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Efficiency analysis of an induction motor with direct torque and flux control at a hot rolling mill

机译:热轧机中具有直接转矩和磁通控制的感应电动机的效率分析

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This paper presents an efficiency analysis of an induction motor with direct torque and flux control at a hot rolling mill in South Africa. Two scenarios were evaluated: 1) where the induction motor was controlled at a constant speed with a variable thickness slab and 2) where the speed of the induction motor was controlled according to the thickness of the slab. Both scenarios used the speed as reference to control the torque and flux of the induction motor. A comparison on the energy consumption of the induction motor for both scenarios was done by means of a detailed simulation model. The simulation model for this specific case study is explained in detail. The results obtained showed an increase in the efficiency of the induction motor from the original system (scenario 1) to the improved system (scenario 2). Part of this paper provides an overview on hot rolling mills.
机译:本文介绍了南非一家热轧厂采用直接转矩和磁通控制的感应电动机的效率分析。评价了两种情况:1)使用可变厚度的平板将感应电动机控制在恒定速度下,以及2)根据平板的厚度控制感应电动机的速度。两种情况都以速度为参考来控制感应电动机的转矩和磁通。通过详细的仿真模型对两种情况下感应电动机的能耗进行了比较。详细解释了此特定案例研究的仿真模型。获得的结果表明,从原始系统(方案1)到改进的系统(方案2),感应电动机的效率有所提高。本文的一部分概述了热轧机。

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