Tracking mode implementation features for the synchrophase electric drive

A. V. Bubnov, A. N. Chudinov, V. A. Emashov
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Abstract

The actual synchrophase electric drive (SPED) control methods are built with a number of assumptions. Therefore the methods are full of flaws. The known time quasioptimal control method is based on the acceleration constancy assumption. It makes the phasing process inaccurate. Additional phasing process is needed. Phase plane method, control theory, electrical machines theory is used in the work. The new phasing method for the SPED is proposed. The method is based on the accurate measurement of the angular velocity mismatch. It allows to improve the control process quality characteristics.
跟踪模式的实现特点为同步电驱动
实际的同步电驱动(SPED)控制方法是建立在许多假设的基础上的。因此,这些方法充满了缺陷。已知时间拟最优控制方法是基于加速度恒定假设。它使相位过程不准确。需要额外的相位处理。相平面法、控制理论、电机理论在工作中都有应用。提出了一种新型的加速同步方法。该方法基于对角速度失配的精确测量。它可以改善控制过程质量特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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