OpenIPSL.Electrical.FACTS.PSAT

FACTS models from PSAT

Information

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

Package Content

Name Description
OpenIPSL.Electrical.FACTS.PSAT.STATCOM STATCOM Static Var Compensator
OpenIPSL.Electrical.FACTS.PSAT.TCSC TCSC Thyristor Controlled Series Compensator

OpenIPSL.Electrical.FACTS.PSAT.STATCOM OpenIPSL.Electrical.FACTS.PSAT.STATCOM

Static Var Compensator

Information

The following documentation is adapted from [Milano2010], chapter 20.3:

The implemented STATCOM model is a current injection model [...]. The STATCOM current is always kept in quadrature in relation to the bus voltage so that only reactive power is exchanged between the ac system and the STATCOM.

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

Parameters

NameDescription
Power flow data
S_bSystem base power [VA]
V_bBase voltage of the bus [V]
fnSystem frequency [Hz]
P_0Initial active power [W]
Q_0Initial reactive power [var]
v_0Initial voltage magnitude [1]
angle_0Initial voltage angle [rad]
displayPFDisplay power flow:
Device parameters
SnPower rating [VA]
VnVoltage rating [V]
KrRegulator gain [pu/pu]
TrRegulator time constant [s]
i_MaxMaximum current (device base) [1]
i_MinMinimum current (device base) [1]
Parameter mask
enableS_bEnable S_b in parameter list
enableV_bEnable V_b in parameter list
enablefnEnable fn in parameter list
enableP_0Enable P_0 in parameter list
enableQ_0Enable Q_0 in parameter list
enablev_0Enable v_0 in parameter list
enableangle_0Enable angle_0 in parameter list
enabledisplayPFEnable displayPF in parameter list

Connectors

NameDescription
p 
v_POD 

OpenIPSL.Electrical.FACTS.PSAT.TCSC OpenIPSL.Electrical.FACTS.PSAT.TCSC

Thyristor Controlled Series Compensator

Information

A TCSC Regulator according to [Milano2010], chapter 20.2.

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

Parameters

NameDescription
Power flow data
S_bSystem base power [VA]
V_bBase voltage of the bus [V]
fnSystem frequency [Hz]
P_0Initial active power [W]
Q_0Initial reactive power [var]
v_0Initial voltage magnitude [1]
angle_0Initial voltage angle [rad]
displayPFDisplay power flow:
prefReference power [1]
Device parameters
SnPower rating [VA]
VnVoltage rating [V]
ctrlType of control of the TCSC
alpha_minMinimum firing angle [rad]
alpha_max Maximum firing angle [rad]
xTCSC_minMinimum reactance [1]
xTCSC_maxMaximum reactance [1]
TrRegulator time constant [s]
KpProportional gain of PI controller [pu/pu]
KiIntegral gain of PI controller [pu/pu]
KrGain of stabilizing signal [pu/pu]
x_LReactance (inductive) [1]
x_CReactance (capacitive) [1]
XLLine reactance [1]
GShunt half conductance [1]
BShunt half susceptance [1]
Initialization
alpha0Initial firing angle [rad]
xTCSC0Initial reactance [1]
Parameter mask
enableS_bEnable S_b in parameter list
enableV_bEnable V_b in parameter list
enablefnEnable fn in parameter list
enableP_0Enable P_0 in parameter list
enableQ_0Enable Q_0 in parameter list
enablev_0Enable v_0 in parameter list
enableangle_0Enable angle_0 in parameter list
enabledisplayPFEnable displayPF in parameter list

Connectors

NameDescription
p 
n 
Vs_pod 
Automatically generated Thu Oct 6 17:41:44 2022.