Optimization model of a ring-grid distribution system based on a solid-state hydrogen storage station

Solid-state hydrogen storage station is an excellent new energy storage mode, which has been applied on the ground in the engineering field. However, it still needs to be optimized in terms of practical application scenarios and payback cycle. Therefore, this paper proposes an optimization model of a ring-grid distribution system for a solid-state hydrogen storage station with photovoltaic power generation (RHP) . Distributed photovoltaic power generation is common on the rooftops of villages and factories, and the model integrates the characteristics of the solid-state hydrogen storage station with them, and uses the solid-state hydrogen storage station as the point of contact to loop the villages and factories in a low-voltage network, and establishes an optimization model with the lowest operating cost as the objective function. The results of the analysis based on typical data show that RHP improves the overall power supply reliability and operation economy of the distribution network, and has good business value and development prospects.