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Sensorless Field Oriented Control of Induction Motors Using Test Signals and Considering Main Flux Saturation

机译:使用测试信号并考虑主磁通饱和度的感应电动机的无传感器磁场定向控制

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摘要

The field oriented control of induction motor drives without speed sensor requires the calculation of the flux vector and the speed by a model from stator voltages and currents. In case of faulty estimation of the flux vector, e.g. due to incorrect model parameters, the stability of the system is at risk. A new method is proposed considering main flux saturation to identify the flux vector even down to zero hertz stator frequency. Thus stable operation in the entire torque-speed-plane is ensured.
机译:不带速度传感器的感应电动机驱动器的磁场定向控制需要根据定子电压和电流通过模型计算磁通矢量和速度。在磁通矢量估计错误的情况下,例如由于不正确的模型参数,系统的稳定性受到威胁。提出了一种考虑主磁通饱和度的新方法,以识别甚至低至零赫兹定子频率的磁通矢量。因此,确保了在整个转矩-速度平面上的稳定运行。

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