高效磁阻永磁电机(FB-PMSM)的批量生产挑战

Andreas Greifelt, G. Dajaku, D. Gerling, J. Gerold, Arber Daiaku, Weibin Yang
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引用次数: 1

摘要

介绍了永磁同步电机中高效磁通阻挡技术的批量生产挑战。本文描述了磁通屏障技术,以及如何在提高效率或扭矩以及节省成本方面发挥有益的作用。此外,挑战和有益效果在生产中受到影响。提到了这种影响,并从通量屏障机器的第一批产品中吸取了“经验教训”。描述了三种不同电机设计的经验:小型风扇电机,中等功率电动自行车电机和高扭矩转向驱动器。文中还提到了对磁通屏障内冷却的考虑。包括灵敏度分析的测量事实和样机的测量结果,以及与原机的比较,以及对今后工作的总结和展望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Series Production Challenges of High-Efficient Flux Barrier Permanent Magnet Machines (FB-PMSM)
This paper describes the series production challenges of high-efficient Flux Barrier technology used in permanent magnet synchronous machines. Within the paper the Flux Barrier technology is described and how it can be used in a beneficial way concerning efficiency or torque increase as well as cost saving element. Furthermore, challenges and beneficial effects are influenced within production. This effects are mentioned, underpinned with “lessons learned” from the first productions of Flux Barrier machines. The experiences of three different motor designs are described: a small fan motor, a medium power e-bike motor and a high torque steering drive. A consideration of cooling within Flux barriers is also mentioned in paper. Included are the measured facts about the sensitivity analysis and the prototype measurements with the comparison with the original machines as well as the summary and perspective of future work.
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