Energy internet multi-agent operation optimization method based on Nash bargaining

The invention discloses an energy internet multi-agent operation optimization method based on Nash bargaining, and relates to the technical field of energy scheduling control. According to the method, the energy internet is established, respective corresponding operation cost minimization models are established based on various information of each operator and each aggregator, the cost of each operator and each aggregator during independent operation is used as a negotiation breaking point, and a Nash bargaining theory is adopted to construct a plurality of power generator and aggregator cooperative operation models. Based on non-convexity of a Nash bargaining model, a bargaining balance problem is converted into an operation cost minimization sub-problem and a payment benefit maximization sub-problem, and the operation cost minimization sub-problem and the payment benefit maximization sub-problem are solved by adopting an alternating direction multiplier method. Verifying the effectiveness of the provided co