Repeated Game Trade Interaction Strategy of Regional Integrated Energy System

Energy consumption transaction is an important part of the integrated energy system, which affects the large-scale utilization of clean energy and energy reform. At present, in order to optimize the energy structure and improve energy efficiency, the integrated energy system has been developed rapidly. Aiming at the optimization problem of integrated energy system, this paper proposes a transaction interaction strategy of regional integrated energy system based on repeated game, optimizes its operation, and establishes the energy station model. The existence of Nash equilibrium solution set of repeated game is proved by backward induction. Finally, the proposed game model is simulated and verified by taking a typical regional integrated energy system as an example, and the results show that the proposed method realizes the collaborative economic optimization operation of the regional integrated energy system.