modelVsourceRX

Voltage behind reactance source, 3-phase dq0

Extends from Partials.PowerBase (Power source base, 3-phase dq0).

Information

Ideal voltage source with constant amplitude and phase, and with resistive-inductive inner impedance.

There are 3 different initialisation choices.

  1)  v_start, alpha_start  initial terminal voltage and phase angle,
  2)  v_start, p_start      initial terminal voltage and active power,
  3)  pq_start             initial terminal {active power, reactive power},

Note: v0, alpha0 denote the exciting voltage ('behind reactance'), NOT the terminal voltage. v0 and alpha0 are kept constant during simulation. The values are determined at initialisation by the respective initial values above.

Frequency: the source has always system-frequency.

Parameters

TypeNameDefaultDescription
SIpu.Resistancer0.01resistance
SIpu.Reactancex1reactance d- and q-axis
SIpu.Reactancex00.1reactance 0-axis
Parameter Scaling
BooleanpuUnits (from Nominal)true= true, if scaled with nom. values (pu), else scaled with 1 (SI)
Nominal
SI.VoltageV_nom (from Nominal)1nominal Voltage (= base for pu)
SI.ApparentPowerS_nom (from Nominal)1nominal Power (= base for pu)
Initialization
Types.DynamicsdynTypesystem.dynTypetransient or steady-state model
PowerSystems.Types.InitinitTypePowerSystems.Types.Init.v_alphainitialisation type
SIpu.Voltagev_start1initial terminal voltage
SI.Anglealpha_start0initial terminal phase angle
SIpu.ApparentPowerp_start1initial terminal active power
SIpu.ApparentPowerq_start1initial terminal reactive power
SIpu.ApparentPower[2]pq_start{1, 0}initial terminal {active, reactive} power

Connectors

TypeNameDefaultDescription
Ports.ACdq0_nterm (from Port_n)negative terminal
Interfaces.Electric_pneutral (from SourceBase)(use for grounding)

Contents

NameDescription
atan2protected