Business Operation Optimization of Electricity Hydrogen Integrated Station Based on Multi-agent Game Analysis

Integrated Electricity Hydrogen Conversion and Charging Station (IEHCCS) is a zero-carbon regulation resource of a new power system with a high proportion of new energy as the main body, which is of great significance for the promotion and application of grid security and clean hydrogen energy. Therefore, the choice of business model and daily operation income of IEHCCS are affected by many factors such as power grid fluctuation, various energy price fluctuations and market demand fluctuations. It is of great significance for the low-cost application of IEHCCS to study the generation method and system of IEHCCS daily operation strategy and optimize the operation mode of IEHCCS when meeting the needs of relevant subjects. For the operation regulation of IEHCCS internal hydrogen storage equipment, power storage equipment, electrolytic water hydrogen production equipment, electric refrigerator, hydrogen compressor, charging pile and other equipment, an analytical model is established to meet the needs of all parties and optimize the operation efficiency of IEHCCS through multiple rounds of game analysis. The case study shows that the IEHCCS operation mode determined through multi-agent game analysis has the characteristics of transparent decision-making process, which can enhance mutual understanding between different entities, and help electric vehicle users, fuel cell vehicle users, and multi agents of the electric hydrogen charging integrated station to achieve win-win cooperation.