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首页> 外文期刊>Magnetics, IEEE Transactions on >Characteristic Analysis and Experiment of Surface-Mounted Type Variable-Flux Machines Considering Magnetization/Demagnetization Based on Electromagnetic Transfer Relations
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Characteristic Analysis and Experiment of Surface-Mounted Type Variable-Flux Machines Considering Magnetization/Demagnetization Based on Electromagnetic Transfer Relations

机译:基于电磁传递关系的磁化/消磁的表面贴装型可变通量电机的特性分析和实验

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摘要

This paper presents the characteristic analysis and experiment of surface-mounted type variable-flux permanent-magnet machines considering magnetization and demagnetization based on electromagnetic transfer relations. For this purpose, we derive the analytical solutions for the magnetic fields generated by the magnetization level of AlNiCo magnets and currents on the basis of the transfer relations in terms of a 2-D polar coordinate system. The magnetization levels of the AlNiCo magnets are determined by the magnetic fields generated by the armature reaction field. A 2-D permeance function is also introduced to consider slotting effects. The analytical results of the magnetic field are validated extensively with finite-element (FE) analyses. On the basis of these solutions, the induced voltage is also determined analytically. Finally, the predictions are compared with FE analyses and measured data to confirm the validity of the analysis methods presented in this paper.
机译:本文介绍了基于电磁传递关系考虑磁化和消磁的表面安装式可变磁通永磁电机的特性分析和实验。为此,我们基于二维极坐标系的传递关系,导出了由AlNiCo磁体的磁化强度和电流产生的磁场的解析解。 AlNiCo磁体的磁化强度取决于电枢反应场产生的磁场。还引入了2-D磁导函数来考虑开槽效应。磁场的分析结果已通过有限元(FE)分析得到了广泛验证。基于这些解决方案,还可以解析地确定感应电压。最后,将预测结果与有限元分析和实测数据进行比较,以确认本文提出的分析方法的有效性。

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