Abstract

The multi-source complementary mode of an integrated energy system (IES) can flexibly use demand response resources and improve the efficiency of comprehensive energy utilization. The optimal scheduling method for IES considering demand response is proposed in scenarios with multiple controllable loads. A variety of controllable load models are established by calculating the loads that can be shifted, transferred, and reduced; the day-ahead optimal model of IES is established with the goal of minimizing daily integrated operation costs; the intra-day optimal model of IES is established with the goal of minimizing power dispatching costs. The effectiveness of the proposed optimal model is verified by numerical examples, and demand response resources are helpful to improve the operation economy of IES.

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