modelNetworkWithAlphaBetaLoads
Nordic test grid with buses, lines, shunts and voltage-dependent loads
Extends from Dynawo.Examples.Nordic.Grid.BaseClasses.Network (Nordic test grid with buses and lines).
Information
This network model extends the base network. It adds AlphaBetaLoads with alpha = 1 and beta = 2 as well as shunts, as described in the IEEE Technical Report "Test Systems for Voltage Stability Analysis and Security Assessment" from August, 2015.Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| Modelica.SIunits.Impedance | XBase_130 (from Network) | 130^2/Dynawo.Electrical.SystemBase.SnRef | |
| Modelica.SIunits.Impedance | XBase_220 (from Network) | 220^2/Dynawo.Electrical.SystemBase.SnRef | |
| Modelica.SIunits.Impedance | XBase_400 (from Network) | 400^2/Dynawo.Electrical.SystemBase.SnRef | |
| Real | Alpha | Active load sensitivity to voltage | |
| Real | Beta | Reactive load sensitivity to voltage | |
| Types.ActivePowerPu | P0Pu_load_01 | ||
| Types.ReactivePowerPu | Q0Pu_load_01 | ||
| Types.VoltageModulePu | U0Pu_load_01 | ||
| Types.Angle | UPhase0_load_01 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_01 | Complex(P0Pu_load_01, Q0Pu_load_01) | |
| Types.ComplexVoltagePu | u0Pu_load_01 | ComplexMath.fromPolar(U0Pu_load_01, UPhase0_load_01) | |
| Types.ComplexCurrentPu | i0Pu_load_01 | ComplexMath.conj(s0Pu_load_01/u0Pu_load_01) | |
| Types.ActivePowerPu | P0Pu_load_02 | ||
| Types.ReactivePowerPu | Q0Pu_load_02 | ||
| Types.VoltageModulePu | U0Pu_load_02 | ||
| Types.Angle | UPhase0_load_02 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_02 | Complex(P0Pu_load_02, Q0Pu_load_02) | |
| Types.ComplexVoltagePu | u0Pu_load_02 | ComplexMath.fromPolar(U0Pu_load_02, UPhase0_load_02) | |
| Types.ComplexCurrentPu | i0Pu_load_02 | ComplexMath.conj(s0Pu_load_02/u0Pu_load_02) | |
| Types.ActivePowerPu | P0Pu_load_03 | ||
| Types.ReactivePowerPu | Q0Pu_load_03 | ||
| Types.VoltageModulePu | U0Pu_load_03 | ||
| Types.Angle | UPhase0_load_03 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_03 | Complex(P0Pu_load_03, Q0Pu_load_03) | |
| Types.ComplexVoltagePu | u0Pu_load_03 | ComplexMath.fromPolar(U0Pu_load_03, UPhase0_load_03) | |
| Types.ComplexCurrentPu | i0Pu_load_03 | ComplexMath.conj(s0Pu_load_03/u0Pu_load_03) | |
| Types.ActivePowerPu | P0Pu_load_04 | ||
| Types.ReactivePowerPu | Q0Pu_load_04 | ||
| Types.VoltageModulePu | U0Pu_load_04 | ||
| Types.Angle | UPhase0_load_04 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_04 | Complex(P0Pu_load_04, Q0Pu_load_04) | |
| Types.ComplexVoltagePu | u0Pu_load_04 | ComplexMath.fromPolar(U0Pu_load_04, UPhase0_load_04) | |
| Types.ComplexCurrentPu | i0Pu_load_04 | ComplexMath.conj(s0Pu_load_04/u0Pu_load_04) | |
| Types.ActivePowerPu | P0Pu_load_05 | ||
| Types.ReactivePowerPu | Q0Pu_load_05 | ||
| Types.VoltageModulePu | U0Pu_load_05 | ||
| Types.Angle | UPhase0_load_05 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_05 | Complex(P0Pu_load_05, Q0Pu_load_05) | |
| Types.ComplexVoltagePu | u0Pu_load_05 | ComplexMath.fromPolar(U0Pu_load_05, UPhase0_load_05) | |
| Types.ComplexCurrentPu | i0Pu_load_05 | ComplexMath.conj(s0Pu_load_05/u0Pu_load_05) | |
| Types.ActivePowerPu | P0Pu_load_11 | ||
| Types.ReactivePowerPu | Q0Pu_load_11 | ||
| Types.VoltageModulePu | U0Pu_load_11 | ||
| Types.Angle | UPhase0_load_11 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_11 | Complex(P0Pu_load_11, Q0Pu_load_11) | |
| Types.ComplexVoltagePu | u0Pu_load_11 | ComplexMath.fromPolar(U0Pu_load_11, UPhase0_load_11) | |
| Types.ComplexCurrentPu | i0Pu_load_11 | ComplexMath.conj(s0Pu_load_11/u0Pu_load_11) | |
| Types.ActivePowerPu | P0Pu_load_12 | ||
| Types.ReactivePowerPu | Q0Pu_load_12 | ||
| Types.VoltageModulePu | U0Pu_load_12 | ||
| Types.Angle | UPhase0_load_12 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_12 | Complex(P0Pu_load_12, Q0Pu_load_12) | |
| Types.ComplexVoltagePu | u0Pu_load_12 | ComplexMath.fromPolar(U0Pu_load_12, UPhase0_load_12) | |
| Types.ComplexCurrentPu | i0Pu_load_12 | ComplexMath.conj(s0Pu_load_12/u0Pu_load_12) | |
| Types.ActivePowerPu | P0Pu_load_13 | ||
| Types.ReactivePowerPu | Q0Pu_load_13 | ||
| Types.VoltageModulePu | U0Pu_load_13 | ||
| Types.Angle | UPhase0_load_13 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_13 | Complex(P0Pu_load_13, Q0Pu_load_13) | |
| Types.ComplexVoltagePu | u0Pu_load_13 | ComplexMath.fromPolar(U0Pu_load_13, UPhase0_load_13) | |
| Types.ComplexCurrentPu | i0Pu_load_13 | ComplexMath.conj(s0Pu_load_13/u0Pu_load_13) | |
| Types.ActivePowerPu | P0Pu_load_22 | ||
| Types.ReactivePowerPu | Q0Pu_load_22 | ||
| Types.VoltageModulePu | U0Pu_load_22 | ||
| Types.Angle | UPhase0_load_22 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_22 | Complex(P0Pu_load_22, Q0Pu_load_22) | |
| Types.ComplexVoltagePu | u0Pu_load_22 | ComplexMath.fromPolar(U0Pu_load_22, UPhase0_load_22) | |
| Types.ComplexCurrentPu | i0Pu_load_22 | ComplexMath.conj(s0Pu_load_22/u0Pu_load_22) | |
| Types.ActivePowerPu | P0Pu_load_31 | ||
| Types.ReactivePowerPu | Q0Pu_load_31 | ||
| Types.VoltageModulePu | U0Pu_load_31 | ||
| Types.Angle | UPhase0_load_31 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_31 | Complex(P0Pu_load_31, Q0Pu_load_31) | |
| Types.ComplexVoltagePu | u0Pu_load_31 | ComplexMath.fromPolar(U0Pu_load_31, UPhase0_load_31) | |
| Types.ComplexCurrentPu | i0Pu_load_31 | ComplexMath.conj(s0Pu_load_31/u0Pu_load_31) | |
| Types.ActivePowerPu | P0Pu_load_32 | ||
| Types.ReactivePowerPu | Q0Pu_load_32 | ||
| Types.VoltageModulePu | U0Pu_load_32 | ||
| Types.Angle | UPhase0_load_32 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_32 | Complex(P0Pu_load_32, Q0Pu_load_32) | |
| Types.ComplexVoltagePu | u0Pu_load_32 | ComplexMath.fromPolar(U0Pu_load_32, UPhase0_load_32) | |
| Types.ComplexCurrentPu | i0Pu_load_32 | ComplexMath.conj(s0Pu_load_32/u0Pu_load_32) | |
| Types.ActivePowerPu | P0Pu_load_41 | ||
| Types.ReactivePowerPu | Q0Pu_load_41 | ||
| Types.VoltageModulePu | U0Pu_load_41 | ||
| Types.Angle | UPhase0_load_41 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_41 | Complex(P0Pu_load_41, Q0Pu_load_41) | |
| Types.ComplexVoltagePu | u0Pu_load_41 | ComplexMath.fromPolar(U0Pu_load_41, UPhase0_load_41) | |
| Types.ComplexCurrentPu | i0Pu_load_41 | ComplexMath.conj(s0Pu_load_41/u0Pu_load_41) | |
| Types.ActivePowerPu | P0Pu_load_42 | ||
| Types.ReactivePowerPu | Q0Pu_load_42 | ||
| Types.VoltageModulePu | U0Pu_load_42 | ||
| Types.Angle | UPhase0_load_42 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_42 | Complex(P0Pu_load_42, Q0Pu_load_42) | |
| Types.ComplexVoltagePu | u0Pu_load_42 | ComplexMath.fromPolar(U0Pu_load_42, UPhase0_load_42) | |
| Types.ComplexCurrentPu | i0Pu_load_42 | ComplexMath.conj(s0Pu_load_42/u0Pu_load_42) | |
| Types.ActivePowerPu | P0Pu_load_43 | ||
| Types.ReactivePowerPu | Q0Pu_load_43 | ||
| Types.VoltageModulePu | U0Pu_load_43 | ||
| Types.Angle | UPhase0_load_43 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_43 | Complex(P0Pu_load_43, Q0Pu_load_43) | |
| Types.ComplexVoltagePu | u0Pu_load_43 | ComplexMath.fromPolar(U0Pu_load_43, UPhase0_load_43) | |
| Types.ComplexCurrentPu | i0Pu_load_43 | ComplexMath.conj(s0Pu_load_43/u0Pu_load_43) | |
| Types.ActivePowerPu | P0Pu_load_46 | ||
| Types.ReactivePowerPu | Q0Pu_load_46 | ||
| Types.VoltageModulePu | U0Pu_load_46 | ||
| Types.Angle | UPhase0_load_46 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_46 | Complex(P0Pu_load_46, Q0Pu_load_46) | |
| Types.ComplexVoltagePu | u0Pu_load_46 | ComplexMath.fromPolar(U0Pu_load_46, UPhase0_load_46) | |
| Types.ComplexCurrentPu | i0Pu_load_46 | ComplexMath.conj(s0Pu_load_46/u0Pu_load_46) | |
| Types.ActivePowerPu | P0Pu_load_47 | ||
| Types.ReactivePowerPu | Q0Pu_load_47 | ||
| Types.VoltageModulePu | U0Pu_load_47 | ||
| Types.Angle | UPhase0_load_47 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_47 | Complex(P0Pu_load_47, Q0Pu_load_47) | |
| Types.ComplexVoltagePu | u0Pu_load_47 | ComplexMath.fromPolar(U0Pu_load_47, UPhase0_load_47) | |
| Types.ComplexCurrentPu | i0Pu_load_47 | ComplexMath.conj(s0Pu_load_47/u0Pu_load_47) | |
| Types.ActivePowerPu | P0Pu_load_51 | ||
| Types.ReactivePowerPu | Q0Pu_load_51 | ||
| Types.VoltageModulePu | U0Pu_load_51 | ||
| Types.Angle | UPhase0_load_51 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_51 | Complex(P0Pu_load_51, Q0Pu_load_51) | |
| Types.ComplexVoltagePu | u0Pu_load_51 | ComplexMath.fromPolar(U0Pu_load_51, UPhase0_load_51) | |
| Types.ComplexCurrentPu | i0Pu_load_51 | ComplexMath.conj(s0Pu_load_51/u0Pu_load_51) | |
| Types.ActivePowerPu | P0Pu_load_61 | ||
| Types.ReactivePowerPu | Q0Pu_load_61 | ||
| Types.VoltageModulePu | U0Pu_load_61 | ||
| Types.Angle | UPhase0_load_61 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_61 | Complex(P0Pu_load_61, Q0Pu_load_61) | |
| Types.ComplexVoltagePu | u0Pu_load_61 | ComplexMath.fromPolar(U0Pu_load_61, UPhase0_load_61) | |
| Types.ComplexCurrentPu | i0Pu_load_61 | ComplexMath.conj(s0Pu_load_61/u0Pu_load_61) | |
| Types.ActivePowerPu | P0Pu_load_62 | ||
| Types.ReactivePowerPu | Q0Pu_load_62 | ||
| Types.VoltageModulePu | U0Pu_load_62 | ||
| Types.Angle | UPhase0_load_62 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_62 | Complex(P0Pu_load_62, Q0Pu_load_62) | |
| Types.ComplexVoltagePu | u0Pu_load_62 | ComplexMath.fromPolar(U0Pu_load_62, UPhase0_load_62) | |
| Types.ComplexCurrentPu | i0Pu_load_62 | ComplexMath.conj(s0Pu_load_62/u0Pu_load_62) | |
| Types.ActivePowerPu | P0Pu_load_63 | ||
| Types.ReactivePowerPu | Q0Pu_load_63 | ||
| Types.VoltageModulePu | U0Pu_load_63 | ||
| Types.Angle | UPhase0_load_63 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_63 | Complex(P0Pu_load_63, Q0Pu_load_63) | |
| Types.ComplexVoltagePu | u0Pu_load_63 | ComplexMath.fromPolar(U0Pu_load_63, UPhase0_load_63) | |
| Types.ComplexCurrentPu | i0Pu_load_63 | ComplexMath.conj(s0Pu_load_63/u0Pu_load_63) | |
| Types.ActivePowerPu | P0Pu_load_71 | ||
| Types.ReactivePowerPu | Q0Pu_load_71 | ||
| Types.VoltageModulePu | U0Pu_load_71 | ||
| Types.Angle | UPhase0_load_71 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_71 | Complex(P0Pu_load_71, Q0Pu_load_71) | |
| Types.ComplexVoltagePu | u0Pu_load_71 | ComplexMath.fromPolar(U0Pu_load_71, UPhase0_load_71) | |
| Types.ComplexCurrentPu | i0Pu_load_71 | ComplexMath.conj(s0Pu_load_71/u0Pu_load_71) | |
| Types.ActivePowerPu | P0Pu_load_72 | ||
| Types.ReactivePowerPu | Q0Pu_load_72 | ||
| Types.VoltageModulePu | U0Pu_load_72 | ||
| Types.Angle | UPhase0_load_72 | ||
| Types.ComplexApparentPowerPu | s0Pu_load_72 | Complex(P0Pu_load_72, Q0Pu_load_72) | |
| Types.ComplexVoltagePu | u0Pu_load_72 | ComplexMath.fromPolar(U0Pu_load_72, UPhase0_load_72) | |
| Types.ComplexCurrentPu | i0Pu_load_72 | ComplexMath.conj(s0Pu_load_72/u0Pu_load_72) | |
| Types.PerUnit | BPu_shunt_1022 | ||
| Types.VoltageModulePu | U0Pu_shunt_1022 | ||
| Types.Angle | UPhase0_shunt_1022 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_1022 | BPu_shunt_1022*U0Pu_shunt_1022^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_1022 | Complex(0, Q0Pu_shunt_1022) | |
| Types.ComplexVoltagePu | u0Pu_shunt_1022 | ComplexMath.fromPolar(U0Pu_shunt_1022, UPhase0_shunt_1022) | |
| Types.ComplexCurrentPu | i0Pu_shunt_1022 | ComplexMath.conj(s0Pu_shunt_1022/u0Pu_shunt_1022) | |
| Types.PerUnit | BPu_shunt_1041 | ||
| Types.VoltageModulePu | U0Pu_shunt_1041 | ||
| Types.Angle | UPhase0_shunt_1041 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_1041 | BPu_shunt_1041*U0Pu_shunt_1041^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_1041 | Complex(0, Q0Pu_shunt_1041) | |
| Types.ComplexVoltagePu | u0Pu_shunt_1041 | ComplexMath.fromPolar(U0Pu_shunt_1041, UPhase0_shunt_1041) | |
| Types.ComplexCurrentPu | i0Pu_shunt_1041 | ComplexMath.conj(s0Pu_shunt_1041/u0Pu_shunt_1041) | |
| Types.PerUnit | BPu_shunt_1043 | ||
| Types.VoltageModulePu | U0Pu_shunt_1043 | ||
| Types.Angle | UPhase0_shunt_1043 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_1043 | BPu_shunt_1043*U0Pu_shunt_1043^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_1043 | Complex(0, Q0Pu_shunt_1043) | |
| Types.ComplexVoltagePu | u0Pu_shunt_1043 | ComplexMath.fromPolar(U0Pu_shunt_1043, UPhase0_shunt_1043) | |
| Types.ComplexCurrentPu | i0Pu_shunt_1043 | ComplexMath.conj(s0Pu_shunt_1043/u0Pu_shunt_1043) | |
| Types.PerUnit | BPu_shunt_1044 | ||
| Types.VoltageModulePu | U0Pu_shunt_1044 | ||
| Types.Angle | UPhase0_shunt_1044 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_1044 | BPu_shunt_1044*U0Pu_shunt_1044^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_1044 | Complex(0, Q0Pu_shunt_1044) | |
| Types.ComplexVoltagePu | u0Pu_shunt_1044 | ComplexMath.fromPolar(U0Pu_shunt_1044, UPhase0_shunt_1044) | |
| Types.ComplexCurrentPu | i0Pu_shunt_1044 | ComplexMath.conj(s0Pu_shunt_1044/u0Pu_shunt_1044) | |
| Types.PerUnit | BPu_shunt_1045 | ||
| Types.VoltageModulePu | U0Pu_shunt_1045 | ||
| Types.Angle | UPhase0_shunt_1045 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_1045 | BPu_shunt_1045*U0Pu_shunt_1045^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_1045 | Complex(0, Q0Pu_shunt_1045) | |
| Types.ComplexVoltagePu | u0Pu_shunt_1045 | ComplexMath.fromPolar(U0Pu_shunt_1045, UPhase0_shunt_1045) | |
| Types.ComplexCurrentPu | i0Pu_shunt_1045 | ComplexMath.conj(s0Pu_shunt_1045/u0Pu_shunt_1045) | |
| Types.PerUnit | BPu_shunt_4012 | ||
| Types.VoltageModulePu | U0Pu_shunt_4012 | ||
| Types.Angle | UPhase0_shunt_4012 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_4012 | BPu_shunt_4012*U0Pu_shunt_4012^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_4012 | Complex(0, Q0Pu_shunt_4012) | |
| Types.ComplexVoltagePu | u0Pu_shunt_4012 | ComplexMath.fromPolar(U0Pu_shunt_4012, UPhase0_shunt_4012) | |
| Types.ComplexCurrentPu | i0Pu_shunt_4012 | ComplexMath.conj(s0Pu_shunt_4012/u0Pu_shunt_4012) | |
| Types.PerUnit | BPu_shunt_4041 | ||
| Types.VoltageModulePu | U0Pu_shunt_4041 | ||
| Types.Angle | UPhase0_shunt_4041 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_4041 | BPu_shunt_4041*U0Pu_shunt_4041^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_4041 | Complex(0, Q0Pu_shunt_4041) | |
| Types.ComplexVoltagePu | u0Pu_shunt_4041 | ComplexMath.fromPolar(U0Pu_shunt_4041, UPhase0_shunt_4041) | |
| Types.ComplexCurrentPu | i0Pu_shunt_4041 | ComplexMath.conj(s0Pu_shunt_4041/u0Pu_shunt_4041) | |
| Types.PerUnit | BPu_shunt_4043 | ||
| Types.VoltageModulePu | U0Pu_shunt_4043 | ||
| Types.Angle | UPhase0_shunt_4043 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_4043 | BPu_shunt_4043*U0Pu_shunt_4043^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_4043 | Complex(0, Q0Pu_shunt_4043) | |
| Types.ComplexVoltagePu | u0Pu_shunt_4043 | ComplexMath.fromPolar(U0Pu_shunt_4043, UPhase0_shunt_4043) | |
| Types.ComplexCurrentPu | i0Pu_shunt_4043 | ComplexMath.conj(s0Pu_shunt_4043/u0Pu_shunt_4043) | |
| Types.PerUnit | BPu_shunt_4046 | ||
| Types.VoltageModulePu | U0Pu_shunt_4046 | ||
| Types.Angle | UPhase0_shunt_4046 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_4046 | BPu_shunt_4046*U0Pu_shunt_4046^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_4046 | Complex(0, Q0Pu_shunt_4046) | |
| Types.ComplexVoltagePu | u0Pu_shunt_4046 | ComplexMath.fromPolar(U0Pu_shunt_4046, UPhase0_shunt_4046) | |
| Types.ComplexCurrentPu | i0Pu_shunt_4046 | ComplexMath.conj(s0Pu_shunt_4046/u0Pu_shunt_4046) | |
| Types.PerUnit | BPu_shunt_4051 | ||
| Types.VoltageModulePu | U0Pu_shunt_4051 | ||
| Types.Angle | UPhase0_shunt_4051 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_4051 | BPu_shunt_4051*U0Pu_shunt_4051^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_4051 | Complex(0, Q0Pu_shunt_4051) | |
| Types.ComplexVoltagePu | u0Pu_shunt_4051 | ComplexMath.fromPolar(U0Pu_shunt_4051, UPhase0_shunt_4051) | |
| Types.ComplexCurrentPu | i0Pu_shunt_4051 | ComplexMath.conj(s0Pu_shunt_4051/u0Pu_shunt_4051) | |
| Types.PerUnit | BPu_shunt_4071 | ||
| Types.VoltageModulePu | U0Pu_shunt_4071 | ||
| Types.Angle | UPhase0_shunt_4071 | ||
| Types.ReactivePowerPu | Q0Pu_shunt_4071 | BPu_shunt_4071*U0Pu_shunt_4071^2 | |
| Types.ComplexApparentPowerPu | s0Pu_shunt_4071 | Complex(0, Q0Pu_shunt_4071) | |
| Types.ComplexVoltagePu | u0Pu_shunt_4071 | ComplexMath.fromPolar(U0Pu_shunt_4071, UPhase0_shunt_4071) | |
| Types.ComplexCurrentPu | i0Pu_shunt_4071 | ComplexMath.conj(s0Pu_shunt_4071/u0Pu_shunt_4071) |