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1 Mask and Parameters
2 Inputs, Outputs and Signals Available for Monitoring
- 2.1 Inputs
- 2.2 Outputs

The Active Power Control block is responsible for regulating the flow of active 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 active power settings and maintain stability.

Mask and Parameters

The Active Power Controller block contains the following configuration mask:

Name	Unit	Description

Name	Unit	Description
Sample time	s	Simulation time step
Active Power Diesel limits	pu	Minimum and maximum values for Diesel generation
Active Power BESS limits	pu	Minimum and maximum values available for energy storage using BESS
State of Charge (SoC) limits	pu	Minimum and maximum values of State of Charge
Inner state of charge (SoC) limits	pu	Minimum and maximum values of Inner State of Charge

Inputs, Outputs and Signals Available for Monitoring

Inputs

Name	Unit	Description

Name	Unit	Description
P renewable (PV+WT)	pu	Specify the Renewable active power measured or forecasted
P load	pu	Specify the Load active power measured or forecasted
SoC	pu	Specify the State of Charge of the BESS
P PCC	pu	Specify the Active power reference of PCC
Dispatch mode	-	Specify Dispatch mode (0: Load-Following, 1: Cycle-Charging, 2: Power-Smoothing
Islanded	-	Specify island (0) or grid-connected (1) mode

Outputs

Name	Unit	Description

Name	Unit	Description
DG P ref	pu	Diesel active power reference
Load shed P ref	pu	Load shed command
Curtail P ref	pu	Renewable active power curtail command
BESS P temp ref	pu	ESS active power reference
PCC P ref	pu	Active power reference for grid
P net	pu	Net active power mismatch
Dispatch mode	-	Dispatch mode (0: Load-Following, 1: Cycle-Charging, 2: Power-Smoothing)