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An Applied Algorithm for the Global Optimization of Energy-Efficient Induction Motors' Electromagnetic System

机译:节能感应电动机电磁系统全局优化的应用算法

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The optimization design of energy-efficient induction machines is a complex nonlinear problem with constraints. To solve the problem, this paper introduces a synthetic random algorithm that divides the problem into two steps: reducing the dimension of the problem and region of search with TABU algorithm; global optimization of rotor slots and other dimensions with genetic algorithm. The final results show that this method is better than a traditional algorithm.
机译:节能感应电机的优化设计是一个带有约束的复杂非线性问题。为了解决该问题,本文引入了一种综合随机算法,将问题分为两步:使用TABU算法减小问题的维数和搜索区域;使用遗传算法对转子槽和其他尺寸进行全局优化。最终结果表明,该方法优于传统算法。

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