车网互动体系建设:挑战、方案与展望OA

Faced with the serious challenges brought by global environmental degradation,electric vehicles,as green transportation tools,are becoming increasingly important in their interaction with the power grid.However,the vehicle-grid interaction system faces numerous complex challenges in terms of technology,standards,and market mechanisms.This paper constructs a multidimensional development analysis framework for vehicle-grid interaction through a three-step process of"current situation review,bottleneck diagnosis,path design".Firstly,the development status of technology,policies,market,and demonstration applications of vehicle-grid interaction was sorted out,revealing its core key issues and stage characteristics.Subsequently,key challenges in the adaptability of vehicle-grid interaction technology,market mechanism activity,and policy synergy were diagnosed;Finally,in the path design phase,a comprehensive solution covering infrastructure standardization,innovative transaction mechanisms,and user behavior guidance was proposed,and the prospects for collaborative development between vehicle-grid interaction,new power systems,and smart transportation networks in the future were further explored.This study not only reveals the coupling relationship between various elements of vehicle-grid interaction,but also provides theoretical and guiding support for cross-domain collaboration for further large-scale promotion of electric vehicles.