modelPlantPVD1

Simple representation of the basic control of a PV system

Extends from OpenIPSL.Electrical.Essentials.pfComponent (Partial model containing all the parameters for entering power flow data).

Parameters

TypeNameDefaultDescription
Power flow data
Types.ApparentPowerS_b (from pfComponent)SysData.S_bSystem base power
Types.VoltageV_b (from pfComponent)400e3Base voltage of the bus
Types.Frequencyfn (from pfComponent)SysData.fnSystem frequency
Types.ActivePowerP_0 (from pfComponent)1e6Initial active power
Types.ReactivePowerQ_0 (from pfComponent)0Initial reactive power
Types.PerUnitv_0 (from pfComponent)1Initial voltage magnitude
Types.Angleangle_0 (from pfComponent)0Initial voltage angle
BooleandisplayPF (from pfComponent)falseDisplay power flow:
Parameter mask
BooleanenableS_b (from pfComponent)falseEnable S_b in parameter list
BooleanenableV_b (from pfComponent)falseEnable V_b in parameter list
Booleanenablefn (from pfComponent)falseEnable fn in parameter list
BooleanenableP_0 (from pfComponent)falseEnable P_0 in parameter list
BooleanenableQ_0 (from pfComponent)falseEnable Q_0 in parameter list
Booleanenablev_0 (from pfComponent)falseEnable v_0 in parameter list
Booleanenableangle_0 (from pfComponent)falseEnable angle_0 in parameter list
BooleanenabledisplayPF (from pfComponent)falseEnable displayPF in parameter list
Plant parameters
Types.ApparentPowerM_bPV plant base power
PVD1 Model Parameters
Types.PerUnitImax1.1Maximum allowable total converter current
BooleanPqFlagtruePriority on current limit flag; true: P prio., false: Q prio.
Types.TimeTg0.02Inverter current regulator time constat
Types.PerUnitXc0Line drop compensation reactance
Types.PerUnitQmx0.328Maximum reactive power
Types.PerUnitQmn-0.328Minimum reactive power
Types.PerUnitv00.9Low voltage threshold for Volt/Var Control
Types.PerUnitv11.1High voltage threshold for Volt/Var Control
Realdqdv0Voltage/Var droop compensation
Types.PerUnitfdbd-99Frequency deadband over frequency response
RealDdn0Down regulation droop
Realvr_recov1Amount of generation to reconnect after voltage disconnection
Realfr_recov1Amount of generation to reconnect after frequency disconnection
Types.PerUnitFt00.99Frequency tripping repose curve point 0
Types.PerUnitFt10.995Frequency tripping repose curve point 1
Types.PerUnitFt21.005Frequency tripping repose curve point 2
Types.PerUnitFt31.01Frequency tripping repose curve point 3
Types.PerUnitVt00.88Voltage tripping repose curve point 0
Types.PerUnitVt10.9Voltage tripping repose curve point 1
Types.PerUnitVt21.1Voltage tripping repose curve point 2
Types.PerUnitVt31.2Voltage tripping repose curve point 3

Connectors

TypeNameDefaultDescription
OpenIPSL.Interfaces.PwPinp

Components

TypeNameDefaultDescription
OpenIPSL.Electrical.SystemBaseSysData (from pfComponent)Must add this line in all models
OpenIPSL.Electrical.Solar.PowerFactory.WECC.PVD1.Controllerpvd1
OpenIPSL.Electrical.Solar.PowerFactory.General.ElmGenstatstatic_generator
OpenIPSL.Electrical.Solar.PowerFactory.General.StaVmeastaVmea