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Zero_FontysCampus.alp
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<?xml version="1.0" encoding="UTF-8"?>
<!--
*************************************************
AnyLogic Project File
*************************************************
-->
<AnyLogicWorkspace WorkspaceVersion="1.9" AnyLogicVersion="8.9.1.202408021042" AlpVersion="8.9.1">
<Model>
<Id>1658477103134</Id>
<Name><![CDATA[Zero_FontysCampus]]></Name>
<EngineVersion>6</EngineVersion>
<JavaPackageName><![CDATA[zerofontyscampus]]></JavaPackageName>
<ModelTimeUnit><![CDATA[Hour]]></ModelTimeUnit>
<OptionLists>
<OptionList>
<Id>1709718356700</Id>
<Name><![CDATA[EnergyDemandTab]]></Name>
<Option>
<Id>1709718356702</Id>
<Name><![CDATA[MOBILITY]]></Name>
</Option>
<Option>
<Id>1709718356704</Id>
<Name><![CDATA[ELECTRICITY]]></Name>
</Option>
<Option>
<Id>1709718356706</Id>
<Name><![CDATA[HEAT]]></Name>
</Option>
<Option>
<Id>1714324722851</Id>
<Name><![CDATA[HUB]]></Name>
</Option>
<Option>
<Id>1721039647716</Id>
<Name><![CDATA[NFATO]]></Name>
</Option>
</OptionList>
</OptionLists>
<Folders>
</Folders>
<ActiveObjectClasses>
<!-- ========= Active Object Class ======== -->
<ActiveObjectClass>
<Id>1709049506453</Id>
<Name><![CDATA[Loader_FontysCampus]]></Name>
<AdditionalClassCode><![CDATA[
@Override
public void f_createInterface(){
f_createInterface_FontysCampus();
}
@Override
public void f_readDatabase(){
f_readDatabase_FontysCampus();
}
@Override
public void f_createSurveyCompanies_Excel(){
f_createFontysBuildings_and_GC_Excel();
}
]]></AdditionalClassCode>
<Import><![CDATA[import zerointerfaceloader.OL_ProjectType;]]></Import>
<ExtendsReference>
<PackageName><![CDATA[zerointerfaceloader]]></PackageName>
<ClassName><![CDATA[Zero_Loader]]></ClassName>
</ExtendsReference>
<Parameters>
<Parameter>
<Name><![CDATA[zero_Interface]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[p_createGridnodeTimeSeries]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[genericProfiles_data]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[project_data]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[settings]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[user]]></Name>
</Parameter>
</Parameters>
<Generic>false</Generic>
<GenericParameter>
<Id>1709049506459</Id>
<Name><![CDATA[1709049506459]]></Name>
<GenericParameterValue Class="CodeValue">
<Code><![CDATA[T extends Agent]]></Code>
</GenericParameterValue>
<GenericParameterLabel><![CDATA[Generic parameter:]]></GenericParameterLabel>
</GenericParameter>
<FlowChartsUsage>ENTITY</FlowChartsUsage>
<SamplesToKeep>100</SamplesToKeep>
<LimitNumberOfArrayElements>false</LimitNumberOfArrayElements>
<ElementsLimitValue>100</ElementsLimitValue>
<MakeDefaultViewArea>true</MakeDefaultViewArea>
<SceneGridColor/>
<SceneBackgroundColor/>
<SceneSkybox>null</SceneSkybox>
<AgentProperties>
<EnvironmentDefinesInitialLocation>true</EnvironmentDefinesInitialLocation>
<RotateAnimationTowardsMovement>true</RotateAnimationTowardsMovement>
<RotateAnimationVertically>false</RotateAnimationVertically>
<VelocityCode Class="CodeUnitValue">
<Code><![CDATA[10]]></Code>
<Unit Class="SpeedUnits"><![CDATA[MPS]]></Unit>
</VelocityCode>
<PhysicalLength Class="CodeUnitValue">
<Code><![CDATA[1]]></Code>
<Unit Class="LengthUnits"><![CDATA[METER]]></Unit>
</PhysicalLength>
<PhysicalWidth Class="CodeUnitValue">
<Code><![CDATA[1]]></Code>
<Unit Class="LengthUnits"><![CDATA[METER]]></Unit>
</PhysicalWidth>
<PhysicalHeight Class="CodeUnitValue">
<Code><![CDATA[1]]></Code>
<Unit Class="LengthUnits"><![CDATA[METER]]></Unit>
</PhysicalHeight>
</AgentProperties>
<EnvironmentProperties>
<EnableSteps>false</EnableSteps>
<StepDurationCode Class="CodeUnitValue">
<Code><![CDATA[1.0]]></Code>
<Unit Class="TimeUnits"><![CDATA[SECOND]]></Unit>
</StepDurationCode>
<SpaceType>CONTINUOUS</SpaceType>
<WidthCode><![CDATA[500]]></WidthCode>
<HeightCode><![CDATA[500]]></HeightCode>
<ZHeightCode><![CDATA[0]]></ZHeightCode>
<ColumnsCountCode><![CDATA[100]]></ColumnsCountCode>
<RowsCountCode><![CDATA[100]]></RowsCountCode>
<NeigborhoodType>MOORE</NeigborhoodType>
<LayoutType>USER_DEF</LayoutType>
<LayoutTypeApplyOnStartup>true</LayoutTypeApplyOnStartup>
<NetworkType>USER_DEF</NetworkType>
<NetworkTypeApplyOnStartup>true</NetworkTypeApplyOnStartup>
<ConnectionsPerAgentCode><![CDATA[2]]></ConnectionsPerAgentCode>
<ConnectionsRangeCode><![CDATA[50]]></ConnectionsRangeCode>
<NeighborLinkFractionCode><![CDATA[0.95]]></NeighborLinkFractionCode>
<MCode><![CDATA[10]]></MCode>
</EnvironmentProperties>
<DatasetsCreationProperties>
<AutoCreate>true</AutoCreate>
<OccurrenceAtTime>true</OccurrenceAtTime>
<OccurrenceDate>1709107200000</OccurrenceDate>
<OccurrenceTime Class="CodeUnitValue">
<Code><![CDATA[0]]></Code>
<Unit Class="TimeUnits"><![CDATA[HOUR]]></Unit>
</OccurrenceTime>
<RecurrenceCode Class="CodeUnitValue">
<Code><![CDATA[1]]></Code>
<Unit Class="TimeUnits"><![CDATA[HOUR]]></Unit>
</RecurrenceCode>
</DatasetsCreationProperties>
<ScaleRuler>
<Id>1709049506456</Id>
<Name><![CDATA[scale]]></Name>
<X>0</X><Y>-150</Y>
<PublicFlag>false</PublicFlag>
<PresentationFlag>false</PresentationFlag>
<ShowLabel>false</ShowLabel>
<DrawMode>SHAPE_DRAW_2D3D</DrawMode>
<Length>100</Length>
<Rotation>0</Rotation>
<ScaleType>BASED_ON_LENGTH</ScaleType>
<ModelLength>10</ModelLength>
<LengthUnits>METER</LengthUnits>
<Scale>10</Scale>
<InheritedFromParentAgentType>true</InheritedFromParentAgentType>
</ScaleRuler>
<CurrentLevel>1709049506460</CurrentLevel>
<ConnectionsId>1709049506454</ConnectionsId>
<Variables>
<Variable Class="CollectionVariable">
<Id>1727443694807</Id>
<Name><![CDATA[c_FontysBuildings]]></Name>
<X>-380</X><Y>630</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Properties SaveInSnapshot="true" AccessType="public" StaticVariable="false">
<CollectionClass><![CDATA[ArrayList]]></CollectionClass>
<ElementClass><![CDATA[Building_data]]></ElementClass>
<ValueElementClass><![CDATA[String]]></ValueElementClass>
</Properties>
</Variable>
</Variables>
<Functions>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1726134544288</Id>
<Name><![CDATA[f_createInterface_FontysCampus]]></Name>
<X>30</X><Y>720</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[//OVERRIDE THE zero_Interface parameter here
zero_Interface = interface_FontysCampus;
//Set parameters/pointers in the interface and resultsUI
zero_Interface.energyModel = energyModel;
zero_Interface.uI_Results.energyModel = energyModel;
zero_Interface.p_selectedProjectType = project_data.project_type();
zero_Interface.settings = settings;]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1726150833775</Id>
<Name><![CDATA[f_setGenericProfiles_data]]></Name>
<X>-690</X><Y>260</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[List<Double> argumentsList = selectFrom( profiles ).list( profiles.t_h );
// Various demand profiles
List<Double> houseEdemandList = selectFrom( profiles ).list( profiles.house_e_demand_other );
List<Double> houseHDHWdemandList = selectFrom( profiles ).list( profiles.house_h_demand_hot_water );
List<Double> buildingEdemandList = selectFrom( profiles ).list( profiles.building_e_demand_other );
List<Double> buildingHeatDemandList = selectFrom( profiles ).list( profiles.building_h_demand );
List<Double> industrySteelEdemandList = selectFrom( profiles ).list( profiles.industry_steel_e_demand );
List<Double> industrySteelHdemandList = selectFrom( profiles ).list( profiles.industry_steel_h_demand );
List<Double> industryOtherEdemandList = selectFrom( profiles ).list( profiles.industry_other_e_demand );
List<Double> industryOtherHdemandList = selectFrom( profiles ).list( profiles.industry_other_h_demand );
List<Double> logisticsFleetEdemandList = selectFrom( profiles ).list( profiles.logistics_fleet_e_hgv );
// Weather data
List<Double> windList = selectFrom( profiles ).list( profiles.wind_e_prod_normalized );
List<Double> solarList = selectFrom( profiles ).list( profiles.solar_e_prod_normalized );
List<Double> tempList = selectFrom( profiles ).list( profiles.ambient_temperature_deg_c );
List<Double> epexList = selectFrom( profiles ).list( profiles.day_ahead_price_eur_mwh );
//Create Profiles_data object
genericProfiles_data = Profiles_data.builder().
argumentsList(argumentsList).
houseEdemandList(houseEdemandList).
houseHDHWdemandList(houseHDHWdemandList).
buildingEdemandList(buildingEdemandList).
buildingHeatDemandList(buildingHeatDemandList).
industrySteelEdemandList(industrySteelEdemandList).
industrySteelHdemandList(industrySteelHdemandList).
industryOtherEdemandList(industryOtherEdemandList).
industryOtherHdemandList(industryOtherHdemandList).
logisticsFleetEdemandList(logisticsFleetEdemandList).
windList(windList).
solarList(solarList).
tempList(tempList).
epexList(epexList).build();]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1726156899337</Id>
<Name><![CDATA[f_readDatabase_FontysCampus]]></Name>
<X>-740</X><Y>230</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[//Set the profiles data record
f_setGenericProfiles_data();
//Set the GridNode data record
f_setGridNode_data();
//Set the consumption buildings data
f_setBuilding_data();
//Set the EA data
//f_setSolarfarm_data();
//f_setWindfarm_data();
//f_setElectrolyser_data();
//f_setBattery_data();
//f_setChargingstation_data();
//Set the remaining gis object data
f_setNeighbourhood_data();
//f_setParcel_data();
//f_setCable_data();]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>RETURNS_VALUE</ReturnModificator>
<ReturnType><![CDATA[Building_data]]></ReturnType>
<Id>1726157131143</Id>
<Name><![CDATA[f_buildingRecordBuilder]]></Name>
<X>-670</X><Y>355</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Parameter>
<Name><![CDATA[row]]></Name>
<Type><![CDATA[Tuple]]></Type>
</Parameter>
<Body><![CDATA[//Create a building_data record
Building_data building_data_record = Building_data.builder().
address_id(row.get( buildings.address_id )).
building_id(row.get( buildings.building_id )).
streetname(row.get( buildings.streetname )).
house_number(row.get( buildings.house_number )).
house_letter(row.get( buildings.house_letter )).
house_addition(row.get( buildings.house_addition )).
postalcode(row.get( buildings.postalcode )).
city(row.get( buildings.city )).
build_year(row.get( buildings.build_year )).
status(row.get( buildings.status )).
purpose(row.get( buildings.purpose )).
cumulative_floor_surface_m2(row.get( buildings.cumulative_floor_surface_m2 )).
polygon_area_m2(row.get( buildings.polygon_area_m2 )).
gc_id(row.get( buildings.gc_id )).
annotation(row.get( buildings.annotation )).
extra_info(row.get( buildings.extra_info )).
energy_label(row.get( buildings.energy_label )).
trafo_id(row.get( buildings.trafo_id )).
latitude(row.get( buildings.latitude )).
longitude(row.get( buildings.longitude )).
polygon(row.get( buildings.polygon )).build();
return building_data_record;]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1726221369773</Id>
<Name><![CDATA[f_setGridNode_data]]></Name>
<X>-690</X><Y>290</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[List<Tuple> rows = selectFrom(gridnodes).where(gridnodes.status).list();
for(Tuple row: rows){
c_GridNode_data.add(GridNode_data.builder().
trafo_id(row.get( gridnodes.gridnode_id )).
fid(row.get( gridnodes.fid )).
status(row.get( gridnodes.status )).
type(row.get( gridnodes.type )).
description(row.get( gridnodes.description )).
latitude(row.get( gridnodes.latitude )).
longitude(row.get( gridnodes.longitude )).
parent_node_id(row.get( gridnodes.parent_node_id )).
is_capacity_available(row.get( gridnodes.is_capacity_available )).
capacity_kw(row.get( gridnodes.capacity_kw )).
subscope(row.get( gridnodes.subscope )).
service_area_polygon(row.get( gridnodes.service_area_polygon )).build());
}]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177706089</Id>
<Name><![CDATA[f_setCable_data]]></Name>
<ExcludeFromBuild>true</ExcludeFromBuild>
<X>-690</X><Y>560</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[//LV cables
List<Tuple> rowsLV = selectFrom(lv_cables).list();
for(Tuple rowLV : rowsLV){
c_Cable_data_LV.add(Cable_data.builder().
fid(rowLV.get(lv_cables.fid)).
status(rowLV.get(lv_cables.status)).
nominal_voltage_v(rowLV.get(lv_cables.nominal_voltage_v)).
label(rowLV.get(lv_cables.label)).
description(rowLV.get(lv_cables.description)).
//latitude(rowLV.get(lv_cables.latitude)).
//longitude(rowLV.get(lv_cables.longitude)).
line(rowLV.get(lv_cables.line))
.build());
}
//MV cables
List<Tuple> rowsMV = selectFrom(mv_cables).list();
for(Tuple rowMV : rowsMV){
c_Cable_data_MV.add(Cable_data.builder().
fid(rowMV.get(mv_cables.fid)).
status(rowMV.get(mv_cables.status)).
nominal_voltage_v(rowMV.get(mv_cables.nominal_voltage_v)).
label(rowMV.get(mv_cables.label)).
description(rowMV.get(mv_cables.description)).
//latitude(rowMV.get(mv_cables.latitude)).
//longitude(rowMV.get(mv_cables.longitude)).
line(rowMV.get(mv_cables.line))
.build());
}]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177706091</Id>
<Name><![CDATA[f_setSolarfarm_data]]></Name>
<ExcludeFromBuild>true</ExcludeFromBuild>
<X>-690</X><Y>407</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[List<Tuple> rows = selectFrom(solarfarms).list();
for(Tuple row : rows){
c_Solarfarm_data.add(Solarfarm_data.builder().
gc_id(row.get(solarfarms.gc_id)).
gc_name(row.get(solarfarms.gc_name)).
owner_id(row.get(solarfarms.owner_id)).
streetname(row.get(solarfarms.streetname)).
house_number(row.get(solarfarms.house_number)).
house_letter(row.get(solarfarms.house_letter)).
house_addition(row.get(solarfarms.house_addition)).
postalcode(row.get(solarfarms.postalcode)).
city(row.get(solarfarms.city)).
trafo_id(row.get(solarfarms.trafo_id)).
initially_active(row.get(solarfarms.initially_active)).
capacity_electric_kw(row.get(solarfarms.capacity_electric_kw)).
connection_capacity_kw(row.get(solarfarms.connection_capacity_kw)).
contracted_delivery_capacity_kw(row.get(solarfarms.contracted_delivery_capacity_kw)).
contracted_feed_in_capacity_kw(row.get(solarfarms.contracted_feed_in_capacity_kw)).
latitude(row.get(solarfarms.latitude)).
longitude(row.get(solarfarms.longitude)).
polygon(row.get(solarfarms.polygon))
.build());
}]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177706093</Id>
<Name><![CDATA[f_setWindfarm_data]]></Name>
<ExcludeFromBuild>true</ExcludeFromBuild>
<X>-690</X><Y>427</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[List<Tuple> rows = selectFrom(windfarms).list();
for(Tuple row : rows){
c_Windfarm_data.add(Windfarm_data.builder().
gc_id(row.get(windfarms.gc_id)).
gc_name(row.get(windfarms.gc_name)).
owner_id(row.get(windfarms.owner_id)).
streetname(row.get(windfarms.streetname)).
house_number(row.get(windfarms.house_number)).
house_letter(row.get(windfarms.house_letter)).
house_addition(row.get(windfarms.house_addition)).
postalcode(row.get(windfarms.postalcode)).
city(row.get(windfarms.city)).
trafo_id(row.get(windfarms.trafo_id)).
initially_active(row.get(windfarms.initially_active)).
capacity_electric_kw(row.get(windfarms.capacity_electric_kw)).
connection_capacity_kw(row.get(windfarms.connection_capacity_kw)).
contracted_delivery_capacity_kw(row.get(windfarms.contracted_delivery_capacity_kw)).
contracted_feed_in_capacity_kw(row.get(windfarms.contracted_feed_in_capacity_kw)).
latitude(row.get(windfarms.latitude)).
longitude(row.get(windfarms.longitude)).
polygon(row.get(windfarms.polygon))
.build());
}]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177706095</Id>
<Name><![CDATA[f_setElectrolyser_data]]></Name>
<ExcludeFromBuild>true</ExcludeFromBuild>
<X>-690</X><Y>446</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[
List<Tuple> rows = selectFrom(electrolysers).list();
for(Tuple row : rows){
c_Electrolyser_data.add(Electrolyser_data.builder().
gc_id(row.get(electrolysers.gc_id)).
gc_name(row.get(electrolysers.gc_name)).
owner_id(row.get(electrolysers.owner_id)).
streetname(row.get(electrolysers.streetname)).
house_number(row.get(electrolysers.house_number)).
house_letter(row.get(electrolysers.house_letter)).
house_addition(row.get(electrolysers.house_addition)).
postalcode(row.get(electrolysers.postalcode)).
city(row.get(electrolysers.city)).
trafo_id(row.get(electrolysers.trafo_id)).
initially_active(row.get(electrolysers.initially_active)).
capacity_electric_kw(row.get(electrolysers.capacity_electric_kw)).
connection_capacity_kw(row.get(electrolysers.connection_capacity_kw)).
contracted_delivery_capacity_kw(row.get(electrolysers.contracted_delivery_capacity_kw)).
contracted_feed_in_capacity_kw(row.get(electrolysers.contracted_feed_in_capacity_kw)).
default_operation_mode(OL_ElectrolyserOperationMode.valueOf(row.get(electrolysers.default_operation_mode))).
conversion_efficiency(row.get(electrolysers.conversion_efficiency)).
min_production_ratio(row.get(electrolysers.min_production_ratio)).
idle_consumption_power_ratio(row.get(electrolysers.idle_consumption_power_ratio)).
start_up_time_shutdown_s(row.get(electrolysers.start_up_time_shutdown_s)).
start_up_time_standby_s(row.get(electrolysers.start_up_time_standby_s)).
start_up_time_idle_s(row.get(electrolysers.start_up_time_idle_s)).
load_change_time_s(row.get(electrolysers.load_change_time_s)).
latitude(row.get(electrolysers.latitude)).
longitude(row.get(electrolysers.longitude)).
polygon(row.get(electrolysers.polygon))
.build());
}
]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177706097</Id>
<Name><![CDATA[f_setBattery_data]]></Name>
<ExcludeFromBuild>true</ExcludeFromBuild>
<X>-690</X><Y>465</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[List<Tuple> rows = selectFrom(batteries).list();
for(Tuple row : rows){
c_Battery_data.add(Battery_data.builder().
gc_id(row.get(batteries.gc_id)).
gc_name(row.get(batteries.gc_name)).
owner_id(row.get(batteries.owner_id)).
streetname(row.get(batteries.streetname)).
house_number(row.get(batteries.house_number)).
house_letter(row.get(batteries.house_letter)).
house_addition(row.get(batteries.house_addition)).
postalcode(row.get(batteries.postalcode)).
city(row.get(batteries.city)).
trafo_id(row.get(batteries.trafo_id)).
initially_active(row.get(batteries.initially_active)).
capacity_electric_kw(row.get(batteries.capacity_electric_kw)).
connection_capacity_kw(row.get(batteries.connection_capacity_kw)).
contracted_delivery_capacity_kw(row.get(batteries.contracted_delivery_capacity_kw)).
contracted_feed_in_capacity_kw(row.get(batteries.contracted_feed_in_capacity_kw)).
storage_capacity_kwh(row.get(batteries.storage_capacity_kwh)).
default_operation_mode(row.get(batteries.default_operation_mode)).
latitude(row.get(batteries.latitude)).
longitude(row.get(batteries.longitude)).
polygon(row.get(batteries.polygon))
.build());
} ]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177706099</Id>
<Name><![CDATA[f_setNeighbourhood_data]]></Name>
<X>-690</X><Y>520</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[List<Tuple> rows = selectFrom(neighbourhoods).list();
for(Tuple row: rows){
c_Neighbourhood_data.add(Neighbourhood_data.builder().
districtcode(row.get( neighbourhoods.districtcode )).
districtname(row.get( neighbourhoods.districtname )).
neighbourhoodcode(row.get( neighbourhoods.neighbourhoodcode )).
neighbourhoodtype(row.get( neighbourhoods.neighbourhoodtype)).
latitude(row.get( neighbourhoods.latitude )).
longitude(row.get( neighbourhoods.longitude )).
polygon(row.get( neighbourhoods.polygon )).build());
}]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177706101</Id>
<Name><![CDATA[f_setChargingstation_data]]></Name>
<ExcludeFromBuild>true</ExcludeFromBuild>
<X>-690</X><Y>485</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[List<Tuple> rows = selectFrom(chargingstations).list();
for(Tuple row : rows){
c_Chargingstation_data.add(Chargingstation_data.builder().
//Basic
gc_id(row.get(chargingstations.gc_id)).
gc_name(row.get(chargingstations.gc_name)).
owner_id(row.get(chargingstations.owner_id)).
streetname(row.get(chargingstations.streetname)).
house_number(row.get(chargingstations.house_number)).
house_letter(row.get(chargingstations.house_letter)).
house_addition(row.get(chargingstations.house_addition)).
postalcode(row.get(chargingstations.postalcode)).
city(row.get(chargingstations.city)).
trafo_id(row.get(chargingstations.trafo_id)).
initially_active(row.get(chargingstations.initially_active)).
//Specific
connection_capacity_kw(row.get(chargingstations.connection_capacity_kw)).
is_charging_centre(row.get(chargingstations.is_charging_centre)).
vehicle_type(OL_EnergyAssetType.valueOf(row.get(chargingstations.vehicle_type))).
number_of_chargers(row.get(chargingstations.number_of_chargers)).
power_per_charger_kw(row.get(chargingstations.power_per_charger_kw)).
//GIS
latitude(row.get(chargingstations.latitude)).
longitude(row.get(chargingstations.longitude)).
polygon(row.get(chargingstations.polygon))
.build());
}
]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177706103</Id>
<Name><![CDATA[f_setParcel_data]]></Name>
<ExcludeFromBuild>true</ExcludeFromBuild>
<X>-690</X><Y>540</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[
List<Tuple> rows = selectFrom(parcels).list();
for(Tuple row : rows){
c_Parcel_data.add(Parcel_data.builder().
parcel_id(row.get(parcels.parcel_id)).
name(row.get(parcels.name)).
streetname(row.get(parcels.streetname)).
house_number(row.get(parcels.house_number)).
house_letter(row.get(parcels.house_letter)).
house_addition(row.get(parcels.house_addition)).
postalcode(row.get(parcels.postalcode)).
city(row.get(parcels.city)).
polygon_area_m2(row.get(parcels.polygon_area_m2)).
latitude(row.get(parcels.latitude)).
longitude(row.get(parcels.longitude)).
polygon(row.get(parcels.polygon))
.build());
}
]]></Body>
</Function>
<Function AccessType="default" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727177860192</Id>
<Name><![CDATA[f_setBuilding_data]]></Name>
<X>-690</X><Y>335</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[//Loop to fill the building collection with the campus buildings
List<Tuple> rows = selectFrom(buildings).list();
for(Tuple row : rows){
c_FontysBuildings.add(f_buildingRecordBuilder(row));
}
]]></Body>
</Function>
<Function AccessType="protected" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727442848159</Id>
<Name><![CDATA[f_createFontysBuildings_and_GC_Excel]]></Name>
<X>440</X><Y>260</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Body><![CDATA[// Loop through the comp_connections
List<Tuple> connectionRows = selectFrom(comp_connections).list();
for (Tuple connectionRow : connectionRows) {
// Create the GC
GCUtility companyGC = energyModel.add_UtilityConnections();
companyGC.p_gridConnectionID = connectionRow.get(comp_connections.gc_id);
companyGC.p_ownerID = connectionRow.get( comp_connections.name );
companyGC.p_physicalConnectionCapacity_kW = connectionRow.get(comp_connections.connection_capacity_demand);
companyGC.p_contractedDeliveryCapacity_kW = connectionRow.get(comp_connections.connection_capacity_demand);
companyGC.p_contractedFeedinCapacity_kW = connectionRow.get(comp_connections.connection_capacity_supply);
// Create the connection owner
ConnectionOwner COC = energyModel.add_pop_connectionOwners();
COC.p_actorID = companyGC.p_ownerID;
COC.p_actorType = OL_ActorType.CONNECTIONOWNER;
COC.p_connectionOwnerType = OL_ConnectionOwnerType.COMPANY;
COC.p_detailedCompany = true;
//Connect owner with GC
companyGC.p_owner = COC;
// A GC can have multiple buildings
double totalFloorSurfaceAreaGC_m2 = 0;
double totalRoofSurfaceAreaGC_m2 = 0;
for (Building_data dataBuilding : c_FontysBuildings) {
if (dataBuilding.gc_id().equals(companyGC.p_gridConnectionID)) {
GIS_Building b = f_createGISBuilding( dataBuilding, companyGC);
totalFloorSurfaceAreaGC_m2 += b.p_floorSurfaceArea_m2;
totalRoofSurfaceAreaGC_m2 += b.p_roofSurfaceArea_m2;
//Style building
if (COC.p_detailedCompany) {
b.p_defaultFillColor = zero_Interface.v_detailedCompanyBuildingColor;
b.p_defaultLineColor = zero_Interface.v_detailedCompanyBuildingLineColor;
}
else {
b.p_defaultFillColor = zero_Interface.v_companyBuildingColor;
b.p_defaultLineColor = zero_Interface.v_companyBuildingLineColor;
}
zero_Interface.f_styleAreas(b);
//Adress data (Keeps overwriting this info each time a new building is found, ends with data from last building)
companyGC.p_address = new J_Address();
companyGC.p_address.setStreetName( dataBuilding.streetname() );
companyGC.p_address.setHouseNumber( dataBuilding.house_number() );
companyGC.p_address.setHouseLetter( dataBuilding.house_letter() );
companyGC.p_address.setHouseAddition( dataBuilding.house_addition() );
companyGC.p_address.setPostalcode( dataBuilding.postalcode() );
companyGC.p_address.setCity( dataBuilding.city() );
// Set Trafo ID
companyGC.p_parentNodeElectricID = dataBuilding.trafo_id();
}
}
//Add (combined) building data to GC (latitude and longitude + area)
companyGC.p_floorSurfaceArea_m2 = totalFloorSurfaceAreaGC_m2;
companyGC.p_roofSurfaceArea_m2 = totalRoofSurfaceAreaGC_m2;
if (companyGC.c_connectedGISObjects.size() == 0) {
throw new IllegalStateException(" GC with owner " + companyGC.p_ownerID + " has no building.");
}
companyGC.p_longitude = companyGC.c_connectedGISObjects.get(0).p_longitude; // Get longitude of first building (only used to get nearest trafo)
companyGC.p_latitude = companyGC.c_connectedGISObjects.get(0).p_latitude; // Get latitude of first building (only used to get nearest trafo)
companyGC.setLatLon(companyGC.p_latitude, companyGC.p_longitude);
// Heating type
companyGC.p_heatingType = OL_GridConnectionHeatingType.GASBURNER;
// Instantiate the energy assets based on the comp_connection excel
f_iEAFontysBuildings_and_GC_Excel(connectionRow, companyGC);
}
]]></Body>
</Function>
<Function AccessType="protected" StaticFunction="false">
<ReturnModificator>VOID</ReturnModificator>
<ReturnType><![CDATA[double]]></ReturnType>
<Id>1727442848161</Id>
<Name><![CDATA[f_iEAFontysBuildings_and_GC_Excel]]></Name>
<X>460</X><Y>280</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<Parameter>
<Name><![CDATA[row]]></Name>
<Type><![CDATA[Tuple]]></Type>
</Parameter>
<Parameter>
<Name><![CDATA[companyGC]]></Name>
<Type><![CDATA[GridConnection]]></Type>
</Parameter>
<Body><![CDATA[double ratioGasUsedForHeating = 1;
J_scenario_Current current_scenario_list = new J_scenario_Current();
zero_Interface.c_scenarioMap_Current.put(companyGC, current_scenario_list);
J_scenario_Future future_scenario_list = new J_scenario_Future();
zero_Interface.c_scenarioMap_Future.put(companyGC, future_scenario_list);
//Add current grid capacity to current scenario list
current_scenario_list.setCurrentContractDeliveryCapacity_kW(companyGC.p_contractedDeliveryCapacity_kW);
//Add future grid capacity to future scenario list (FOR NOW IT STAYS THE SAME, NO DATA)
future_scenario_list.setRequestedContractDeliveryCapacity_kW(companyGC.p_contractedDeliveryCapacity_kW);
if (row.get( comp_connections.has_quarterhourly_values )) {
f_addElectricityDemandProfile(companyGC, 0, null, true, companyGC.p_gridConnectionID);
} else { // If not: Use yearly consumption and generic profiles
// Passing null for the amount of PV means no preprocessing is done
f_addElectricityDemandProfile(companyGC, row.get( comp_connections.electricity_consumption_k_wh_year ), null, false, "Office_other_electricity");
}
//Gas consumption
double gasConsumption_m3 = row.get( comp_connections.gas_consumption_m3_year );
if (gasConsumption_m3 > 0) {
f_addHeatDemandProfile(companyGC, gasConsumption_m3, false, ratioGasUsedForHeating, "Building_heat_demand");
}
//PV panels
int installedPV_kW = row.get( comp_connections.pv_installed_kw );
if( installedPV_kW > 0){
f_addEnergyProduction(companyGC, OL_EnergyAssetType.PHOTOVOLTAIC, "solar panels", installedPV_kW);
}
current_scenario_list.setCurrentPV_kW(installedPV_kW);
future_scenario_list.setPlannedPV_year( row.get( comp_connections.pv_investment_year ) );
future_scenario_list.setPlannedPV_kW( row.get( comp_connections.pv_investment_kw ) );
//Vehicles
//Trucks
int nbTrucks = row.get( comp_connections.nb_trucks );
int nbEVTrucks = row.get( comp_connections.nb_etrucks );
if (nbTrucks > 0) {
for (int i = 0; i<nbEVTrucks; i++) {
f_addElectricVehicle(companyGC, OL_EnergyAssetType.ELECTRIC_TRUCK, true, 0, 0);
v_remainingNumberOfTrucks--;
}
for (int i = 0; i<(nbTrucks-nbEVTrucks); i++) {
f_addDieselVehicle(companyGC, OL_EnergyAssetType.DIESEL_TRUCK, true, 0);
v_remainingNumberOfTrucks--;
}
}
current_scenario_list.setCurrentDieselTrucks(nbTrucks);
current_scenario_list.setCurrentEVTrucks(nbEVTrucks);
future_scenario_list.setPlannedEVTrucks( row.get( comp_connections.nb_planned_etrucks ) );
//Vans
int nbVans = row.get( comp_connections.nb_vans );
int nbEVans = row.get( comp_connections.nb_evans );
if (nbVans>0) {
for (int i = 0; i<nbEVans; i++) {
f_addElectricVehicle(companyGC, OL_EnergyAssetType.ELECTRIC_VAN, true, 0, 0);
v_remainingNumberOfVans--;
}
for (int i = 0; i<(nbVans-nbEVans); i++) {
f_addDieselVehicle(companyGC, OL_EnergyAssetType.DIESEL_VAN, true, 0);
v_remainingNumberOfVans--;
}
}
current_scenario_list.setCurrentDieselVans(nbVans);
current_scenario_list.setCurrentEVVans(nbEVans);
future_scenario_list.setPlannedEVVans( row.get( comp_connections.nb_planned_evans ) );
//Cars
int nbCars = row.get( comp_connections.nb_cars );
int nbEVs = row.get( comp_connections.nb_evs );
if (nbCars>0) {
for (int i = 0; i<nbEVs; i++) {
f_addElectricVehicle(companyGC, OL_EnergyAssetType.ELECTRIC_VEHICLE, true, 0, 0);
}
for (int i = 0; i<(nbCars-nbEVs); i++) {
f_addDieselVehicle(companyGC, OL_EnergyAssetType.DIESEL_VEHICLE, true, 0);
}
}
current_scenario_list.setCurrentDieselCars(nbCars);
current_scenario_list.setCurrentEVCars(nbEVs);
future_scenario_list.setPlannedEVCars( row.get( comp_connections.nb_planned_evs ) );
]]></Body>
</Function>
</Functions>
<AgentLinks>
<AgentLink>
<Id>1709049506454</Id>
<Name><![CDATA[connections]]></Name>
<X>50</X><Y>-50</Y>
<Label><X>15</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<HandleReceiveInConnections>false</HandleReceiveInConnections>
<AgentLinkType>COLLECTION_OF_LINKS</AgentLinkType>
<AgentLinkBidirectional>true</AgentLinkBidirectional>
<MessageType><![CDATA[Object]]></MessageType>
<LineStyle>SOLID</LineStyle>
<LineWidth>1</LineWidth>
<LineColor>-16777216</LineColor>
<LineZOrder>UNDER_AGENTS</LineZOrder>
<LineArrow>NONE</LineArrow>
<LineArrowPosition>END</LineArrowPosition>
</AgentLink>
</AgentLinks>
<ContainerLinks>
<ContainerLink>
<Id>1726155991074</Id>
<Name><![CDATA[startUp_FontysCampus]]></Name>
<X>50</X><Y>-100</Y>
<Label><X>10</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<ActiveObjectClass>
<PackageName><![CDATA[zerofontyscampus]]></PackageName>
<ClassName><![CDATA[StartUp_FontysCampus]]></ClassName>
</ActiveObjectClass>
</ContainerLink>
</ContainerLinks>
<EmbeddedObjects>
<EmbeddedObject>
<Id>1726134503173</Id>
<Name><![CDATA[interface_FontysCampus]]></Name>
<X>30</X><Y>750</Y>
<Label><X>20</X><Y>0</Y></Label>
<PublicFlag>false</PublicFlag>
<PresentationFlag>true</PresentationFlag>
<ShowLabel>true</ShowLabel>
<ActiveObjectClass>
<PackageName><![CDATA[zerofontyscampus]]></PackageName>
<ClassName><![CDATA[Interface_FontysCampus]]></ClassName>
</ActiveObjectClass>
<GenericParameterSubstitute>
<GenericParameterSubstituteReference>
<PackageName><![CDATA[zerofontyscampus]]></PackageName>
<ClassName><![CDATA[Interface_FontysCampus]]></ClassName>
<ItemName><![CDATA[1722364114820]]></ItemName>
</GenericParameterSubstituteReference>
</GenericParameterSubstitute>
<Parameters>
<Parameter>
<Name><![CDATA[t_scenario_current]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[t_scenario_2]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[t_scenario_3]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[t_scenario_XXX]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[t_scenario_custom]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[energyModel]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[map_centre_latitude]]></Name>
</Parameter>
<Parameter>
<Name><![CDATA[map_centre_longitude]]></Name>
</Parameter>
<Parameter>