Step_1
Step_2
Generator
Set of steps illustrating how to assemble a generation unit with stabilizer using OpenIPSL
The task of modeling the generation unit with a stabilizer is basically divided into two steps:
More information about each step is displayed in the graphics/diagram layer of the model.
Extends from Modelica.Icons.Package (Icon for standard packages).
| Name | Description |
|---|---|
| Step_1
|
Machine model, AVR and PSS models are instantiated with proper parameters |
| Step_2
|
Adequate connections are performed for connection of stabilizer |
| Generator
|
Complete generation unit with stabilizer ready for simulation |
OpenIPSL.Examples.Tutorial.Example_2.Generator.Step_1Machine model, AVR and PSS models are instantiated with proper parameters
Extends from OpenIPSL.Interfaces.Generator (Interface for a generator which provides the PwPin).
| 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: |
| Name | Description |
|---|---|
| pwPin |
OpenIPSL.Examples.Tutorial.Example_2.Generator.Step_2Adequate connections are performed for connection of stabilizer
Extends from OpenIPSL.Interfaces.Generator (Interface for a generator which provides the PwPin).
| 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: |
| Name | Description |
|---|---|
| pwPin |
OpenIPSL.Examples.Tutorial.Example_2.Generator.GeneratorComplete generation unit with stabilizer ready for simulation
Extends from OpenIPSL.Interfaces.Generator (Interface for a generator which provides the PwPin).
| 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: |
| Name | Description |
|---|---|
| pwPin |