Nonlinear Modeling of the Dual Flux Modulator Magnetic-Geared Machine Based on Dual d-q Coordination System

Meng Lu, Yongdan Chen, Xin Zhang, Xiao Liu, Shoudao Huang
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Abstract

A nonlinear mathematical model based on variable inductance and dual d-q coordination system of dual flux modulator magnetic-geared machine (DFM-MGM) was proposed in this paper. The closed-loop speed control performance based on the d-q coordinate system is investigated, and id=0 control is employed to analyze the static and dynamic performance of the DFM-MGM. Finally, the correctness of the proposed model is verified by experiment, the proposed model can predict the steady and transient process of DFM-MGM as a magnetic gear and electric machine.
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基于双d-q坐标系的双磁通调制器磁齿轮电机非线性建模
提出了一种基于可变电感和双d-q协调系统的双磁调制器磁齿轮电机非线性数学模型。研究了基于d-q坐标系的闭环速度控制性能,并采用id=0控制分析了DFM-MGM的静态和动态性能。最后,通过实验验证了所提模型的正确性,所提模型能够预测DFM-MGM作为磁齿轮电机的稳态和暂态过程。
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