residential_zipload_example.glm

// test_zipload_pow_en_hg.glm tests to see if power, energy, and heatgain is being properly calculated in zipload.cpp and passed to the house.
// The file contains a triplex meter with a single house attached to it.
// The house contains a single zipload object and the house's HVAC system is turned off

#set minimum_timestep=3600;
module residential{
	implicit_enduses NONE;
}
module tape;
module assert;
module powerflow;

clock{
	timezone PST+8PDT;
	starttime '2001-01-01 00:00:00';
	stoptime '2001-01-02 00:00:00';
}

object triplex_meter{
	nominal_voltage 120;
	phases AS;
	object house{
		system_mode OFF;
		auxiliary_strategy NONE;
		heating_system_type NONE;
		cooling_system_type NONE;
		auxiliary_system_type NONE;
		air_temperature 60;
		mass_temperature 60;
		object ZIPload{
			heat_fraction 0.8;
			base_power 1;		//base real power is 1 kW 
			power_pf -0.9;
			power_fraction .25;
			current_pf .85;
			current_fraction .25;
			impedance_pf 1;
			impedance_fraction .5;
			object complex_assert{
				target "power";
				once ONCE_FALSE;
				value 1+0.033856i;
				within 0.000001;
			};
			object complex_assert{
				target "energy";
				in '2001-01-02 00:00:00';
				once ONCE_TRUE;
				value 24+0.812533i;
				within 0.000001;
			};
			object double_assert{
				target "heatgain";
				once ONCE_FALSE;
				value 2729.6;
				within 0.01;
			};
		};
		object complex_assert{
			target "panel.power";
			once ONCE_FALSE;
			value 1+0.033856i;
			within 0.000001;
		};
		object complex_assert{
			target "panel.energy";
			in '2001-01-02 00:00:00';
			once ONCE_TRUE;
			value 24+0.812533i;
			within 0.000001;
		};
		object double_assert{
			target "internal_gain";
			once ONCE_FALSE;
			value 2729.6;
			within 0.01;
		};
	};
	object complex_assert{
		target "measured_power";
		once ONCE_FALSE;
		value 1000.573+1.939d;
		within 0.001;
	};
	object double_assert{
		target "measured_real_energy";
		in '2001-01-02 00:00:00';
		once ONCE_TRUE;
		value 24000;
		within 0.000001;
	};
	object double_assert{
		target "measured_reactive_energy";
		in '2001-01-02 00:00:00';
		once ONCE_TRUE;
		value 812.533401;
		within 0.000001;
	};
}