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Utilization of Innovative Materials toward Permanent Magnet Synchronous E-Motors for Traction Application: A Review

机译：将创新材料用于牵引应用的永磁同步电动马达的研究进展

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This paper examines recent optimization attempts of Permanent Magnet Synchronous Machine (PMSM) design involving the utilization of innovative materials. Recent attempts at material based enhancements to PMSM design are divided into several sections based on key machine components. In the area of core design, the replacement of electromagnetic steel with new material is highlighted. With regard to winding design, several materials have been examined as replacement for the conductive copper used as the traditional winding material. The use of enhanced materials for next generation magnets is also investigated in this paper. Additionally, the utilization of novel materials for the weight intensive PMSM motor housing, cooling channels, and rotor shaft are investigated. Lastly, the utilization of enhanced materials for PMSM insulation of enhanced thermal performance is examined. Overall, this paper will highlight the strong potential of advanced materials to greatly enhance PMSM design and their viability for use in traction applications.
机译：本文研究了永磁同步电机（PMSM）设计的最新优化尝试，其中涉及利用创新材料。基于关键机器组件，最近对基于材料的PMSM设计增强的尝试分为几个部分。在铁芯设计领域，重点是用新材料代替电磁钢。关于绕组设计，已经研究了几种材料来代替用作传统绕组材料的导电铜。本文还研究了增强材料在下一代磁体中的使用。此外，还研究了新型材料在高强度PMSM电机壳体，冷却通道和转子轴中的应用。最后，研究了增强材料在增强热性能的PMSM绝缘中的应用。总体而言，本文将重点介绍先进材料在极大地增强PMSM设计及其在牵引应用中的可行性方面的强大潜力。

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