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Settings
Settings
 
 
TDR_Results_Example
TDR_Results_Example
 
 
CO2_cap.csv
CO2_cap.csv
 
 
CSC_capture.csv
CSC_capture.csv
 
 
CSC_capture_compression.csv
CSC_capture_compression.csv
 
 
CSC_capture_variability.csv
CSC_capture_variability.csv
 
 
CSC_pipelines.csv
CSC_pipelines.csv
 
 
CSC_storage.csv
CSC_storage.csv
 
 
Fuels_data.csv
Fuels_data.csv
 
 
Gasoline_demand.csv
Gasoline_demand.csv
 
 
Generators_data.csv
Generators_data.csv
 
 
Generators_variability.csv
Generators_variability.csv
 
 
HSC_CO2_cap.csv
HSC_CO2_cap.csv
 
 
HSC_G2P.csv
HSC_G2P.csv
 
 
HSC_g2p_variability.csv
HSC_g2p_variability.csv
 
 
HSC_generation.csv
HSC_generation.csv
 
 
HSC_generators_variability.csv
HSC_generators_variability.csv
 
 
HSC_load_data.csv
HSC_load_data.csv
 
 
HSC_pipelines.csv
HSC_pipelines.csv
 
 
Liquid_Fuels_Diesel_Demand.csv
Liquid_Fuels_Diesel_Demand.csv
 
 
Liquid_Fuels_Gasoline_Demand.csv
Liquid_Fuels_Gasoline_Demand.csv
 
 
Liquid_Fuels_Jetfuel_Demand.csv
Liquid_Fuels_Jetfuel_Demand.csv
 
 
Load_data.csv
Load_data.csv
 
 
Load_data_no_trans.csv
Load_data_no_trans.csv
 
 
Network.csv
Network.csv
 
 
README.md
README.md
 
 
Run.jl
Run.jl
 
 
Run.jl~
Run.jl~
 
 
Syn_Fuels_cost_curve.csv
Syn_Fuels_cost_curve.csv
 
 
Syn_Fuels_resources.csv
Syn_Fuels_resources.csv
 
 
my_log_file.txt
my_log_file.txt
 
 
zone-distances-km.csv
zone-distances-km.csv
 
 

README.md

Small New England: Three Zones

SmallNewEngland is set of a simplified versions of the more detailed example system RealSystemExample. It is condensed for easy comprehension and quick testing of different components of the GenX. SmallNewEngland/ThreeZones, a one-year example with hourly resolution, contains zones representing Massachusetts, Connecticut, and Maine. The ten represented resources include only natural gas, solar PV, wind, and lithium-ion battery storage.

To run the model, first navigate to the example directory at GenX/Example_Systems/SmallNewEngland/ThreeZones:

cd("Example_Systems/SmallNewEngland/ThreeZones")

Next, ensure that your settings in GenX_settings.yml are correct. The default settings use the solver Gurobi (Solver: Gurobi), time domain reduced input data (TimeDomainReduction: 1). Other optional policies include minimum capacity requirements, a capacity reserve margin, and more. A rate-based carbon cap of 50 gCO2 per kWh is specified in the CO2_cap.csv input file.

Once the settings are confirmed, run the model with the Run.jl script in the example directory:

include("Run.jl")

Once the model has completed, results will write to the Results directory.