基于有限元方法的堆芯功率损耗分析综述

González-Teodoro Jorge Rafael, Romero Enrique, A. Rafael
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引用次数: 0

摘要

估计磁性元件的磁芯功率损耗主要有两种方法:经验方程和磁滞模型。这两种方法都需要进行前测或分析来计算cpld,其中大多数是基于改进的Steinmetz方程。测试通常是昂贵的,或者对于组件设计开发来说,必要的测试数量过多。由于缺乏对称性,使用有限元的二维分析对一些磁性元件不够好。非对称磁芯是变压器和变换器中最常见的部件之一,它在磁场分布上不具有对称性,只有三维模型才能考虑所有的影响和现象。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Review of Core Power Loss Analysis Using Finite Element Methods
There are two principal methods are utilized to estimate the core power loss (CPL) in magnetic components: Empirical equations and hysteresis models. Both approaches need an anterior test or analysis to calculate the CPL. Most of them are based on improved Steinmetz equations. Tests are usually costly or the number of necessary tests is excessive for the component design development. 2D analyses using Finite Element are not good enough for several magnetic components for their lack of symmetries. Non-symmetric magnetic cores are ones of the most common components in transformers and power converters and they don’t have symmetries on the magnetic field distribution and only 3D models are competent to take account all the effects and phenomena.
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