Journal of Electrical Engineering and Automation

This paper investigates the multi-stage optimization problem for enhancing distribution network resilience under the context of network reconfiguration. The resilience of distribution networks during emergencies is crucial for ensuring power supply reliability. A resilience enhancement optimization model based on network reconfiguration is first proposed and solved using a multi-stage optimization approach to maximize system stability and recovery capability under emergency conditions. By comparing the effectiveness of different reconfiguration schemes, the study verifies the proposed method's efficacy in improving distribution network resilience, thereby providing a theoretical basis for the optimal management of smart grids.

Network reconfiguration; Distribution network; Resilience enhancement; Multi-stage optimization; Smart grid