Thermal2.glm

// $id$
//	Copyright (C) 2008 Battelle Memorial Institute

// 4 Node Feeder: Unbalanced step-down grY-grY

////////////////////////////////////////////////////////
// BEGIN
////////////////////////////////////////////////////////

clock {
	timestamp '1999-12-28 0:00:00';
	stoptime '2000-01-02 0:00:00';
	timezone EST+5EDT;
}

//#set threadcount=1
#set savefile=savefile.xml
module tape;

module climate;
module residential {
	implicit_enduses NONE;
};

//object csv_reader{
//	name CsvReader;
//	filename weather.csv;
//};

object climate{
	name MyClimate;
//	tmyfile weather.csv;
//	reader CsvReader;
};

// House 2
object house {
     name house_2;
     
     air_temperature 60;//random.uniform(50,100);  // Uniform distribution from 50 to 100
     mass_temperature 60;
     
     aspect_ratio 1.5;
     floor_area 2000.00 sf;
     ceiling_height 8.0;
     Rroof 50;
     Rwall 20;
     Rfloor 30;
     Rwindows 3;
     Rdoors 2;
 
     heating_system_type RESISTANCE;
     cooling_system_type NONE;
     fan_type ONE_SPEED;
     
     thermostat_deadband 2 degF;
     air_heat_fraction 0;
     mass_heat_coeff 1000;
     mass_heat_capacity 5000;
     window_shading 0.2;
}
object house{
	name HouseWithAluminumFrames;
	window_frame ALUMINUM;
	}
object house{
	name HouseWithThermalBreakFrames;
	window_frame THERMAL_BREAK;
	}
object house{
	name HouseWithInsulatedFrames;
	window_frame INSULATED;
	}
object house{
	name HouseWithWoodFrames;
	window_frame WOOD;
	}
object house{
	name HouseWithNoFrames;
	window_frame NONE;
	}
object house{
	name HouseWithClearWindows;
	glazing_treatment CLEAR;
}
object house{
	name HouseWithAbsWindows;
	glazing_treatment ABS;
}
object house{
	name HouseWithReflectiveWindows;
	glazing_treatment REFL;
}
object house{
	name HouseWithLowSWindows;
	glazing_treatment LOW_S;
}
object house{
	name HouseWithHighSWindows;
	glazing_treatment HIGH_S;
}

object house{
	name HouseWithJustGasOld;
	system_type GAS;
}

object house{
	name HouseWithJustGasNew;
	heating_system_type GAS;
	cooling_system_type NONE;
	auxiliary_system_type NONE;
}

object house {
	name HouseWithBothOld;
	system_type AIRCONDITIONING|FORCEDAIR;
}

object house{
	name HouseWithBothNew;
	heating_system_type HEAT_PUMP;
	cooling_system_type ELECTRIC;
	auxiliary_system_type ELECTRIC;
	auxiliary_strategy DEADBAND;
}

object house {
	name HouseWithTwoSpeedOld;
	system_type AIRCONDITIONING|TWOSTAGE;
}

object house{
	name HouseWithTwoSpeedNew;
	heating_system_type HEAT_PUMP;
	cooling_system_type ELECTRIC;
	fan_type TWO_SPEED;
	auxiliary_system_type ELECTRIC;
	auxiliary_strategy DEADBAND;
}

object house{
	name HouseWithBaseboardOld;
	system_type RESISTIVE;
}

object house{
	name HouseWithBaseboardNew;
	heating_system_type RESISTANCE;
	cooling_system_type NONE;
	auxiliary_system_type NONE;
	fan_type NONE;
}

object house{
	name HouseWithElecHeatOld;
	system_type RESISTIVE|FORCEDAIR;
}

object house{
	name HouseWithElecHeatNew;
	heating_system_type RESISTANCE;
	cooling_system_type NONE;
	auxiliary_system_type NONE;
	fan_type ONE_SPEED;
}

object house{
	name HouseWithAuxTimer;
	heating_system_type HEAT_PUMP;
	cooling_system_type ELECTRIC;
	auxiliary_system_type ELECTRIC;
	auxiliary_strategy TIMER;
}

object house{
	name HouseWithAuxDeadband;
	heating_system_type HEAT_PUMP;
	cooling_system_type ELECTRIC;
	auxiliary_system_type ELECTRIC;
	auxiliary_strategy DEADBAND;
}

object house{
	name HouseWithAuxTimerLockout;
	heating_system_type HEAT_PUMP;
	cooling_system_type ELECTRIC;
	auxiliary_system_type ELECTRIC;
	auxiliary_strategy TIMER|LOCKOUT;
}

object house{
	name HouseWithDeadbandLockout;
	heating_system_type HEAT_PUMP;
	cooling_system_type ELECTRIC;
	auxiliary_system_type ELECTRIC;
	auxiliary_strategy DEADBAND|LOCKOUT;
}

object house{
	name HouseWithTimerDeadbandLockout;
	heating_system_type HEAT_PUMP;
	cooling_system_type ELECTRIC;
	auxiliary_system_type ELECTRIC;
	auxiliary_strategy DEADBAND|LOCKOUT|TIMER;
}

object house{
	name HouseWithNoIntegrity;
	thermal_integrity_level VERY_LITTLE;
}

object house{
	name HouseWithLittleIntegrity;
	thermal_integrity_level LITTLE;
}
object house{
	name HouseWithSubnormalIntegrity;
	thermal_integrity_level BELOW_NORMAL;
}
object house{
	name HouseWithNormalIntegrity;
	thermal_integrity_level NORMAL;
}
object house{
	name HouseWithSupernormalIntegrity;
	thermal_integrity_level ABOVE_NORMAL;
}
object house{
	name HouseWithGoodIntegrity;
	thermal_integrity_level GOOD;
}
object house{
	name HouseWithVeryGoodIntegrity;
	thermal_integrity_level VERY_GOOD;
}