Blockchain and Vehicle-to-Grid Collaborative Scheduling for Post-Disaster Resilience
Guo Zheng, Junxiang Li, Wenjie Chen
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Guo Zheng, Junxiang Li, Wenjie Chen
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ABSTRACT
Extreme natural disasters pose severe threats to power distribution networks, making the efficient dispatch of distributed resources critical for post-disaster resilience. While electric vehicles (EVs) exhibit significant potential as mobile energy storage, traditional dispatch faces bottlenecks such as information asymmetry, lack of trust, and low efficiency. This paper proposes a collaborative post-disaster recovery model synergizing blockchain, Vehicle-to-Grid (V2G) technology, and differential pricing. To eliminate trust friction, a blockchain framework is deployed for transparent data sharing........
Keywords:- Blockchain; Vehicle-to-Grid; Post-disaster power supply; Differential pricing.
Keywords:- Blockchain; Vehicle-to-Grid; Post-disaster power supply; Differential pricing.

