Day-ahead scheduling model for integrated energy system with demand response and responsible consumption weights

In order to improve the economy of integrated energy system operation and the level of new energy consumption, this paper proposes a day-ahead scheduling model for integrated energy system with demand response and responsible consumption weights. First, mathematical models of incentive-based demand response, customer satisfaction, responsible consumption of new energy as well as each device are constructed based on mathematical methods. Second, objective functions considering demand response costs, green certificate costs and system operating costs are established, the constraints on the grid, heat network and devices are established. Finally, a comparative simulation of the two scenarios is established, and the simulation results show that the model proposed can effectively improve the level of new energy consumption while ensuring the economy of system operation in this paper.