This paper comprehensively considers the energy storage
heat storage system and load-side flexible equipment as generalized energy storage
introduces the green certificate-carbon trading cooperative interaction mechanism
and proposes a MCIES power-carbon sharing cooperative operation optimization strategy based on Nash bargaining & master-slave game. Firstly
the cooperative operation architecture of MCIES with P2P electricity-carbon sharing is constructed
and the carbon capture system and power-to-gas device are introduced to establish the integrated energy system (CIES) and equipment model. Secondly
a MCIES master-slave game dynamic multi-energy pricing model with CIES operators as leaders and users as followers is constructed. Finally
based on the Nash negotiation theory
a bi-level hybrid game optimization model with master-slave game dynamic multi-energy pricing mechanism and CIES electricity-carbon sharing cooperative game is constructed
and then the Nash bargaining problem is transformed into two sub-problems of MCIES cooperation cost minimization and cooperation income distribution maximization. This problem is tackled using the alternating direction multiplier method
and the feasibility and effectiveness of the method are verified by simulation examples.Results indicate that the proposed strategy effectively reduces the total MCIES operating costs
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