Distribution Network Resilience Assessment Considering the Orderly Power Consumption Scheme under Extreme Heat Wave Weather

High-impact and low-probability extreme events worldwide has drawn extensive academic attention to the disaster response capability of distribution systems. In order to improve the ability to cope with power supply shortage events caused by extreme heat wave, an urban distribution network energy management method and performance assessment index based on orderly power consumption are proposed in the paper. By coordinating various peak shifting and averting management measures that reflect the typical load characteristics of users and their willingness to participate on a daily time scale, distributed energy resources in the system are coordinated to maximize power supply in extreme weather. The corresponding resilience assessment index is proposed, and the effectiveness of the proposed method on resilience improvement is verified by comparing with the basic scheduling strategy.