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The research aims to develop a V2G-powered framework to improve the resilience of distribution networks during pre- and post-disaster scenarios.

March 21, 2026SymmetryOpen Access

Enhancing Active Distribution Network Resilience with V2G-Powered Pre- and Post-Disaster Coordination

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The research aims to develop a V2G-powered framework to improve the resilience of distribution networks during pre- and post-disaster scenarios.
Developed a refined individual EV model considering dual power and energy constraints
Applied Minkowski summation for real-time aggregate regulation potential of EVCSs
Formulated a two-stage robust optimization model for pre-event planning
Constructed a dynamic scheduling model for post-disaster recovery including multiple resources
Simulated scenarios on a modified IEEE 33-bus system with extreme fault conditions
Increased average critical load recovery ratio to 97.7%, 2% higher than traditional methods
Reduced total load shedding power by 0.2 MW
Lowered load reduction cost by 19,797.63 CNY
Achieved net V2G power output of 3.42 MW, 86.9% higher than comparison strategies
Overall load recovery rate reached 91.8% with critical load restoration above 85% throughout recovery

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Demonstrates a V2G-powered framework to improve distribution network resilience, suggesting significant enhancements during disaster recovery.

Chen et al. (2026) studied this question.

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Demonstrates a V2G-powered framework to improve distribution network resilience, suggesting significant enhancements during disaster recovery.