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首页> 外文期刊>IEEE Transactions on Energy Conversion >Computation of winding inductances of permanent magnet brushless DC motors with damper windings by energy perturbation
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Computation of winding inductances of permanent magnet brushless DC motors with damper windings by energy perturbation

机译:通过能量扰动计算带阻尼绕组的永磁无刷直流电动机的绕组电感

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摘要

A method for the calculation of motor winding inductances is presented in which damping effects due to metallic retainment sleeves and intentionally introduced damper bar (amortisseur) windings are included. The inductance computation method makes use of the combined energy perturbation concept and finite-element field solutions. These parameters are necessary for the prediction of the dynamic performance of such motors with rotor damping. This modeling approach accounts for all saliency effects, and is entirely carried out in the natural abc frame of reference. Thus, it facilitates the process of integration of the modeling of the motor and its associated power electronics. The approach is most effective in the design of damper bar systems for enhancement of the performance of such motors, as demonstrated in the application of this approach to a 15 hp, 120 V, 6-pole, samarium-cobalt, permanent-magnet brushless DC motor.
机译:提出了一种计算电机绕组电感的方法,其中包括了由于金属固定套和故意引入的阻尼棒(Amortisseur)绕组引起的阻尼效应。电感计算方法利用了能量摄动概念和有限元场解的组合。这些参数对于预测带有转子阻尼的此类电机的动态性能是必需的。这种建模方法考虑了所有显着性影响,并且完全在自然的abc参考系中进行。因此,它促进了电动机及其相关电力电子设备建模的集成过程。该方法在阻尼棒系统的设计中最有效,以增强此类电动机的性能,如该方法在15 hp,120 V,6极,co钴,永磁无刷直流电中的应用所证明的那样发动机。

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