Study on the Market Response Strategy of MultiType Load Participation in Peaking Auxiliary Service with Load Side Counting and Customer’s Willingness

Against the background of the gradual exhaustion of deep regulation space on the power side, there is an urgent need to actively tap the existing flexible regulation potential on the load side and utilize market-based incentives to realize the aggregated utilization of flexible regulation resources on the load side. In this paper, the customer willingness coefficient is quoted to characterize the change of the customer’s electricity consumption with the electricity price, and a market response model for multi-type loads to participate in the peaking auxiliary service is established, according to which, the optimization strategy of the market response model for multitype loads to participate in the peaking auxiliary service is further researched. The analysis of the example shows that the model can effectively improve the load curve and reduce the cost of electricity purchased by users, which verifies the optimization effect of the market response strategy of multi-type load participation in peaking auxiliary services.