Modeling of WPT System for Small Home Appliances

C. Sezer, Gamze Odabas, Sercan Sinirlioğlu, Berfin Kaya, N. Altintas
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Abstract

Wireless Power Transfer (WPT) is a developing technology that increases user benefits in various areas. In this study, the system parameters of WPT technology for small home appliances were examined. Accordingly, computer-aided modeling studies of the coil and electronic circuit structure that enable the wireless transmission of energy with WPT have been carried out. ANSYS Maxwell 3D and Simplorer have been used for coil analysis and electronic circuit simulation, respectively. To shorten the simulation time for the coil analysis, a simplified coil design has been proposed. Variables such as air gap and operating frequency, which are very critical for energy transfer, have been parameterized through this model. Coil and system efficiency can be calculated with the dynamic WPT model obtained, the results are compared with the real system.
小家电WPT系统的建模
无线电力传输(WPT)是一项不断发展的技术,可以在各个领域提高用户的利益。本研究对小家电WPT技术的系统参数进行了研究。因此,计算机辅助建模研究的线圈和电子电路结构,使无线传输的能量与WPT已经进行。分别使用ANSYS Maxwell 3D和simplover进行线圈分析和电子电路仿真。为了缩短线圈分析的仿真时间,提出了一种简化的线圈设计方法。气隙和工作频率等对能量传递至关重要的变量通过该模型进行了参数化。利用得到的动态WPT模型可以计算线圈和系统的效率,并将计算结果与实际系统进行了比较。
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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