The Influence of Electromagnetic Fields on Charging Efficiency of Electric Vehicle Batteries - Principles, Influencing Factors and Optimization Strategies

WLSA Shanghai Academy, Shanghai, China

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Abstract

In the last few years, the globe has focused its attention on renewable energy in an attempt to address environmental concerns. Electric vehicles are one such useful innovation of this kind, since they produce a cleaner alternative to traditional gasoline-powered vehicles. Charging system efficiency is arguably one of the greatest challenges to mass-producing electric vehicles. Proper charging is crucial as it has a direct impact on user convenience of electric vehicles, energy consumption, and battery durability. There is an electromagnetic field interaction of the battery in the middle of an electric vehicle when being charged. The field is created by the current flow and interaction between the charging system and the battery. Electromagnetic fields have the potential to affect charging efficiency in a broad range of ways, such as causing energy loss, creating interference, and affecting battery material. Understanding these effects is crucial to the development of electric vehicle technology.