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The Reactive Power Control block is responsible for regulating the flow of reactive power through the Point of Common Coupling (PCC), when the microgrid is connected to an external AC-grid, by allowing the user to adjust the reactive power settings and maintain stability.
Mask and Parameters
The Reactive Power Controller block contains the following configuration mask:
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Name | Unit | Description |
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Reactive Power | pu | Reactive power load of the microgrid in per-unit. |
Sample time | s | Simulation time step |
Inputs, Outputs and Signals Available for Monitoring
Inputs
Name | Unit | Description |
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DG |
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Q remaining | pu | Specify the remaining reactive power capacity of the Diesel Generator in per-unit. |
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DG status | - | Status of the Diesel Generator. |
BESS |
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Q remaining | pu | Specify the remaining reactive power capacity of the Battery Energy Storage System in per-unit. |
BESS |
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status | - | Status of the Battery Energy Storage System. |
WT |
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Q remaining | pu | Specify the remaining reactive power capacity of the Wind Turbine Generation System in per-unit. |
WT |
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status | - | Status of theWind Turbine Generation System. |
PV |
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Q remaining | pu | Specify the remaining reactive power capacity of the Photovoltaic Generation System in per-unit. |
PV |
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status | - | Status of the Photovoltaic Generation System. |
Grid |
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Q requirement | pu | Specify the requirement of reactive power from grid. |
PHIL Q |
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meas | pu | Specify the reactive power measurement from the PHIL block. |
Outputs
Name | Unit | Description |
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DG Q ref | pu | Reactive power reference of the Diesel Generator. |
BESS |
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Q temp ref | pu | Reactive power reference of the Battery Energy Storage System. |
WT |
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Q ref | pu | Reactive power reference of the Wind Turbine Generation System. |
PV |
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Q ref | pu | Reactive power reference of the Photovoltaic Generation System. |