Electricity-hydrogen-carbon cooperative scheduling optimization method for park integrated energy system

The invention discloses an electricity-hydrogen-carbon cooperative scheduling optimization method for a park integrated energy system. According to the technical scheme of the invention, the method comprises the steps: constructing a park integrated energy system model which is characterized by electricity-hydrogen-carbon cooperative scheduling, an energy storage operator containing hydrogen energy storage, and a multi-benefit subject; a park operator is used as a leader, an energy supplier, an energy storage operator and a load aggregator are respectively used as followers of different interest subjects, and a master-slave game framework is constructed; embedding the park integrated energy system model into a master-slave game framework to form a one-master multi-slave Stackelberg game model and game equilibrium; and solving the game model through a distributed equilibrium solving method in which an adaptive differential evolution algorithm is combined with a quadratic programming algorithm. According to the