Research on coordinated scheduling of integrated energy microgrid based on fuzzy control strategy

In the period of global energy low-carbon transition, hydrogen energy is regarded as a new solution to reduce carbon emissions as a secondary energy source with the advantages of high thermal energy, zero pollution, easy storage and easy transportation, which can effectively promote the development of the existing energy system to a new and optimized direction. In this paper, an integrated energy microgrid system including a proton exchange membrane electrolyzer, a fuel cell and a hydrogen storage tank is established, and the start-stop power of the proton exchange membrane electrolyzer and the fuel cell is optimally scheduled by applying a fuzzy control strategy, and the feasibility of the proposed integrated energy microgrid system is verified by using MATLAB software simulation