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Control Mode Switching of Induction Machine Drives between Vector Control and V/f Control in Overmodulation Range

机译:感应电机在过调制范围内的矢量控制和V / f控制之间的控制模式切换

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摘要

This paper proposes a control mode switching scheme between vector control and constant V/f control for induction machine (IM) drives for maximum torque utilization in a higher speed region. For the constant V/f scheme, a smooth transition method from the linear range of PWM up to the six-step mode is applied, by which the machine flux and torque can be kept constant in a high-speed range. Also, a careful consideration of the initial phase angle of the voltage in the transient state of the control mode change between the vector control and V/f schemes is described. The validity of the proposed strategy is verified by the experiment result for a 3-kW induction motor drives.
机译:本文提出了一种用于感应电机(IM)驱动器的矢量控制和恒定V / f控制之间的控制模式切换方案,以在较高的速度范围内最大程度地利用扭矩。对于恒定V / f方案,采用了从PWM线性范围到六步模式的平滑过渡方法,通过该方法,可以在高速范围内将电机磁通和转矩保持恒定。另外,描述了在矢量控制方案和V / f方案之间的控制模式改变的过渡状态下电压的初始相位角的仔细考虑。 3kW感应电动机驱动器的实验结果验证了所提出策略的有效性。

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