OpenIPSL.Electrical.Controls.PSAT.AVR

Excitation system models (Automatic Voltage Regulators - AVR) from PSAT

Extends from Modelica.Icons.Package (Icon for standard packages).

OpenIPSL.Electrical.Controls.PSAT.AVR.AVRTypeI

PSAT AVR Type 1

The PSAT Toolbox called this model "AVR Type I" (see [Milano2013], section 18.3.1) when it actually is the "IEEE Type II" (see [Milano2010], chapter 16.2.2).

Name	Description
vrmax	Maximum regulator voltage [1]
vrmin	Minimum regulator voltage [1]
K0	Regulator gain, [pu/pu]
T1	First pole [s]
T2	First zero [s]
T3	Second pole [s]
T4	Second pole [s]
Te	Field circuit time constant [s]
Tr	Measurement time constant [s]
Ae	1st ceiling coefficient
Be	2nd ceiling coefficient
v0	Initialization [1]

Name	Description
v	Generator termminal voltage [pu]
vf	Field voltage [pu]
vref	Reference generator terminal voltage [pu]
vref0	Voltage reference at t=0 [pu]
vf0	Reference generator terminal voltage [pu]

PSAT AVR Type 2

The PSAT Toolbox called this model "AVR Type II" (see [Milano2013], section 18.3.2) when it actually is the "IEEE Type I" (see [Milano2010], chapter 16.2.1).

Name	Description
vrmin	Minimum regulator voltage [1]
vrmax	Maximum regulator voltage [1]
Ka	Amplifier gain [pu/pu]
Ta	Amplifier time constant [s]
Kf	Stabilizer gain [pu/pu]
Tf	Stabilizer time constant [s]
Ke	Field circuit integral deviation [pu/pu]
Te	Field circuit time constant [s]
Tr	Measurement time constant [s]
Ae	1st ceiling coefficient
Be	2nd ceiling coefficient
v0	Initial measured voltage [1]

Name	Description
v	Generator terminal voltage [pu]
vf	Field voltage [pu]
vref	Reference generator terminal voltage [pu]
vref0	Voltage reference at t=0 [pu]
vf0	Reference generator terminal voltage [pu]

PSAT AVR Type 3

Name	Description
vfmax	[1]
vfmin	[1]
K0	regulator gain [1]
T2	regulator pole [s]
T1	Regulator zero [s]
Te	Field circuit time constant [s]
Tr	Measurement time constant [s]

Automatically generated Thu Oct 6 17:41:43 2022.