Add h2 fuel cell technology

cases.csv

@@ -19,6 +19,7 @@ plantchar_fuelcell,Fuel cell cost and performance characteristics (inputs\plant_
 plantchar_gas_ccs,Natural gas CCS generator cost and performance characteristics (inputs\plant_characteristics\{plantchar_gas_ccs}.csv). Options start with 'gas-ccs' and the switch should be set to the entire file name (ex: gas-ccs_ATB_2024_moderate),gas-ccs_ATB_(2024)_(conservative|moderate|advanced),gas-ccs_ATB_2024_moderate,
 plantchar_gas,Natural gas generator cost and performance characteristics (inputs\plant_characteristics\{plantchar_gas}.csv). Options start with 'gas_' and the switch should be set to the entire file name (ex: gas_ATB_2024_moderate),gas_ATB_(2024)_(moderate),gas_ATB_2024_moderate,
 plantchar_geo,Geothermal cost setting (inputs\plant_characteristics\{plantchar_geo}.csv).The options for plantchar_geo start with 'geo_' and the switch should be set to the entire file name (ex: geo_ATB_2023_conservative),geo_ATB_(2023|2024)_(conservative|moderate|advanced),geo_ATB_2024_moderate,
+plantchar_h2fuelcell,H2 fuel cell cost and performance characteristics (inputs\plant_characteristics\{plantchar_h2fuelcell}.csv). The options for plantchar_h2fuelcell start with 'h2fuelcell_' and the switch should be set to the entire file name (ex: h2fuelcell_moderate),h2fuelcell_(conservative|moderate|advanced),h2fuelcell_moderate,
 plantchar_h2combustion,H2-CT/CC cost and performance inputs (inputs/plant_characteristics/{h2combustionscen}.csv). The options for h2combustionscen start with 'h2-combustion_' and the switch should be set to the entire file name (ex: h2-combustion_ATB_2023),h2-combustion_ATB_(2024),h2-combustion_ATB_2024,
 plantchar_hydro,Hydropower cost inputs (inputs/plant_characteristics/{plantchar_hydro}.csv). The options for plantchar_hydro start with 'hydro_' and the switch should be set to the entire file name (ex: hydro_ATB_2019_low),hydro_ATB_2019_(constant|mid|low),hydro_ATB_2019_mid,
 plantchar_nuclear_smr,Small modular reactor (SMR) cost and performance characteristics (inputs\plant_characteristics\{plantchar_nuclear_smr}.csv). Options start with 'nuclear_smr' and the switch should be set to the entire file name (ex: nuclear-smr_ATB_2024_moderate),nuclear-smr_ATB_(2024)_(conservative|moderate|advanced),nuclear-smr_ATB_2024_moderate,
@@ -158,6 +159,7 @@ GSw_GWP,Global warming potential for CH4 and N2O; either a string specifying IPC
 GSw_H2,Turn on/off the representation of hydrogen supply/demand balance at a national level without storage (1) or at a regional level with storage (2),0; 1; 2,2,
 GSw_H2_CompressorLoad,Turn on/off the accounting of electric loads from compressors used to operate the hydrogen transport network, 0; 1,0,
 GSw_H2_Demand_Case,H2 demand case as indicated by the column headers in inputs/consume/h2_exogenous_demand.csv,none; BAU; Aggressive; Decarb; Decarb_with_BAU; LTS,none,
+GSw_H2FuelCell,Turn on/off H2 fuel cell (h2-fuel-cell) as a technology option,0; 1,0,
 GSw_H2_Inputs,Input file suffix for H2 inputs,ref; low,ref,
 GSw_H2_IntraReg_Transport,if non-zero specifies the flat cost for intra-ReEDS BA hydrogen transport in 2004$/kg H2 produced. Recommended value is $0.32/kg per https://liftoff.energy.gov/wp-content/uploads/2023/05/20230523-Pathways-to-Commercial-Liftoff-Clean-Hydrogen.pdf pg 15 for transport costs,float,0.32,
 GSw_H2_MinStorHours,Minimum H2 storage duration required by zone (only used when GSw_H2=2),N/A,24,
@@ -384,4 +386,4 @@ resource_adequacy_years,_-delimited years to include in resource adequacy calcul
 MCS_runs,Number of Monte Carlo simulation runs. Set to 0 to disable MCS. Set to an integer N > 0 to run N ReEDS simulations with sampling.,int,0,
 MCS_dist,Name of the `.yaml` file defining the MCS distributions. Use 'default' or a string beginning with 'user' to reference `inputs/userinput/mcs_distributions_{MCS_dist}.yaml`,N/A,default,
 MCS_dist_groups,Define the distribution groups to use in a Monte Carlo Simulation. Each entry should refer to a key from `inputs/userinput/mcs_distributions_{MCS_dist}.yaml` with multiple entries separated by a dot (e.g. Example1.Example2.Example3),N/A,tech,
-MCS_lhs,Option to use random sampling (0) or latin hypercube sampling (1) for Monte Carlo simulation,0; 1,0,
+MCS_lhs,Option to use random sampling (0) or latin hypercube sampling (1) for Monte Carlo simulation,0; 1,0,

cases_h2-fuelcell.csv

@@ -0,0 +1,67 @@
+,Default Value,USA_defaults_fc_pr,USA_defaults_fc_mid,USA_defaults_fc_low,USA_defaults_fc_high,USA_defaults_fc_mid_w_ng_fc
+ignore,1,0,0,0,0,0
+GSw_Region,cendiv/Pacific,country/USA,country/USA,country/USA,country/USA,country/USA
+endyear,2032,2050,2050,2050,2050,2050
+yearset,2010_2015_2020..2050..5,,,,,
+GSw_ZoneSet,,,,,,
+GSw_GasCurve,2,1,1,1,1,1
+GSw_Geothermal,,,,,,
+GSw_GrowthPenalties,,,,,,
+GSw_Upstream,,,,,,
+GSw_TransHurdleRate,,,,,,
+distpvscen,,,,,,
+GSw_AnnualCap,,,,,,
+GSw_AnnualCapScen,,,,,,
+GSw_LoadProfiles,,,,,,
+GSw_NG_CRF_penalty,,,,,,
+GSw_PRM_NetImportLimit,,,,,,
+GSw_RetirePenalty,,,,,,
+GSw_FakeData,,,,,,
+GSw_PRM_CapCredit,,,,,,
+GSw_PRM_scenario,,,,,,
+GSw_HourlyType,,,,,,
+GSw_InterDayLinkage,,,,,,
+GSw_HourlyWeatherYears,,,,,,
+GSw_HourlyClusterMapMethod,,,,,,
+GSw_WaterCapacity,,,,,,
+GSw_WaterMain,,,,,,
+GSw_WaterUse,,,,,,
+resource_adequacy_years,,,,,,
+GSw_HourlyClusterAlgorithm,,,,,,
+MCS_runs,,,,,,
+MCS_dist_groups,,,,,,
+MCS_lhs,,,,,,
+GSw_PRM_StressIterateMax,,,,,,
+GSw_ReducedResource,,,,,,
+GSw_SitingUPV,,,,,,
+GSw_SitingWindOfs,,,,,,
+GSw_SitingWindOns,,,,,,
+GSw_TransScen,,,,,,
+GSw_CO2_Detail,,,,,,
+GSw_DAC,,,,,,
+GSw_NoFossilOffsetCDR,,,,,,
+GSw_Biopower,,,,,,
+GSw_HourlyChunkLengthRep,,,,,,
+GSw_HourlyChunkLengthStress,,,,,,
+GSw_LfillGas,,,,,,
+GSw_Nuclear,,,,,,
+GSw_OpRes,,,,,,
+GSw_StartCost,,,,,,
+GSw_H2,,,,,,
+GSw_H2_PTC,,,,,,
+GSw_H2Combustion,,,,,,
+GSw_DRShed,,,,,,
+GSw_MGA_CostDelta,,,,,,
+GSw_LoadSiteCF,,,,,,
+GSw_OffshoreZones,,,,,,
+GSw_OffshoreBackbone,,,,,,
+GSw_OffshoreBackflow,,,,,,
+pras_agg_ogs_lfillgas,,,,,,
+pras_existing_unit_size,,,,,,
+pras_scheduled_outage,,,,,,
+pras_unitsize_source,,,,,,
+pras_vre_combine,,,,,,
+pras_samples,,,,,,
+GSw_FuelCell,,0,0,0,0,1
+GSw_H2FuelCell,,0,1,1,1,1
+plantchar_h2fuelcell,,,h2fuelcell_moderate,h2fuelcell_advanced,h2fuelcell_conservative,h2fuelcell_moderate

docs/source/model_documentation.md

@@ -1350,6 +1350,39 @@ Transport requires the construction of hydrogen pipelines, and the model assumes
 Modeling hydrogen transport in ReEDS is an experimental feature and, because this feature adds significant runtime, the model includes the option to model zonal balancing with transport disabled or a fixed \$/kg hydrogen transport cost.
 
 
+#### Hydrogen fuel cells
+
+In addition to H<sub>2</sub>-CTs and H<sub>2</sub>-CCs, ReEDS can represent a stationary hydrogen fuel cell (`h2-fuel-cell`) as a power-sector consumer of hydrogen.
+The technology is based on a heavy-duty-vehicle proton-exchange-membrane (PEM) fuel cell adapted for stationary power, with cost and performance assumptions drawn from {cite:t}`reznicekCostAnalysisHeavyDuty2026` ([https://doi.org/10.2172/3018256](https://doi.org/10.2172/3018256)).
+The fuel cell draws on the same regional hydrogen balance described above as the H<sub>2</sub>-CT/H<sub>2</sub>-CC technologies; when endogenous hydrogen production is disabled (`GSw_H2=0`), it instead consumes a drop-in hydrogen fuel at the price set by the fuel-cost switch.
+
+The hydrogen fuel cell is disabled by default and is enabled with `GSw_H2FuelCell=1`.
+Three cost-and-performance trajectories (conservative, moderate, and advanced) are available and selected with the `plantchar_h2fuelcell` switch (default `h2fuelcell_moderate`); the three trajectories share the same near-term cost and differ in the rate of capital-cost decline after 2025.
+Because point-source values are used, the fuel cell is assigned zero direct CO<sub>2</sub> and SO<sub>2</sub> emissions (emissions associated with upstream hydrogen production are accounted for separately).
+Financing and reserve provision are assumed to be the same as for a gas combustion turbine (Gas-CT).
+
+{numref}`h2-fuel-cell-assumptions` summarizes the key assumptions for the moderate cost case.
+
+```{table} Hydrogen fuel cell cost [\$2022] and operating assumptions (moderate cost case).
+:name: h2-fuel-cell-assumptions
+
+| Parameter | Value |
+|:--|:--|
+| Representative unit size | 100 MW |
+| Capital cost (2030, moderate) | ~1,118 \$/kW |
+| Fixed O&M (2030, moderate) | ~27.2 \$/kW-yr |
+| Variable O&M | 1.7054 \$/MWh |
+| Heat rate | 8.461 MMBtu/MWh |
+| Construction time | 3 years |
+| Lifetime | 40 years |
+| Ramp rate | 100% / minute |
+| Minimum generation level | 1% of nameplate |
+| Annual minimum capacity factor | 6% |
+| Forced outage rate | 5% |
+| Scheduled (planned) outage rate | 5% |
+| Start cost | 0 \$/MW-start |
+| Direct CO<sub>2</sub> / SO<sub>2</sub> emissions | 0 |
+```
 
 
 ### Direct Air Capture

docs/source/references.bib

@@ -30494,3 +30494,13 @@ @misc{zuluagaNodalCapacityExpansion2025
   archiveprefix = {arXiv},
   langid = {english}
 }
+
+@techreport{reznicekCostAnalysisHeavyDuty2026,
+  title = {Cost {{Analysis}} of {{Heavy-Duty Vehicle Proton Exchange Membrane Fuel Cell Stationary Power Plants}}},
+  author = {Reznicek, Evan and Berres, Andreas and Li, Yijin and others},
+  year = 2026,
+  institution = {National Renewable Energy Laboratory},
+  doi = {10.2172/3018256},
+  url = {https://doi.org/10.2172/3018256},
+  langid = {english}
+}

docs/source/sources.md

@@ -1312,6 +1312,10 @@
   - [h2-combustion_ATB_2023.csv](/inputs/plant_characteristics/h2-combustion_ATB_2023.csv)
   - [h2-combustion_ATB_2024.csv](/inputs/plant_characteristics/h2-combustion_ATB_2024.csv)
     - **Description:** Hydrogen CT and CC plant costs generated in preprocessing from moderate case NREL ATB 2024 data
+  - [h2fuelcell_advanced.csv](/inputs/plant_characteristics/h2fuelcell_advanced.csv)
+  - [h2fuelcell_conservative.csv](/inputs/plant_characteristics/h2fuelcell_conservative.csv)
+  - [h2fuelcell_moderate.csv](/inputs/plant_characteristics/h2fuelcell_moderate.csv)
+    - **Description:** Hydrogen fuel cell (h2-fuel-cell) capital cost, fixed O&M, variable O&M, and heat rate by year for the advanced, conservative, and moderate cost cases. Based on Reznicek et al. (2026), DOI 10.2172/3018256. Selected with the `plantchar_h2fuelcell` switch and enabled with `GSw_H2FuelCell`.
   - [heat_rate_adj.csv](/inputs/plant_characteristics/heat_rate_adj.csv)
     - **Description:** Heat rate adjustment multiplier by technology
   - [heat_rate_penalty_spin.csv](/inputs/plant_characteristics/heat_rate_penalty_spin.csv)

hourlize/inputs/configs/srun_template.sh

@@ -4,4 +4,4 @@
 #SBATCH --ntasks-per-node=1
 #SBATCH --mail-user=[your email]
 #SBATCH --mail-type=BEGIN,END,FAIL
-#SBATCH --mem=246000    # RAM in MB; up to 246000 for normal or 2000000 for bigmem on kestrel
+#SBATCH --mem=246000    # RAM in MB; up to 246000 for normal or 2000000 for bigmem on kestrel

inputs/degradation/degradation_annual_default.csv

@@ -14,6 +14,7 @@ CoalOldScr,0
 CoalOldUns,0
 CofireNew,0
 CofireOld,0
+h2-fuel-cell,0
 Gas-CC,0
 Gas-CC_H_1x1,0
 Gas-CC_H_2x1,0
@@ -56,4 +57,4 @@ geohydro_allkm_1*geohydro_allkm_10,0
 egs_nearfield_1*egs_nearfield_10,0
 dr_shed_1*dr_shed_2,0
 evmc_storage_1*evmc_storage_10,0
-evmc_shape_1*evmc_shape_10,0
+evmc_shape_1*evmc_shape_10,0

inputs/emission_constraints/emitrate.csv

@@ -9,6 +9,7 @@ gas-CC_h_1x1,process,1.50E-06,9.07E-06,5.31E-02,1.00E-07,1.00E-06
 gas-CC_h_2x1,process,1.50E-06,9.07E-06,5.31E-02,1.00E-07,1.00E-06
 h2-ct,process,0,6.35E-05,0,0,0
 h2-cc,process,0,6.35E-05,0,0,0
+h2-fuel-cell,process,0,6.35E-05,0,0,0
 ng-fuel-cell,process,0,0,5.31E-02,1.00E-07,1.00E-06
 CoalOldScr,process,9.07E-05,8.62E-05,9.55E-02,1.60E-06,1.10E-05
 CoalOldUns,process,1.51E-04,8.62E-05,9.55E-02,1.60E-06,1.10E-05
@@ -27,6 +28,7 @@ gas-CC_h_1x1,upstream,0,0,6.27E-03,2.00E-08,0
 gas-CC_h_2x1,upstream,0,0,6.27E-03,2.00E-08,0
 h2-ct,upstream,0,0,0,0,0
 h2-cc,upstream,0,0,0,0,0
+h2-fuel-cell,upstream,0,0,0,0,0
 ng-fuel-cell,upstream,0,0,6.27E-03,2.00E-08,0
 CoalOldScr,upstream,0,0,2.94E-03,5.00E-08,2.08E-04
 CoalOldUns,upstream,0,0,2.94E-03,5.00E-08,2.08E-04
@@ -35,4 +37,4 @@ coal-IGCC,upstream,0,0,2.94E-03,5.00E-08,2.08E-04
 o-g-s,upstream,0,0,9.91E-03,1.70E-07,1.53E-04
 CofireOld,upstream,0,0,2.94E-03,5.00E-08,2.08E-04
 CofireNew,upstream,0,0,2.94E-03,5.00E-08,2.08E-04
-nuclear,upstream,0,0,8.40E-04,2.00E-08,2.10E-06
+nuclear,upstream,0,0,8.40E-04,2.00E-08,2.10E-06

inputs/emission_constraints/h2_leakage_rate.csv

@@ -3,4 +3,5 @@ smr,0.01500,0.03000,0.02250,0.00210,0.00870,0.00540,0.02810,0.07010,0.04910,0.01
 smr_ccs,0.02000,0.03500,0.02750,0.00310,0.01870,0.01090,0.03060,0.07510,0.05285,0.01200,0.01000,0.01100,0.00100,0.05000,0.02550
 electrolyzer,0.03000,0.06000,0.04500,0.00310,0.04870,0.02590,0.06010,0.16210,0.11110,0.01230,0.01200,0.01215,0.00100,0.05000,0.02550
 h2-ct,0.01500,0.03000,0.02250,0,0,0,0.00010,0.00660,0.00335,0,0,0,0,0,
-h2-cc,0.01500,0.03000,0.02250,0,0,0,0.00010,0.00660,0.00335,0,0,0,0,0,
+h2-cc,0.01500,0.03000,0.02250,0,0,0,0.00010,0.00660,0.00335,0,0,0,0,0,
+h2-fuel-cell,0.03,0.06,0.045,0.0031,0.0487,0.0259,0.0601,0.1621,0.1111,0.0123,0.012,0.01215,0.001,0.05,0.0255

inputs/financials/construction_times_default.csv

@@ -819,6 +819,47 @@ EVMC_SHAPE,2047,1
 EVMC_SHAPE,2048,1
 EVMC_SHAPE,2049,1
 EVMC_SHAPE,2050,1
+h2-fuel-cell,2010,3
+h2-fuel-cell,2011,3
+h2-fuel-cell,2012,3
+h2-fuel-cell,2013,3
+h2-fuel-cell,2014,3
+h2-fuel-cell,2015,3
+h2-fuel-cell,2016,3
+h2-fuel-cell,2017,3
+h2-fuel-cell,2018,3
+h2-fuel-cell,2019,3
+h2-fuel-cell,2020,3
+h2-fuel-cell,2021,3
+h2-fuel-cell,2022,3
+h2-fuel-cell,2023,3
+h2-fuel-cell,2024,3
+h2-fuel-cell,2025,3
+h2-fuel-cell,2026,3
+h2-fuel-cell,2027,3
+h2-fuel-cell,2028,3
+h2-fuel-cell,2029,3
+h2-fuel-cell,2030,3
+h2-fuel-cell,2031,3
+h2-fuel-cell,2032,3
+h2-fuel-cell,2033,3
+h2-fuel-cell,2034,3
+h2-fuel-cell,2035,3
+h2-fuel-cell,2036,3
+h2-fuel-cell,2037,3
+h2-fuel-cell,2038,3
+h2-fuel-cell,2039,3
+h2-fuel-cell,2040,3
+h2-fuel-cell,2041,3
+h2-fuel-cell,2042,3
+h2-fuel-cell,2043,3
+h2-fuel-cell,2044,3
+h2-fuel-cell,2045,3
+h2-fuel-cell,2046,3
+h2-fuel-cell,2047,3
+h2-fuel-cell,2048,3
+h2-fuel-cell,2049,3
+h2-fuel-cell,2050,3
 Gas-CC,2010,3
 Gas-CC,2011,3
 Gas-CC,2012,3

inputs/financials/financials_tech_ATB2023.csv

@@ -2336,6 +2336,129 @@ EVMC_SHAPE,2047,usa,7,15,1,0
 EVMC_SHAPE,2048,usa,7,15,1,0
 EVMC_SHAPE,2049,usa,7,15,1,0
 EVMC_SHAPE,2050,usa,7,15,1,0
+h2-fuel-cell,2010,can,15,30,3A,0
+h2-fuel-cell,2011,can,15,30,3A,0
+h2-fuel-cell,2012,can,15,30,3A,0
+h2-fuel-cell,2013,can,15,30,3A,0
+h2-fuel-cell,2014,can,15,30,3A,0
+h2-fuel-cell,2015,can,15,30,3A,0
+h2-fuel-cell,2016,can,15,30,3A,0
+h2-fuel-cell,2017,can,15,30,3A,0
+h2-fuel-cell,2018,can,15,30,3A,0
+h2-fuel-cell,2019,can,15,30,3A,0
+h2-fuel-cell,2020,can,15,30,3A,0
+h2-fuel-cell,2021,can,15,30,3A,0
+h2-fuel-cell,2022,can,15,30,3A,0
+h2-fuel-cell,2023,can,15,30,3A,0
+h2-fuel-cell,2024,can,15,30,3A,0
+h2-fuel-cell,2025,can,15,30,3A,0
+h2-fuel-cell,2026,can,15,30,3A,0
+h2-fuel-cell,2027,can,15,30,3A,0
+h2-fuel-cell,2028,can,15,30,3A,0
+h2-fuel-cell,2029,can,15,30,3A,0
+h2-fuel-cell,2030,can,15,30,3A,0
+h2-fuel-cell,2031,can,15,30,3A,0
+h2-fuel-cell,2032,can,15,30,3A,0
+h2-fuel-cell,2033,can,15,30,3A,0
+h2-fuel-cell,2034,can,15,30,3A,0
+h2-fuel-cell,2035,can,15,30,3A,0
+h2-fuel-cell,2036,can,15,30,3A,0
+h2-fuel-cell,2037,can,15,30,3A,0
+h2-fuel-cell,2038,can,15,30,3A,0
+h2-fuel-cell,2039,can,15,30,3A,0
+h2-fuel-cell,2040,can,15,30,3A,0
+h2-fuel-cell,2041,can,15,30,3A,0
+h2-fuel-cell,2042,can,15,30,3A,0
+h2-fuel-cell,2043,can,15,30,3A,0
+h2-fuel-cell,2044,can,15,30,3A,0
+h2-fuel-cell,2045,can,15,30,3A,0
+h2-fuel-cell,2046,can,15,30,3A,0
+h2-fuel-cell,2047,can,15,30,3A,0
+h2-fuel-cell,2048,can,15,30,3A,0
+h2-fuel-cell,2049,can,15,30,3A,0
+h2-fuel-cell,2050,can,15,30,3A,0
+h2-fuel-cell,2010,mex,15,30,3A,0
+h2-fuel-cell,2011,mex,15,30,3A,0
+h2-fuel-cell,2012,mex,15,30,3A,0
+h2-fuel-cell,2013,mex,15,30,3A,0
+h2-fuel-cell,2014,mex,15,30,3A,0
+h2-fuel-cell,2015,mex,15,30,3A,0
+h2-fuel-cell,2016,mex,15,30,3A,0
+h2-fuel-cell,2017,mex,15,30,3A,0
+h2-fuel-cell,2018,mex,15,30,3A,0
+h2-fuel-cell,2019,mex,15,30,3A,0
+h2-fuel-cell,2020,mex,15,30,3A,0
+h2-fuel-cell,2021,mex,15,30,3A,0
+h2-fuel-cell,2022,mex,15,30,3A,0
+h2-fuel-cell,2023,mex,15,30,3A,0
+h2-fuel-cell,2024,mex,15,30,3A,0
+h2-fuel-cell,2025,mex,15,30,3A,0
+h2-fuel-cell,2026,mex,15,30,3A,0
+h2-fuel-cell,2027,mex,15,30,3A,0
+h2-fuel-cell,2028,mex,15,30,3A,0
+h2-fuel-cell,2029,mex,15,30,3A,0
+h2-fuel-cell,2030,mex,15,30,3A,0
+h2-fuel-cell,2031,mex,15,30,3A,0
+h2-fuel-cell,2032,mex,15,30,3A,0
+h2-fuel-cell,2033,mex,15,30,3A,0
+h2-fuel-cell,2034,mex,15,30,3A,0
+h2-fuel-cell,2035,mex,15,30,3A,0
+h2-fuel-cell,2036,mex,15,30,3A,0
+h2-fuel-cell,2037,mex,15,30,3A,0
+h2-fuel-cell,2038,mex,15,30,3A,0
+h2-fuel-cell,2039,mex,15,30,3A,0
+h2-fuel-cell,2040,mex,15,30,3A,0
+h2-fuel-cell,2041,mex,15,30,3A,0
+h2-fuel-cell,2042,mex,15,30,3A,0
+h2-fuel-cell,2043,mex,15,30,3A,0
+h2-fuel-cell,2044,mex,15,30,3A,0
+h2-fuel-cell,2045,mex,15,30,3A,0
+h2-fuel-cell,2046,mex,15,30,3A,0
+h2-fuel-cell,2047,mex,15,30,3A,0
+h2-fuel-cell,2048,mex,15,30,3A,0
+h2-fuel-cell,2049,mex,15,30,3A,0
+h2-fuel-cell,2050,mex,15,30,3A,0
+h2-fuel-cell,2010,usa,15,30,3A,0
+h2-fuel-cell,2011,usa,15,30,3A,0
+h2-fuel-cell,2012,usa,15,30,3A,0
+h2-fuel-cell,2013,usa,15,30,3A,0
+h2-fuel-cell,2014,usa,15,30,3A,0
+h2-fuel-cell,2015,usa,15,30,3A,0
+h2-fuel-cell,2016,usa,15,30,3A,0
+h2-fuel-cell,2017,usa,15,30,3A,0
+h2-fuel-cell,2018,usa,15,30,3A,0
+h2-fuel-cell,2019,usa,15,30,3A,0
+h2-fuel-cell,2020,usa,15,30,3A,0
+h2-fuel-cell,2021,usa,15,30,3A,0
+h2-fuel-cell,2022,usa,15,30,3A,0
+h2-fuel-cell,2023,usa,15,30,3A,0
+h2-fuel-cell,2024,usa,15,30,3A,0
+h2-fuel-cell,2025,usa,15,30,3A,0
+h2-fuel-cell,2026,usa,15,30,3A,0
+h2-fuel-cell,2027,usa,15,30,3A,0
+h2-fuel-cell,2028,usa,15,30,3A,0
+h2-fuel-cell,2029,usa,15,30,3A,0
+h2-fuel-cell,2030,usa,15,30,3A,0
+h2-fuel-cell,2031,usa,15,30,3A,0
+h2-fuel-cell,2032,usa,15,30,3A,0
+h2-fuel-cell,2033,usa,15,30,3A,0
+h2-fuel-cell,2034,usa,15,30,3A,0
+h2-fuel-cell,2035,usa,15,30,3A,0
+h2-fuel-cell,2036,usa,15,30,3A,0
+h2-fuel-cell,2037,usa,15,30,3A,0
+h2-fuel-cell,2038,usa,15,30,3A,0
+h2-fuel-cell,2039,usa,15,30,3A,0
+h2-fuel-cell,2040,usa,15,30,3A,0
+h2-fuel-cell,2041,usa,15,30,3A,0
+h2-fuel-cell,2042,usa,15,30,3A,0
+h2-fuel-cell,2043,usa,15,30,3A,0
+h2-fuel-cell,2044,usa,15,30,3A,0
+h2-fuel-cell,2045,usa,15,30,3A,0
+h2-fuel-cell,2046,usa,15,30,3A,0
+h2-fuel-cell,2047,usa,15,30,3A,0
+h2-fuel-cell,2048,usa,15,30,3A,0
+h2-fuel-cell,2049,usa,15,30,3A,0
+h2-fuel-cell,2050,usa,15,30,3A,0
 Gas-CC,2010,can,20,30,3B,0
 Gas-CC,2011,can,20,30,3B,0
 Gas-CC,2012,can,20,30,3B,0