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Multiple reference frame analysis of an unsymmetrical induction machine

机译:非对称感应电机的多参考系分析

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Due to the asymmetry of the stator windings of an unsymmetrical induction motor, the equations which describe this device cannot be expressed in a frame of reference where the state variables are constant in the steady state. This prevents linearization and thereby places a stumbling block in the development of a transfer function which could be used in linear control analysis, as in servo applications. The work presented in this paper provides a means to accomplish this goal. This is achieved by eliminating the position-dependent terms brought about due to asymmetry by recognising a unique property of a combination of reference frames and by employing an averaging procedure. The resulting equations are shown to predict the performance of the unsymmetrical induction motor with the accuracy of the detailed equations. The stage is now set to develop accurate reduced-order models and linear transfer functions for unsymmetrical induction motors.
机译:由于不对称感应电动机的定子绕组的不对称性,描述该设备的方程式无法在状态变量在稳态下为常数的参考系中表达。这就防止了线性化,从而在传递函数的开发中遇到了障碍,可以在线性控制分析中使用它,例如在伺服应用中。本文介绍的工作提供了一种实现此目标的方法。通过消除由于不对称而引起的与位置有关的项,这是通过识别参考帧组合的唯一属性并采用平均过程来实现的。所显示的方程式将以详细方程式的准确性预测非对称感应电动机的性能。现在,该阶段将为非对称感应电动机开发精确的降阶模型和线性传递函数。

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