OpenIPSL.Electrical.Renewables.PSSE

Renewable models from PSSE

This package contains renewable models that were implemented based on PSS®E's models documentation [PSSE-MODELS].

Name	Description
BESS	Framework for a battery energy storage system plant including controllers
PV	Framework for a photovoltaic plant including controllers
Wind	Framework for a wind plant including controllers
AddOnBlocks	This package contains additional add ons that can be added to the original renewable models.
ElectricalController	Renewable Electrical Controllers
InverterInterface	Renewable Inverter Interface
PlantController	Renewable Plant Controllers
WindDriveTrain	Drive train for wind turbines

OpenIPSL.Electrical.Renewables.PSSE.BESS

Framework for a battery energy storage system plant including controllers

This model is meant as a simple framework to create a battery energy storage system plant that consists of:

The type of each can be selected via a drop down list where also a deactivation is provided (normally via feed through).

The type of control configuration can also be selected via drop down list.

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

Name	Description
RenewableGenerator
RenewableController
PlantController
Power flow data
M_b	Machine base power [V.A]
S_b	System base power [V.A]
V_b	Base voltage of the bus [V]
fn	System frequency [Hz]
P_0	Initial active power [W]
Q_0	Initial reactive power [var]
v_0	Initial voltage magnitude [1]
angle_0	Initial voltage angle [rad]
displayPF	Display power flow:
Reactive Power Control Options
QFunctionality	BESS Reactive Power Control Options
Active Power Control Options
PFunctionality	BESS Real Power Control Options
Parameter mask
enableS_b	Enable S_b in parameter list
enableV_b	Enable V_b in parameter list
enablefn	Enable fn in parameter list
enableP_0	Enable P_0 in parameter list
enableQ_0	Enable Q_0 in parameter list
enablev_0	Enable v_0 in parameter list
enableangle_0	Enable angle_0 in parameter list
enabledisplayPF	Enable displayPF in parameter list

Name	Description
pwPin
FREQ	Connection Point Frequency
branch_ir	Measured Branch Real Current
branch_ii	Measured Branch Imaginary Current
regulate_vr	Regulated Branch Real Voltage
regulate_vi	Regulated Branch Imaginary Voltage

Framework for a photovoltaic plant including controllers

This model is meant as a simple framework to create a photovoltaic power plant that consists of:

The type of each can be selected via a drop down list where also a deactivation is provided (normally via feed through).

The type of control configuration can also be selected via drop down list.

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

Name	Description
RenewableGenerator
RenewableController
PlantController
Power flow data
M_b	Machine base power [V.A]
S_b	System base power [V.A]
V_b	Base voltage of the bus [V]
fn	System frequency [Hz]
P_0	Initial active power [W]
Q_0	Initial reactive power [var]
v_0	Initial voltage magnitude [1]
angle_0	Initial voltage angle [rad]
displayPF	Display power flow:
Reactive Power Control Options
QFunctionality	PV Reactive Power Control Options
Active Power Control Options
PFunctionality	PV Real Power Control Options
Irradiance to Power Add-On Capability
Irr2Pow	Irradiance to Power Options
Parameter mask
enableS_b	Enable S_b in parameter list
enableV_b	Enable V_b in parameter list
enablefn	Enable fn in parameter list
enableP_0	Enable P_0 in parameter list
enableQ_0	Enable Q_0 in parameter list
enablev_0	Enable v_0 in parameter list
enableangle_0	Enable angle_0 in parameter list
enabledisplayPF	Enable displayPF in parameter list

Name	Description
pwPin
FREQ	Connection Point Frequency
branch_ir	Measured Branch Real Current
branch_ii	Measured Branch Imaginary Current
regulate_vr	Regulated Branch Real Voltage
regulate_vi	Regulated Branch Imaginary Voltage
i2p	Irradiance to Power input

Framework for a wind plant including controllers

This model is meant as a simple framework to create a wind power plant that consists of:

The type of each can be selected via a drop down list where also a deactivation is provided (normally via feed through).

The type of control configuration can also be selected via drop down list, with or without the torsional modeling of the drive train component.

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

Name	Description
RenewableGenerator
RenewableController
PlantController
DriveTrain
Power flow data
M_b	Machine base power [V.A]
S_b	System base power [V.A]
V_b	Base voltage of the bus [V]
fn	System frequency [Hz]
P_0	Initial active power [W]
Q_0	Initial reactive power [var]
v_0	Initial voltage magnitude [1]
angle_0	Initial voltage angle [rad]
displayPF	Display power flow:
Reactive Power Control Options
QFunctionality	Wind Reactive Power Control Options
Active Power Control Options
PFunctionality	Wind Real Power Control Options
Torsional Oscillation
TOscillation	Wind Torque Oscillation Option
Initialization
W0	Initial Slip
Parameter mask
enableS_b	Enable S_b in parameter list
enableV_b	Enable V_b in parameter list
enablefn	Enable fn in parameter list
enableP_0	Enable P_0 in parameter list
enableQ_0	Enable Q_0 in parameter list
enablev_0	Enable v_0 in parameter list
enableangle_0	Enable angle_0 in parameter list
enabledisplayPF	Enable displayPF in parameter list

Name	Description
pwPin
FREQ	Connection Point Frequency
branch_ir	Measured Branch Real Current
branch_ii	Measured Branch Imaginary Current
regulate_vr	Regulated Branch Real Voltage
regulate_vi	Regulated Branch Imaginary Voltage

Automatically generated Thu Feb 26 06:56:10 2026.