recordExternalDataImport
Record of the external data import logic to create InstanceRecords automatically
Information
1. Purpose of model
The purpose of this record is to load parameters of the superstructure from external data sources and write them into InstanceRecords for each technology.
The contents of this record is designed to be rewritten, depending on the format of the avaliable data.
2. Level of detail, physical effects considered, and physical insight
(no remarks)
3. Limits of validity
(no remarks)
4. Interfaces
Possible Outputs:
Instance Records:
- electricalStorageInstancesRecordRegionInfo
- gasStorageInstancesRecordRegionInfo
- powerPlantInstancesRecordRegionInfo
- localDemandInstancesRecordRegionInfo
- cO2SystemInstancesRecordRegionInfo
- powerToGasInstancesRecordRegionInfo
- heatingGridInstancesRecordRegionInfo
Paths to tables:
- localElectricDemand_pathToTable_info
- localGasDemand_pathToTable_info
- localSolarthermalProduction_pathToTable_info
- localTemperature_pathToTable_info
- localHeatDemand_pathToTable_info
- localBiogasProduction_pathToTable_info
- localWindOffshoreProduction_pathToTable_info
- localBiomassProduction_pathToTable_info
- localPhotovoltaicProduction_pathToTable_info
- localWindOnshoreProduction_pathToTable_info
5. Nomenclature
(no remarks)
6. Governing Equations
(no remarks)
7. Remarks for Usage
(no remarks)
8. Validation
(no remarks)
9. References
(no remarks)
10. Version History
Model created by Jon Babst (babst@xrg-simulation.de) on 06.09.2021.
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| String[nRegions_info] | file_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_data_path_info) + "Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".mat") for i in 1:nRegions_info} | |
| Integer[2] | dim_PowerPlants_info | Modelica.Utilities.Streams.readMatrixSize(file_info[1], "Region" + String(Region_info[1]) + ".PowerPlants") | Dimensions of PowerPlants matrix |
| Integer[2] | dim_CHPPlants_info | Modelica.Utilities.Streams.readMatrixSize(file_info[1], "Region" + String(Region_info[1]) + ".CHPPlants") | Dimensions of CHPPlants matrix |
| Integer[2] | dim_ElectricalStorages_info | Modelica.Utilities.Streams.readMatrixSize(file_info[1], "Region" + String(Region_info[1]) + ".ElectricalStorages") | Dimensions of ElectricalStorages matrix |
| Integer[2] | dim_PowerToGasPlants_info | Modelica.Utilities.Streams.readMatrixSize(file_info[1], "Region" + String(Region_info[1]) + ".PowerToGasPlants") | Dimensions of PowerToGasPlants matrix |
| Integer[2] | dim_ElectricHeater_info | Modelica.Utilities.Streams.readMatrixSize(file_info[1], "Region" + String(Region_info[1]) + ".ElectricHeater") | Dimensions of ElectricHeater matrix |
| Integer[2] | dim_GasStorages_info | Modelica.Utilities.Streams.readMatrixSize(file_info[1], "Region" + String(Region_info[1]) + ".GasStorages") | Dimensions of GasStorage matrix |
| Integer[2] | dim_GasBoiler_info | Modelica.Utilities.Streams.readMatrixSize(file_info[1], "Region" + String(Region_info[1]) + ".GasBoiler") | Dimensions of GasBoiler matrix |
| Integer[2] | dim_GeneralInformation_info | Modelica.Utilities.Streams.readMatrixSize(file_info[1], "Region" + String(Region_info[1]) + ".GeneralInformation") | Dimensions of GeneralInformation matrix |
| Real[nRegions_info,dim_PowerPlants_info[1],dim_PowerPlants_info[2]] | InformationRegion_PowerPlants | {if LoadInformationPowerPlants_info[i] == false then zeros(dim_PowerPlants_info[1], dim_PowerPlants_info[2]) else Modelica.Utilities.Streams.readRealMatrix(file_info[i], "Region" + String(Region_info[i]) + ".PowerPlants", dim_PowerPlants_info[1], dim_PowerPlants_info[2]) for i in 1:nRegions_info} | |
| Real[nRegions_info,:,:] | InformationRegion_CHPPlants | {if LoadInformationCHPPlants_info[i] == false then zeros(dim_CHPPlants_info[1], dim_CHPPlants_info[2]) else Modelica.Utilities.Streams.readRealMatrix(file_info[i], "Region" + String(Region_info[i]) + ".CHPPlants", dim_CHPPlants_info[1], dim_CHPPlants_info[2]) for i in 1:nRegions_info} | |
| Real[nRegions_info,dim_ElectricalStorages_info[1],dim_ElectricalStorages_info[2]] | InformationRegion_ElectricalStorages | {if LoadInformationElectricalStorages_info[i] == false then zeros(dim_ElectricalStorages_info[1], dim_ElectricalStorages_info[2]) else Modelica.Utilities.Streams.readRealMatrix(file_info[i], "Region" + String(Region_info[i]) + ".ElectricalStorages", dim_ElectricalStorages_info[1], dim_ElectricalStorages_info[2]) for i in 1:nRegions_info} | |
| Real[nRegions_info,dim_PowerToGasPlants_info[1],dim_PowerToGasPlants_info[2]] | InformationRegion_PowerToGasPlants | {if LoadInformationPowerToGasPlants_info[i] == false then zeros(dim_PowerToGasPlants_info[1], dim_PowerToGasPlants_info[2]) else Modelica.Utilities.Streams.readRealMatrix(file_info[i], "Region" + String(Region_info[i]) + ".PowerToGasPlants", dim_PowerToGasPlants_info[1], dim_PowerToGasPlants_info[2]) for i in 1:nRegions_info} | |
| Real[nRegions_info,dim_ElectricHeater_info[1],dim_ElectricHeater_info[2]] | InformationRegion_ElectricHeater | {if LoadInformationElectricalHeater_info[i] == false then zeros(dim_ElectricHeater_info[1], dim_ElectricHeater_info[2]) else Modelica.Utilities.Streams.readRealMatrix(file_info[i], "Region" + String(Region_info[i]) + ".ElectricHeater", dim_ElectricHeater_info[1], dim_ElectricHeater_info[2]) for i in 1:nRegions_info} | |
| Real[nRegions_info,dim_GasStorages_info[1],dim_GasStorages_info[2]] | InformationRegion_GasStorages_raw | {if LoadInformationGasStorage_info[i] == false then zeros(dim_GasStorages_info[1], dim_GasStorages_info[2]) else Modelica.Utilities.Streams.readRealMatrix(file_info[i], "Region" + String(Region_info[i]) + ".GasStorages", dim_GasStorages_info[1], dim_GasStorages_info[2]) for i in 1:nRegions_info} | |
| Real[nRegions_info,:,:] | InformationRegion_GasStorages | {if LoadInformationGasStorage_info[i] == false then InformationRegion_GasStorages_raw[i, :, :] else cat(2, InformationRegion_GasStorages_raw[i, :, 1:3], scaleFactorGasStorageCap_info*[InformationRegion_GasStorages_raw[i, :, 4]], scaleFactorGasStoragePower_info*InformationRegion_GasStorages_raw[i, :, 5:6], InformationRegion_GasStorages_raw[i, :, 7:9], scaleFactorGasStorageCap_info*[InformationRegion_GasStorages_raw[i, :, 10]], InformationRegion_GasStorages_raw[i, :, 11:dim_GasStorages_info[2]]) for i in 1:nRegions_info} | |
| Real[nRegions_info,dim_GasBoiler_info[1],dim_GasBoiler_info[2]] | InformationRegion_GasBoiler | {if LoadInformationGasBoiler_info[i] == false then zeros(dim_GasBoiler_info[1], dim_GasBoiler_info[2]) else Modelica.Utilities.Streams.readRealMatrix(file_info[i], "Region" + String(Region_info[i]) + ".GasBoiler", dim_GasBoiler_info[1], dim_GasBoiler_info[2]) for i in 1:nRegions_info} | |
| Real[nRegions_info,dim_GeneralInformation_info[1],dim_GeneralInformation_info[2]] | InformationRegion_GeneralInformation | {Modelica.Utilities.Streams.readRealMatrix(file_info[i], "Region" + String(Region_info[i]) + ".GeneralInformation", dim_GeneralInformation_info[1], dim_GeneralInformation_info[2]) for i in 1:nRegions_info} | |
| Integer[nRegions_info] | DifferentTypesOfPowerPlants_info | {if LoadInformationPowerPlants_info[i] == true then TransiEnt.Basics.Functions.real2integer(max(InformationRegion_PowerPlants[i, :, 2])) else 0 for i in 1:nRegions_info} | Amount of different power plant types |
| Integer[nRegions_info] | DifferentTypesOfElectricalStorages_info | {if LoadInformationElectricalStorages_info[i] == true then TransiEnt.Basics.Functions.real2integer(max(InformationRegion_ElectricalStorages[i, :, 2])) else 0 for i in 1:nRegions_info} | Amount of different electrical storage types |
| Integer[nRegions_info] | DifferentTypesOfCHPPlants_info | {if LoadInformationCHPPlants_info[i] == true then TransiEnt.Basics.Functions.real2integer(max(InformationRegion_CHPPlants[i, :, 2])) else 0 for i in 1:nRegions_info} | Amount of different CHP plant types |
| Import of external data sources › Matlab-script created matrices | |||
| Integer[nRegions_info] | Region_info | 1:nRegions_info | List of regions |
| Integer | SimulationCounter_info | 99 | Data set identifier |
| Integer | nRegions_info | 4 | Number of regions in data set |
| Real | scaleFactorGasStorageCap_info | 1 | Scale factor for gas storage capacities |
| Real | scaleFactorGasStoragePower_info | 1 | Scale factor for gas storage max in/outflow |
| String | input_table_path_info | TransiEnt.SystemGeneration.Superstructure.Types.SUPERSTRUCTURE_TABLES | Environment variable |
| String | input_data_path_info | TransiEnt.SystemGeneration.Superstructure.Types.SUPERSTRUCTURE_INPUT | Environment variable |
| Import of external data sources › General | |||
| Boolean[nRegions_info] | LoadInformationPowerPlants_info | fill(true, nRegions_info) | true, if power plants exist in region |
| Boolean[nRegions_info] | LoadInformationElectricalStorages_info | fill(true, nRegions_info) | true, if electrical storages exist in region |
| Boolean[nRegions_info] | LoadInformationPowerToGasPlants_info | fill(true, nRegions_info) | true, if power to gas plants exist in region |
| Boolean[nRegions_info] | LoadInformationGasStorage_info | fill(true, nRegions_info) | true, if gas storages exist in region |
| Boolean[nRegions_info] | LoadInformationCHPPlants_info | fill(false, nRegions_info) | true, if CHP plants exist in region |
| Boolean[nRegions_info] | LoadInformationElectricalHeater_info | fill(false, nRegions_info) | true, if electrical heater exist in region |
| Boolean[nRegions_info] | LoadInformationGasBoiler_info | fill(false, nRegions_info) | true, if gas boiler exist in region |
| DataTables-previous | |||
| Integer[nRegions_info] | DifferentTypesOfPowerToGasPlants_info | {if LoadInformationPowerToGasPlants_info[i] == true then TransiEnt.Basics.Functions.real2integer(max(InformationRegion_PowerToGasPlants[i, :, 2])) else 0 for i in 1:nRegions_info} | Amount of different power to gas plant types |
| Integer[nRegions_info] | DifferentTypesOfElectricHeater_info | {if LoadInformationElectricalHeater_info[i] == true then TransiEnt.Basics.Functions.real2integer(max(InformationRegion_ElectricHeater[i, :, 2])) else 0 for i in 1:nRegions_info} | Amount of different electrical heater types |
| Integer[nRegions_info] | DifferentTypesOfGasBoiler_info | {if LoadInformationGasBoiler_info[i] == true then TransiEnt.Basics.Functions.real2integer(max(InformationRegion_GasBoiler[i, :, 2])) else 0 for i in 1:nRegions_info} | Amount of different gas boiler types |
| Import of external data sources › InstanceRecord Creation | |||
| Config_info.Records.InstancesRecords.ElectricalStorageInstancesRecord[nRegions_info] | electricalStorageInstancesRecordRegionInfo | {Config_info.Records.InstancesRecords.ElectricalStorageInstancesRecord(nElectricalStorages = DifferentTypesOfElectricalStorages_info[i], electricalStorageType = {Config_info.ElectricalStorageType(integer(max(InformationRegion_ElectricalStorages[i, j, 13], 1))) for j in 1:DifferentTypesOfElectricalStorages_info[i]}, electricalStorageRecord = {Config_info.Records.ElectricalStorageRecord(E_start = InformationRegion_ElectricalStorages[i, j, 10], E_max = InformationRegion_ElectricalStorages[i, j, 8], E_min = InformationRegion_ElectricalStorages[i, j, 9], P_max_unload = InformationRegion_ElectricalStorages[i, j, 5], P_max_load = InformationRegion_ElectricalStorages[i, j, 4], P_grad_max = InformationRegion_ElectricalStorages[i, j, 11], eta_unload = InformationRegion_ElectricalStorages[i, j, 7], eta_load = InformationRegion_ElectricalStorages[i, j, 6], selfDischargeRate = InformationRegion_ElectricalStorages[i, j, 12]) for j in 1:DifferentTypesOfElectricalStorages_info[i]}) for i in 1:nRegions_info} | |
| Config_info.Records.InstancesRecords.GasStorageInstancesRecord[nRegions_info] | gasStorageInstancesRecordRegionInfo | {Config_info.Records.InstancesRecords.GasStorageInstancesRecord(gasStorageRecord = Config_info.Records.GasStorageRecord(Volume = InformationRegion_GasStorages[i, 1, 4], m_gas_start = InformationRegion_GasStorages[i, 1, 10], m_flow_nom = InformationRegion_GasStorages[i, 1, 5], Vgeo_per_mMax = InformationRegion_GasStorages[i, 1, 4], m_flow_inMax = InformationRegion_GasStorages[i, 1, 5], m_flow_outMax = InformationRegion_GasStorages[i, 1, 6], GasStrorageTypeNo = InformationRegion_GasStorages[i, 1, 11])) for i in 1:nRegions_info} | |
| Config_info.Records.InstancesRecords.PowerPlantInstancesRecord[nRegions_info] | powerPlantInstancesRecordRegionInfo | {Config_info.Records.InstancesRecords.PowerPlantInstancesRecord(nPowerPlants = max(DifferentTypesOfPowerPlants_info[i], 1), powerPlantType = {Config_info.PowerPlantType(integer(InformationRegion_PowerPlants[i, j, 10])) for j in 1:DifferentTypesOfPowerPlants_info[i]}, powerPlantRecord = {Config_info.Records.PowerPlantRecord(P_el_n = InformationRegion_PowerPlants[i, j, 4], P_min_star = InformationRegion_PowerPlants[i, j, 6], P_grad_max_star = InformationRegion_PowerPlants[i, j, 7], t_startup = if dim_PowerPlants_info[2] >= 13 then InformationRegion_PowerPlants[i, j, 13] else 0, CO2_Deposition_Rate = InformationRegion_PowerPlants[i, j, 11], quantity = if InformationRegion_PowerPlants[i, j, 10] == 3 then 1 else integer(InformationRegion_PowerPlants[i, j, 4]/1000e6) + 1, eta_total = InformationRegion_PowerPlants[i, j, 5], P_init_set = InformationRegion_PowerPlants[i, j, 9] + 1e-3) for j in 1:DifferentTypesOfPowerPlants_info[i]}) for i in 1:nRegions_info} | |
| Config_info.Records.InstancesRecords.LocalDemandInstancesRecord[nRegions_info] | localDemandInstancesRecordRegionInfo | {Config_info.Records.InstancesRecords.LocalDemandInstancesRecord(localDemandRecord = Config_info.Records.LocalDemandRecord(Fraction = {InformationRegion_GeneralInformation[i, 1, k] for k in 6:15}, Q_demand_annual = InformationRegion_GeneralInformation[i, 1, 16]*3500*3600, volume_junction = InformationRegion_GeneralInformation[i, 1, 21], HeatPumpAndSolarSole_COP_n = InformationRegion_GeneralInformation[i, 1, 22], HeatPumpSole_COP_n = InformationRegion_GeneralInformation[i, 1, 22], HeatPumpAndSolar_COP_n = InformationRegion_GeneralInformation[i, 1, 23], HeatPump_COP_n = InformationRegion_GeneralInformation[i, 1, 23], gasboiler_eta = InformationRegion_GeneralInformation[i, 1, 24], electricBoiler_eta = InformationRegion_GeneralInformation[i, 1, 25])) for i in 1:nRegions_info} | |
| Config_info.Records.InstancesRecords.CO2SystemInstancesRecord[nRegions_info] | cO2SystemInstancesRecordRegionInfo | {Config_info.Records.InstancesRecords.CO2SystemInstancesRecord(cO2SystemRecord = Config_info.Records.CO2SystemRecord(DirectAirCapture_EnergyDemandThermal = if dim_PowerToGasPlants_info[2] >= 22 then InformationRegion_PowerToGasPlants[i, 1, 22] else 7.92e6, DirectAirCapture_EnergyDemandElectrical = if dim_PowerToGasPlants_info[2] >= 22 then InformationRegion_PowerToGasPlants[i, 1, 21] else 2.52e6, m_start_CO2_storage = InformationRegion_PowerToGasPlants[i, 1, 20])) for i in 1:nRegions_info} | |
| Config_info.Records.InstancesRecords.PowerToGasInstancesRecord[nRegions_info] | powerToGasInstancesRecordRegionInfo | {if DifferentTypesOfPowerToGasPlants_info[i] > 0 then Config_info.Records.InstancesRecords.PowerToGasInstancesRecord(nPowerToGasPlants = DifferentTypesOfPowerToGasPlants_info[i], powerToGasType = Config_info.PowerToGasType(integer(max(InformationRegion_PowerToGasPlants[i, 1, 12], 1))), powerToGasRecord = Config_info.Records.PowerToGasRecord(WasteHeatUsage_V_storage = InformationRegion_PowerToGasPlants[i, 1, 4]*0.22923*48/(4.18*(105 - 20))/959, MethanationPlant_m_flow_n_Hydrogen = InformationRegion_PowerToGasPlants[i, 1, 4]*InformationRegion_PowerToGasPlants[i, 1, 5]/(141.79e6 - 219972), P_el_n = InformationRegion_PowerToGasPlants[i, 1, 4], eta_n = InformationRegion_PowerToGasPlants[i, 1, 5], max_storage = InformationRegion_PowerToGasPlants[i, 1, 6]*1000, P_el_min_rel = InformationRegion_PowerToGasPlants[i, 1, 7], complexityLevelMethanation = integer(InformationRegion_PowerToGasPlants[i, 1, 8]), p_Start = InformationRegion_PowerToGasPlants[i, 1, 9]*1e5, m_flow_internaldemand_constant = InformationRegion_PowerToGasPlants[i, 1, 14], p_minLow_constantDemand = InformationRegion_PowerToGasPlants[i, 1, 15], p_minLow = InformationRegion_PowerToGasPlants[i, 1, 16], p_minHigh = InformationRegion_PowerToGasPlants[i, 1, 17], p_maxLow = InformationRegion_PowerToGasPlants[i, 1, 18], p_maxHigh = InformationRegion_PowerToGasPlants[i, 1, 19])) else Config_info.Records.InstancesRecords.PowerToGasInstancesRecord(nPowerToGasPlants = 0) for i in 1:nRegions_info} | |
| Config_info.Records.InstancesRecords.HeatingGridSystemStorageInstancesRecord[nRegions_info] | heatingGridInstancesRecordRegionInfo | {if (DifferentTypesOfCHPPlants_info[i] > 0 or DifferentTypesOfElectricHeater_info[i] > 0 or DifferentTypesOfGasBoiler_info[i] > 0) then Config_info.Records.InstancesRecords.HeatingGridSystemStorageInstancesRecord(nHeatingGrid = 1, heatingGridSystemStorageRecord = Config_info.Records.HeatingGridSystemStorageRecord(Q_flow_max = InformationRegion_GeneralInformation[i, 1, 5]*InformationRegion_GeneralInformation[i, 1, 16], ElHeater_quantity = integer(InformationRegion_ElectricHeater[i, 1, 3]), ElHeater_Q_el_n = InformationRegion_ElectricHeater[i, 1, 4], ElHeater_eta_n = InformationRegion_ElectricHeater[i, 1, 5], CHP_quantity = integer(InformationRegion_CHPPlants[i, 1, 3]), CHP_P_el_n = InformationRegion_CHPPlants[i, 1, 4], CHP_Q_flow_n = InformationRegion_CHPPlants[i, 1, 5], CHP_meritOrder = integer(InformationRegion_CHPPlants[i, 1, 6]), CHP_Q_flow_init = InformationRegion_CHPPlants[i, 1, 7], GasBoiler_Q_flow_n = InformationRegion_GasBoiler[i, 1, 4], GasBoiler_eta_n = InformationRegion_GasBoiler[i, 1, 5], GasBoiler_quantity = integer(InformationRegion_GasBoiler[i, 1, 3]))) else Config_info.Records.InstancesRecords.HeatingGridSystemStorageInstancesRecord(nHeatingGrid = 0) for i in 1:nRegions_info} | Always deactivated, still in development |
| Import of external data sources › Local Demand Profile Path | |||
| String | localElectricDemand_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "LoadProfiles/ElectricalDemandProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| String | localGasDemand_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "LoadProfiles/GasDemandProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| String | localSolarthermalProduction_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "SolarthermalProduction/SolarthermalProductionProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| String | localTemperature_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "Temperature/TemperatureProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| String | localHeatDemand_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "HeatDemandProfiles/HeatDemandProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| Import of external data sources › Local Renewable Production Profile Path | |||
| String | localBiogasProduction_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "BioProduction/BiogasProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| String | localWindOffshoreProduction_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "WindOffshoreProduction/RenewableWindOffshoreProductionProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| String | localBiomassProduction_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "BioProduction/RenewableBioProductionProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| String | localPhotovoltaicProduction_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "PVProduction/RenewablePVProductionProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
| String | localWindOnshoreProduction_pathToTable_info | {TransiEnt.Basics.Functions.fullPathName(Modelica.Utilities.System.getEnvironmentVariable(input_table_path_info) + "WindProduction/RenewableWindProductionProfile_Region" + String(Region_info[i]) + "_" + String(SimulationCounter_info, significantDigits = 35) + ".txt") for i in 1:nRegions_info} | |
Contents
| Name | Description |
|---|---|
 Config_info |