Optimized Operation of Integrated Energy System with Carbon Trading Mechanism Based on IGDT

With the proposal of the "carbon peak and neutrality goals" goal, integrated energy systems (IES) have become a research hotspot. In order to give consideration to the economy and low carbon in IES, this paper proposes an integrated energy system optimization operation strategy based on IGDT with Carbon trading mechanism. Firstly, this paper constructs the structure of IES and models each device in it. Secondly, for the cost calculation of Carbon trading, a Carbon trading mechanism based on information gap decision-making theory (IGDT) is proposed. Then, on the basis of considering the cost of Carbon emission trading, the optimal dispatching model of integrated energy system is proposed. Finally, the solver was used to solve and the simulation results were analyzed, indicating that the optimization strategy proposed in the article can effectively achieve the economic and low-carbon performance of the integrated energy system.