Distributed Event-Triggered Secondary Voltage Control for Microgrids With Time Delay | IEEE Journals & Magazine | IEEE Xplore

Distributed Event-Triggered Secondary Voltage Control for Microgrids With Time Delay


Abstract:

We consider the distributed secondary voltage control problem for microgrids subject to delays in a connected communication topology. For each distributed generator (DG),...Show More

Abstract:

We consider the distributed secondary voltage control problem for microgrids subject to delays in a connected communication topology. For each distributed generator (DG), a distributed event-triggered control law, which uses its own voltage and those of its neighbors, along with a strategy for its triggering, are designed. Under these distributed event-triggered control laws, the magnitudes of the output voltages of all DGs can be synchronized to their reference value subject to a bounded time-varying delay that can be arbitrarily large, and no Zeno behavior will occur. The simulation results illustrate the theoretical conclusions.
Page(s): 1582 - 1591
Date of Publication: 07 May 2019

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