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Integrative simulation and analysis of induction motor and control system

机译：感应电动机与控制系统的一体化仿真与分析

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Integrative modeling and simulation method for induction motor and its control system is presented. The integrative model combines induction motor finite element model and control circuit model together in an integrative simulation platform and considers the coupling effect of the two parts in calculation. The motor stator current, motor electromagnetic torque and speed waves of integrative simulation are analyzed and compared with that of non-integrative simulation, including single control system model simulation in Simulink without motor's electromagnetic field finite element analysis and single induction motor model simulation in Maxwell without precise control strategy. It has proved that the integrative simulation reflects practical performance condition of induction motor, and the results meet the engineering accuracy requirement as well. Meanwhile, the method could further be used to resolve the practical running problems and optimize motor design.
机译：介绍了感应电机的整合建模及仿真方法及其控制系统。一体化模型将感应电机有限元模型和控制电路模型结合在一起在一体化仿真平台中，并考虑了计算中两部分的耦合效果。分析了一体化模拟的电动机定子电流，电动机电磁扭矩和速度波，与非综合模拟相比，包括Simulink中的单控制系统模型模拟，无电机的电磁场有限元分析和Maxwell中的单一感应电动机模型模拟没有精确的控制策略。事实证明，综合仿真反映了感应电机的实用性能条件，结果符合工程精度要求。同时，该方法可以进一步用于解决实际运行问题并优化电机设计。

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