Base classes used in excitation systems from PSSE
Information
Extends from Modelica.Icons.BasesPackage (Icon for packages containing base classes).
Package Content
Name |
Description |
SelectLogic
|
Selection of voltage signal depending on the Excitation limiters |
BaseExciter
|
Base exciter model for PSSE excitation systems |
RotatingExciter
|
Base model for a rotating exciter system |
RotatingExciterLimited
|
Base model for a rotating exciter system with limited output |
RotatingExciterWithDemagnetization
|
Base model for a rotating exciter system with demagnetization effect |
RotatingExciterWithDemagnetizationLimited
|
Base model for a rotating exciter system with demagnetization effect and limited output |
RotatingExciterWithDemagnetizationVarLim
|
Base model for a rotating exciter system with demagnetization effect and variable limits in output |
RectifierCommutationVoltageDrop
|
Base model for excitation system with commutation voltage drop on rectifier |
calculate_dc_exciter_params
|
Automatic Calculation of DC Exciter Parameters |
RotatingExciterBase
|
Base model for a rotating exciter |
invFEX
|
Inverse F_EX function for initialization |
Selection of voltage signal depending on the Excitation limiters
Connectors
Name | Description |
V1 | |
V2 | |
V3 | |
VOEL | |
VUEL | |
VERR | |
Vout | |
Base exciter model for PSSE excitation systems
Connectors
Name | Description |
VUEL | |
VOEL | |
EFD | Excitation Voltage [pu] |
EFD0 | |
VOTHSG | |
ECOMP | |
XADIFD | |
Base model for a rotating exciter system
Information
Extends from OpenIPSL.Electrical.Controls.PSSE.ES.BaseClasses.RotatingExciterBase (Base model for a rotating exciter).
Parameters
Name | Description |
T_E | Exciter time constant [s] |
K_E | Exciter field gain |
E_1 | Exciter saturation point 1 [1] |
E_2 | Exciter saturation point 2 [1] |
S_EE_1 | Saturation at E_1 [1] |
S_EE_2 | Saturation at E_2 [1] |
Efd0 | [1] |
Sum | |
Connectors
Base model for a rotating exciter system with limited output
Information
Extends from RotatingExciterBase (Base model for a rotating exciter).
Parameters
Name | Description |
T_E | Exciter time constant [s] |
K_E | Exciter field gain |
E_1 | Exciter saturation point 1 [1] |
E_2 | Exciter saturation point 2 [1] |
S_EE_1 | Saturation at E_1 [1] |
S_EE_2 | Saturation at E_2 [1] |
Efd0 | [1] |
Sum | |
Connectors
Base model for a rotating exciter system with demagnetization effect
Information
Extends from OpenIPSL.Electrical.Controls.PSSE.ES.BaseClasses.RotatingExciterBase (Base model for a rotating exciter).
Parameters
Name | Description |
T_E | Exciter time constant [s] |
K_E | Exciter field gain |
E_1 | Exciter saturation point 1 [1] |
E_2 | Exciter saturation point 2 [1] |
S_EE_1 | Saturation at E_1 [1] |
S_EE_2 | Saturation at E_2 [1] |
Efd0 | [1] |
K_D | Exciter demagnetizing factor [1] |
Connectors
Name | Description |
I_C | |
EFD | |
XADIFD | |
V_FE | |
Base model for a rotating exciter system with demagnetization effect and limited output
Information
Extends from RotatingExciterWithDemagnetization (Base model for a rotating exciter system with demagnetization effect).
Parameters
Name | Description |
T_E | Exciter time constant [s] |
K_E | Exciter field gain |
E_1 | Exciter saturation point 1 [1] |
E_2 | Exciter saturation point 2 [1] |
S_EE_1 | Saturation at E_1 [1] |
S_EE_2 | Saturation at E_2 [1] |
Efd0 | [1] |
K_D | Exciter demagnetizing factor [1] |
Connectors
Name | Description |
I_C | |
EFD | |
XADIFD | |
V_FE | |
Base model for a rotating exciter system with demagnetization effect and variable limits in output
Information
Extends from RotatingExciterWithDemagnetization (Base model for a rotating exciter system with demagnetization effect).
Parameters
Name | Description |
T_E | Exciter time constant [s] |
K_E | Exciter field gain |
E_1 | Exciter saturation point 1 [1] |
E_2 | Exciter saturation point 2 [1] |
S_EE_1 | Saturation at E_1 [1] |
S_EE_2 | Saturation at E_2 [1] |
Efd0 | [1] |
K_D | Exciter demagnetizing factor [1] |
Connectors
Name | Description |
I_C | |
EFD | |
XADIFD | |
V_FE | |
outMin | |
outMax | |
Base model for excitation system with commutation voltage drop on rectifier
Parameters
Name | Description |
K_C | Rectifier load factor [1] |
Connectors
Name | Description |
V_EX | |
XADIFD | |
EFD | |
Automatic Calculation of DC Exciter Parameters
Inputs
Outputs
Name | Description |
V_RMAX | |
V_RMIN | |
K_E | |
Base model for a rotating exciter
Parameters
Name | Description |
T_E | Exciter time constant [s] |
K_E | Exciter field gain |
E_1 | Exciter saturation point 1 [1] |
E_2 | Exciter saturation point 2 [1] |
S_EE_1 | Saturation at E_1 [1] |
S_EE_2 | Saturation at E_2 [1] |
Efd0 | [1] |
Sum | |
sISO | |
Connectors
Inverse F_EX function for initialization
Inputs
Outputs
Automatically generated Mon Oct 10 14:35:55 2022.