Multiphase machines have been reemerged for high-power as well as fault-tolerant applications such as electric vehicles and wind turbines. Nevertheless, these types of machines are typically built only for industries for specific purposes. Therefore, the availability of multiphase machines in the market for academic research work, for instance at universities, is limited due to they require special construction processes and involve high initial costs for the companies. For that reason, the aim of this paper is to present a step-by-step design of a multiphase winding of an induction machine (IM) from a commercial three-phase IM for academic research use. The obtained results will be first analyzed by using the ANSYS Maxwell simulation environment. Then, a model-based current controller will be performed to validate the proposed design and the electric parameters of the six-phase IM.

中文翻译：

---

用于学术研究的商用三相六相感应电机的设计、分析和验证


多相电机已重新出现在高功率和容错应用中，例如电动汽车和风力涡轮机。然而，这些类型的机器通常仅为特定用途的行业而制造。因此，市场上用于学术研究工作（例如在大学）的多相机器的可用性受到限制，因为它们需要特殊的施工工艺并且涉及公司的高昂初始成本。因此，本文的目的是从商用三相 IM 中逐步设计感应电机 (IM) 的多相绕组，以供学术研究使用。首先使用ANSYS Maxwell仿真环境对所得结果进行分析。然后，将执行基于模型的电流控制器来验证所提出的设计和六相 IM 的电气参数。