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Permanent Magnet Structure Design of Outer Rotor Radial Flux Permanent Magnet Generator for Reduction Cogging Torque with Design of Experiment

机译:外转子径向磁通永磁发电机永磁结构设计,用于减少齿轮齿轮齿轮试验设计

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Radial flux permanent magnet generator have higher output voltage and torque capability than axial flux permanent magnet generator. The efficiency is also higher than axial flux permanent magnet due to the lack of rotor windings have high power density and torque per current ratio, but the large cogging torque can be generated. Cogging torque would be the source of acoustic noise and vibration. It reduce very important for initial activation of wind turbine. In this paper, we are designed of outer rotor radial flux permanent magnet generator which is integrated within blade and then the pole arc ratio and magnet structure was designed in order to reduce the cogging toque.
机译:径向磁通永磁发电机具有比轴向磁通永磁发电机更高的输出电压和扭矩能力。由于缺少转子绕组具有高功率密度和扭矩,效率也高于轴向磁通永磁体的效率也高于每个电流比,但是可以产生大的齿槽扭矩。齿槽扭矩将是声学噪声和振动的源泉。它减少了对风力涡轮机的初始激活非常重要。在本文中,我们的设计由外转子径向磁通永磁发电机集成在刀片内,然后设计了极电弧比和磁体结构,以减少齿槽扭转。

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