Abstract:In order to promote new energy consumption，reduce carbon emissions，and improve the economy and flexibility of park clusters，an electric-hydrogen cooperative scheduling strategy based on mobile hydrogen storage is proposed. First，considering the high energy density and spatial transfer characteristics of hydrogen energy，an electric-hydrogen coupled park cluster structure is proposed；second，an electric-hydrogen network model is established，and for the mobile hydrogen storage link，which is the key link of the coupling，the displacement constraints of the hydrogen trucks based on the spatio-temporal network model are constructed；then，an electric-hydrogen coordinated economic scheduling model is established； and finally， an arithmetic example simulation is performed to analyze the results using MATLAB R2018a software. The results show that the electric-hydrogen cooperative scheduling of park clusters based on mobile hydrogen storage effectively improves the economy and flexibility of cluster operation， increases the rate of new energy consumption，and reduces carbon emissions.