protected override void RunActualProcess([NotNull] ScenarioSliceParameters slice)
{
var dbSrcHouses = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice.PreviousSliceNotNull);
var dbDstHouses = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice);
dbDstHouses.RecreateTable <DHWHeaterEntry>();
var srcdhwsystems = dbSrcHouses.Fetch <DHWHeaterEntry>();
dbDstHouses.BeginTransaction();
WeightedRandomAllocator <DHWHeaterEntry> dhwAllocator = new WeightedRandomAllocator <DHWHeaterEntry>(Services.Rnd, Services.Logger);
int numberOfObjects = (int)slice.DHWSystemConversionNumber;
var electricBoilers = srcdhwsystems.Where(x => x.DhwHeatingSystemType == DhwHeatingSystem.Electricity).ToList();
if (electricBoilers.Count == 0 && numberOfObjects > 0)
{
throw new FlaException("No electric boilers left when trying to allocate " + numberOfObjects);
}
bool failOnOversubscribe = slice.DstYear != 2050;
var systemsToChange = dhwAllocator.PickNumberOfObjects(srcdhwsystems, x => x.EffectiveEnergyDemand, numberOfObjects, failOnOversubscribe);
foreach (var entry in systemsToChange)
{
entry.DhwHeatingSystemType = DhwHeatingSystem.Heatpump;
entry.EffectiveEnergyDemand = entry.EffectiveEnergyDemand / 3;
}
foreach (var dhw in srcdhwsystems)
{
dhw.ID = 0;
dbDstHouses.Save(dhw);
}
dbDstHouses.CompleteTransaction();
}
protected override void RunActualProcess([NotNull] ScenarioSliceParameters slice)
{
var dbSrcHouses = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice.PreviousSliceNotNull);
var dbDstHouses = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice);
dbDstHouses.RecreateTable <AirConditioningEntry>();
var srcAirconditioningEntries = dbSrcHouses.Fetch <AirConditioningEntry>();
var srcHouses = dbSrcHouses.Fetch <House>();
var airConGuids = srcAirconditioningEntries.Select(x => x.HouseGuid).ToList();
var hausanschlusess = dbSrcHouses.Fetch <Hausanschluss>();
var businesses = dbDstHouses.Fetch <BusinessEntry>();
var housesWithoutAirconditioning1 = srcHouses.Where(x => !airConGuids.Contains(x.Guid)).ToList();
if (housesWithoutAirconditioning1.Count == 0)
{
throw new FlaException("no houses left without airconditioning");
}
foreach (var conditioningEntry in srcAirconditioningEntries)
{
conditioningEntry.HausAnschlussGuid.Should().NotBeNullOrWhiteSpace();
var ha = hausanschlusess.First(x => x.Guid == conditioningEntry.HausAnschlussGuid);
if (ha.ObjectID.ToLower().Contains("kleinanschluss"))
{
throw new FlaException("No ac at kleinanschluss");
}
}
// ReSharper disable once ArrangeLocalFunctionBody
double CalculateYearlyAirConditioningEnergyConsumption(House h) =>
h.EnergieBezugsFläche * slice.AirConditioningEnergyIntensityInKWhPerSquareMeter;
double totalEbf = srcHouses.Sum(x => x.EnergieBezugsFläche);
double totalTargetAirConditioning =
totalEbf * slice.PercentageOfAreaWithAirConditioning * slice.AirConditioningEnergyIntensityInKWhPerSquareMeter;
double currentAirConditioning = srcAirconditioningEntries.Sum(x => x.EffectiveEnergyDemand);
double newlyInstealledEnergyForAirconditioning = totalTargetAirConditioning - currentAirConditioning;
if (newlyInstealledEnergyForAirconditioning < 0)
{
throw new FlaException("Negative air conditioning target. Currently installed in " + slice + " are " +
currentAirConditioning / (totalEbf * slice.AirConditioningEnergyIntensityInKWhPerSquareMeter));
}
bool failOnOver = slice.DstYear != 2050;
WeightedRandomAllocator <House> allocator = new WeightedRandomAllocator <House>(Services.Rnd, Services.Logger);
var housesForAirConditioning = allocator.PickObjectUntilLimit(housesWithoutAirconditioning1,
x => x.EnergieBezugsFläche,
CalculateYearlyAirConditioningEnergyConsumption,
newlyInstealledEnergyForAirconditioning,
failOnOver);
var dstAirConditioningEntries = new List <AirConditioningEntry>();
foreach (var house in housesForAirConditioning)
{
var businessesInHouse = businesses.Where(x => x.HouseGuid == house.Guid).ToList();
AirConditioningType act = AirConditioningType.Commercial;
if (businessesInHouse.Count == 0)
{
act = AirConditioningType.Residential;
}
foreach (var entry in businessesInHouse)
{
if (entry.BusinessType == BusinessType.Industrie)
{
act = AirConditioningType.Industrial;
}
}
Hausanschluss ha = house.GetHausanschlussByIsn(new List <int>(), null, hausanschlusess, MyLogger, false);
if (ha != null && ha.ObjectID.ToLower().Contains("kleinanschluss"))
{
ha = null;
}
if (ha != null)
{
var ace = new AirConditioningEntry(house.Guid,
Guid.NewGuid().ToString(),
CalculateYearlyAirConditioningEnergyConsumption(house),
1,
act,
ha.Guid,
house.ComplexName + " - Air Conditioning",
"");
dstAirConditioningEntries.Add(ace);
}
}
foreach (var airconditioningEntry in srcAirconditioningEntries)
{
airconditioningEntry.ID = 0;
dstAirConditioningEntries.Add(airconditioningEntry);
}
//final checks
foreach (var dstAirConditioningEntry in dstAirConditioningEntries)
{
dstAirConditioningEntry.HausAnschlussGuid.Should().NotBeNullOrWhiteSpace();
var ha = hausanschlusess.First(x => x.Guid == dstAirConditioningEntry.HausAnschlussGuid);
if (ha.ObjectID.ToLower().Contains("kleinanschluss"))
{
throw new FlaException("No ac at kleinanschluss");
}
}
dbDstHouses.BeginTransaction();
foreach (var airConditioningEntry in dstAirConditioningEntries)
{
dbDstHouses.Save(airConditioningEntry);
}
dbDstHouses.CompleteTransaction();
}
protected override void RunActualProcess([NotNull] ScenarioSliceParameters parameters)
{
Services.SqlConnection.RecreateTable <HeatingSystemEntry>(Stage.Houses, parameters);
var dbSrcHouses = Services.SqlConnection.GetDatabaseConnection(Stage.Houses, parameters.PreviousScenarioNotNull).Database;
var dbDstHouses = Services.SqlConnection.GetDatabaseConnection(Stage.Houses, parameters).Database;
var srcHeatingSystems = dbSrcHouses.Fetch <HeatingSystemEntry>();
if (srcHeatingSystems.Count == 0)
{
throw new FlaException("No heating systems were found");
}
int elapsedTime = parameters.DstYear - parameters.PreviousScenarioNotNull.DstYear;
foreach (var heatingSystemEntry in srcHeatingSystems)
{
heatingSystemEntry.Age += elapsedTime;
}
int yearsToAge = parameters.DstYear - parameters.PreviousScenarioNotNull.DstYear;
var potentialSystemsToChange = srcHeatingSystems.Where(x => x.SynthesizedHeatingSystemType == HeatingSystemType.Öl || x.SynthesizedHeatingSystemType == HeatingSystemType.Gas).ToList();
WeightedRandomAllocator <HeatingSystemEntry> wra = new WeightedRandomAllocator <HeatingSystemEntry>(Services.Rnd);
double WeighingFunction(HeatingSystemEntry heatingSystemEntry)
{
double ageWeight = heatingSystemEntry.Age / 30.0;
double energyWeight = 1 - heatingSystemEntry.AverageHeatingEnergyDemandDensity / 200;
if (energyWeight <= 0)
{
energyWeight = 0.000001;
}
double combinedWeight = 1 / (ageWeight * energyWeight);
if (double.IsInfinity(combinedWeight))
{
throw new Exception("Invalid weight");
}
return(combinedWeight);
}
/*
* double SumFunction(HeatingSystemEntry heatingSystemEntry)
* {
* return heatingSystemEntry.YearlyEnergyDemand;
* }
*/
var pickedHeatingSystems = wra.PickObjects(potentialSystemsToChange, WeighingFunction, (int)parameters.ConversionToHeatPumpNumber);
if (potentialSystemsToChange.Count < parameters.ConversionToHeatPumpNumber)
{
throw new Exception("not enough other heating systems left for heat pump conversion demand");
}
foreach (var pickedHeatingSystem in pickedHeatingSystems)
{
pickedHeatingSystem.Age = 0;
pickedHeatingSystem.SynthesizedHeatingSystemType = HeatingSystemType.Heatpump;
}
dbDstHouses.BeginTransaction();
foreach (HeatingSystemEntry heatingSystemEntry in srcHeatingSystems)
{
heatingSystemEntry.Age += yearsToAge;
heatingSystemEntry.HeatingSystemID = 0;
dbDstHouses.Save(heatingSystemEntry);
}
dbDstHouses.CompleteTransaction();
}
private void ApplyDeathsIncludingPersistence([NotNull] ScenarioSliceParameters slice,
[NotNull][ItemNotNull]
List <Household> srcHouseholds,
[NotNull][ItemNotNull]
IReadOnlyCollection <Occupant> allOccupants)
{
WeightedRandomAllocator <Occupant> wra = new WeightedRandomAllocator <Occupant>(Services.Rnd, Services.Logger);
var dbDstHousePersistence = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice, DatabaseCode.Persistence);
dbDstHousePersistence.CreateTableIfNotExists <PersistenceDeathEntry>();
int numberOfDeathsLeft = (int)slice.NumberOfDeaths;
var deathEntries = dbDstHousePersistence.Fetch <PersistenceDeathEntry>();
var peopleToRemove = new List <Occupant>();
Info("Number of planned deaths: " + numberOfDeathsLeft);
dbDstHousePersistence.BeginTransaction();
foreach (var de in deathEntries)
{
var hh = srcHouseholds.FirstOrDefault(x => x.HouseholdKey == de.HouseholdKey);
if (hh == null)
{
dbDstHousePersistence.Delete(de);
continue;
}
var srcocc = allOccupants.FirstOrDefault(x => x.HouseholdGuid == hh.Guid && x.Age == de.Age && x.Gender == de.Gender);
if (srcocc == null)
{
dbDstHousePersistence.Delete(de);
continue;
}
numberOfDeathsLeft--;
peopleToRemove.Add(srcocc);
if (numberOfDeathsLeft == 0)
{
break;
}
}
Info("Deaths after applying persistent deaths from db: " + numberOfDeathsLeft);
List <Occupant> randomRemovedPeople = new List <Occupant>();
if (numberOfDeathsLeft > 0)
{
randomRemovedPeople = wra.PickNumberOfObjects(allOccupants, (x => x.Age * x.Age), numberOfDeathsLeft, true);
Info("Randomly picked additional people: " + randomRemovedPeople.Count);
}
peopleToRemove.AddRange(randomRemovedPeople);
Info("People dying: " + peopleToRemove.Count);
foreach (var deadocc in peopleToRemove)
{
Household hh = srcHouseholds.First(x => x.Guid == deadocc.HouseholdGuid);
PersistenceDeathEntry de = new PersistenceDeathEntry(hh.HouseholdKey, deadocc.Age, deadocc.Gender);
dbDstHousePersistence.Save(de);
hh.Occupants.Remove(deadocc);
}
dbDstHousePersistence.CompleteTransaction();
}
protected override void RunActualProcess([NotNull] ScenarioSliceParameters slice)
{
var dbSrcHouses = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice.PreviousSliceNotNull);
var dbDstHouses = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice);
var households = dbDstHouses.FetchAsRepo <Household>();
dbDstHouses.RecreateTable <Car>();
var srcCars = dbSrcHouses.FetchAsRepo <Car>();
CheckCarsPerHousehold(srcCars);
//filter cars for eliminated households
var householdGuids = households.ToGuidHashset();
if (srcCars.Count == 0)
{
throw new Exception("No cars were found in the scenario " + slice.DstScenario + " - " + slice.DstYear);
}
var yearsToAge = slice.DstYear - slice.PreviousSlice?.DstYear ?? throw new FlaException("Previous scenario was not set");
dbDstHouses.BeginTransaction();
WeightedRandomAllocator <Car> allocator = new WeightedRandomAllocator <Car>(Services.Rnd, Services.Logger);
var carsToPickFrom = srcCars.Where(x => x.CarType == CarType.Gasoline).ToList();
bool failOnOversubscribe = slice.DstYear == 2050 ? false : true;
int numberOfTargetElectricCars = (int)(slice.TotalPercentageOfElectricCars * srcCars.Count);
int numberOfCurrentElectricCars = srcCars.Count - carsToPickFrom.Count;
int numberOfNewElectricCars = numberOfTargetElectricCars - numberOfCurrentElectricCars;
if (numberOfNewElectricCars < 0)
{
throw new FlaException("Negative target electric cars in slice " + slice);
}
var carsToChange = allocator.PickNumberOfObjects(carsToPickFrom, x => x.Age, numberOfNewElectricCars, failOnOversubscribe);
int carsSaved = 0;
List <Car> carsToDelete = new List <Car>();
foreach (var car in srcCars)
{
if (!householdGuids.Contains(car.HouseholdGuid))
{
var otherhouseholds = households.GetByReferenceGuidWithEmptyReturns(car.HouseGuid, "houseguid", x => x.HouseGuid);
if (otherhouseholds.Count == 0)
{
carsToDelete.Add(car);
continue;
}
var otherCars = srcCars.GetByReferenceGuidWithEmptyReturns(car.HouseGuid, "houseguid", x => x.HouseGuid);
var hhswithCarGuids = otherCars.Select(x => x.HouseholdGuid).ToList();
var householdsWithoutCars = otherhouseholds.Where(x => !hhswithCarGuids.Contains(x.Guid)).ToList();
if (householdsWithoutCars.Count > 0)
{
car.HouseholdGuid = householdsWithoutCars[Services.Rnd.Next(householdsWithoutCars.Count)].Guid;
}
else
{
car.HouseholdGuid = otherhouseholds[Services.Rnd.Next(householdsWithoutCars.Count)].Guid;
}
}
}
var carsToSave = srcCars.GetValueList();
foreach (var car in carsToDelete)
{
carsToSave.Remove(car);
}
CheckCarsPerHousehold(carsToSave);
int targetCarCount = (int)(households.SelectMany(x => x.Occupants).Count() * slice.CarOwnershipPercentage);
if (carsToSave.Count > targetCarCount)
{
//clear excess cars
int excessCars = carsToSave.Count - targetCarCount;
var carsToSell = allocator.PickNumberOfObjects(carsToSave, x => x.Age, excessCars, false);
foreach (var sellcar in carsToSell)
{
carsToSave.Remove(sellcar);
}
}
else
{
int carsToCreate = targetCarCount - carsToSave.Count;
while (carsToCreate > 0)
{
var dict = CheckCarsPerHousehold(carsToSave);
var householdGuid = dict.First().Key;
if (dict.First().Value > 2)
{
throw new FlaException("more than 2 cars per household");
}
string houseguid = households.GetByGuid(householdGuid).HouseGuid;
CarType targetCarType = CarType.Gasoline;
if (carsToSave.Count(x => x.CarType == CarType.Electric) < (slice.TotalPercentageOfElectricCars * carsToSave.Count))
{
targetCarType = CarType.Electric;
}
Car newcar = new Car(householdGuid, Guid.NewGuid().ToString(), 0, targetCarType, houseguid);
carsToCreate--;
carsToSave.Add(newcar);
}
}
CheckCarsPerHousehold(carsToSave);
foreach (var car in carsToSave)
{
car.ID = 0;
car.Age += yearsToAge;
if (carsToChange.Contains(car))
{
car.CarType = CarType.Electric;
car.Age = 0;
}
carsSaved++;
dbDstHouses.Save(car);
}
//make new Cars
Info("Converted " + carsToChange.Count + " cars, out of a total of " + carsSaved);
//convert cars to electric
dbDstHouses.CompleteTransaction();
}
protected override void RunActualProcess([NotNull] ScenarioSliceParameters slice)
{
var dbSrcHouses = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice.PreviousSliceNotNull);
var dbDstHouses = Services.SqlConnectionPreparer.GetDatabaseConnection(Stage.Houses, slice);
dbDstHouses.RecreateTable <HeatingSystemEntry>();
var srcHeatingSystems = dbSrcHouses.Fetch <HeatingSystemEntry>();
var srcHouses = dbSrcHouses.Fetch <House>();
var dstHouses = dbDstHouses.FetchAsRepo <House>();
if (srcHeatingSystems.Count == 0)
{
throw new FlaException("No heating systems were found");
}
double totalHeatingDemand = srcHeatingSystems.Sum(x => x.HeatDemand);
double totalEbf = srcHouses.Sum(x => x.EnergieBezugsFläche);
double averageEnergyIntensityForNewAppartments = totalHeatingDemand / totalEbf * 0.5;
//add heating demand from new appartments
foreach (var hse in srcHeatingSystems)
{
var house = dstHouses.GetByGuid(hse.HouseGuid);
foreach (var expansion in house.Appartments)
{
var hseExpansion = hse.HeatDemands.FirstOrDefault(x => x.HouseExpansionGuid == expansion.Guid);
if (hseExpansion == null)
{
AppartmentHeatingDemand hsex = new AppartmentHeatingDemand(expansion.Guid,
expansion.EnergieBezugsFläche,
averageEnergyIntensityForNewAppartments * expansion.EnergieBezugsFläche,
slice.DstYear);
hse.HeatDemands.Add(hsex);
}
}
}
var dstHousesByGuid = dstHouses.ToDictionary(x => x.Guid, x => x);
DumpHeatingSystemsToXlsx(slice, srcHeatingSystems, dstHousesByGuid);
//building renovations
WeightedRandomAllocator <HeatingSystemEntry> wra = new WeightedRandomAllocator <HeatingSystemEntry>(Services.Rnd, MyLogger);
var potentialRenovationHeatingSystems = srcHeatingSystems
.Where(x => x.Age > 10 && x.HeatDemand > 0 && Math.Abs(x.HeatDemand - x.OriginalHeatDemand2017) < 0.1).ToList();
if (potentialRenovationHeatingSystems.Count == 0)
{
throw new FlaException("Not a single heating system found");
}
double averageRenovationFactor = slice.AverageHouseRenovationFactor;
if (Math.Abs(averageRenovationFactor) < 0.000001)
{
throw new FlaException("Renovation factor was 0 for scenario " + slice);
}
int numberOfBuildingRenovations = (int)(slice.RenovationRatePercentage * srcHouses.Count);
Info("renovating houses, target number " + numberOfBuildingRenovations + " GWh, renovation factor " + averageRenovationFactor);
bool failOnOversubscribe = slice.DstYear != 2050;
var systemsToRenovate = wra.PickNumberOfObjects(potentialRenovationHeatingSystems,
WeighingFunctionForRenovation,
numberOfBuildingRenovations,
failOnOversubscribe);
Info("Renovating " + systemsToRenovate.Count + " houses with a total heat demand of " + systemsToRenovate.Sum(x => x.HeatDemand));
foreach (var entry in systemsToRenovate)
{
entry.RenovateAllHeatDemand(averageRenovationFactor);
}
//change heating systems
var changeableHeatingSystems = srcHeatingSystems.ToList();
int elapsedTime = slice.DstYear - slice.PreviousSliceNotNull.DstYear;
foreach (var heatingSystemEntry in srcHeatingSystems)
{
heatingSystemEntry.Age += elapsedTime;
}
int yearsToAge = slice.DstYear - slice.PreviousSliceNotNull.DstYear;
RowCollection rc = new RowCollection("Changes", "Changes");
double totalOilHeatDemand2017 = changeableHeatingSystems.Where(x => x.HeatingSystemType2017 == HeatingSystemType.Öl)
.Sum(x => x.OriginalHeatDemand2017);
double oilenergyAmountToChange = totalOilHeatDemand2017 * slice.Energy2017PercentageFromOilToHeatpump;
ChangeHeatingSystemsForOneType(slice, changeableHeatingSystems, HeatingSystemType.Öl, oilenergyAmountToChange, rc, dstHousesByGuid);
double totalGasHeatDemand2017 = changeableHeatingSystems.Where(x => x.HeatingSystemType2017 == HeatingSystemType.Gas)
.Sum(x => x.OriginalHeatDemand2017);
double gasEnergyAmountToChange = totalGasHeatDemand2017 * slice.Energy2017PercentageFromGasToHeatpump;
ChangeHeatingSystemsForOneType(slice, changeableHeatingSystems, HeatingSystemType.Gas, gasEnergyAmountToChange, rc, dstHousesByGuid);
double totalOtherHeatDemand = changeableHeatingSystems.Where(x => x.HeatingSystemType2017 == HeatingSystemType.Other)
.Sum(x => x.OriginalHeatDemand2017);
double otherDemandToChange = slice.Energy2017PercentageFromOtherToHeatpump * totalOtherHeatDemand;
ChangeHeatingSystemsForOneType(slice, changeableHeatingSystems, HeatingSystemType.Other, otherDemandToChange, rc, dstHousesByGuid);
var fn = MakeAndRegisterFullFilename("HeatingChangeLog.xlsx", slice);
if (rc.Rows.Count > 0)
{
XlsxDumper.WriteToXlsx(fn, rc);
}
dbDstHouses.BeginTransaction();
foreach (HeatingSystemEntry heatingSystemEntry in srcHeatingSystems)
{
heatingSystemEntry.Age += yearsToAge;
heatingSystemEntry.ID = 0;
dbDstHouses.Save(heatingSystemEntry);
}
dbDstHouses.CompleteTransaction();
var srcHouseGuids = srcHouses.Select(x => x.Guid).ToHashSet();
var dstHouseGuids = dstHouses.Select(x => x.Guid).ToHashSet();
foreach (var heatingSystem in srcHeatingSystems)
{
srcHouseGuids.Should().Contain(heatingSystem.HouseGuid);
dstHouseGuids.Should().Contain(heatingSystem.HouseGuid);
}
}
private void ChangeHeatingSystemsForOneType([NotNull] ScenarioSliceParameters slice,
[NotNull][ItemNotNull] List <HeatingSystemEntry> allPotentialSystemsToChange,
HeatingSystemType heatingSystemType,
double sumToSwitch,
[NotNull] RowCollection rc,
[NotNull] Dictionary <string, House> housesByGuid)
{
if (Math.Abs(sumToSwitch) < 0.1)
{
return;
}
var rb = RowBuilder.Start("Type to Change", heatingSystemType.ToString());
rc.Add(rb);
var matchingPotentialSystemsToChange =
allPotentialSystemsToChange.Where(x => x.SynthesizedHeatingSystemType == heatingSystemType).ToList();
rb.Add("Planned Sum", sumToSwitch);
rb.Add("Energy Demand before across all systems", matchingPotentialSystemsToChange.Select(x => x.OriginalHeatDemand2017).Sum());
WeightedRandomAllocator <HeatingSystemEntry> wra = new WeightedRandomAllocator <HeatingSystemEntry>(Services.Rnd, MyLogger);
var pickedHeatingSystems = wra.PickObjectUntilLimit(matchingPotentialSystemsToChange,
WeighingFunctionForSwitchingToHeatpump,
x => x.OriginalHeatDemand2017,
sumToSwitch,
false);
double changedEnergy = 0;
foreach (var pickedHeatingSystem in pickedHeatingSystems)
{
pickedHeatingSystem.Age = 0;
pickedHeatingSystem.SynthesizedHeatingSystemType = HeatingSystemType.Heatpump;
pickedHeatingSystem.ProvideProfile = true;
changedEnergy += pickedHeatingSystem.OriginalHeatDemand2017;
House house = housesByGuid[pickedHeatingSystem.HouseGuid];
var rb1 = RowBuilder.Start("House", house.ComplexName);
rb1.Add("Changed Energy", pickedHeatingSystem.EffectiveEnergyDemand);
rb1.Add("Heating System", heatingSystemType);
rc.Add(rb1);
}
rb.Add("Changed Sum", changedEnergy);
Info("Changed " + pickedHeatingSystems.Count + " from " + heatingSystemType + " to heatpump for a total of " + changedEnergy / 1_000_000 +
" gwh");
double overSubscribed = sumToSwitch - changedEnergy;
rb.Add("Oversubscribed", overSubscribed);
if (slice.DstYear != 2050)
{
if (overSubscribed > 0)
{
throw new FlaException("Problem: tried to allocate " + sumToSwitch / Constants.GWhFactor +
"gwh to heat pumps, but could only switch " + changedEnergy / Constants.GWhFactor + " gwh in the year " +
slice.DstYear + " and scenario " + slice.DstScenario + " from type " + heatingSystemType);
}
//im letzten jahr ist oversubscribe ok.
//overSubscribed.Should().BeLessOrEqualTo(0);
}
var leftoveroldSystems = matchingPotentialSystemsToChange.Where(x => x.SynthesizedHeatingSystemType == heatingSystemType).ToList();
rb.Add("Energy Demand after across all systems", leftoveroldSystems.Select(x => x.EffectiveEnergyDemand).Sum());
}
