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showCalcs() detached.
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@DamonHD
DamonHD committed Sep 26, 2023
1 parent 0871a27 commit 90eb5de
Showing 1 changed file with 25 additions and 21 deletions.
46 changes: 25 additions & 21 deletions javasrc/org/hd/d/TRVmodel/hg/ShowComputations.java
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Original file line number Diff line number Diff line change
Expand Up @@ -162,28 +162,32 @@ public static void showCalcs() throws IOException

// Pure weather-compensated comparison.
System.out.println("");
System.out.println(String.format("Original bungalow demand, with 'stiff' A-room temperature regulation:"));
final DemandWithoutAndWithSetback originalBungalowDemand = HGTRVHPMModelParameterised.computeDetachedDemandW(HGTRVHPMModelParameterised.ModelParameters.FIXES_APPLIED, true);
final double equilibriumTemperatureSoftBungalow[] = new double[1];
final DemandWithoutAndWithSetback softBungalowDemand = HGTRVHPMModelParameterised.computeSoftATempDemandW(HGTRVHPMModelParameterised.ModelParameters.FIXES_APPLIED, true, equilibriumTemperatureSoftBungalow);
final double heatNoSetbackBungalowStiff = originalBungalowDemand.noSetback().heatDemand();
final double heatWithSetbackBungalowStiff = originalBungalowDemand.withSetback().heatDemand();
System.out.println(String.format(" Heat mean demand: with no setback %.0fW, with setback %.0fW; %.0f%% change with setback",
heatNoSetbackBungalowStiff, heatWithSetbackBungalowStiff, 100*((heatWithSetbackBungalowStiff/heatNoSetbackBungalowStiff)-1)));
final double powerNoSetbackBungalowStiff = originalBungalowDemand.noSetback().heatPumpElectricity();
final double powerWithSetbackBungalowStiff = originalBungalowDemand.withSetback().heatPumpElectricity();
System.out.println(String.format(" Heat pump mean power: with no setback %.0fW, with setback %.0fW; %.0f%% change with setback",
powerNoSetbackBungalowStiff, powerWithSetbackBungalowStiff, 100*((powerWithSetbackBungalowStiff/powerNoSetbackBungalowStiff)-1)));
for(final boolean bungalow : new boolean[] {true, false})
{
final String archetype = bungalow ? "Original bungalow" : "Detached";
System.out.println(String.format("%s demand, with 'stiff' A-room temperature regulation:", archetype));
final DemandWithoutAndWithSetback originalBungalowDemand = HGTRVHPMModelParameterised.computeDetachedDemandW(HGTRVHPMModelParameterised.ModelParameters.FIXES_APPLIED, bungalow);
final double equilibriumTemperatureSoftBungalow[] = new double[1];
final DemandWithoutAndWithSetback softBungalowDemand = HGTRVHPMModelParameterised.computeSoftATempDemandW(HGTRVHPMModelParameterised.ModelParameters.FIXES_APPLIED, bungalow, equilibriumTemperatureSoftBungalow);
final double heatNoSetbackBungalowStiff = originalBungalowDemand.noSetback().heatDemand();
final double heatWithSetbackBungalowStiff = originalBungalowDemand.withSetback().heatDemand();
System.out.println(String.format(" Heat mean demand: with no setback %.0fW, with setback %.0fW; %.0f%% change with setback",
heatNoSetbackBungalowStiff, heatWithSetbackBungalowStiff, 100*((heatWithSetbackBungalowStiff/heatNoSetbackBungalowStiff)-1)));
final double powerNoSetbackBungalowStiff = originalBungalowDemand.noSetback().heatPumpElectricity();
final double powerWithSetbackBungalowStiff = originalBungalowDemand.withSetback().heatPumpElectricity();
System.out.println(String.format(" Heat pump mean power: with no setback %.0fW, with setback %.0fW; %.0f%% change with setback",
powerNoSetbackBungalowStiff, powerWithSetbackBungalowStiff, 100*((powerWithSetbackBungalowStiff/powerNoSetbackBungalowStiff)-1)));

System.out.println(String.format("Original bungalow demand, with 'soft' A-room temperature regulation at %.1fC:", equilibriumTemperatureSoftBungalow[0]));
final double heatNoSetbackBungalowSoft = softBungalowDemand.noSetback().heatDemand();
final double heatWithSetbackBungalowSoft = softBungalowDemand.withSetback().heatDemand();
System.out.println(String.format(" Heat mean demand: with no setback %.0fW, with setback %.0fW; %.0f%% change with setback",
heatNoSetbackBungalowSoft, heatWithSetbackBungalowSoft, 100*((heatWithSetbackBungalowSoft/heatNoSetbackBungalowSoft)-1)));
final double powerNoSetbackBungalowSoft = softBungalowDemand.noSetback().heatPumpElectricity();
final double powerWithSetbackBungalowSoft = softBungalowDemand.withSetback().heatPumpElectricity();
System.out.println(String.format(" Heat pump mean power: with no setback %.0fW, with setback %.0fW; %.0f%% change with setback",
powerNoSetbackBungalowSoft, powerWithSetbackBungalowSoft, 100*((powerWithSetbackBungalowSoft/powerNoSetbackBungalowSoft)-1)));
System.out.println(String.format("%s demand, with 'soft' A-room temperature regulation at %.1fC:", archetype, equilibriumTemperatureSoftBungalow[0]));
final double heatNoSetbackBungalowSoft = softBungalowDemand.noSetback().heatDemand();
final double heatWithSetbackBungalowSoft = softBungalowDemand.withSetback().heatDemand();
System.out.println(String.format(" Heat mean demand: with no setback %.0fW, with setback %.0fW; %.0f%% change with setback",
heatNoSetbackBungalowSoft, heatWithSetbackBungalowSoft, 100*((heatWithSetbackBungalowSoft/heatNoSetbackBungalowSoft)-1)));
final double powerNoSetbackBungalowSoft = softBungalowDemand.noSetback().heatPumpElectricity();
final double powerWithSetbackBungalowSoft = softBungalowDemand.withSetback().heatPumpElectricity();
System.out.println(String.format(" Heat pump mean power: with no setback %.0fW, with setback %.0fW; %.0f%% change with setback",
powerNoSetbackBungalowSoft, powerWithSetbackBungalowSoft, 100*((powerWithSetbackBungalowSoft/powerNoSetbackBungalowSoft)-1)));
}
}


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