Wireless power transfer technology has the advantages of convenient operation, safety and flexibility, and low maintenance costs. It is a better solution for electric vehicle charging. At present, the wired charging system of electric vehicles has many equipment failures, low management efficiency, and poor user experience. The charging station, utilizing wireless power transfer technology, can address the shortcomings. Firstly, the wireless charging station implements a series of business operations for administrators (user data management, charging station management, order management, regional release management, etc.) through the Layui framework front-end visualization management end. Secondly, the Spring Boot framework for wireless charging stations is integrated with the corresponding front-end interface to achieve multi-threaded business processing, solve data caching problems, and enable the business layer server system to engage in third-party business operations. Lastly, the system′s convenience, efficiency, and intelligence were empirically validated through rigorous experiments, including server deployment, a wireless power transfer prototype, charging fee calculations, and charging station recommendation assessments.

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Design of Wireless Charging Station Operation and Maintenance System for Electric Vehicles

  • Qiang Qian,
  • Lihua Yan,
  • Zijian Zhao

摘要

Wireless power transfer technology has the advantages of convenient operation, safety and flexibility, and low maintenance costs. It is a better solution for electric vehicle charging. At present, the wired charging system of electric vehicles has many equipment failures, low management efficiency, and poor user experience. The charging station, utilizing wireless power transfer technology, can address the shortcomings. Firstly, the wireless charging station implements a series of business operations for administrators (user data management, charging station management, order management, regional release management, etc.) through the Layui framework front-end visualization management end. Secondly, the Spring Boot framework for wireless charging stations is integrated with the corresponding front-end interface to achieve multi-threaded business processing, solve data caching problems, and enable the business layer server system to engage in third-party business operations. Lastly, the system′s convenience, efficiency, and intelligence were empirically validated through rigorous experiments, including server deployment, a wireless power transfer prototype, charging fee calculations, and charging station recommendation assessments.