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Thermal Analysis of Wireless Power Transfer Coils for Dynamic Wireless Electric Vehicle Charging

机译:动态无线电动汽车充电无线功率传输线圈的热分析

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In this paper, safe operating conditions of a wireless power transfer coil were identified and road infrastructure for a dynamic wireless electric vehicle charging system was studied. Magneto-thermal simulations were used to map the power loss directly into the computed fluid dynamics solver. This method allowed the authors to analyze the heating pattern of the enclosed wireless power transfer coil in the road structure, as well as for the vehicle coil. Thermal heating patterns for three types of rectangular coil structures were analyzed. Heating patterns were analyzed for 200 kW coils and different magnetic field densities in the magnetic core.
机译:本文确定了无线电力传输线圈的安全运行条件,并研究了动态无线电动汽车充电系统的道路基础设施。磁热模拟被用来将功率损耗直接映射到计算出的流体动力学求解器中。该方法使作者能够分析封闭的无线电力传输线圈在道路结构中以及车辆线圈中的加热方式。分析了三种矩形线圈结构的加热方式。分析了200 kW线圈和磁芯中不同磁场密度的加热方式。

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