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Core Loss Analysis on Multi-Pole-Rotor Doubly Salient Electro-Magnetic Wind Generator

机译:多极转子双重凸电磁风发电机的核心损失分析

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Wind generator has a typical characteristic of more pole-pairs number on the occasion of low speed and high power, and DSEG should adopt multi-pole-rotor structure for the corresponding relation of pole-pairs number and rotor pole number. The increase of rotor-pole number leads to the obvious increase of core loss. Flux waveform of different part of 24-32-DSEG is analyzed in this paper, and core loss FE calculation and analysis is made by iron loss separate model. Then core loss distribution in rated operation point and the core loss with different load is obtained. In closing the core loss change law with no-load and different load is summarized, and the explanation for the law is given through the analysis.
机译:风力发电机在低速和高功率时具有更多极对数的典型特性,并且DSEG应采用多极转子结构,用于对应的杆对数和转子数量的相应关系。转子极值的增加导致核心损耗的明显增加。在本文中分析了24-32-DSEG的不同部分的磁通波形,核心损失Fe计算和分析由铁损单独模型进行。然后获得额定操作点的核心损耗分布和具有不同负载的核心损耗。在关闭无负荷和不同负载的核心损失变化法中,通过分析给出了对法律的解释。

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