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首页> 外文会议>IEEE International Conference on Power Electronics, Drives and Energy Systems >Magnetic field analysis and comparison of dual-rotor Hybrid Permanent Magnet Induction Machine topologies using FEM
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Magnetic field analysis and comparison of dual-rotor Hybrid Permanent Magnet Induction Machine topologies using FEM

机译：双转子混合永磁感应电机拓扑的有限元分析和比较

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摘要

This paper presents the magnetic field analysis of a dual-rotor type Hybrid Permanent Magnet Induction Machine (PMIM) using Finite Element Method (FEM) based software. Various possible topologies of the machine are discussed and analyzed using Ansys Maxwell software and then compared with a conventional Squirrel Cage Induction Machine (SCIM). The machine is in its preliminary stage of development and proper design method for such machine is not available. The objective of this paper is to obtain magnetic field distribution in various parts of the machine for some assumed machine specifications and then suggest design modifications for each topology of the said machine so as to achieve the optimal flux density distribution within it from the point of view of minimizing core saturation and losses.
机译：本文介绍了基于有限元方法（FEM）的双转子型混合永磁感应机（PMIM）的磁场分析。使用Ansys Maxwell软件讨论并分析了机器的各种可能拓扑，然后将其与常规的鼠笼式感应电动机（SCIM）进行了比较。该机器尚处于开发的初期阶段，尚无针对该机器的正确设计方法。本文的目的是针对某些假定的机器规格获得机器各部分的磁场分布，然后建议对所述机器的每个拓扑进行设计修改，以便从其角度获得最佳的磁通密度分布。最小化铁心饱和度和损耗。

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