“The research team proposed an improved dynamic event triggered consistency algorithm, which solves the instability problem caused by frequent information exchange and system topology changes between distributed units in traditional consistency algorithms for microgrid optimization scheduling. It verifies that the algorithm can converge and unify the states of each distributed unit while ensuring system stability when the microgrid topology changes and distributed units are plug and play. This can significantly reduce the communication frequency of each distributed unit and provide an efficient and energy-saving solution for microgrid economic scheduling.”