考虑灵活性资源和多能共享的低碳区域综合能源系统联盟-配电网博弈优化调度OA北大核心CSTPCD

With the implementation of the national carbon trading market policy,in order to fully tap the low carbon emission reduc-tion capacity of the regional integrated energy system(RIES)and improve the economic interaction benefits of the multi regional integrated energy system's access to the active distribution network(ADN),the regional integrated energy system alliance considering flexible resources and low carbon interaction structure is proposed to participate in the optimal dispatching strategy of distribution network peak shaving.A master-slave game model with active distribution network as the main body and regional integrated energy system alliance as the slave body is established.The main body formulates the time-sharing electricity price strategy with the goal of maximizing the mutual benefit and multi energy sharing among the subordinate members is realized through the tie lines,considering the carbon trading system to minimize the sum of energy supply and carbon trading costs,which responds to the main body's electric-ity price strategy.A cooperative game optimization model for the lower level multi regional integrated energy system is established.Flexible resource applications including demand response,energy storage and electric vehicles are introduced,cooperating with carbon capture electric to gas coupling units to optimize the low-carbon energy supply strategy of each system within the alliance to meet the load demand of the alliance.Based on Nash bargaining theory,the distribution of cooperative benefits among alliance members is completed.The proposed strategy can effectively reduce the carbon emissions of the regional integrated energy system and ensure the economic benefits of master-slave interaction through the numerical example.