Wireless Charging Techniques for New Energy Vehicles
DOI:
https://doi.org/10.54097/2qqj1c24Keywords:
Wireless charging, automotive, transformer, electric vehicles.Abstract
Auto Wireless Billing is an easy and quick way to charge an electric or plug-in hybrid car. The car will be able to use wireless charging at any time, without having to connect to it. In extreme cold weather, the electric vehicles (EVs) will probably be buried in the snow and ice and will not be usable. But the wireless billing technique is able to satisfy the demand of all kinds of weather. Aside from recharging during idle mode, wireless charging also offers a potential for dynamic charging - enabling the car to be recharged as it travels. Once this technique is developed, it will be able to solve the problem of EV's running range. Therefore, it is possible to lower the load of EV, lower the cost of EV, and increase the quantity of EV. In this paper, various wireless charging technologies for EV are discussed and analyzed. Also, the optimization strategies will be given as future perspectives.
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References
Feilong Fan;Yan Xu;Rui Zhang;Tong Wan.Whole-lifetime Coordinated Service Strategy for Battery Energy Storage System Considering Multi-stage Battery Aging Characteristics.Journal of Modern Power Systems and Clean Energy. 2022, 10(3): 689-699.
M.J.B.Kabeyi;O.A.Olanrewaju. ManagingSustainabilityin Electricity Generation.2020:241-251
Wu Zexun; Yan Rongge; Guo Xiaoting; Cao Shaoqing.Analysis of Transmission Distance and Efficiency of Radio Energy Transmission System. Power Technology. 2020(08):1212-1216.
Yiming Yan.Zhengchao; Kan Tianze;Interoperability study of fast wireless charging and normal wireless charging of electric vehicles with a shared receiver.2019: 2551-2558.
Li Jie; Zhang Jianglin; Hexing Family; Hu Yangheng; Xu Zhiyong. Overview of Wireless Charging Technology for New Energy Vehicles. Southern Agricultural Machinery.2022(20):41-44.
Wang Yaya; Stone Ding.Research on the Application of Wireless Charging Technology in New Energy Vehicles.Academic Research of Xi'an Institute of Transportation Engineering.2021(1):23-26.
Fan Tiancheng; Zhang Yue; Lu Yifan.The Development Status and Trends of Wireless Charging Technology in Electric Vehicles.Time Cars.2023(01):109-111.
Peng Haiyang; Zheng Deyuan; Liang Xianming; Chen Jiaqi; He Peiqing. Research on Electromagnetic Induction Wireless Charging Technology for New Energy Vehicles. Progress in Electricity and Energy.2021(02):101-108.
Zhang Xian; Wang Jie; Yang Qingxin; Wei Bin; Wang Songcen. Research on Electric Energy Coupling Mechanism and Switching Control of Dynamic Wireless Power Supply System for Electric Vehicles.Journal of Electrical Engineering Technology. 2019(15):3093-3101.
Jiang Chenhui; Korea Hua.Development Trend of Wireless Charging Technology.Shanghai Informatization.2018(06):34-37.
Li Baijiang; Li Yansong; Wang Sihan; Liu Jun. Design and optimization of a new type of rotary transformer based on non-contact power supply system. Electrical Measurement and Instrumentation.2018(09):126-130.
Xu Luona; Du Yumei; Shi Liming. Magnetic circuit model and structural optimization of non-contact transformer Obtain original text Packaging and downloading of professional title evaluation materials. New Technologies for Electrical Energy in Electrical Engineering. 2018(01):15-22.
Jiao Xinyu; Hou Mingxin; Zhu Xiangbing. Research on the Development of Wireless Charging Technology for New Energy Vehicles. Information Technology Research.2019(05):74-78.
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