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Commit 47b9c527 authored by Markus Quaritsch's avatar Markus Quaritsch
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updating testcases for SSM cooling and heating

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VectoCore/VectoCoreTest/Models/Declaration/BusAux/SSMTestHeatingCooling.cs
+ 283
− 39
View file @ 47b9c527
......@@ -111,41 +111,86 @@ public class SSMTestHeatingCooling
TestCase(CFG10 , 11 , HeatPumpNone , HeatPump3Stage , 822.528 , 2965.1077) ,
// only electrical heatpumps
TestCase(CFG2 , 1 , HeatPumpCont , HeatPumpType.none , 299.88 , 0.0) ,
TestCase(CFG2 , 6 , HeatPumpCont , HeatPumpType.none , 299.88 , 0.0) ,
TestCase(CFG2 , 8 , HeatPumpCont , HeatPumpType.none , 288.8324 , 0) ,
TestCase(CFG2 , 11 , HeatPumpCont , HeatPumpType.none , 1520.7 , 0) ,
TestCase(CFG4 , 1 , HeatPumpCont , HeatPumpType.none , 428.400 , 0.0) ,
TestCase(CFG4 , 6 , HeatPumpCont , HeatPumpType.none , 428.4 , 0.0) ,
TestCase(CFG4 , 8 , HeatPumpCont , HeatPumpType.none , 823.4756 , 0) ,
TestCase(CFG4 , 11 , HeatPumpCont , HeatPumpType.none , 2055.3432 , 0) ,
TestCase(CFG2 , 1 , HeatPumpCont , HeatPumpNone , 299.88 , 0.0) ,
TestCase(CFG2 , 6 , HeatPumpCont , HeatPumpNone , 299.88 , 0.0) ,
TestCase(CFG2 , 8 , HeatPumpCont , HeatPumpNone , 288.8324 , 0) ,
TestCase(CFG2 , 11 , HeatPumpCont , HeatPumpNone , 1520.7 , 0) ,
TestCase(CFG2 , 1 , HeatPumpR744 , HeatPumpNone , 299.88 , 0.0) ,
TestCase(CFG2 , 6 , HeatPumpR744 , HeatPumpNone , 299.88 , 0.0) ,
TestCase(CFG2 , 8 , HeatPumpR744 , HeatPumpNone , 288.8524 , 0) ,
TestCase(CFG2 , 11 , HeatPumpR744 , HeatPumpNone , 1866.3491 , 0) ,
TestCase(CFG4 , 1 , HeatPumpCont , HeatPumpNone , 428.400 , 0.0) ,
TestCase(CFG4 , 6 , HeatPumpCont , HeatPumpNone , 428.4 , 0.0) ,
TestCase(CFG4 , 8 , HeatPumpCont , HeatPumpNone , 823.4756, 0) ,
TestCase(CFG4 , 11 , HeatPumpCont , HeatPumpNone , 2055.3432, 0) ,
TestCase(CFG4 , 1 , HeatPumpR744 , HeatPumpNone , 428.400 , 0.0) ,
TestCase(CFG4 , 6 , HeatPumpR744 , HeatPumpNone , 428.4 , 0.0) ,
TestCase(CFG4 , 8 , HeatPumpR744 , HeatPumpNone , 823.4956 , 0) ,
TestCase(CFG4 , 11 , HeatPumpR744 , HeatPumpNone , 2400.9923 , 0) ,
TestCase(CFG5 , 1 , HeatPumpNone , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG5 , 6 , HeatPumpNone , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG5 , 8 , HeatPumpNone , HeatPumpCont , 1413.2125 , 0) ,
TestCase(CFG5 , 11 , HeatPumpNone , HeatPumpCont , 3636.1338 , 0) ,
TestCase(CFG5 , 1 , HeatPumpNone , HeatPumpR744 , 428.400 , 0.0) ,
TestCase(CFG5 , 6 , HeatPumpNone , HeatPumpR744 , 856.80 , 0.0) ,
TestCase(CFG5 , 8 , HeatPumpNone , HeatPumpR744 , 1425.648, 0) ,
TestCase(CFG5 , 11 , HeatPumpNone , HeatPumpR744 , 4424.9953, 0) ,
TestCase(CFG6 , 1 , HeatPumpNone , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG6 , 6 , HeatPumpNone , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG6 , 8 , HeatPumpNone , HeatPumpCont , 1413.2125 , 0) ,
TestCase(CFG6 , 11 , HeatPumpNone , HeatPumpCont , 3636.1338 , 0) ,
TestCase(CFG6 , 1 , HeatPumpNone , HeatPumpR744 , 428.400 , 0.0) ,
TestCase(CFG6 , 6 , HeatPumpNone , HeatPumpR744 , 856.80 , 0.0) ,
TestCase(CFG6 , 8 , HeatPumpNone , HeatPumpR744 , 1425.648, 0) ,
TestCase(CFG6 , 11 , HeatPumpNone , HeatPumpR744 , 4424.9953, 0) ,
TestCase(CFG7 , 1 , HeatPumpCont , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG7 , 6 , HeatPumpCont , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG7 , 8 , HeatPumpCont , HeatPumpCont , 1413.2125 , 0) ,
TestCase(CFG7 , 11 , HeatPumpCont , HeatPumpCont , 3636.1338 , 0) ,
TestCase(CFG7 , 1 , HeatPumpR744 , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG7 , 6 , HeatPumpR744 , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG7 , 8 , HeatPumpR744 , HeatPumpCont , 1415.3128, 0) ,
TestCase(CFG7 , 11 , HeatPumpR744 , HeatPumpCont , 3746.1447, 0) ,
TestCase(CFG7 , 1 , HeatPumpCont , HeatPumpR744 , 428.400 , 0.0) ,
TestCase(CFG7 , 6 , HeatPumpCont , HeatPumpR744 , 856.80 , 0.0) ,
TestCase(CFG7 , 8 , HeatPumpCont , HeatPumpR744 , 1423.474, 0) ,
TestCase(CFG7 , 11 , HeatPumpCont , HeatPumpR744 , 4259.4119, 0) ,
TestCase(CFG8 , 1 , HeatPumpNone , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG8 , 6 , HeatPumpNone , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG8 , 8 , HeatPumpNone , HeatPumpCont , 1413.2125 , 0) ,
TestCase(CFG8 , 11 , HeatPumpNone , HeatPumpCont , 3636.1338 , 0) ,
TestCase(CFG8 , 1 , HeatPumpNone , HeatPumpR744 , 428.400 , 0.0) ,
TestCase(CFG8 , 6 , HeatPumpNone , HeatPumpR744 , 856.80 , 0.0) ,
TestCase(CFG8 , 8 , HeatPumpNone , HeatPumpR744 , 1425.648, 0) ,
TestCase(CFG8 , 11 , HeatPumpNone , HeatPumpR744 , 4424.9953, 0) ,
TestCase(CFG9 , 1 , HeatPumpCont , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG9 , 6 , HeatPumpCont , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG9 , 8 , HeatPumpCont , HeatPumpCont , 1413.2125 , 0) ,
TestCase(CFG9 , 11 , HeatPumpCont , HeatPumpCont , 3636.1338 , 0) ,
TestCase(CFG9 , 1 , HeatPumpR744 , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG9 , 6 , HeatPumpR744 , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG9 , 8 , HeatPumpR744 , HeatPumpCont , 1415.3128, 0) ,
TestCase(CFG9 , 11 , HeatPumpR744 , HeatPumpCont , 3746.1447, 0) ,
TestCase(CFG9 , 1 , HeatPumpCont , HeatPumpR744 , 428.400 , 0.0) ,
TestCase(CFG9 , 6 , HeatPumpCont , HeatPumpR744 , 856.80 , 0.0) ,
TestCase(CFG9 , 8 , HeatPumpCont , HeatPumpR744 , 1423.474, 0) ,
TestCase(CFG9 , 11 , HeatPumpCont , HeatPumpR744 , 4259.4119, 0) ,
TestCase(CFG10 , 1 , HeatPumpNone , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG10 , 6 , HeatPumpNone , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG10 , 8 , HeatPumpNone , HeatPumpCont , 1413.2125 , 0) ,
......@@ -157,10 +202,10 @@ public class SSMTestHeatingCooling
TestCase(CFG7 , 8 , HeatPumpCont , HeatPump3Stage , 883.4159 , 547.9913) ,
TestCase(CFG7 , 11 , HeatPumpCont , HeatPump3Stage , 1116.3204 , 2644.1315) ,
TestCase(CFG7 , 1 , HeatPump2Stage , HeatPumpType.non_R_744_continuous , 428.400 , 0.0) ,
TestCase(CFG7 , 6 , HeatPump2Stage , HeatPumpType.non_R_744_continuous , 856.80 , 0.0) ,
TestCase(CFG7 , 8 , HeatPump2Stage , HeatPumpType.non_R_744_continuous , 1360.3368 , 59.7565) ,
TestCase(CFG7 , 11 , HeatPump2Stage , HeatPumpType.non_R_744_continuous , 3393.4694 , 285.6602) ,
TestCase(CFG7 , 1 , HeatPump2Stage , HeatPumpCont , 428.400 , 0.0) ,
TestCase(CFG7 , 6 , HeatPump2Stage , HeatPumpCont , 856.80 , 0.0) ,
TestCase(CFG7 , 8 , HeatPump2Stage , HeatPumpCont , 1360.3368 , 59.7565) ,
TestCase(CFG7 , 11 , HeatPump2Stage , HeatPumpCont , 3393.4694 , 285.6602) ,
TestCase(CFG9 , 1 , HeatPumpCont , HeatPump3Stage , 428.400 , 0.0) ,
TestCase(CFG9 , 6 , HeatPumpCont , HeatPump3Stage , 856.80 , 0.0) ,
......@@ -220,19 +265,35 @@ public class SSMTestHeatingCooling
// electric: ventilation + heatpump
TestCase(CFG2, HeatPumpCont, HeatPumpNone, 395.9945, 0.0),
TestCase(CFG4, HeatPumpCont, HeatPumpNone, 676.364, 0),
TestCase(CFG2, HeatPumpR744, HeatPumpNone, 418.4411, 0),
TestCase(CFG4, HeatPumpR744, HeatPumpNone, 698.8106, 0),
TestCase(CFG5 , HeatPumpNone , HeatPumpCont , 1076.1036 , 0) ,
TestCase(CFG5 , HeatPumpNone , HeatPumpR744 , 1136.6973, 0) ,
TestCase(CFG6 , HeatPumpNone , HeatPumpCont , 1076.1036 , 0) ,
TestCase(CFG6 , HeatPumpNone , HeatPumpR744 , 1136.6973, 0) ,
TestCase(CFG7 , HeatPumpCont , HeatPumpCont , 1076.1036 , 0) ,
TestCase(CFG7 , HeatPumpR744 , HeatPumpCont , 1084.8656, 0) ,
TestCase(CFG7 , HeatPumpCont , HeatPumpR744 , 1124.3766, 0) ,
TestCase(CFG7 , HeatPumpR744 , HeatPumpR744 , 1136.6973, 0) ,
TestCase(CFG8 , HeatPumpNone , HeatPumpCont , 1076.1036 , 0) ,
TestCase(CFG8 , HeatPumpNone , HeatPumpR744 , 1136.6973, 0) ,
TestCase(CFG9 , HeatPumpCont , HeatPumpCont, 1076.1036 , 0) ,
TestCase(CFG9 , HeatPumpR744 , HeatPumpCont, 1084.8656, 0) ,
TestCase(CFG9 , HeatPumpCont , HeatPumpR744, 1124.3766, 0) ,
TestCase(CFG9 , HeatPumpR744 , HeatPumpR744, 1136.6973, 0) ,
TestCase(CFG10 , HeatPumpNone , HeatPumpCont, 1076.1036 , 0) ,
TestCase(CFG10 , HeatPumpNone , HeatPumpR744, 1136.6973 , 0) ,
// mixed electrical and mechanical heatpumps
TestCase(CFG7 , HeatPumpCont , HeatPump3Stage , 707.0598 , 383.9348) ,
TestCase(CFG7 , HeatPump2Stage , HeatPumpCont , 1039.7276 , 41.703) ,
TestCase(CFG7 , HeatPumpR744 , HeatPump3Stage , 708.0087, 392.4745) ,
TestCase(CFG7 , HeatPump2Stage , HeatPumpR744 , 1084.5117, 46.679) ,
TestCase(CFG9 , HeatPumpCont , HeatPump3Stage , 707.0598 , 383.9348) ,
TestCase(CFG9 , HeatPump2Stage , HeatPumpCont , 1039.7276 , 41.703) ,
TestCase(CFG9 , HeatPump2Stage , HeatPumpCont , 1039.7276 , 41.703) ,
TestCase(CFG9 , HeatPumpR744 , HeatPump3Stage , 708.0087, 392.4745) ,
TestCase(CFG9 , HeatPump2Stage , HeatPumpR744 , 1084.5117, 46.679) ,
]
public void SSMTest_Cooling_AvgAllEnvironments(BusHVACSystemConfiguration cfg, HeatPumpType driverHeatpump,
......@@ -1251,6 +1312,187 @@ public class SSMTestHeatingCooling
expectedHPElPwrW, expectedHPMechPwrW, expecetdElecricPowerElHeater, expectedAuxHeater);
}
// ==================================================
[
TestCase(CFG7 , 11 , HeatPump2Stage , HeatPump3Stage, 5000, 9639.0, 329.0112, 5705.3337),
TestCase(CFG7, 11, HeatPumpCont, HeatPumpCont, 5000, 9639.0, 5671.7119, 0),
]
public void SSMTest_CoolingLimited_SingleEnvironment(BusHVACSystemConfiguration cfg, int envId, HeatPumpType driverHeatpump,
HeatPumpType passengerHeatpump, double expectedMaxCoolingPwrDriver, double expectedMaxCoolingPwrPassenger
, double expectedElPwrW, double expectedMechPwrW)
{
var auxData = GetAuxParametersConventionalSingleDeckForTest(cfg, driverHeatpumpCooling: driverHeatpump,
passengerHeatpumpCooling: passengerHeatpump, length: 12, height: 1.5);
// set list of environmental conditions to a single entry
var ssmInputs = auxData.SSMInputsCooling as SSMInputs;
Assert.NotNull(ssmInputs);
var envAll = ssmInputs.EnvironmentalConditions;
var selectedEnv = envAll.EnvironmentalConditionsMap.GetEnvironmentalConditions().Where(x => x.ID == envId).FirstOrDefault();
Assert.NotNull(selectedEnv);
var newEnv = new EnvironmentalConditionMapEntry(selectedEnv.ID, selectedEnv.Temperature, selectedEnv.Solar, 1.0,
selectedEnv.HeatPumpCoP.ToDictionary(x => x.Key, x => x.Value),
selectedEnv.HeaterEfficiency.ToDictionary(x => x.Key, x => x.Value));
ssmInputs.EnvironmentalConditionsMap = new EnvironmentalConditionsMap(new[] { newEnv });
// override passenger count
ssmInputs.NumberOfPassengers = 150;
// ---
Assert.AreEqual(cfg, ssmInputs.HVACSystemConfiguration);
var ssm = new SSMTOOL(auxData.SSMInputsCooling);
Console.WriteLine($"{ssm.ElectricalWAdjusted.Value().ToGUIFormat(4)}, {ssm.MechanicalWBaseAdjusted.Value().ToGUIFormat(4)}");
Assert.AreEqual(expectedMaxCoolingPwrDriver, ssmInputs.HVACMaxCoolingPowerDriver.Value(), "max cooling power driver");
Assert.AreEqual(expectedMaxCoolingPwrPassenger, ssmInputs.HVACMaxCoolingPowerPassenger.Value(), "max cooling power passenger");
Assert.AreEqual(expectedElPwrW, ssm.ElectricalWAdjusted.Value(), 1e-3, "expected Electric Power");
Assert.AreEqual(expectedMechPwrW, ssm.MechanicalWBaseAdjusted.Value(), 1e-3, "expected Mechanical Power");
}
// ==================================================
[
TestCase(CFG1, 1, 5e3, 8475.49374),
TestCase(CFG1, 2, 5e3, 2261.98124),
TestCase(CFG1, 3, 5e3, -604.51875),
TestCase(CFG1, 4, 5e3, -3026.0124),
TestCase(CFG1, 5, 5e3, -3505.3468),
TestCase(CFG1, 6, 5e3, 0),
TestCase(CFG1, 7, 5e3, 0),
TestCase(CFG1, 8, 5e3, 0),
TestCase(CFG1, 9, 5e3, 0),
TestCase(CFG1, 10, 5e3, 0),
TestCase(CFG1, 11, 5e3, 0),
]
public void SSMTest_HeatingDemand_EngineWasteHeat_SingleEnvironment(BusHVACSystemConfiguration cfg, int envId,
double engineWasteHeat, double expectedHeatingPower)
{
var auxData = GetAuxParametersConventionalSingleDeckForTest(cfg, driverHeatPumpHeating: HeatPumpNone, passengerHeatPumpHeating: HeatPumpNone,
electricHeater: NoElHtr, auxHeaterPower: 0.SI<Watt>());
// set list of environmental conditions to a single entry
var ssmInputs = auxData.SSMInputsHeating as SSMInputs;
Assert.NotNull(ssmInputs);
var envAll = ssmInputs.EnvironmentalConditions;
var selectedEnv = envAll.EnvironmentalConditionsMap.GetEnvironmentalConditions().Where(x => x.ID == envId).FirstOrDefault();
Assert.NotNull(selectedEnv);
var newEnv = new EnvironmentalConditionMapEntry(selectedEnv.ID, selectedEnv.Temperature, selectedEnv.Solar, 1.0,
selectedEnv.HeatPumpCoP.ToDictionary(x => x.Key, x => x.Value),
selectedEnv.HeaterEfficiency.ToDictionary(x => x.Key, x => x.Value));
ssmInputs.EnvironmentalConditionsMap = new EnvironmentalConditionsMap(new[] { newEnv });
// ---
Assert.AreEqual(cfg, ssmInputs.HVACSystemConfiguration);
var ssm = new SSMTOOL(auxData.SSMInputsHeating);
var heatingPower = ssm.AverageHeaterPower(engineWasteHeat.SI<Watt>());
Console.WriteLine($"{heatingPower.RequiredHeatingPower.Value().ToGUIFormat(4)}");
Assert.AreEqual(expectedHeatingPower, heatingPower.RequiredHeatingPower.Value(), 1e-3, "expected Heating Demand");
}
[
TestCase("a", CFG7, 1, HeatPumpCont, HeatPump3Stage, WaterElHtr, AuxHtrPwr30, 8e3, HDC7, HDC7, 5475.4938, 0, 0, 1177.5255, 5475.4938),
TestCase("b", CFG7, 2, HeatPumpCont, HeatPump3Stage, WaterElHtr, AuxHtrPwr30, 8e3, HDC7, HDC7, 0, 0, 0, 0, 0),
TestCase("c", CFG7, 3, HeatPumpCont, HeatPump3Stage, WaterElHtr, AuxHtrPwr30, 8e3, HDC7, HDC7, 0, 0, 0, 0, 0),
TestCase("d", CFG6, 1, HeatPumpNone, HeatPump3Stage, WaterElHtr, AuxHtrPwr30, 8e3, HDC10, HDC7, 5475.4938, 0, 0, 1177.5255, 5475.4937),
TestCase("e", CFG6, 2, HeatPumpNone, HeatPump3Stage, WaterElHtr, AuxHtrPwr30, 8e3, HDC10, HDC7, 0, 0, 0, 0, 0),
TestCase("f", CFG6, 3, HeatPumpNone, HeatPump3Stage, WaterElHtr, AuxHtrPwr30, 8e3, HDC10, HDC7, 0, 0, 0, 0, 0),
]
public void SSMTest_HeatingDistribution_EngineWasteHeat_SingleEnvironment(string dummySort, BusHVACSystemConfiguration cfg, int envId,
HeatPumpType driverHeatpump,
HeatPumpType passengerHeatpump, HeaterType electricHeater, double auxHeaterPwr, double engineWasteHeat,
HeatingDistributionCase expectedHeatingDistributionCase, HeatingDistributionCase expectedHeatingDistributionCasePassenger,
double expectedHeatingDemand, double expectedHPElPwrW, double expectedHPMechPwrW, double expecetdElecricPowerElHeater,
double expectedAuxHeater)
{
SSMTest_HeatingDistribution_SingleEnvironment(cfg, envId, driverHeatpump, passengerHeatpump, electricHeater, auxHeaterPwr,
expectedHeatingDistributionCase, expectedHeatingDistributionCasePassenger, expectedHeatingDemand,
expectedHPElPwrW, expectedHPMechPwrW, expecetdElecricPowerElHeater, expectedAuxHeater, engineWasteHeat);
}
// ==================================================
[
TestCase("a1", CFG7, 1, HeatPumpR744, HeatPump3Stage, 0, HDC1, HDC5, 7513.7338, 331.3278, 0, 0, 0), // exceeding heating limit
TestCase("a2", CFG7, 1, HeatPumpR744, HeatPump3Stage, 5e3, HDC1, HDC5, 2513.7337, 139.6519, 0, 0, 0), // not exceeding heating limit
TestCase("b1", CFG7, 1, HeatPump2Stage, HeatPumpR744, 0, HDC5, HDC1, 7513.7338, 2981.95, 0, 0, 0),
TestCase("b2", CFG7, 1, HeatPump2Stage, HeatPumpR744, 5e3, HDC5, HDC1, 2513.7337, 1256.8669, 0, 0, 0),
TestCase("c1", CFG7, 1, HeatPumpR744, HeatPumpR744, 0, HDC1, HDC1, 7513.7338, 3313.2778, 0, 0, 0),
TestCase("c2", CFG7, 1, HeatPumpR744, HeatPumpR744, 5e3, HDC1, HDC1, 2513.7337, 1396.5188, 0, 0, 0),
]
public void SSMTest_HeatingDistribution_SingleEnvironment_Limited(string dummySort, BusHVACSystemConfiguration cfg, int envId,
HeatPumpType driverHeatpump,
HeatPumpType passengerHeatpump, double engineWasteHeat,
HeatingDistributionCase expectedHeatingDistributionCase, HeatingDistributionCase expectedHeatingDistributionCasePassenger,
double expectedHeatingDemand, double expectedHPElPwrW, double expectedHPMechPwrW, double expecetdElecricPowerElHeater,
double expectedAuxHeater)
{
var auxData = GetAuxParametersConventionalSingleDeckForTest(cfg, driverHeatPumpHeating: driverHeatpump, passengerHeatPumpHeating: passengerHeatpump,
electricHeater: NoElHtr, auxHeaterPower: 0.SI<Watt>(), height: 0.6);
// set list of environmental conditions to a single entry
var ssmInputs = auxData.SSMInputsHeating as SSMInputs;
Assert.NotNull(ssmInputs);
var envAll = ssmInputs.EnvironmentalConditions;
var selectedEnv = envAll.EnvironmentalConditionsMap.GetEnvironmentalConditions().Where(x => x.ID == envId).FirstOrDefault();
Assert.NotNull(selectedEnv);
var newEnv = new EnvironmentalConditionMapEntry(selectedEnv.ID, selectedEnv.Temperature, selectedEnv.Solar, 1.0,
selectedEnv.HeatPumpCoP.ToDictionary(x => x.Key, x => x.Value),
selectedEnv.HeaterEfficiency.ToDictionary(x => x.Key, x => x.Value));
ssmInputs.EnvironmentalConditionsMap = new EnvironmentalConditionsMap(new[] { newEnv });
ssmInputs.NumberOfPassengers = 1;
// ---
Assert.AreEqual(cfg, ssmInputs.HVACSystemConfiguration);
var ssm = new SSMTOOL(auxData.SSMInputsHeating);
var heatingPower = ssm.AverageHeaterPower(engineWasteHeat.SI<Watt>());
Console.WriteLine($"HDC{ssmInputs.HeatingDistributionCaseDriver.GetID()}, HDC{ssmInputs.HeatingDistributionCasePassenger.GetID()}, {heatingPower.RequiredHeatingPower.Value().ToGUIFormat(4)}, {heatingPower.HeatPumpPowerEl.Value().ToGUIFormat(4)}, {heatingPower.HeatPumpPowerMech.Value().ToGUIFormat(4)}, {heatingPower.ElectricHeaterPowerEl.Value().ToGUIFormat(4)}, {heatingPower.AuxHeaterPower.Value().ToGUIFormat(4)}");
Assert.AreEqual(expectedHeatingDistributionCase, ssmInputs.HeatingDistributionCaseDriver, "Driver");
Assert.AreEqual(expectedHeatingDistributionCasePassenger, ssmInputs.HeatingDistributionCasePassenger, "Passenger");
Assert.AreEqual(engineWasteHeat.IsEqual(0), heatingPower.RequiredHeatingPower.Value() > ssmInputs.MaxHeatingPower.Value());
Assert.AreEqual(expectedHeatingDemand, heatingPower.RequiredHeatingPower.Value(), 1e-3, "expected Heating Demand");
Assert.AreEqual(expectedHPElPwrW, heatingPower.HeatPumpPowerEl.Value(), 1e-3, "expected HeatPump Electric Power");
Assert.AreEqual(expectedHPMechPwrW, heatingPower.HeatPumpPowerMech.Value(), 1e-3, "expected HeatPump Mechanical Power");
Assert.AreEqual(expecetdElecricPowerElHeater, heatingPower.ElectricHeaterPowerEl.Value(), 1e-3, "expected ElectricHeater Power");
Assert.AreEqual(expectedAuxHeater, heatingPower.AuxHeaterPower.Value(), 1e-3, "expected AuxHeater Power");
// re-calculate electrical and mechanical heating demand, ignoring electrical heater and aux heater
// in case no engine waste heat is available, the re-calculated values have to be higher than the values from the SSM module where certain
// limits are applied (only in case the heat-pump is used!)
var copDriver = newEnv.HeatPumpCoP.ContainsKey(driverHeatpump) ? newEnv.HeatPumpCoP[driverHeatpump] : double.NaN;
var copPassenger = newEnv.HeatPumpCoP.ContainsKey(passengerHeatpump) ? newEnv.HeatPumpCoP[passengerHeatpump] : double.NaN;
var heatingDriver = expectedHeatingDemand.SI<Watt>() * ssmInputs.DriverHVACContribution;
var heatingPassenger = expectedHeatingDemand.SI<Watt>() * ssmInputs.PassengerHVACContribution;
var hpElHeating = (driverHeatpump.IsElectrical() && !double.IsNaN(copDriver) ? heatingDriver / copDriver : 0.SI<Watt>()) +
(passengerHeatpump.IsElectrical() && !double.IsNaN(copPassenger) ? heatingPassenger / copPassenger : 0.SI<Watt>());
var hpMechHeating = (driverHeatpump.IsMechanical() && !double.IsNaN(copDriver) ? heatingDriver / copDriver : 0.SI<Watt>()) +
(passengerHeatpump.IsMechanical() && !double.IsNaN(copPassenger) ? heatingPassenger / copPassenger : 0.SI<Watt>());
if (engineWasteHeat.IsEqual(0)) {
Assert.IsTrue(hpElHeating.IsEqual(0) || hpElHeating > heatingPower.HeatPumpPowerEl);
Assert.IsTrue(hpMechHeating.IsEqual(0) || hpMechHeating > heatingPower.HeatPumpPowerMech);
} else {
Assert.AreEqual(hpElHeating.Value(), heatingPower.HeatPumpPowerEl.Value(), 1e-3);
Assert.AreEqual(hpMechHeating.Value(), heatingPower.HeatPumpPowerMech.Value(), 1e-3);
}
}
// ==================================================
// ==================================================
......@@ -1290,11 +1532,13 @@ public class SSMTestHeatingCooling
}
public void SSMTest_HeatingDistribution_SingleEnvironment(BusHVACSystemConfiguration cfg, int envId, HeatPumpType driverHeatpump,
HeatPumpType passengerHeatpump, HeaterType electricHeater, double auxHeaterPwr, HeatingDistributionCase expectedHeatingDistributionCaseDriver,
protected void SSMTest_HeatingDistribution_SingleEnvironment(BusHVACSystemConfiguration cfg, int envId,
HeatPumpType driverHeatpump,
HeatPumpType passengerHeatpump, HeaterType electricHeater, double auxHeaterPwr,
HeatingDistributionCase expectedHeatingDistributionCaseDriver,
HeatingDistributionCase expectedHeatingDistributionCasePassenger, double expectedHeatingPower,
double expectedHPElPwrW, double expectedHPMechPwrW, double expecetdElecricPowerElHeater,
double expectedAuxHeater)
double expectedAuxHeater, double engineWasteHeat = 0)
{
var auxData = GetAuxParametersConventionalSingleDeckForTest(cfg, driverHeatPumpHeating: driverHeatpump, passengerHeatPumpHeating: passengerHeatpump,
electricHeater: electricHeater, auxHeaterPower: auxHeaterPwr.SI<Watt>());
......@@ -1315,7 +1559,7 @@ public class SSMTestHeatingCooling
var ssm = new SSMTOOL(auxData.SSMInputsHeating);
var heatingPower = ssm.AverageHeaterPower(0.SI<Watt>());
var heatingPower = ssm.AverageHeaterPower(engineWasteHeat.SI<Watt>());
Console.WriteLine($"HDC{ssmInputs.HeatingDistributionCaseDriver.GetID()}, HDC{ssmInputs.HeatingDistributionCasePassenger.GetID()}, {heatingPower.RequiredHeatingPower.Value().ToGUIFormat(4)}, {heatingPower.HeatPumpPowerEl.Value().ToGUIFormat(4)}, {heatingPower.HeatPumpPowerMech.Value().ToGUIFormat(4)}, {heatingPower.ElectricHeaterPowerEl.Value().ToGUIFormat(4)}, {heatingPower.AuxHeaterPower.Value().ToGUIFormat(4)}");
......@@ -1342,7 +1586,7 @@ public class SSMTestHeatingCooling
private IAuxiliaryConfig GetAuxParametersConventionalSingleDeckForTest(BusHVACSystemConfiguration hvacConfig, HeatPumpType? driverHeatpumpCooling = null,
HeatPumpType? passengerHeatpumpCooling = null, HeatPumpType? driverHeatPumpHeating = null, HeatPumpType? passengerHeatPumpHeating = null,
Watt auxHeaterPower = null, HeaterType? electricHeater = null)
Watt auxHeaterPower = null, HeaterType? electricHeater = null, int passengerCount = 40, double length = 12, double height = 3)
{
return CreateBusAuxInputParameters(MissionType.Urban,
VehicleClass.Class31a,
......@@ -1350,27 +1594,27 @@ public class SSMTestHeatingCooling
VehicleCode.CA,
RegistrationClass.II,
AxleConfiguration.AxleConfig_4x2,
false,
false,
12.SI<Meter>(),
3.SI<Meter>(),
2.55.SI<Meter>(),
40,
0,
driverHeatPumpHeating ?? HeatPumpType.none,
driverHeatpumpCooling ?? HeatPumpType.none,
passengerHeatPumpHeating ?? HeatPumpType.none,
passengerHeatpumpCooling ?? HeatPumpType.none,
auxHeaterPower ?? 0.SI<Watt>(),
electricHeater != null && (electricHeater & HeaterType.AirElectricHeater) != 0,
electricHeater != null && (electricHeater & HeaterType.WaterElectricHeater) != 0,
electricHeater != null && (electricHeater & HeaterType.OtherElectricHeating) != 0,
articulated: false,
lowEntry: false,
length: length.SI<Meter>(),
height: height.SI<Meter>(),
width: 2.55.SI<Meter>(),
numPassengersLowerdeck: passengerCount,
numPassengersUpperdeck: 0,
hpHeatingDriver: driverHeatPumpHeating ?? HeatPumpType.none,
hpCoolingDriver: driverHeatpumpCooling ?? HeatPumpType.none,
hpHeatingPassenger: passengerHeatPumpHeating ?? HeatPumpType.none,
hpCoolingPassenger: passengerHeatpumpCooling ?? HeatPumpType.none,
auxHeaterPower: auxHeaterPower ?? 0.SI<Watt>(),
airElectricHeater: electricHeater != null && (electricHeater & HeaterType.AirElectricHeater) != 0,
waterElectricHeater: electricHeater != null && (electricHeater & HeaterType.WaterElectricHeater) != 0,
otherElectricHeater: electricHeater != null && (electricHeater & HeaterType.OtherElectricHeating) != 0,
hvacConfig,
false,
false,
false,
false,
false,
doubleGlazing: false,
adjustableAuxHeater: false,
separateAirdistributionDicts: false,
adjustableCoolantThermostat: false,
engineWasteGasHeatExchanger: false,
steeringpumps: new[] { "Dual displacement" },
fanTech: "Crankshaft mounted - Discrete step clutch",
alternatorTech: AlternatorType.Conventional, entranceHeight: 0.3.SI<Meter>());
......
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