Research on Loosely Coupled Transformer's Structure for ICPT System

Wen-jing Li, Xiao-kun Li, Junkun Zhang, G. Zhu, Ming Xie, Xiao-song Li
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引用次数: 5

Abstract

With the development and wide use of the EV (electric vehicle), the subject of the loosely coupled transformer has become an important topic in the ICPT (inductively coupled power transfer) system. In this paper, the loosely coupled transformer in the ICPT system was modeled, and permeability material of the flat spiral coil structure was analyzed and optimized for the small and medium-sized electric vehicle. The optimal structure of transformer was proposed through comparing the different design of the permeability material's structure, using the finite element analysis software Maxwell. The effectiveness and applicability of the transformer's structure was verified through comparing the optimized with none-optimized loosely coupled transformer's transmission efficiency, using Simplorer with Maxwell's joint simulation.
ICPT系统松耦合变压器结构研究
随着电动汽车的发展和广泛应用,松耦合变压器的研究已成为电感耦合输电系统中的一个重要课题。本文对ICPT系统中的松耦合变压器进行了建模,并针对中小型电动汽车对扁螺旋线圈结构的磁导率材料进行了分析和优化。利用Maxwell有限元分析软件,通过对不同磁导率材料结构设计的比较,提出了变压器的最优结构。采用simplover和Maxwell联合仿真,通过比较优化后和未优化的松耦合变压器的传输效率,验证了结构的有效性和适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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