New Method Enhances Distribution Network Resilience Using Mobile Energy Storage

This paper introduces a robust method to improve the resilience of distribution networks against extreme disasters by utilizing pre-layout and dynamic scheduling of grid-forming mobile energy storage (GF-MES). The approach includes a pre-disaster defense phase optimizing investment and load curtailment through a two-stage robust optimization model, and a post-disaster recovery phase leveraging GF-MES capabilities and traffic network status for power support. The method aims to enhance both preparedness and recovery in power distribution systems.

Originally published by gnews