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A Study on Direct Vector Control System for Induction Motor Speed Control

机译:感应电动机速度控制直接矢量控制系统研究

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In this thesis, in order to improve driving characteristics of vector control of an induction motor that is used in motors and elevators, a highly-precise method for flux observation has been exercised by using an algorism of flux observer based on the combined voltage and current model. And it also emphasizes the improvement of the control characteristics in low speed region where established schemes have many problems. The overall system consisted of speed controller with the Anti-windup PI controller, current controller, flux controller. And 2DOF is applied to induction motor in order to supply these weak points of PI speed control method in this paper. To prove the propriety of this paper, the various simulations carried out adequacy and stability using Matlab, and at the same time real svstem is made, so it is proved. As the results of embodying the system, the robust system is realized.
机译:在本文中,为了提高电动机和电梯中使用的感应电动机的矢量控制的驾驶特性,通过使用基于组合电压和电流的磁通观测器的算法来实现高精度的磁通观察方法模型。它还强调改善了确定方案的低速区域控制特性有许多问题。整体系统由速度控制器组成,采用防风PI控制器,电流控制器,磁通控制器。 2DOF应用于感应电动机,以便在本文中提供PI速度控制方法的这些弱点。为了证明本文的适当性,各种模拟使用MATLAB进行了充分性和稳定性,同时进行实际S​​VSEMET,因此证明了它。作为体现系统的结果,实现了鲁棒系统。

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