Haoran Dai 

Liaoning Technical University

Abstract：

This paper focuses on the impact of vehicle-network integration (VR) technology on power grid regulation and market mechanism under Vehicle-to-Grid (V2G) technology, and deeply discusses the technical architecture and operation mechanism of vehicle-network integration and its transformative role in the traditional power grid and market model. Firstly, the key components and implementation paths of V2G technology are analyzed, and a multi-agent collaborative optimization model is established based on the energy interaction characteristics of electric vehicles and power grids. Then, the dynamic impact of V2G technology on power grid operation was evaluated from the perspectives of grid scheduling, load balancing and system stability, and a vehicle-network interaction strategy based on market incentive mechanism was designed. Finally, the case simulation verifies that V2G technology significantly improves the operation efficiency and economy of the power grid, and puts forward adaptable market rules and policy suggestions, which provide theoretical support for promoting the implementation of vehicle-network integration technology. The research shows that V2G technology has great potential to optimize the allocation of grid resources, improve the flexibility of grid regulation and control, and promote the consumption of new energy.

Key Words：

V2G technology; vehicle-network integration; power grid regulation; market mechanisms; new energy consumption