YAO Bing, SHEN Ran, TIAN Zichen, et al. Optimized Dispatch Method for Integrated Energy Systems Incorporating Multi-function Hydrogen Refueling Station[J]. 2025, 53(9): 48-55.
YAO Bing, SHEN Ran, TIAN Zichen, et al. Optimized Dispatch Method for Integrated Energy Systems Incorporating Multi-function Hydrogen Refueling Station[J]. 2025, 53(9): 48-55. DOI: 10.20204/j.sp.2025.09006.
Optimized Dispatch Method for Integrated Energy Systems Incorporating Multi-function Hydrogen Refueling Station
Leveraging the multi-energy complementarity benefits among multi-function refueling stations (MRS), this study proposes an optimized dispatch method for integrated energy systems (IES) that incorporates MRS. Firstly, the fundamental architecture of MRS is established: hydrogen is converted to natural gas via methanation reactors, while heat and power are generated through hydrogen fuel cells and combined heat and power (CHP) units to meet diversified station load demands. Tube trailer transport enables hydrogen delivery between stations, forming a coupled multi-station network. Secondly, a system optimization dispatch model is constructed. Finally, comparative case studies demonstrate that MRS effectively facilitates renewable energy integration, reduces operational costs, and satisfies diversified energy demands, validating the proposed method’s efficacy in enhancing IES flexibility and reliability.