无源控制电驱动船台分析

V. Domanov, S. Gavrilova, I. A. Meshchaninov
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引用次数: 0

摘要

编制并研究了基于互联系统的滑移电传动模型。给出了一个滑移复合体的工作图和描述,它代表了多个同时运行的电力驱动的复杂系统。该型号的电驱动船台系统,工作在无源速度协议模式下,无源电气元件采用电链。得到的方程允许人们根据所使用的电驱动器的数量来确定互连系统的误差值。基于所提出的互连系统对滑移电传动模型进行研究,可以减小失配误差。结果表明,误差值随并联系统中电驱动数的增加而减小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis Work Electric Drive Slipway with Passive Control
A model of a slip electric drive based on interconnected systems has been compiled and investigated. A diagram and description of the work of a slip complex, representing a complex system of multiple simultaneously operating electric drives are presented. The model of the electric drive slipway system, operating in the passive mode of speed agreement, when passive electrical elements are used in electrical chain. Equations are obtained that allow one to determine the error values of an interconnected system depending on the number of electric drives used. The study of the model of slip electric drives based on the proposed interconnected systems allows to reduce the mismatch errors. It is shown that the value of errors decreases with an increase in the number of electric drives in the interconnected system.
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