Integrated energy double-layer model scheduling method considering carbon transaction and shared energy storage

The invention discloses a comprehensive energy double-layer model scheduling method considering carbon transaction and shared energy storage, and the method comprises the steps: building a comprehensive energy system model which comprises a power supply model, a heat supply model and an energy storage equipment model, and building a stepped carbon transaction model and a shared energy storage provider model; and obtaining a comprehensive energy supplier income model of which the upper layer comprises the stepped carbon transaction cost and a user satisfaction model of which the lower layer comprises the shared energy storer. Results of the embodiment show that after the adjustment effects of the carbon transaction mechanism and the shared energy storer are combined, compared with the simulation result that the carbon transaction mechanism or the shared energy storer is independently considered, the comprehensive energy double-layer model scheduling considering the carbon transaction and the shared energy stor