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Hysteresis-controlled - landsman converter based multilevel inverter fed induction-motor system using PIC

机译:滞后控制 - 基于隆起的陆地逆变器Fed电动机系统使用PIC

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This paper deals with Landsman Converter (LC) based Multilevel Inverter (MLI) fed induction motor. This work proposes Landsman converter between DC-source &inverter. This effort considers closed loop response of Landsman-converter-multilevel-inverter-system (LCMLI) with PI, Fractional Order PID controller (FOPID), Proportional Resonant (PR) &Hysteresis Controller (-HC). The-purpose of the recommended-converter-system is to compare response of two loop-PI, FOPID, and PR&PI-HC-controlled-LCMLI-systems. MATLAB simulation results clearly illustrated an improved dynamic performance by the proposed Hysteresis-controlled-LCMLI-system. The experimental-outcomes of LCMLI -system are compared with those of simulation-ones. (C) 2020 Elsevier B.V. All rights reserved.
机译:本文涉及基于Landsman转换器(LC)的多级逆变器(MLI)馈电电动机。这项工作提出了DC源和逆变器之间的Landsman转换器。本努力考虑了Landsman-Converter-MultiLevel-yen转换器 - 使用PI,分数级PID控制器(FOPID),比例谐振(PR)和滞后控制器(-HC)的闭环响应。推荐 - 转换器系统的目的是比较两个环路PI,FOPID和PR&PI-HC控制-LCMLI系统的响应。 MATLAB仿真结果清楚地说明了所提出的滞后控制-LCMLI系统的动态性能。将LCMLI -System的实验结果与模拟 - 仿真组进行比较。 (c)2020 Elsevier B.v.保留所有权利。

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