OpenIPSL.Electrical.Solar.PowerFactory.DIgSILENT

Solar PV models with DIgSILENT implementation

Information

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

Package Content

Name	Description
PV_Plant	DIgSILENT model of a solar plant
Auxiliary	Auxiliary models for implementation of DIgSILENT models
Controller	Controller for the solar plant
DCBusBar	Model of a DC busbar between the module and inverter
PVArray	Array of PV modules
PVModule	Model of a single PV module
CurrentLimiter	Limiter of d- and q-axis currents

OpenIPSL.Electrical.Solar.PowerFactory.DIgSILENT.PV_Plant

DIgSILENT model of a solar plant

Information

A PV Plant implemented according to the DIgSILENT template in PowerFactory.

NOTE 1: The PLL Dynamics are missing along with the active power reduction models for FRT events.

NOTE 2: Keep in mind that if external irradiance is connected it needs to be matched for the initial active power for steady-state initialization.

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

Parameters

Name	Description
Power flow data
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:
Plant parameters
M_b	PV plant base power [V.A]
PV Array Dimensions
n_series	Number of modules in series
n_parallel	Number of modules in parallel
Parameters of PV Modules
Tr	Time constant of modules [s]
U0_stc	Open-circuit voltage at Standard Test Conditions [V]
Umpp_stc	MPP voltage at Standard Test Conditions [V]
Impp_stc	MPP current at Standard Test Conditions [A]
Isc_stc	Short-circuit current at Standard Test Conditions [A]
au	Temperature correction factor (voltage) [1/K]
ai	Temperature correction factor (current) [1/K]
DC busbar parameters
C	Capacity of capacitor on DC busbar [F]
Current Controller Parameters
Kp	Gain, Active Power PI-Controller
Tip	Integration Time Constant, Active Power PI-Ctrl. [s]
Trm	Measurement Delay [s]
Tmpp	Time Delay MPP-Tracking [s]
id_min	Min. Active Current Limit [1]
id_max	Max. Active Current Limit [1]
U_min	Minimal allowed DC-voltage [V]
iq_min	Min. Reactive Current Limit [1]
iq_max	Max. Reactive Current Limit [1]
Deadband	Deadband for Dynamic AC Voltage Support
K_FRT	Gain for Dynamic AC Voltage Support
i_EEG	false = acc. TC2007; true = acc. SDLWindV
maxAbsCur	Max. allowed absolute current [1]
maxIq	Max.abs reactive current in normal operation [1]
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

Connectors

Name	Description
p

OpenIPSL.Electrical.Solar.PowerFactory.DIgSILENT.Controller

Controller for the solar plant

Information

Controller for DIgSILENT's implementation of the PV plant.

Parameters

Name	Description
Kp	Gain, Active Power PI-Controller
Tip	Integration Time Constant, Active Power PI-Ctrl. [s]
Tr	Measurement Delay [s]
Tmpp	Time Delay MPP-Tracking [s]
id_min	Min. Active Current Limit [1]
id_max	Max. Active Current Limit [1]
U_min	Minimal allowed DC-voltage [V]
iq_min	Min. Reactive Current Limit
iq_max	Max. Reactive Current Limit
Deadband	Deadband for Dynamic AC Voltage Support
K_FRT	Gain for Dynamic AC Voltage Support
i_EEG	false = acc. TC2007; true = acc. SDLWindV
maxAbsCur	Max. allowed absolute current [1]
maxIq	Max.abs reactive current in normal operation [1]
uac0	Initial voltage magnitude [1]
iq0	Initial q-axis current [1]
id0	Initial d-axis current [1]

Connectors

Name	Description
vdcref
uac
pred
vdcin
id_ref
iq_ref

OpenIPSL.Electrical.Solar.PowerFactory.DIgSILENT.DCBusBar

Model of a DC busbar between the module and inverter

Information

DC busbar model for DIgSILENT's implementation of the PV plant.

Parameters

Name	Description
C	Capacity of capacitor on DC busbar [F]

Connectors

Name	Description
P_conv
I_pv	current array
Udc

OpenIPSL.Electrical.Solar.PowerFactory.DIgSILENT.PVArray

Array of PV modules

Information

Model of a PV Array used in DIgSILENT's implementation of the PV plant. Provides optional inputs of irradiance (E) and temperature (theta). If those inputs are not connected, the model set temperature to 25 °C and irradiance so that it matches the specified initial power production.

Parameters

Name	Description
P_init	Initial active power of the array [W]
use_input_E
use_input_theta
PV Array Dimensions
n_series	Number of modules in series
n_parallel	Number of modules in parallel
Parameters of PV Modules
Tr	Time constant of modules [s]
U0_stc	Open-circuit voltage at Standard Test Conditions [V]
Umpp_stc	MPP voltage at Standard Test Conditions [V]
Impp_stc	MPP current at Standard Test Conditions [A]
Isc_stc	Short-circuit current at Standard Test Conditions [A]
au	Temperature correction factor (voltage) [1/K]
ai	Temperature correction factor (current) [1/K]

Connectors

Name	Description
Iarray
Vmpp_array
Uarray
E
theta

OpenIPSL.Electrical.Solar.PowerFactory.DIgSILENT.PVModule

Model of a single PV module

Information

Model of a PV Module within a PV array.

Parameters

Name	Description
U0_stc	Open-circuit voltage at Standard Test Conditions [V]
Umpp_stc	MPP voltage at Standard Test Conditions [V]
Impp_stc	MPP current at Standard Test Conditions [A]
Isc_stc	Short-circuit current at Standard Test Conditions [A]
au	Temperature correction factor (voltage) [1/K]
ai	Temperature correction factor (current) [1/K]
use_input_E	If true irradiance is used as input
use_input_theta	If true temperature is used as input
P_init	Initial active power (needed only if input E is not used) [W]
E_STC	[W/m2]
theta_STC	[K]

Connectors

Name	Description
U
E
theta
I
Umpp

OpenIPSL.Electrical.Solar.PowerFactory.DIgSILENT.CurrentLimiter

Limiter of d- and q-axis currents

Parameters

Name	Description
maxAbsCur	[1]
maxIq	[1]
Deadband	[1]
i_EEG

Connectors

Name	Description
idin
iqin
duac
idout
iqout

Automatically generated Mon Oct 10 14:35:56 2022.