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Merged
AteZenmo merged 18 commits into from
Jan 16, 2026
Merged

Pbl data merge #209

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757dd50
update pbl data loader
naudloomans Nov 13, 2025
5e9d59a
Merge branch 'main' into PBL_data
naudloomans Nov 14, 2025
d7ceb77
Functions set to public to access from project interface
naudloomans Nov 14, 2025
a40734b
Merge branch 'main' into PBL_data_merge
naudloomans Dec 4, 2025
f965131
Create Building_data.java
naudloomans Dec 4, 2025
63c1530
Error in commit
naudloomans Dec 4, 2025
0b2462a
Working version of savings through PBL schillabels
naudloomans Dec 4, 2025
a424c76
Merge branch 'main' into PBL_data_merge
naudloomans Dec 9, 2025
51d8079
final version mannually calibrated to 3 nbhs
naudloomans Dec 12, 2025
6e580d5
Merge branch 'main' into PBL_data_merge
AteZenmo Dec 18, 2025
f8c3192
m3pa refactor was reversed -> reversed back to what it should be again.
AteZenmo Dec 19, 2025
9f28659
Merge branch 'main' into PBL_data_merge
AteZenmo Jan 12, 2026
2e68309
Merge branch 'main' into PBL_data_merge
AteZenmo Jan 12, 2026
5e3566e
pbl updates IN PROGRESS
AteZenmo Jan 13, 2026
5871e75
refactor van huizen is af. + Thermisch model + PBL (util)
AteZenmo Jan 15, 2026
d5c7262
finalization of the pbl update: cleanup and bugfixes
AteZenmo Jan 16, 2026
35db452
cleanup of cooking and dhw asset creation
AteZenmo Jan 16, 2026
3bd718f
removal of double ambient dependent assets addition
AteZenmo Jan 16, 2026
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14 changes: 14 additions & 0 deletions Zero_Interface-Loader.alpx
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Expand Up @@ -392,6 +392,20 @@
<Id>1762351349700</Id>
<Name><![CDATA[J_RemainingTotalsManager]]></Name>
</JavaClass>
<JavaClass>
<Id>1768318961854</Id>
<Name><![CDATA[PBL_DHWAndCooking_data]]></Name>
<Folder>1754045711603</Folder>
</JavaClass>
<JavaClass>
<Id>1768388160903</Id>
<Name><![CDATA[PBL_SpaceHeatingAndResidents_data]]></Name>
<Folder>1754045711603</Folder>
</JavaClass>
<JavaClass>
<Id>1768469188881</Id>
<Name><![CDATA[J_PBLUtil]]></Name>
</JavaClass>
</JavaClasses>
<RequiredLibraryReference>
<LibraryName>zero_engine</LibraryName>
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134 changes: 96 additions & 38 deletions _alp/Agents/AVGC_data/Code/Functions.java
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@@ -1,85 +1,143 @@
double f_setAVGC_data()
{/*ALCODESTART::1726584205530*/
//Perform sanity checks on the values
f_sanityChecks();

//Create AVGC_data class, assign the values and send to the engine
J_AVGC_data dataAVGC = new J_AVGC_data();
zero_Loader.energyModel.avgc_data = dataAVGC;

////Averages
//House
dataAVGC.p_avgHouseGasConsumption_m3_yr = p_avgHouseGasConsumption_m3_yr;
dataAVGC.p_maxAvgHouseGasConsumptionOffset_m3pa = p_maxAvgHouseGasConsumptionOffset_m3pa;
dataAVGC.p_avgHouseElectricityConsumption_kWh_yr = p_avgHouseElectricityConsumption_kWh_yr;
dataAVGC.p_avgEVMaxChargePowerVan_kW = p_avgEVMaxChargePowerVan_kW;
dataAVGC.p_maxAvgHouseElectricityConsumptionOffset_kWhpa = p_maxAvgHouseElectricityConsumptionOffset_kWhpa;
dataAVGC.p_avgHouseConnectionCapacity_kW = p_avgHouseConnectionCapacity_kW;
dataAVGC.p_avgHouseHeatingMethod = p_avgHouseHeatingMethod;
dataAVGC.p_avgNrOfCarsPerHouse = p_avgNrOfCarsPerHouse;
dataAVGC.p_avgHouseHeatingMethod = p_avgHouseHeatingMethod;
dataAVGC.p_ratioEVHousePersonalCars = p_shareOfElectricVehicleOwnership;
dataAVGC.p_avgEVMaxChargePowerCar_kW = p_avgEVMaxChargePowerCar_kW;
dataAVGC.p_avgEVMaxChargePowerTruck_kW = p_avgEVMaxChargePowerTruck_kW;
dataAVGC.p_avgEVStorageCar_kWh = p_avgEVStorageCar_kWh;
dataAVGC.p_avgEVStorageVan_kWh = p_avgEVStorageVan_kWh;
dataAVGC.p_avgHousePVInstallationPower_kWp = p_avgHousePVInstallationPower_kWp;
dataAVGC.p_avgEVStorageTruck_kWh = p_avgEVStorageTruck_kWh;
dataAVGC.p_ratioHouseInstalledPV = p_ratioHouseInstalledPV;
dataAVGC.p_gas_kWhpm3 = p_gas_kWhpm3;
dataAVGC.p_diesel_kWhpl = p_diesel_kWhpl;
dataAVGC.p_gasoline_kWhpl = p_gasoline_kWhpl;
dataAVGC.p_waterHeatCapacity_JpkgK = p_waterHeatCapacity_JpkgK;
dataAVGC.p_waterDensity_kgpm3 = p_waterDensity_kgpm3;
dataAVGC.p_avgRatioHouseBatteryStorageCapacity_v_PVPower = p_avgRatioHouseBatteryStorageCapacity_v_PVPower;

dataAVGC.p_avgSpaceHeatingTotalGasConsumptionShare_fr = p_avgSpaceHeatingTotalGasConsumptionShare_fr;
dataAVGC.p_avgDHWTotalGasConsumptionShare_fr = p_avgDHWTotalGasConsumptionShare_fr;
dataAVGC.p_avgCookingTotalGasConsumptionShare_fr = p_avgCookingTotalGasConsumptionShare_fr;

//Utilities
dataAVGC.p_avgUtilityHeatingMethod = p_avgUtilityHeatingMethod;
dataAVGC.p_avgUtilityConnectionCapacity_kW = p_avgUtilityConnectionCapacity_kW;
dataAVGC.p_avgUtilityPVPower_kWp = p_avgUtilityPVPower_kWp;
dataAVGC.p_ratioElectricTrucks = p_ratioElectricTrucks;
dataAVGC.p_avgCompanyHeatingMethod = p_avgCompanyHeatingMethod;
dataAVGC.p_avgCompanyElectricityConsumption_kWhpm2 = p_avgCompanyElectricityConsumption_kWhpm2;
dataAVGC.p_avgCompanyGasConsumption_m3pm2 = p_avgCompanyGasConsumption_m3pm2;
dataAVGC.p_avgCompanyHeatConsumption_kWhpm2 = p_avgCompanyHeatConsumption_kWhpm2;

//Vehicles
dataAVGC.p_avgEVMaxChargePowerCar_kW = p_avgEVMaxChargePowerCar_kW;
dataAVGC.p_avgEVMaxChargePowerVan_kW = p_avgEVMaxChargePowerVan_kW;
dataAVGC.p_avgEVMaxChargePowerTruck_kW = p_avgEVMaxChargePowerTruck_kW;
dataAVGC.p_avgEVStorageCar_kWh = p_avgEVStorageCar_kWh;
dataAVGC.p_avgEVStorageVan_kWh = p_avgEVStorageVan_kWh;
dataAVGC.p_avgEVStorageTruck_kWh = p_avgEVStorageTruck_kWh;
dataAVGC.p_avgEVEnergyConsumptionCar_kWhpkm = p_avgEVEnergyConsumptionCar_kWhpkm;
dataAVGC.p_avgEVEnergyConsumptionVan_kWhpkm = p_avgEVEnergyConsumptionVan_kWhpkm;
dataAVGC.p_avgEVEnergyConsumptionTruck_kWhpkm = p_avgEVEnergyConsumptionTruck_kWhpkm;
dataAVGC.p_hydrogenEnergyDensity_kWh_Nm3 = p_hydrogenEnergyDensity_kWh_Nm3;
dataAVGC.p_avgDieselConsumptionCar_kmpl = p_avgDieselConsumptionCar_kmpl;
dataAVGC.p_avgGasolineConsumptionCar_kmpl = p_avgGasolineConsumptionCar_kmpl;
dataAVGC.p_hydrogenSpecificEnergy_kWh_kg = p_hydrogenSpecificEnergy_kWh_kg;
dataAVGC.p_hydrogenDensity_kg_Nm3 = p_hydrogenDensity_kg_Nm3;
dataAVGC.p_oxygenDensity_kg_Nm3 = p_oxygenDensity_kg_Nm3;
dataAVGC.p_avgCOPHeatpump = p_avgCOPHeatpump;
dataAVGC.p_avgEfficiencyHeatpump_fr = p_avgEfficiencyHeatpump_fr;
dataAVGC.p_avgDieselConsumptionCar_kWhpkm = p_avgDieselConsumptionCar_kWhpkm;
dataAVGC.p_oxygenProduction_kgO2pkgH2 = p_oxygenProduction_kgO2pkgH2;
dataAVGC.p_avgGasolineConsumptionCar_kWhpkm = p_avgGasolineConsumptionCar_kWhpkm;
dataAVGC.p_avgDieselConsumptionVan_kmpl = p_avgDieselConsumptionVan_kmpl;
dataAVGC.p_avgDieselConsumptionVan_kWhpkm = p_avgDieselConsumptionVan_kWhpkm;
dataAVGC.p_avgDieselConsumptionTruck_kmpl = p_avgDieselConsumptionTruck_kmpl;
dataAVGC.p_avgDieselConsumptionTruck_kWhpkm = p_avgDieselConsumptionTruck_kWhpkm;
dataAVGC.p_avgOutputTemperatureElectricHeatpump_degC = p_avgOutputTemperatureElectricHeatpump_degC;
dataAVGC.p_avgOutputTemperatureHybridHeatpump_degC = p_avgOutputTemperatureHybridHeatpump_degC;
dataAVGC.p_avgHydrogenConsumptionCar_kWhpkm = p_avgHydrogenConsumptionCar_kWhpkm;
dataAVGC.p_avgEfficiencyGasBurner_fr = p_avgEfficiencyGasBurner_fr;
dataAVGC.p_avgHydrogenConsumptionVan_kWhpkm = p_avgHydrogenConsumptionVan_kWhpkm;
dataAVGC.p_avgHydrogenConsumptionTruck_kWhpkm = p_avgHydrogenConsumptionTruck_kWhpkm;

dataAVGC.p_v1gProbability = p_v1gProbability;
dataAVGC.p_v2gProbability = p_v2gProbability;
dataAVGC.p_avgVehiclesPerCharger_Chargepoint = p_avgVehiclesPerCharger_Chargepoint;
dataAVGC.p_avgVehiclesPerCharger_Centre = p_avgVehiclesPerCharger_Centre;

dataAVGC.p_avgAnnualTravelDistancePrivateCar_km = p_avgAnnualTravelDistancePrivateCar_km;
dataAVGC.p_avgAnnualTravelDistanceCompanyCar_km = p_avgAnnualTravelDistanceCompanyCar_km;
dataAVGC.p_avgAnnualTravelDistanceVan_km = p_avgAnnualTravelDistanceVan_km;
dataAVGC.p_avgAnnualTravelDistanceTruck_km = p_avgAnnualTravelDistanceTruck_km;
dataAVGC.p_minAnnualTravelDistanceSurveyVehicle_km = p_minAnnualTravelDistanceSurveyVehicle_km;


//Heating assets
dataAVGC.p_avgCOPHeatpump = p_avgCOPHeatpump;
dataAVGC.p_avgEfficiencyHeatpump_fr = p_avgEfficiencyHeatpump_fr;
dataAVGC.p_avgOutputTemperatureElectricHeatpump_degC = p_avgOutputTemperatureElectricHeatpump_degC;
dataAVGC.p_avgOutputTemperatureHybridHeatpump_degC = p_avgOutputTemperatureHybridHeatpump_degC;
dataAVGC.p_minHeatpumpElectricCapacity_kW = p_minHeatpumpElectricCapacity_kW;

dataAVGC.p_avgEfficiencyGasBurner_fr = p_avgEfficiencyGasBurner_fr;
dataAVGC.p_avgOutputTemperatureGasBurner_degC = p_avgOutputTemperatureGasBurner_degC;
dataAVGC.p_minGasBurnerOutputCapacity_kW = p_minGasBurnerOutputCapacity_kW;

dataAVGC.p_avgEfficiencyHydrogenBurner_fr = p_avgEfficiencyHydrogenBurner_fr;
dataAVGC.p_avgOutputTemperatureHydrogenBurner_degC = p_avgOutputTemperatureHydrogenBurner_degC;
dataAVGC.p_minHeatpumpElectricCapacity_kW = p_minHeatpumpElectricCapacity_kW;
dataAVGC.p_minGasBurnerOutputCapacity_kW = p_minGasBurnerOutputCapacity_kW;
dataAVGC.p_minHydrogenBurnerOutputCapacity_kW = p_minHydrogenBurnerOutputCapacity_kW;

dataAVGC.p_avgEfficiencyDistrictHeatingDeliverySet_fr = p_avgEfficiencyDistrictHeatingDeliverySet_fr;
dataAVGC.p_avgOutputTemperatureDistrictHeatingDeliverySet_degC = p_avgOutputTemperatureDistrictHeatingDeliverySet_degC;
dataAVGC.p_minDistrictHeatingDeliverySetOutputCapacity_kW = p_minDistrictHeatingDeliverySetOutputCapacity_kW;
dataAVGC.p_avgPVPower_kWpm2= p_avgPVPower_kWpm2;
dataAVGC.p_avgRatioRoofPotentialPV = p_avgRatioRoofPotentialPV;
dataAVGC.p_avgRatioBatteryCapacity_v_Power = p_avgRatioBatteryCapacity_v_Power;
dataAVGC.p_avgRatioHouseBatteryStorageCapacity_v_PVPower = p_avgRatioHouseBatteryStorageCapacity_v_PVPower;
dataAVGC.p_avgSolarFieldPower_kWppha = p_avgSolarFieldPower_kWppha;

dataAVGC.p_avgEfficiencyCHP_thermal_fr = p_avgEfficiencyCHP_thermal_fr;
dataAVGC.p_avgEfficiencyCHP_electric_fr = p_avgEfficiencyCHP_thermal_fr;
dataAVGC.p_avgOutputTemperatureCHP_degC = p_avgEfficiencyCHP_thermal_fr;
dataAVGC.p_avgEfficiencyDistrictHeatingDeliverySet_fr = p_avgEfficiencyDistrictHeatingDeliverySet_fr;
dataAVGC.p_avgOutputTemperatureDistrictHeatingDeliverySet_degC = p_avgOutputTemperatureDistrictHeatingDeliverySet_degC;
dataAVGC.p_v1gProbability = p_v1gProbability;
dataAVGC.p_v2gProbability = p_v2gProbability;
dataAVGC.p_avgEVsPerPublicCharger = p_avgEVsPerPublicCharger;

dataAVGC.p_avgPTPower_kWpm2 = p_avgPTPower_kWpm2;
dataAVGC.p_avgPTPanelSize_m2 = p_avgPTPanelSize_m2;

dataAVGC.p_avgMaxHeatBufferTemperature_degC = p_avgMaxHeatBufferTemperature_degC;
dataAVGC.p_avgMinHeatBufferTemperature_degC = p_avgMinHeatBufferTemperature_degC;
dataAVGC.p_avgHeatBufferWaterVolumePerPTSurface_m3pm2 = p_avgHeatBufferWaterVolumePerPTSurface_m3pm2;
dataAVGC.p_avgHeatBufferWaterVolumePerHPPower_m3pkW = p_avgHeatBufferWaterVolumePerHPPower_m3pkW;
dataAVGC.p_avgAnnualTravelDistancePrivateCar_km = p_avgAnnualTravelDistancePrivateCar_km;
dataAVGC.p_avgAnnualTravelDistanceCompanyCar_km = p_avgAnnualTravelDistanceCompanyCar_km;
dataAVGC.p_avgAnnualTravelDistanceVan_km = p_avgAnnualTravelDistanceVan_km;
dataAVGC.p_avgAnnualTravelDistanceTruck_km = p_avgAnnualTravelDistanceTruck_km;


//Electricity assets
dataAVGC.p_avgPVPower_kWpm2= p_avgPVPower_kWpm2;
dataAVGC.p_avgRatioRoofPotentialPV = p_avgRatioRoofPotentialPV;
dataAVGC.p_avgRatioBatteryCapacity_v_Power = p_avgRatioBatteryCapacity_v_Power;
dataAVGC.p_avgSolarFieldPower_kWppha = p_avgSolarFieldPower_kWppha;


//Thermal model parameters
dataAVGC.p_PBL_HeatingLossFactor_fr = p_PBL_HeatingLossFactor_fr;
dataAVGC.map_insulationLabel_lossfactorPerFloorSurface_WpKm2 = map_insulationLabel_lossfactorPerFloorSurface_WpKm2;
dataAVGC.p_solarAbsorptionFloorSurfaceScalingFactor_fr = p_solarAbsorptionFloorSurfaceScalingFactor_fr;
dataAVGC.map_insulationLabel_cooldownPeriod_hr = map_insulationLabel_cooldownPeriod_hr;
dataAVGC.p_heatCapacitySizingConstant_JpK = p_heatCapacitySizingConstant_JpK;
dataAVGC.p_heatCapacitySizingSlope_JpKm2 = p_heatCapacitySizingSlope_JpKm2;
dataAVGC.p_heatCapacitySizingFactor_fr = p_heatCapacitySizingFactor_fr;


////Constants
dataAVGC.p_gas_kWhpm3 = p_gas_kWhpm3;
dataAVGC.p_diesel_kWhpl = p_diesel_kWhpl;
dataAVGC.p_gasoline_kWhpl = p_gasoline_kWhpl;
dataAVGC.p_waterHeatCapacity_JpkgK = p_waterHeatCapacity_JpkgK;
dataAVGC.p_waterDensity_kgpm3 = p_waterDensity_kgpm3;
dataAVGC.p_hydrogenEnergyDensity_kWh_Nm3 = p_hydrogenEnergyDensity_kWh_Nm3;
dataAVGC.p_hydrogenSpecificEnergy_kWh_kg = p_hydrogenSpecificEnergy_kWh_kg;
dataAVGC.p_hydrogenDensity_kg_Nm3 = p_hydrogenDensity_kg_Nm3;
dataAVGC.p_oxygenDensity_kg_Nm3 = p_oxygenDensity_kg_Nm3;
dataAVGC.p_oxygenProduction_kgO2pkgH2 = p_oxygenProduction_kgO2pkgH2;

/*ALCODEEND*/}

double f_sanityChecks()
{/*ALCODESTART::1768486936015*/
if(p_avgSpaceHeatingTotalGasConsumptionShare_fr +
p_avgCookingTotalGasConsumptionShare_fr +
p_avgDHWTotalGasConsumptionShare_fr != 1){
throw new RuntimeException("Total average heating+dhw+cooking house gas consumption shares dont add up to 1");
}
/*ALCODEEND*/}

17 changes: 17 additions & 0 deletions _alp/Agents/AVGC_data/Code/Functions.xml
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Expand Up @@ -16,4 +16,21 @@
<ShowLabel>true</ShowLabel>
<Body xmlns:al="http://anylogic.com"/>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType>double</ReturnType>
<Id>1768486936015</Id>
<Name><![CDATA[f_sanityChecks]]></Name>
<Description><![CDATA[Function where sanity checks can be implemented that will be performed when the data is send to the engine (start of model, after custom project parameters have been set).]]></Description>
<X>60</X>
<Y>70</Y>
<Label>
<X>10</X>
<Y>0</Y>
</Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body xmlns:al="http://anylogic.com"/>
</Function>
</Functions>
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