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Current mode controlled fuzzy logic based inter leaved cuk converter SVM inverter fed induction motor drive system

机译:基于电流模式控制模糊逻辑INTER叶CUK转换器SVM逆变器馈电感应电机驱动系统

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摘要

Recent developments in intelligent control methods and power electronics have amended PhotoVoltaic (PV) based DC to AC converters related to AC drives. Interleaved cuk converter and inverter find their way in interconnecting PV and Induction Motor Drive (IMD). Simulation studies were done for closed loop InterLeaved Cuk Converter and Inverter fed Induction Motor Drive (ILCCIIMD) systems with conventional and intelligent controllers.These studies were carried out using MATLAB simulink based models for ILCCIIMD. For production of DC-voltage in the input of the inverter, PV fed InterLeaved Cuk-regulator is recommended. Cuk-regulator is utilized for enhancing the output of the PV system. Closed loop Proportional-Integral (PI), Proportional-Resonant(PR) and Fuzzy-Logic(FL) controlled ILCCIIMD systems are simulated and their outcome like dynamic responses and torque ripple are related for an Electric Vehicle(EV) application. The proposed ILCCIIMD system with FLC is found to have better dynamic characteristics and lesser torque ripple when compared to the system with conventional controller. (C) 2020 Elsevier B.V. All rights reserved.
机译:智能控制方法和电力电子设备的最新进程已经将基于光伏(PV)的DC修改为与AC驱动器相关的AC转换器。交错CUK转换器和变频器在互连PV和感应电动机驱动器(IMD)中找到了顺途。使用常规和智能控制器的闭环交错CUK转换器和逆变器供给电动机驱动器(ILCCIIMD)系统进行仿真研究。使用MATLAB SIMULINK基于ILCCIIMD的MATLAB模拟模型进行了研究。为了在逆变器输入的输入中生产DC电压,建议使用PV FED交错CUK调节器。 CUK-稳压器用于增强光伏系统的输出。模拟闭环比例积分(PI),比例共振(PR)和模糊逻辑(FL)控制的ILCCIIMD系统,其结果如动态响应和扭矩纹波都与电动车辆(EV)应用有关。与具有传统控制器的系统相比,发现具有FLC的建议的ILCCIIMD系统具有更好的动态特性和较小的扭矩纹波。 (c)2020 Elsevier B.v.保留所有权利。

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