采用径向层压定子片和磁通屏障的创新电机概念的进一步发展

Alena Babl, M. Bach, D. Gerling, M. Dix
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引用次数: 1

摘要

在环境保护和气候危机等因素引起的资源和能源节约过程中,各种电机拓扑结构不断被开发和研究。其中一项发展是由EAA和IWU的研究人员推动的,涉及采用径向层压定子钢板和磁通屏障的创新电机概念的实施。设计和制造技术的各种新发展必须实施,并分析这种新发展。本文提供了对新排列的晶粒取向薄片内的电磁关系的见解以及从第一个原型的生产中得到的发现。此外,还给出了定子电磁特性的测量结果,以及随后的结果和推导结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Further Developments in the Production of an Innovative Motor Concept with Radially Laminated Stator Sheets and Flux Barriers
In the course of saving resources and energy caused by factors such as environmental protection and the climate crisis, various motor topologies are being developed and investigated continuously. One of these developments is being promoted by researchers at the EAA and IWU and concerns the implementation of an innovative motor concept with radially laminated stator steel sheets and flux barriers. Various new developments in design and manufacturing technology have to be implemented as well as analyzed for this new development. This paper provides an insight into the electromagnetic relationships within the newly arranged grain-oriented laminations as well as findings from the production of the first prototypes. Furthermore measurement results on the electromagnetic behavior of the stator are given as well as subsequent findings and derived decisions are presented.
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