Electric Vehicle Intelligent Service Cloud Platform

Electric Vehicle Intelligent Service Cloud Platform

Peijun Jiang, Yiqian Gao, Ao Luo

School of Electrical and New Energy, China Three Gorges University 43002, China

international Journal of Natural Science1

In recent years, electric vehicles have developed rapidly around the world. A series of research and services for electric vehicles are also rapidly developing. Faced with the broad market demand, Yichang Ju Calling Company launched the intelligent charging and switching service cloud platform “Gathering”.
Based on technologies such as Internet of Things, Internet, and big data analysis, the solution builds an intelligent vehicle cloud platform for electric vehicles. The intelligent cloud platform has an electric vehicle charging and reloading reservation, a next destination navigation charging and switching plan, and a private charging pile sharing. Charging pile inquiry and reservation, fee settlement, user community communication and other functions make the electric vehicle charging service platform more intelligent and convenient. At the same time, as a bridge between electric vehicles and charging stations, “Gathering” can combine the real-time electricity price, the degree of traffic congestion, the use of charging piles and the load of the power grid to plan more efficient and convenient charging suggestions for users. Make full use of power resources to reduce the load and cost of the grid.

Keywords: Electric vehicle; Charging pile; Internet of things intelligent service

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How to cite this article:
Peijun Jiang, Yiqian Gao, Ao Luo. Electric Vehicle Intelligent Service Cloud Platform. International Journal of Natural Science and Reviews, 2019; 4:10. DOI:10.28933/ijnsr-2019-06-2005


1. Fan Wenting, Ma Jingnan, Li Ying, Zhao Wei, Cao Na. Intelligent planning of electric vehicle charging station [J/OL]. Inner Mongolia Power Technology: 1-6 [2019-06-16].
2. Zhang Wei. Research on electric vehicle charging demand identification and charging facility layout method based on traffic [A]. China Association of Science and Technology, Ministry of Transport of the People’s Republic of China, China Academy of Engineering. 2019 World Transportation Conference Proceedings [C]. China Science and Technology Association, Ministry of Transport of the People’s Republic of China, Chinese Academy of Engineering: China Highway Society, 2019:6.
3. Zhang Xian, Wang Jie, Yang Qingxin, Wei Bin, Wang Songqi. Research on power coupling mechanism and switching control of dynamic wire-less power supply system for electric vehicles [J/OL]. Transactions of Electrotechnical Engineering: 1-9[2019-06-16].

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