首页> 外文会议>11th International Conference on Electrical Machines and Systems(第11届国际电机与系统会议)论文集 >Optimal design of rotor slot of three phase induction motor with die-cast copper rotor cage
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Optimal design of rotor slot of three phase induction motor with die-cast copper rotor cage

机译:压铸铜转子笼的三相异步电动机转子槽的优化设计

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In this paper, we compare the aluminum die-cast bar with copper die-cast bar and we study the optimal design of copper die-cast rotor bars of three phase induction motors with respect to the values of starting torque, efficiency. The study is base on the Taguchi method and the finite element analysis of the three phase induction motor where the rotor slots. The Taguchi method has been widely used in experimental designs for problems with multiple parameters where the optimization of a cost function is required. The comparison of FEM results proves that copper rotor bar motor has higher efficiency than aluminum die-case bar motor but copper die-cast motor has important decrease of starting torque. Therefore, using Taguchi method & FEM analysis, we design the optimal rotor slot shape.
机译:在本文中,我们将铝压铸棒与铜压铸棒进行了比较,并针对起动转矩,效率值研究了三相感应电动机的铜压铸转子棒的最佳设计。该研究基于田口方法和转子槽所在的三相感应电动机的有限元分析。 Taguchi方法已广泛用于需要优化成本函数的多参数问题的实验设计中。有限元分析结果的比较表明,铜转子棒电动机的效率高于铝模壳棒电动机,而铜压铸电动机的起动转矩则有较大的降低。因此,使用田口方法和有限元分析,我们设计了最佳的转子槽形。

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