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italy_data_base_5.gms
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$offlisting
* UTOPIA_DATA.GMS - specify Utopia Model data in format required by GAMS
*
* OSEMOSYS 2011.07.07 conversion to GAMS by Ken Noble.Noble-Soft Systems - August 2012
* OSEMOSYS 2016.08.01 update by Thorsten Burandt, Konstantin L�ffler and Karlo Hainsch, TU Berlin (Workgroup for Infrastructure Policy) - October 2017
* OSEMOSYS 2020.04.13 reformatting by Giacomo Marangoni
* OSEMOSYS 2020.04.15 change yearsplit by Giacomo Marangoni
$offlisting
* OSEMOSYS 2016.08.01
* Open Source energy Modeling SYStem
*
*# Based on ITALY version 5: BASE - Utopia Base Model
*# Energy and demands in PJ/a
*# Power plants in GW
*# Investment and Fixed O&M Costs: Power plant: Million $ / GW (//$/kW)
*# Investment and Fixed O&M Costs Costs: Other plant costs: Million $/PJ/a
*# Variable O&M (& Import) Costs: Million $ / PJ (//$/GJ)
*#
*#****************************************
$eolcom #
*------------------------------------------------------------------------
* Sets
*------------------------------------------------------------------------
$offlisting
set YEAR / 2018*2027 /;
set TECHNOLOGY /
CPP 'Coal power plants'
NUC 'Nuclear power plants'
HYE 'Hydroelectric power plants'
PPS 'Pumped storage'
PHO 'Photovoltaic'
CGC 'Combined gas cycle'
WTE 'Waste to energy'
WON 'Wind onshore'
WOF 'Wind offshore'
CSP 'Concentrated solar power'
GEO 'Geothermal'
IMPELC 'Electricity imports'
IMPNAT 'Natural gas imports'
IMPCOA 'Coal imports'
IMPURA 'Uranium imports'
OWNUBW 'Urban waste own production'
REL 'Residential + industrial electricity demand'
TXE 'Personal vehicles - electric'
REu 'Residential + industrial electricity - Unmet demand'
TXu 'Personal transport - Unmet demand'
/;
set TIMESLICE /
I1*I24 'Intermediate - hours'
S1*S24 'Summer - hours'
W1*W24 'Winter - hours'
/;
set FUEL /
ELC 'Electricity'
NAT 'Natural gas'
COA 'Coal'
URN 'Uranium'
UBW 'Urban waste'
RE 'Demand for residential + industrial electricity'
TX 'Demand for personal transport'
/;
set EMISSION / CO2 /;
set MODE_OF_OPERATION / 1, 2 /;
set REGION / ITALY /;
set SEASON / 1, 2, 3 /;
set DAYTYPE / 1 /;
set DAILYTIMEBRACKET / 1*24 /;
set STORAGE / DAM /;
*------------------------------------------------------------------------
* Parameters - Global
*------------------------------------------------------------------------
parameter YearSplit(l,y) /
(I1*I24).(2018*2027) 0.0208333333
(S1*S24).(2018*2027) 0.0104166667
(W1*W24).(2018*2027) 0.0104166667
/;
DiscountRate(r) = 0.05;
DaySplit(y,lh) = 1/(24*365);
parameter Conversionls(l,ls) /
(I1*I24).2 1
(S1*S24).3 1
(W1*W24).1 1
/;
parameter Conversionld(l,ld) /
(I1*I24).1 1
(S1*S24).1 1
(W1*W24).1 1
/;
parameter Conversionlh(l,lh) /
I1.1 1
I2.2 1
I3.3 1
I4.4 1
I5.5 1
I6.6 1
I7.7 1
I8.8 1
I9.9 1
I10.10 1
I11.11 1
I12.12 1
I13.13 1
I14.14 1
I15.15 1
I16.16 1
I17.17 1
I18.18 1
I19.19 1
I20.20 1
I21.21 1
I22.22 1
I23.23 1
I24.24 1
S1.1 1
S2.2 1
S3.3 1
S4.4 1
S5.5 1
S6.6 1
S7.7 1
S8.8 1
S9.9 1
S10.10 1
S11.11 1
S12.12 1
S13.13 1
S14.14 1
S15.15 1
S16.16 1
S17.17 1
S18.18 1
S19.19 1
S20.20 1
S21.21 1
S22.22 1
S23.23 1
S24.24 1
W1.1 1
W2.2 1
W3.3 1
W4.4 1
W5.5 1
W6.6 1
W7.7 1
W8.8 1
W9.9 1
W10.10 1
W11.11 1
W12.12 1
W13.13 1
W14.14 1
W15.15 1
W16.16 1
W17.17 1
W18.18 1
W19.19 1
W20.20 1
W21.21 1
W22.22 1
W23.23 1
W24.24 1
/;
DaysInDayType(y,ls,ld) = 7;
TradeRoute(r,rr,f,y) = 0;
DepreciationMethod(r) = 1;
*------------------------------------------------------------------------
* Parameters - Demands
*------------------------------------------------------------------------
parameter EnergyConsumptionStartingYear 'Annual electric energy demand in 2018 [PJ*h]' / 1021.5108 /;
parameter EnergyConsumptionLinearGrowth1 'Linear electric energy demand growth' / 14 /;
SpecifiedAnnualDemand(r,'RE',y) = EnergyConsumptionStartingYear + EnergyConsumptionLinearGrowth1*(y.val - 2018);
parameter SpecifiedDemandProfile(r,f,l,y) /
ITALY.RE.I1.(2018*2027) 0.011171
ITALY.RE.I2.(2018*2027) 0.01046
ITALY.RE.I3.(2018*2027) 0.010078
ITALY.RE.I4.(2018*2027) 0.009945
ITALY.RE.I5.(2018*2027) 0.010035
ITALY.RE.I6.(2018*2027) 0.010586
ITALY.RE.I7.(2018*2027) 0.012072
ITALY.RE.I8.(2018*2027) 0.01382
ITALY.RE.I9.(2018*2027) 0.015411
ITALY.RE.I10.(2018*2027) 0.016102
ITALY.RE.I11.(2018*2027) 0.01619
ITALY.RE.I12.(2018*2027) 0.016173
ITALY.RE.I13.(2018*2027) 0.015466
ITALY.RE.I14.(2018*2027) 0.015199
ITALY.RE.I15.(2018*2027) 0.01542
ITALY.RE.I16.(2018*2027) 0.015478
ITALY.RE.I17.(2018*2027) 0.015532
ITALY.RE.I18.(2018*2027) 0.015472
ITALY.RE.I19.(2018*2027) 0.015562
ITALY.RE.I20.(2018*2027) 0.015989
ITALY.RE.I21.(2018*2027) 0.015746
ITALY.RE.I22.(2018*2027) 0.014802
ITALY.RE.I23.(2018*2027) 0.013481
ITALY.RE.I24.(2018*2027) 0.012288
ITALY.RE.S1.(2018*2027) 0.01181512
ITALY.RE.S2.(2018*2027) 0.011079601
ITALY.RE.S3.(2018*2027) 0.010602024
ITALY.RE.S4.(2018*2027) 0.010329509
ITALY.RE.S5.(2018*2027) 0.010266638
ITALY.RE.S6.(2018*2027) 0.010567469
ITALY.RE.S7.(2018*2027) 0.01093752
ITALY.RE.S8.(2018*2027) 0.011983696
ITALY.RE.S9.(2018*2027) 0.013384081
ITALY.RE.S10.(2018*2027) 0.014308876
ITALY.RE.S11.(2018*2027) 0.014803289
ITALY.RE.S12.(2018*2027) 0.015144471
ITALY.RE.S13.(2018*2027) 0.015095399
ITALY.RE.S14.(2018*2027) 0.014999519
ITALY.RE.S15.(2018*2027) 0.015015748
ITALY.RE.S16.(2018*2027) 0.015007744
ITALY.RE.S17.(2018*2027) 0.015064488
ITALY.RE.S18.(2018*2027) 0.015059686
ITALY.RE.S19.(2018*2027) 0.014865553
ITALY.RE.S20.(2018*2027) 0.014967836
ITALY.RE.S21.(2018*2027) 0.015254205
ITALY.RE.S22.(2018*2027) 0.014796168
ITALY.RE.S23.(2018*2027) 0.013740167
ITALY.RE.S24.(2018*2027) 0.012653585
ITALY.RE.W1.(2018*2027) 0.011231507
ITALY.RE.W2.(2018*2027) 0.010525132
ITALY.RE.W3.(2018*2027) 0.010092266
ITALY.RE.W4.(2018*2027) 0.009922678
ITALY.RE.W5.(2018*2027) 0.009993902
ITALY.RE.W6.(2018*2027) 0.010632604
ITALY.RE.W7.(2018*2027) 0.01244142
ITALY.RE.W8.(2018*2027) 0.014503598
ITALY.RE.W9.(2018*2027) 0.016033552
ITALY.RE.W10.(2018*2027) 0.016834629
ITALY.RE.W11.(2018*2027) 0.016984088
ITALY.RE.W12.(2018*2027) 0.016934023
ITALY.RE.W13.(2018*2027) 0.016218798
ITALY.RE.W14.(2018*2027) 0.01581377
ITALY.RE.W15.(2018*2027) 0.015892594
ITALY.RE.W16.(2018*2027) 0.016035208
ITALY.RE.W17.(2018*2027) 0.016387871
ITALY.RE.W18.(2018*2027) 0.017190696
ITALY.RE.W19.(2018*2027) 0.017424977
ITALY.RE.W20.(2018*2027) 0.017193088
ITALY.RE.W21.(2018*2027) 0.016306766
ITALY.RE.W22.(2018*2027) 0.015135804
ITALY.RE.W23.(2018*2027) 0.013694094
ITALY.RE.W24.(2018*2027) 0.012359211
/;
parameter AccumulatedAnnualDemand(r,f,y) /
ITALY.TX.2018 41.74
ITALY.TX.2019 42.48
ITALY.TX.2020 43.20
ITALY.TX.2021 43.63
ITALY.TX.2022 44.24
ITALY.TX.2023 45.18
ITALY.TX.2024 46.76
ITALY.TX.2025 48.60
/;
parameter IncreaseDemand1 'Linear electric energy demand growth of trasport' / 2.3 /;
AccumulatedAnnualDemand(r,'TX',y)$(y.val ge 2025) = AccumulatedAnnualDemand(r,'TX','2025') + IncreaseDemand1*(y.val - 2025);
*------------------------------------------------------------------------
* Parameters - Performance
*------------------------------------------------------------------------
parameter CapacityToActivityUnit(r,t) /
ITALY.CPP 31.536
ITALY.NUC 31.536
ITALY.HYE 31.536
ITALY.PPS 31.536
ITALY.PHO 31.536
ITALY.CGC 31.536
ITALY.WTE 31.536
ITALY.WON 31.536
ITALY.WOF 31.536
ITALY.CSP 31.536
ITALY.GEO 31.536
ITALY.TXE 18.3
/;
CapacityToActivityUnit(r,t)$(CapacityToActivityUnit(r,t) = 0) = 1;
parameter CapacityFactor(r,t,l,y) / # Capacity factor accounts also for renewables hourly fluctuations
ITALY.PHO.I1.(2018*2027) 1e-9
ITALY.PHO.I2.(2018*2027) 1e-9
ITALY.PHO.I3.(2018*2027) 1e-9
ITALY.PHO.I4.(2018*2027) 1e-9
ITALY.PHO.I5.(2018*2027) 0.02
ITALY.PHO.I6.(2018*2027) 0.115
ITALY.PHO.I7.(2018*2027) 0.295
ITALY.PHO.I8.(2018*2027) 0.415
ITALY.PHO.I9.(2018*2027) 0.5
ITALY.PHO.I10.(2018*2027) 0.535
ITALY.PHO.I11.(2018*2027) 0.55
ITALY.PHO.I12.(2018*2027) 0.515
ITALY.PHO.I13.(2018*2027) 0.42
ITALY.PHO.I14.(2018*2027) 0.32
ITALY.PHO.I15.(2018*2027) 0.33
ITALY.PHO.I16.(2018*2027) 0.145
ITALY.PHO.I17.(2018*2027) 0.025
ITALY.PHO.I18.(2018*2027) 1e-9
ITALY.PHO.I19.(2018*2027) 1e-9
ITALY.PHO.I20.(2018*2027) 1e-9
ITALY.PHO.I21.(2018*2027) 1e-9
ITALY.PHO.I22.(2018*2027) 1e-9
ITALY.PHO.I23.(2018*2027) 1e-9
ITALY.PHO.I24.(2018*2027) 1e-9
ITALY.PHO.S1.(2018*2027) 1e-9
ITALY.PHO.S2.(2018*2027) 1e-9
ITALY.PHO.S3.(2018*2027) 1e-9
ITALY.PHO.S4.(2018*2027) 1e-9
ITALY.PHO.S5.(2018*2027) 0.04
ITALY.PHO.S6.(2018*2027) 0.2
ITALY.PHO.S7.(2018*2027) 0.38
ITALY.PHO.S8.(2018*2027) 0.52
ITALY.PHO.S9.(2018*2027) 0.63
ITALY.PHO.S10.(2018*2027) 0.69
ITALY.PHO.S11.(2018*2027) 0.695
ITALY.PHO.S12.(2018*2027) 0.68
ITALY.PHO.S13.(2018*2027) 0.62
ITALY.PHO.S14.(2018*2027) 0.5
ITALY.PHO.S15.(2018*2027) 0.35
ITALY.PHO.S16.(2018*2027) 0.18
ITALY.PHO.S17.(2018*2027) 0.04
ITALY.PHO.S18.(2018*2027) 1e-9
ITALY.PHO.S19.(2018*2027) 1e-9
ITALY.PHO.S20.(2018*2027) 1e-9
ITALY.PHO.S21.(2018*2027) 1e-9
ITALY.PHO.S22.(2018*2027) 1e-9
ITALY.PHO.S23.(2018*2027) 1e-9
ITALY.PHO.S24.(2018*2027) 1e-9
ITALY.PHO.W1.(2018*2027) 1e-9
ITALY.PHO.W2.(2018*2027) 1e-9
ITALY.PHO.W3.(2018*2027) 1e-9
ITALY.PHO.W4.(2018*2027) 1e-9
ITALY.PHO.W5.(2018*2027) 1e-9
ITALY.PHO.W6.(2018*2027) 1e-9
ITALY.PHO.W7.(2018*2027) 0.15
ITALY.PHO.W8.(2018*2027) 0.35
ITALY.PHO.W9.(2018*2027) 0.44
ITALY.PHO.W10.(2018*2027) 0.51
ITALY.PHO.W11.(2018*2027) 0.54
ITALY.PHO.W12.(2018*2027) 0.52
ITALY.PHO.W13.(2018*2027) 0.45
ITALY.PHO.W14.(2018*2027) 0.33
ITALY.PHO.W15.(2018*2027) 0.15
ITALY.PHO.W16.(2018*2027) 1e-9
ITALY.PHO.W17.(2018*2027) 1e-9
ITALY.PHO.W18.(2018*2027) 1e-9
ITALY.PHO.W19.(2018*2027) 1e-9
ITALY.PHO.W20.(2018*2027) 1e-9
ITALY.PHO.W21.(2018*2027) 1e-9
ITALY.PHO.W22.(2018*2027) 1e-9
ITALY.PHO.W23.(2018*2027) 1e-9
ITALY.PHO.W24.(2018*2027) 1e-9
ITALY.WON.(I1*I24).(2018*2027) 0.25
ITALY.WON.(S1*S24).(2018*2027) 0.15
ITALY.WON.(W1*W24).(2018*2027) 0.33
ITALY.CSP.(I1*I24).(2018*2027) 0.45
ITALY.CSP.(S1*S24).(2018*2027) 0.60
ITALY.CSP.(W1*W24).(2018*2027) 0.30
/;
CapacityFactor(r,'CPP',l,y) = 0.9;
CapacityFactor(r,'NUC',l,y) = 0.9;
CapacityFactor(r,'HYE',l,y) = 0.25;
CapacityFactor(r,'PPS',l,y) = 0.17;
CapacityFactor(r,'CGC',l,y) = 0.70;
CapacityFactor(r,'WTE',l,y) = 0.91;
CapacityFactor(r,'WOF',l,y) = 0.4;
CapacityFactor(r,'GEO',l,y) = 0.63;
CapacityFactor(r,t,l,y)$(CapacityFactor(r,t,l,y) = 0) = 1;
AvailabilityFactor(r,t,y) = 1;
parameter OperationalLife(r,t) /
ITALY.CPP 40
ITALY.NUC 50
ITALY.HYE 100
ITALY.PPS 100
ITALY.PHO 30
ITALY.CGC 27.5
ITALY.WTE 15
ITALY.WON 20
ITALY.WOF 15
ITALY.GEO 30
ITALY.CSP 30
ITALY.TXE 15
/;
OperationalLife(r,t)$(OperationalLife(r,t) = 0) = 1e15;
parameter ResidualCapacity(r,t,y) /
ITALY.CPP.2018 0.3
ITALY.HYE.2018 18.94
ITALY.PPS.2018 4.33
ITALY.PHO.2018 20.108
ITALY.CGC.2018 55.9986
ITALY.WTE.2018 0.402
ITALY.WON.2018 10.265
ITALY.WOF.2018 0
ITALY.CSP.2018 0
ITALY.GEO.2018 0.5945
ITALY.TXE.2018 0.361
/;
ResidualCapacity(r,'CGC',y) = ResidualCapacity(r,'CGC','2018') * (1 - (y.val-2018)/(OperationalLife(r,'CGC')));
ResidualCapacity(r,'WTE',y) = ResidualCapacity(r,'WTE','2018') * (1 - (y.val-2018)/(OperationalLife(r,'WTE')));
ResidualCapacity(r,'GEO',y) = ResidualCapacity(r,'GEO','2018') * (1 - (y.val-2018)/(OperationalLife(r,'GEO')));
ResidualCapacity(r,'CPP',y) = ResidualCapacity(r,'CPP','2018') * (1 - (y.val-2018)/(OperationalLife(r,'CPP')));
ResidualCapacity(r,'HYE',y) = ResidualCapacity(r,'HYE','2018') * (1 - (y.val-2018)/(OperationalLife(r,'HYE')));
ResidualCapacity(r,'PPS',y) = ResidualCapacity(r,'PPS','2018') * (1 - (y.val-2018)/(OperationalLife(r,'PPS')));
ResidualCapacity(r,'PHO',y) = ResidualCapacity(r,'PHO','2018') * (1 - (y.val-2018)/(OperationalLife(r,'PHO')));
ResidualCapacity(r,'WON',y) = ResidualCapacity(r,'WON','2018') * (1 - (y.val-2018)/(OperationalLife(r,'WON')));
ResidualCapacity(r,'WOF',y) = ResidualCapacity(r,'WOF','2018') * (1 - (y.val-2018)/(OperationalLife(r,'WOF')));
ResidualCapacity(r,'CSP',y) = ResidualCapacity(r,'CSP','2018') * (1 - (y.val-2018)/(OperationalLife(r,'CSP')));
ResidualCapacity(r,'TXE',y) = ResidualCapacity(r,'TXE','2018') * (1 - (y.val-2018)/(OperationalLife(r,'TXE')));
ResidualCapacity(r,t,y)$(ResidualCapacity(r,t,y) le 0) = 0; # To avoid negative residual capacities
ResidualCapacity(r,'REL',y) = 0;
ResidualCapacity(r,'NUC',y) = 0;
parameter InputActivityRatio(r,t,f,m,y) /
ITALY.CPP.COA.1.(2018*2027) 2.22
ITALY.NUC.URN.1.(2018*2027) 1
ITALY.PPS.ELC.2.(2018*2027) 1.3889
ITALY.CGC.NAT.1.(2018*2027) 1.56
ITALY.WTE.UBW.1.(2018*2027) 3.33
ITALY.REL.ELC.1.(2018*2027) 1
ITALY.TXE.ELC.1.(2018*2027) 1
/;
parameter OutputActivityRatio(r,t,f,m,y) /
ITALY.CPP.ELC.1.(2018*2027) 1
ITALY.NUC.ELC.1.(2018*2027) 1
ITALY.HYE.ELC.1.(2018*2027) 1
ITALY.PPS.ELC.1.(2018*2027) 1
ITALY.PHO.ELC.1.(2018*2027) 1
ITALY.CGC.ELC.1.(2018*2027) 1
ITALY.WTE.ELC.1.(2018*2027) 1
ITALY.WON.ELC.1.(2018*2027) 1
ITALY.WOF.ELC.1.(2018*2027) 1
ITALY.CSP.ELC.1.(2018*2027) 1
ITALY.GEO.ELC.1.(2018*2027) 1
ITALY.IMPELC.ELC.1.(2018*2027) 1
ITALY.IMPNAT.NAT.1.(2018*2027) 1
ITALY.IMPCOA.COA.1.(2018*2027) 1
ITALY.IMPURA.URN.1.(2018*2027) 1
ITALY.OWNUBW.UBW.1.(2018*2027) 1
ITALY.REL.RE.1.(2018*2027) 1
ITALY.REU.RE.1.(2018*2027) 1
ITALY.TXE.TX.1.(2018*2027) 1
ITALY.TXU.TX.1.(2018*2027) 1
/;
*------------------------------------------------------------------------
* Parameters - Technology costs
*------------------------------------------------------------------------
parameter CapitalCost /
ITALY.CPP.(2018*2027) 3121.64
ITALY.NUC.(2018*2027) 7388.074
ITALY.HYE.(2018*2027) 2500
ITALY.PPS.(2018*2027) 900
ITALY.CGC.(2018*2027) 1053.7
ITALY.WTE.(2018*2027) 5830
ITALY.GEO.(2018*2027) 6662.417
ITALY.PHO.2018 1762.43
ITALY.PHO.2019 1762.43
ITALY.PHO.2020 1762.43
ITALY.PHO.2021 1677.411
ITALY.PHO.2022 1592.393
ITALY.PHO.2023 1507.37
ITALY.PHO.2024 1422.356
ITALY.PHO.2025 1337.338
ITALY.PHO.2026 1252.31
ITALY.PHO.2027 1167.30
ITALY.WON.2018 1436
ITALY.WON.2019 1436
ITALY.WON.2020 1391.8
ITALY.WON.2021 1347.636
ITALY.WON.2022 1303.45
ITALY.WON.2023 1259.27
ITALY.WON.2024 1215.19
ITALY.WON.2025 1170.9
ITALY.WON.2026 1126.72
ITALY.WON.2027 1082.54
ITALY.WOF.2018 3592.87
ITALY.WOF.2019 3592.87
ITALY.WOF.2020 3592.87
ITALY.WOF.2021 3392.95
ITALY.WOF.2022 3230.56
ITALY.WOF.2023 3091.53
ITALY.WOF.2024 2968.63
ITALY.WOF.2025 2857.51
ITALY.WOF.2026 2755.41
ITALY.WOF.2027 2660.41
ITALY.CSP.2018 6781.008
ITALY.CSP.2019 6781.008
ITALY.CSP.2020 6572.586
ITALY.CSP.2021 6306.999
ITALY.CSP.2022 6019.327
ITALY.CSP.2023 5759.115
ITALY.CSP.2024 5525.026
ITALY.CSP.2025 5317.726
ITALY.CSP.2026 5129.878
ITALY.CSP.2027 4966.146
ITALY.IMPELC.(2018*2027) 0
ITALY.IMPNAT.(2018*2027) 0
ITALY.IMPCOA.(2018*2027) 0
ITALY.IMPURA.(2018*2027) 0
ITALY.OWNUBW.(2018*2027) 0
ITALY.REL.(2018*2027) 0
ITALY.REu.(2018*2027) 0
ITALY.TXE.2018 1725
ITALY.TXE.2019 1700
ITALY.TXE.2020 1675
ITALY.TXE.2021 1650
ITALY.TXE.2022 1625
ITALY.TXE.2023 1600
ITALY.TXE.2024 1575
ITALY.TXE.2025 1550
ITALY.TXE.2026 1525
ITALY.TXE.2027 1500
ITALY.TXu.(2018*2027) 0
/;
parameter VariableCost(r,t,m,y) /
ITALY.CPP.1.(2018*2027) 2.074166667
ITALY.NUC.1.(2018*2027) 0.620666667
ITALY.CGC.1.(2018*2027) 0.459166667
ITALY.WTE.1.(2018*2027) 2.074166667
ITALY.GEO.1.(2018*2027) 3.855910694
ITALY.IMPELC.1.(2018*2027) 22.22222222
ITALY.IMPNAT.1.(2018*2027) 12.00694444
ITALY.IMPCOA.1.(2018*2027) 4.620694444
ITALY.IMPURA.1.(2018*2027) 2.462083333
ITALY.OWNUBW.1.(2018*2027) 0
ITALY.REU.1.(2018*2027) 1e15
ITALY.TXU.1.(2018*2027) 1e15
/;
VariableCost(r,t,m,y)$(VariableCost(r,t,m,y) = 0) = 1e-5;
parameter FixedCost /
ITALY.CPP.(2018*2027) 96.200
ITALY.NUC.(2018*2027) 144.972
ITALY.HYE.(2018*2027) 60.097
ITALY.PPS.(2018*2027) 30
ITALY.CGC.(2018*2027) 61.845
ITALY.WTE.(2018*2027) 9.139
ITALY.PHO.2018 21.7436
ITALY.PHO.2019 22.2262
ITALY.PHO.2020 21.5745
ITALY.PHO.2021 20.92565
ITALY.PHO.2022 20.2787
ITALY.PHO.2023 19.63365
ITALY.PHO.2024 18.99145
ITALY.PHO.2025 18.35115
ITALY.PHO.2026 17.71275
ITALY.PHO.2027 17.07625
ITALY.WON.2018 43.3
ITALY.WON.2019 43.0
ITALY.WON.2020 42.632
ITALY.WON.2021 42.264
ITALY.WON.2022 41.895
ITALY.WON.2023 41.527
ITALY.WON.2024 41.159
ITALY.WON.2025 40.791
ITALY.WON.2026 40.423
ITALY.WON.2027 40.055
ITALY.WOF.2018 119.000
ITALY.WOF.2019 118.461
ITALY.WOF.2020 111.496
ITALY.WOF.2021 106.155
ITALY.WOF.2022 102.722
ITALY.WOF.2023 99.590
ITALY.WOF.2024 96.942
ITALY.WOF.2025 94.648
ITALY.WOF.2026 92.625
ITALY.WOF.2027 90.185
ITALY.GEO.2018 139.000
ITALY.GEO.2019 138.007
ITALY.GEO.2020 137.058
ITALY.GEO.2021 136.110
ITALY.GEO.2022 135.162
ITALY.GEO.2023 134.214
ITALY.GEO.2024 133.265
ITALY.GEO.2025 132.317
ITALY.GEO.2026 131.369
ITALY.GEO.2027 130.420
ITALY.CSP.2018 66.000
ITALY.CSP.2019 65.612
ITALY.CSP.2020 65.612
ITALY.CSP.2021 65.612
ITALY.CSP.2022 63.927
ITALY.CSP.2023 62.242
ITALY.CSP.2024 60.557
ITALY.CSP.2025 58.872
ITALY.CSP.2026 57.187
ITALY.CSP.2027 55.502
ITALY.REL.(2018*2027) 9.46
ITALY.TXE.(2018*2027) 100
/;
*------------------------------------------------------------------------
* Parameters - Storage
*------------------------------------------------------------------------
parameter TechnologyToStorage(r,m,t,s) /
ITALY.2.PPS.DAM 1
/;
parameter TechnologyFromStorage(r,m,t,s) /
ITALY.1.PPS.DAM 1
/;
StorageLevelStart(r,s) = 999;
StorageMaxChargeRate(r,s) = 99;
StorageMaxDischargeRate(r,s) = 99;
MinStorageCharge(r,s,y) = 0;
OperationalLifeStorage(r,s) = 99;
CapitalCostStorage(r,s,y) = 0;
ResidualStorageCapacity(r,s,y) = 999;
*------------------------------------------------------------------------
* Parameters - Capacity and investment constraints
*------------------------------------------------------------------------
CapacityOfOneTechnologyUnit(r,t,y) = 0;
parameter TotalAnnualMaxCapacity /
ITALY.PPS.(2018*2027) 1e+3
ITALY.NUC.(2018*2027) 1e-5
ITALY.HYE.(2018*2027) 1e+3
ITALY.PHO.(2018*2027) 1e+3
ITALY.CGC.(2018*2027) 1e+3
ITALY.WTE.(2018*2027) 1e+3
ITALY.WON.(2018*2027) 1e+3
ITALY.WOF.(2018*2027) 1e+3
ITALY.CPP.(2018*2027) 1e+3
ITALY.CSP.(2018*2027) 0.5
ITALY.GEO.(2018*2027) 0.8
/;
TotalAnnualMaxCapacity(r,t,y)$(TotalAnnualMaxCapacity(r,t,y) = 0) = 1e15;
TotalAnnualMinCapacity(r,t,y) = 0;
parameter TotalAnnualMaxCapacityInvestment(r,t,y) /
ITALY.PPS.(2018*2027) 0.1
ITALY.NUC.(2018*2027) 1e-5
ITALY.HYE.(2018*2027) 1
ITALY.PHO.(2018*2027) 10
ITALY.CGC.(2018*2027) 1e-5
ITALY.WTE.(2018*2027) 1
ITALY.WON.(2018*2027) 5
ITALY.WOF.(2018*2027) 0.1
ITALY.CPP.(2018*2027) 1e-5
ITALY.CSP.(2018*2027) 0.2
ITALY.GEO.(2018*2027) 0.2
/;
TotalAnnualMaxCapacityInvestment(r,t,y)$(TotalAnnualMaxCapacityInvestment(r,t,y)=0) = 1e15; # All others technologies have no limit
TotalAnnualMinCapacityInvestment(r,t,y) = 0;
*------------------------------------------------------------------------
* Parameters - Activity constraints
*------------------------------------------------------------------------
parameter TotalTechnologyAnnualActivityUpperLimit(r,t,y) /
ITALY.OWNUBW.(2018*2027) 10
ITALY.IMPELC.(2022*2027) 170
ITALY.PHO.2018 80.28
ITALY.PHO.2019 85.32
ITALY.PHO.2020 89.64
ITALY.PHO.2021 93.654
ITALY.WON.2018 63.36
ITALY.WON.2019 72.72
ITALY.WON.2020 89.64
ITALY.WON.2021 78.098
ITALY.HYE.2018 153.2
ITALY.HYE.2019 156.68
ITALY.HYE.2020 151.36
ITALY.HYE.2021 150.045
ITALY.CGC.2018 700
ITALY.CGC.2019 674.19
ITALY.CGC.2020 653.506
ITALY.CGC.2021 632.966
ITALY.IMPELC.2018 169
ITALY.IMPELC.2019 158
ITALY.IMPELC.2020 143
ITALY.IMPELC.2021 158
ITALY.IMPCOA.2018 317
ITALY.IMPCOA.2019 275
ITALY.IMPCOA.2020 193
/;
TotalTechnologyAnnualActivityUpperLimit(r,t,y)$(TotalTechnologyAnnualActivityUpperLimit(r,t,y)=0) = 1e15;
parameter TotalTechnologyAnnualActivityLowerLimit(r,t,y) / #to force historical trend
ITALY.PHO.2018 80.28
ITALY.PHO.2019 85.32
ITALY.PHO.2020 89.64
ITALY.PHO.2021 93.654
ITALY.WON.2018 63.36
ITALY.WON.2019 72.72
ITALY.WON.2020 89.64
ITALY.WON.2021 78.098
ITALY.HYE.2018 153.2
ITALY.HYE.2019 156.68
ITALY.HYE.2020 151.36
ITALY.HYE.2021 150.045
ITALY.CGC.2018 700
ITALY.CGC.2019 674.19
ITALY.CGC.2020 653.506
ITALY.CGC.2021 632.966
ITALY.IMPELC.2018 169
ITALY.IMPELC.2019 158
ITALY.IMPELC.2020 143
ITALY.IMPELC.2021 158
ITALY.IMPCOA.2018 317
ITALY.IMPCOA.2019 275
ITALY.IMPCOA.2020 193
/;
TotalTechnologyModelPeriodActivityUpperLimit(r,t) = 1e15;
TotalTechnologyModelPeriodActivityLowerLimit(r,t) = 0;
*------------------------------------------------------------------------
* Parameters - Reserve margin
*-----------------------------------------------------------------------
parameter ReserveMarginTagTechnology(r,t,y) /
ITALY.CPP.(2018*2027) 1
ITALY.NUC.(2018*2027) 1
ITALY.HYE.(2018*2027) 1
ITALY.PPS.(2018*2027) 1
ITALY.PHO.(2018*2027) 1
ITALY.CGC.(2018*2027) 1
ITALY.WTE.(2018*2027) 1
ITALY.WON.(2018*2027) 1
ITALY.WOF.(2018*2027) 1
ITALY.CSP.(2018*2027) 1
ITALY.GEO.(2018*2027) 1
/;
parameter ReserveMarginTagFuel(r,f,y) /
ITALY.ELC.(2018*2027) 1
/;
parameter ReserveMargin(r,y) /
ITALY.(2018*2027) 1.18
/;
*------------------------------------------------------------------------
* Parameters - RE Generation Target
*------------------------------------------------------------------------
RETagTechnology(r,t,y) = 0;
RETagFuel(r,f,y) = 0;
REMinProductionTarget(r,y) = 0;
*------------------------------------------------------------------------
* Parameters - Emissions
*------------------------------------------------------------------------
parameter EmissionActivityRatio(r,t,e,m,y) /
ITALY.GEO.CO2.1.(2018*2027) 42.58
ITALY.HYE.CO2.1.(2018*2027) 36
ITALY.PHO.CO2.1.(2018*2027) 108
ITALY.WON.CO2.1.(2018*2027) 36
ITALY.WOF.CO2.1.(2018*2027) 115.2
ITALY.NUC.CO2.1.(2018*2027) 18.468
ITALY.CSP.CO2.1.(2018*2027) 129.6
ITALY.WTE.CO2.1.(2018*2027) 2088
ITALY.CGC.CO2.1.(2018*2027) 1562.4
ITALY.CPP.CO2.1.(2018*2027) 3682.8
ITALY.PPS.CO2.1.(2018*2027) 0 #the emissions are accounted in the hydroelectric
ITALY.TXE.CO2.1.(2018*2027) 0
/;
EmissionsPenalty(r,e,y) = 0;
AnnualExogenousEmission(r,e,y) = 0;
AnnualEmissionLimit(r,e,y) = 1e15;
ModelPeriodExogenousEmission(r,e) = 0;
ModelPeriodEmissionLimit(r,e) = 1e15;