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A Novel Method to Optimize Permanent Magnet Assisted Synchronous Reluctance Machines

机译：一种优化永磁辅助同步磁阻机械的新方法

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摘要

This paper presents the characteristics of permanent magnets in a synchronous reluctance machine by employing analytical and finite element methods. Four possible designs are studied and their characteristics are compared against a base synchronous reluctance machine with linear barriers to reveal machine characteristics. Then, the paper proposes a novel optimization topology to optimize permanent magnet synchronous reluctance machine as a single object for better machine performance. An explicit investigation is conducted to reveal the operational behavior of the machine such as torque, power factor and torque ripples with various machine parameters and compares them with the base design. The study reveals that permanent magnet synchronous reluctance machine can be optimized to have significantly high-power factor and torque with acceptable torque ripples.
机译：本文采用分析和有限元方法介绍了同步磁阻机中永磁体的特性。研究了四种可能的设计，并将其特性与底座同步磁阻机进行比较，具有线性屏障，以显示机器特性。然后，本文提出了一种新颖的优化拓扑，以优化永磁同步磁阻机作为单一对象，以便更好的机器性能。进行明确的调查以揭示机器的操作行为，例如扭矩，功率因数和扭矩波纹，具有各种机器参数，并将其与基本设计进行比较。该研究揭示了永磁体同步磁阻机可以优化，以具有明显的高功率因数和具有可接受的扭矩涟漪的扭矩。

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