Energy Hub Considering the Customer Directrix Line

Flexible demand response operation optimization decision is one of the important features of smart distribution network. With the continuous enhancement of the mutual coupling of multiple energy forms on the distribution network side, comprehensive energy conversion devices represented by energy hubs have received extensive attention. How to consider the operation characteristics of the energy hub in the optimal operation of the demand side, so as to bring more flexibility and economy to the energy consumption of the distribution network and users, related research needs to be carried out urgently. This paper proposes a demand response optimization decision-making model considering comprehensive energy demand response, which combines the load profile of power-side users with the comprehensive energy demand of multiple energy network. Collaborative decision-making to achieve the overall optimization of the distribution network and the overall user. The case studies verify the effectiveness of the proposed model and algorithm.