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Eddy Current Loss Analysis of Wireless Power Transfer System for Autonomous Underwater Vehicles

机译:自主水下车辆无线电力传递系统涡流损失分析

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This paper presents an eddy current loss analysis method in underwater wireless power transfer (UWPT). Firstly, this paper uses analytical solution method to analyze the eddy current loss in the seawater. Also, the influence of the current and working frequency on the eddy current loss is discussed to analyze the eddy current loss. Then, based the eddy current loss analysis and coil mutual inductance model, a coil mutual inductance model with the eddy current loss is built. Finally, a 1kW underwater WPT prototype is developed. Finite element simulation and experimental results have proved that the analysis of the eddy current loss and the coils mutual inductance model with the eddy current loss is effective.
机译:本文介绍了水下无线电力传输(UWPT)的涡流损耗分析方法。首先,本文采用分析解决方法分析海水中的涡流损失。而且,讨论了电流和工作频率对涡流损耗的影响,以分析涡流损耗。然后,基于涡流损耗分析和线圈互感模型,建立了带有涡流损耗的线圈互感模型。最后,开发了一个1kW水下WPT原型。有限元仿真和实验结果证明,涡流损耗和线圈互感模型的分析具有涡流损失是有效的。

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