// Testing Four Quadrant Inverter Modes:
// 		Constant PF & Constant PQ mode 
//		(w/ fixed solar orientation and multi-point efficiency)

// #set profiler=1
// #set threadcount=1;
#set relax_naming_rules=1
//#set pauseatexit=1;
module powerflow;
module generators;
module tape;
module climate;
module assert;
module residential;
module powerflow{
	solver_method NR;
	default_maximum_voltage_error 1e-9;
}

clock {
	timezone PST+8PDT;
	timestamp '2010-06-01 0:00:00';
	stoptime '2010-06-02 1:00:00';
}

schedule pf_sched {
	* 1 * * * -0.9;
	* 2 * * * -0.8;
	* 3 * * * -0.7;
	* 4 * * * -0.6;
	* 5 * * * -0.5;
	* 6 * * * -0.4;
	* 7 * * * -0.3;
	* 8 * * * -0.2;
	* 9 * * * -0.1;
	*  10 * * * 0;
	*  11 * * * 0.1;
	*  12 * * * 0.2;
	*  13 * * * 0.3;
	*  14 * * * 0.4;
	*  15 * * * 0.5;
	*  16 * * * 0.6;
	*  17 * * * 0.7;
	*  18 * * * 0.8;
	*  19 * * * 0.9;
	*  20-0 * * * 1;
}

schedule output_power {
	* 1 * * * 3420;
	* 2 * * * 3040;
	* 3 * * * 2660;
	* 4 * * * 2280;
	* 5 * * * 1900;
	* 6 * * * 1520;
	* 7 * * * 1140;
	* 8 * * * 760;
	* 9 * * * 380;
	*  10 * * * 0;
	*  11 * * * 380;
	*  12 * * * 760;
	*  13 * * * 1140;
	*  14 * * * 1520;
	*  15 * * * 1900;
	*  16 * * * 2280;
	*  17 * * * 2660;
	*  18 * * * 3040;
	*  19 * * * 3420;
	*  20-0 * * * 3800;
}

schedule output_var {
	* 1 * * * -1656.38;
	* 2 * * * -2280;
	* 3 * * * -2713.74;
	* 4 * * * -3040;
	* 5 * * * -3290.9;
	* 6 * * * -3482.76;
	* 7 * * * -3624.97;
	* 8 * * * -3723.22;
	* 9 * * * -3780.95.;
	*  10 * * * 3800;
	*  11 * * * 3780.95;
	*  12 * * * 3723.22;
	*  13 * * * 3624.97;
	*  14 * * * 3482.76;
	*  15 * * * 3290.9;
	*  16 * * * 3040;
	*  17 * * * 2713.74;
	*  18 * * * 2280;
	*  19 * * * 1656.38;
	*  20-0 * * * 0;
}

object climate{
	name MyClimate;
	tmyfile "WA-Seattle.tmy2";
	object recorder {
		file climate_out.csv;
		interval 3600;
		limit 120;
		property temperature,solar_global,solar_direct;
	};
}

object transformer_configuration {
	name trans_config_to_feeder;
	connect_type WYE_WYE;
	install_type PADMOUNT;
	primary_voltage 33000;
	secondary_voltage 2401.777;
	power_rating 5 MVA;
	impedance 0.00033+0.0022j;
}
object transformer_configuration {
		name inv_transformer;
		connect_type SINGLE_PHASE_CENTER_TAPPED;
		install_type POLETOP;
		shunt_impedance 10000+10000j;
		primary_voltage 2401.777;
		secondary_voltage 120;
		powerB_rating 110 kVA;
		impedance 0.00033+0.0022j;
	};

object node {
	name network_node;
	bustype SWING;
	nominal_voltage 33000;
	phases ABCN;
}

object transformer {
	name substation_transformer;
	from network_node;
	to 645;
	phases ABCN;
	configuration trans_config_to_feeder;
}; 

object node {     
	name 645;     
	phases ABCN;     
	voltage_A 2401.7771;     
	voltage_B -1200.8886-2080.000j;     
	voltage_C -1200.8886+2080.000j;     
	nominal_voltage 2401.7771;
	object meter {
		name const_pq_meter;
		phases ABCN;     
		voltage_A 2401.7771;     
		voltage_B -1200.8886-2080.000j;     
		voltage_C -1200.8886+2080.000j;     
		nominal_voltage 2401.7771;
		// object recorder {
			// property measured_power,measured_power_A,measured_power_B,measured_power_C; 
			// file const_pq_meter.csv;
			// interval 3600;
			// limit 25;
		// };
		object complex_assert {
			target measured_power;
			object player {
				property value;
				//file "constantPQmeterPower_multi_efficiency.player";
				file "../constantPQmeterPower_multi_efficiency.player";
			};
			within "0.1";
		};	
		object inverter {
			name const_pq_inv;
			phases BS;
			inverter_type FOUR_QUADRANT;
			use_multipoint_efficiency TRUE;
			inverter_manufacturer XANTREX;
			four_quadrant_control_mode CONSTANT_PQ;
			rated_power 1340; // to keep maximum AC power out less than maximum DC power in (4022) for Xantrex
			P_Out output_power*1;
			Q_Out output_var*1;
			V_In 266+0j;
			I_In 15.1203+0j;
			// object recorder {
				// property V_In,I_In,VA_In,VA_Out;
				// file const_pq_inv.csv;
				// interval 3600;
				// limit 25;
			// };
		};
	};
}  

object transformer {
	name CTTF_B_645;
	phases BS;
	from 645;
	to tn_B_645;
	configuration inv_transformer;
}

object triplex_meter {
	name tn_B_645;
	phases BS;
	nominal_voltage 120;
	groupid House_Meter;
	object recorder {
		property measured_real_power,measured_reactive_power,measured_power;
		file const_pf_meter.csv;
		interval 3600;
		limit 25;
	};
	object complex_assert {
		target measured_power;
		object player{
			property value;
			//file "constantPFmeterPower_multi_efficiency.player";
			file "../constantPFmeterPower_multi_efficiency.player";
		};
		within "0.1";
	};
	object inverter {
		name const_pf_inv;
		phases BS;
		inverter_type FOUR_QUADRANT;
		power_factor pf_sched*1;
		use_multipoint_efficiency TRUE;
		inverter_manufacturer XANTREX;
		maximum_dc_power 6500; //the default for XANTREX is rated under the default solar rating, so it's necessary to set a higher value here
		four_quadrant_control_mode CONSTANT_PF;
		// object recorder {
			// property V_In,I_In,VA_In,VA_Out;
			// file const_pf_inv.csv;
			// interval 3600;
			// limit 25;
		// };
		object solar {
			name sol_inv_B_2_645;
			generator_mode SUPPLY_DRIVEN;
			generator_status ONLINE;
			panel_type SINGLE_CRYSTAL_SILICON;
			orientation FIXED_AXIS; 
			object recorder {
				file PV_out.csv;
				interval 3600;
				limit 25;
				property V_Out,I_Out;
			};
		};
	};
}