCS "Supercritical coal with CCS"
ATHLGNCCS "Supercritical lignite with CCS"
ATHGASCCS "Gas turbine combined cycle with CCS"
PGAWNO "Wind offshore"
PGH2F "Hydrogen Production"
gsr "gas steam reforming"
gss "gas steam reforming with CCS"
weg "water electrolysis from grid power"
wew "water electrolysis with wind"
wes "water electrolysis with solar"
cgf "coal gasification"
cgs "coal gasification with CCS"
bgfl "biomass gasification large scale"
bgfls "biomass gasification large scale with CCS"
/
TECHtoEF (TECH,EF) Fuels consumed by technologies
/
TGSL.(GSL,BGSL)
TLPG.LPG
TGDO.(GDO,BGDO,RFO)
TNGS.(NGS,OGS)
TNGSCCS.NGS
TELC.ELC
TKRS.(KRS,BKRS)
TETH.ETH
TMET.MET
TPHEVGSL.(GSL,BGSL,ELC)
TPHEVGDO.(GDO,BGDO,ELC)
TH2F.H2F
TCHEVGSL.(GSL,BGSL)
TCHEVGDO.(GDO,BGDO)
TLGN.LGN
THCL.HCL
THCLCCS.HCL
TRFO.RFO
TOLQ.OLQ
TOGS.OGS
TSTE.STE
TBMSWAS.BMSWAS
HTDAC.(NGS,ELC)
H2DAC.(H2F,ELC)
LTDAC.ELC
TEW.ELC
/
TTECHtoEF(TTECH,EF) Fuels consumed by transport technologies
/
TGSL.(GSL,BGSL)
TLPG.LPG
TGDO.(GDO,BGDO,RFO)
TNGS.(NGS,OGS)
TELC.ELC
TKRS.(KRS,BKRS)
TETH.ETH
TPHEVGSL.(GSL,BGSL,ELC)
TPHEVGDO.(GDO,BGDO,ELC)
TH2F.H2F
TCHEVGSL.(GSL,BGSL)
TCHEVGDO.(GDO,BGDO)
/
ITECHtoEF(ITECH,EF) Fuels consumed by industrial technologies
/
TGDO.(GDO,BGDO)
TLPG.LPG
TKRS.(KRS,BKRS)
TNGS.NGS
TNGSCCS.NGS
TELC.ELC
TLGN.LGN
THCL.HCL
THCLCCS.HCL
TRFO.RFO
TOLQ.OLQ
TOGS.OGS
TGSL.(GSL,BGSL)
TSTE.STE
TH2F.H2F
TBMSWAS.BMSWAS
/
PLUGIN(TECH) Plug-in hybrids
/
TPHEVGSL
TPHEVGDO
/
CHYBV(TECH) CONVENTIONAL hybrids
/
TCHEVGSL
TCHEVGDO
/
SSECTTECH(SSBS,STECH) "Link between Model Supply Subsectors and Technologies"
SSECTTECH(SSBS,STECH) "Link between Model Supply Subsectors and Technologies"
SECTTECH(DSBS,TECH) Link between Model Demand Subsectors and Technologies
/
PC.(TGSL,TLPG,TGDO,TNGS,TELC,TPHEVGSL,TPHEVGDO,TCHEVGSL,TCHEVGDO,TH2F)
PB.(TLPG,TGSL,TGDO,TNGS,TELC,TH2F)
GU.(TLPG,TGSL,TGDO,TNGS,TELC,TCHEVGDO,TH2F)
(PT,GT).(TGDO,TELC)
PA.(TKRS)
(PN,GN).(TGDO,TH2F)
(IS,NF,CH,BM,PP,FD,EN,TX,OE,OI).(TLGN,THCL,TGDO,TGSL,TRFO,TLPG,TKRS,TOLQ,TNGS,TOGS,
TELC,TBMSWAS,TSTE,TH2F)
(IS,BM,CH).(TNGSCCS,THCLCCS)
(HOU,AG).(THCL,TLPG,TKRS,TGDO,TNGS,TOGS,TBMSWAS,TELC,TSTE)
SE.(THCL,TLPG,TKRS,TNGS,TOGS,TELC,TSTE)
BU.(TGDO,TRFO,TKRS,TH2F)
(PCH,NEN).(TLGN,THCL,TGDO,TRFO,TLPG,TOLQ,TNGS,TOGS)
DAC.(HTDAC,H2DAC,LTDAC)
EW.TEW
/
SECtoEF(SBS,EF) Link between Model Subsectors and Energy Forms consumed
/
PG.(LGN,HCL,GDO,RFO,NGS,OGS,NUC,HYD,BMSWAS,SOL,GEO,WND,H2F)
CHP.(LGN,HCL,GDO,RFO,NGS,OGS,NUC,HYD,BMSWAS,SOL,GEO,WND)
H2P.(HCL,LGN,RFO,GDO,NGS,OGS,NUC,BMSWAS,SOL,WND,ELC)
STEAMP.(HCL,LGN,GDO,RFO,LPG,KRS,NGS,OGS,OLQ,NUC,GEO,BMSWAS,ELC,H2F)
SLD.(LGN,HCL,GSL,GDO,BGDO,RFO,OLQ,NGS,OGS,BMSWAS,SOL,CRO,LPG,KRS,ELC,STE)
LQD.(LGN,HCL,GSL,GDO,BGDO,RFO,OLQ,NGS,OGS,BMSWAS,SOL,CRO,LPG,KRS,ELC,STE)
GAS.(HCL,GSL,GDO,BGDO,RFO,OLQ,NGS,OGS,BMSWAS,SOL,CRO,LPG,KRS,ELC,STE)
/
PGALL(STECH) Power Generation Plant Types
/
ATHLGN Advanced thermal monovalent lignite
ATHCOAL Advanced thermal monovalent hard coal
ATHGAS Advanced thermal monovalent natural gas
ATHBMSWAS Advanced thermal monovalent biomass and waste
ATHBMSCCS
ATHOIL Advanced gas turbines (peak devices) diesel oil
PGLHYD Large Hydro Plants
PGSHYD Small Hydro Plants
PGAWND Wind Plants
PGSOL Solar Photovoltaic Plants
PGCSP Advanced Solar Thermal Plants
PGOTHREN Advanced geothermal Plants
PGANUC New Nuclear Designs
ATHCOALCCS Supercritical coal with CCS
ATHLGNCCS Supercritical lignite with CCS
ATHGASCCS Gas turbine combined cycle with CCS
PGAWNO Wind offshore
PGH2F
/
CCS(PGALL) Plants which can be equipped with CCS
/
ATHCOALCCS
ATHLGNCCS
ATHGASCCS
ATHBMSCCS
/
NOCCS(PGALL) Plants which can be equipped with CCS but they are not
/
ATHLGN
ATHCOAL
ATHGAS
ATHBMSWAS
/
CCS_NOCCS(PGALL,PGALL) mapping
/
ATHLGNCCS.ATHLGN
ATHCOALCCS.ATHCOAL
ATHGASCCS.ATHGAS
ATHBMSCCS.ATHBMSWAS
/
PGREN(PGALL) REN PLANTS with Saturation /PGLHYD,PGSHYD,PGAWND,PGSOL,PGCSP,PGOTHREN,PGAWNO/
PGREN2(PGALL) Renewable Plants /PGLHYD,PGSHYD,PGAWND,PGSOL,PGCSP,PGOTHREN,PGAWNO,PGANUC,ATHCOALCCS,ATHLGNCCS,ATHGASCCS,PGH2F/
PGRENSW(PGALL) Solar and wind Plants /PGSOL,PGCSP,PGAWND,PGAWNO/
PGNREN(PGALL) Advanced Renewable Plants potential /PGCSP,PGOTHREN,PGAWNO,ATHBMSWAS/
PGRENEF Renewable energy forms in power generation /HYD,WND,SOL,BMSWAS,GEO/
PGALLtoPGRENEF(PGALL,PGRENEF) Correspondence between renewable plants and renewable energy forms
/
(PGSHYD,PGLHYD).HYD
(PGAWND,PGAWNO).WND
(PGSOL,PGCSP).SOL
PGOTHREN.GEO
(ATHBMSWAS,ATHBMSCCS).BMSWAS
/
PGALLtoEF(PGALL,EFS) Correspondence between plants and energy forms
/
(ATHLGN,ATHLGNCCS).LGN
(ATHCOAL, ATHCOALCCS).HCL
(ATHOIL).GDO
(ATHGAS,ATHGASCCS).NGS
(ATHBMSWAS,ATHBMSCCS).BMSWAS
(PGANUC).NUC
(PGLHYD,PGSHYD).HYD
(PGAWND,PGAWNO).WND
(PGSOL,PGCSP).SOL
(PGOTHREN).GEO
(PGH2F).H2F
/
PGSCRN(PGALL) New plants involved in endogenous scrapping (these plants are not scrapped)
/
ATHBMSWAS
PGLHYD
PGSHYD
PGAWND
PGSOL
PGCSP
PGANUC
ATHCOALCCS
ATHLGNCCS
ATHGASCCS
PGAWNO
PGOTHREN
ATHBMSCCS
PGH2F
/
EMISS "Pollutant Emissions"
/
CO2 "Carbon dioxide"
CH4 "Methanio"
N2O "Nitrogen dioxide"
HFC "Hydrofluorocarbons"
PFC "Perfluorinated Compounds "
SF6 "Sulfur Hexafluoride"
/
SCT_GHGtoEMISS(SCT_GHG,EMISS) Mapping between sectors and emissions
/
(LGN_PRD_CH4,HCL_PRD_CH4,GAS_PRD_CH4,TERT_CH4,TRAN_CH4,AG_CH4,SE_CH4).CH4
(TRAN_N2O,TX_N2O,AG_N2O).N2O
(OI_PFC,NF_PFC).PFC
OI_HFC.HFC
BM_CO2.CO2
(PG_SF6,OI_SF6).SF6
/
CO2SEQELAST Elasticities for CO2 sequestration cost curve
/
POT MAXIMUM POTENTIAL
mc_a linear slope
mc_b initial cost at x=0
mc_c
mc_d
mc_s speed to transition to exponential
mc_m value for the ratio of x to potential after which exponential is taking over
/
ETYPES "Elasticities types"
/a,b1,b2,b3,b4,b5,c,c1,c2,c3,c4,c5,aend,b3end,b4end/
ECONCHAR "Technical - Economic characteristics for demand technologies"
/
IC "Capital Cost"
FC "Fixed O&M Cost"
VC "Variable Cost"
LFT "Technical Lifetime"
USC "Useful Energy Conversion Factor"
/
PGECONCHAR "Technical - economic characteristics for power generation plants"
/
LFT
/
SG "S parameters in Gompertz function for passenger cars per capita"
/S1,S2/
TRANSPCHAR "Various transport data used in equations and post-solution calculations"
/
KM_VEH "Thousands km per passenger car vehicle"
KM_VEH_TRUCK "Thousands km per truck vehicle"
OCCUP_CAR "Passengers per car (car occupancy rate)"
RES_MEXTV "Residual for controlling the GDP-Dependent market extension of passenger cars"
RES_MEXTF "Residual for controlling the GDP-Independent market extension of passenger cars"
/
TRANSUSE "Usage (average) data concerning capacity and load factor"
/
CAP "Capacity in tn/vehicle or passengers/vehicle"
LF "Load factor"
/
TOCTSET "Total Transformation Output and Total District Heating Output"
/
TOCT_ELC "Electricity Total Transformation Output in Mtoe"
TOCT_STE "Steam Total Transformation Output in Mtoe"
TONUC_ELC "Electricity production from nuclear plants in Mtoe"
TODH_STE "Steam produced from District Heating Plants in Mtoe"
/
SUPOTH "Indicators related to supply side"
/
REF_CAP "Refineries Capacity in Mbl/day"
REF_CAP_RES "Residuals of Refineries Capacity"
HCL_PPROD "Residual of Hard Coal Primary Production"
NGS_PPROD "Residual of Natural Gas Primary Production"
OIL_PPROD "Residual of Crude Oil Primary Production"
NGS_EXPORT "Residual of Natural Gas Exports"
ELC_IMP "Ratio of electricity imports to total final demand"
TIOTH_RES "Residual of Total Transformation Input in Gasworks, Blast Furnances, etc."
TOOTH_RES "Residual of Total Transformation Output from Gasworks, etc."
FEED_RES "Residual for Feedstocks in Transfers"
/
PGOTH "Various data related to power generation plants"
/
TOTCAP "Total Available capacity in Base Year (GW)"
TOTNOMCAP "Total Nominal Available capacity in Base Year (GW)"
PEAKLOAD "Peak Load in Base Year (GW)"
BASELOAD "Base Load in Base Year (GW)"
NON_CHP_PER "Non-CHP capacity (percentage of total (gross) capacity)"
CHP_CAP "CHP Capacity (gross) in GW"
CHP_ELC "CHP electricity"
LGN
HCL
GDO
RFO
OLQ
NGS
OGS
BMSWAS
/
PGLOADTYPE(PGOTH) "Peak and Base load of total electricity demand in GW"
/PEAKLOAD, BASELOAD/
CHPSET(PGOTH) "Indicators related to CHP Production" /NON_CHP_PER,CHP_CAP/
VARIOUS_LABELS /AMAXBASE, MAXLOADSH/
PGRES
/
TOT_CAP_RES "Residual on Total Capacity (Reserve margin on capacity)"
BASE_LOAD_RES "Residual on Base Load "
MAX_LOAD_RES "Residual on Peak Load (Peak Load margin)"
/
Indu_SCon_Set /Base, SHR_NSE, SH_HPELC/
CHPPGSET /IC,FC,VOM,LFT,AVAIL,effElc,effThrm,MAXCHPSHARE/
BALEF fuels in balance report
/
"Total"
"Other Fuels"
"Solids"
"Hard coal"
"Lignite"
"Crude oil and Feedstocks"
"Liquids"
"Fossil Liquids"
"Liquified petroleum gas"
"Gasoline"
"Kerosene"
"Diesel oil"
"Fuel oil"
"Other liquids"
"Gases"
"Natural gas"
"Derived gases"
"Nuclear heat"
"Heat"
"Hydro"
"Wind"
"Solar energy"
"Biomass"
"Biofuels"
"Geothermal heat"
"Methanol"
"Hydrogen"
"Electricity"
/
BIOFUELS(EF)
/BGSL,BGDO,BKRS/
BALEF2EFS(BALEF, EFS) Mapping from balance fuels to model fuels
/
"Total".(HCL,LGN,CRO,LPG,GSL,BGSL,KRS,BKRS,GDO,BGDO,RFO,OLQ,NGS,OGS,NUC,STE,HYD,WND,SOL,BMSWAS,GEO,MET,ETH,H2F,ELC)
"Solids".(HCL,LGN)
"Hard coal".HCL
"Lignite".LGN
"Crude oil and Feedstocks".CRO
"Liquids".(LPG,GSL,BGSL,KRS,BKRS,GDO,BGDO,RFO,OLQ,CRO)
"Fossil Liquids".(LPG,GSL,KRS,GDO,RFO,OLQ,CRO)
"Other fuels".(HYD,WND,SOL,GEO,NUC,MET,ETH)
"Liquified petroleum gas".LPG
"Gasoline".(GSL,BGSL)
"Kerosene".(KRS,BKRS)
"Diesel oil".(GDO,BGDO)
"Fuel oil".RFO
"Other liquids".OLQ
"Gases".(NGS,OGS)
"Natural gas".NGS
"Derived gases".OGS
"Nuclear heat".NUC
"Heat".STE
"Hydro".HYD
"Wind".WND
"Solar energy".SOL
"Biomass".BMSWAS
"Biofuels".(BMSWAS,BGSL,BKRS,BGDO)
"Geothermal heat".GEO
"Methanol".MET
"Hydrogen".H2F
"Electricity".ELC
/
alias(TT, ytime);Limitations There are no known limitations.
01_Transport, 02_Industry, 04_PowerGeneration, 05_Hydrogen, 06_CO2, 08_Prices, 09_Heat, 11_Economy