modelInverterPQCtrl

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Extends from ModPowerSystems.Base.Interfaces.RealValue.ThreePhase.TwoPin (Shell model for models with two electrical three-phase connectors).

Information

inputs to VCVS_inv:
* V_dq;
*theta;

the V_dq and theta input to VCVS are both constants.

Parameters

TypeNameDefaultDescription
Real[3,3]L_lc_filter{{3e-2, 0, 0}, {0, 3e-2, 0}, {0, 0, 3e-2}}Inductance of LC filter
Real[3,3]C_lc_filter{{1e-6, 0, 0}, {0, 1e-6, 0}, {0, 0, 1e-6}}Capacitance of LC filter
RealV_nominal380Nominal voltage
RealP_obj4e3objective Active Power
RealQ_obj4e2objective Reactive Power
Realf_nominal50nominal frequency
RealK_pll_p0.25PLL proportional gain
RealK_pll_i2PLL integral gain
RealK_pll_d1PLL derivative gain

Connectors

TypeNameDefaultDescription
ModPowerSystems.Base.Interfaces.RealValue.ThreePhase.PlugPlug1 (from TwoPin)
ModPowerSystems.Base.Interfaces.RealValue.ThreePhase.PlugPlug2 (from TwoPin)

Components

TypeNameDefaultDescription
SI.Voltage[3]v (from TwoPin)Voltage between Plug1 and Plug2
SI.Current[3]i (from TwoPin)Difference between input and output current
SI.Voltage[3]v1 (from TwoPin)Voltage at Plug1
SI.Voltage[3]v2 (from TwoPin)Voltage at Plug2
SI.Current[3]i1 (from TwoPin)Current flowing into the component at Plug1
SI.Current[3]i2 (from TwoPin)Current flowing out of the component at Plug2
ModPowerSystems.Base.Systemsystem
ModPowerSystems.EmtThreePhase.Measurements.CurrentMeasurementABCcurrentMeasurementABC1
ModPowerSystems.EmtThreePhase.Basics.Groundground2
ModPowerSystems.EmtThreePhase.Basics.Inductorinductor1
ModPowerSystems.EmtThreePhase.Basics.Capacitorcapacitor1
ModPowerSystems.EmtThreePhase.Measurements.VoltageMeasurementABCvoltageMeasurementABC1
ModPowerSystems.EmtThreePhase.Measurements.PLLpll1
ModPowerSystems.EmtThreePhase.Basics.VCVS_DQvCVS_Inv_Av1
ModPowerSystems.EmtThreePhase.Control.InverterPQCtrlinv_PQ_Controller1