A High Performance Reluctance Machine and its Optimal- Current Angle Decoupled Control

这项研究涉及新的调查 高性能磁阻电机的设计。 设计方法，有限元分析， 一种研究能量的新技术 建议转换能力为 研究了 实验室原型模型是 建议进行测试。 矢量电流解耦 基于最佳电流的电机控制 最大功率因数角，最大 效率和最大瞬时扭矩 建议进行研究， 切实贯彻

This research involves the investigation of new designs in high-performance reluctance machines. The design methodology, finite element analysis, and a novel technique for studying energy conversion capabilities are proposed to be investigated. A laboratory prototype model is proposed for testing. Vector current decoupled control of the machine based on optimal current angles for maximum power factor, maximum efficiency, and maximum transient torque operations is proposed to be studied and implemented.