Synchronization of isolated microgrids with a communication infrastructure using energy storage systems
Frequency synchronization of isolated microgrids using a consensus-based algorithm. Simultaneously manage the turbine governor and the storage devices. Including storage systems improves the stability of the power network. We analyze the effects of sampled measurements in the control loop. Including constraints in the actuators and finding the set of initial conditions.
microgrids communication infrastructure energy storage frequency control multi-agent systems networked control systems