Game-based Distributed Event-Triggered Economic Dispatch for Microgrids

This paper examines the distributed energy management and control of microgrids. First, a non-cooperative game-theoretic model is constructed to analyze the strategic behaviors in distributed microgrids with constraints, ultimately using Nash equilibrium to characterize the generation solutions. Subsequently, to reduce the consumption of communication resources, an event-triggered mechanism is introduced. This mechanism allows bus i to intermittently detect event-triggering conditions within constant sampling moments and use this information to determine when to pass its state information to its neighbors. Finally, a simulation study is conducted to validate the efficacy of the proposed algorithm.