Analysis of Effective Control Techniques for Induction Motor Drive

Abstract

This work aims at improving the speed-regulation and dynamic time response of the Bootstrapped Converter- SVM Inverter fed Induction Motor drive (BSC- SVMIIM) with PI, PR-PI, PR-HC, PID, FOPID, and FLC. This work manages examination amongst open-loop and closed PI, closed loop PR- PI, PR-HC, PID, FOPID, and FLC controlled BSC-SVMIIM systems. newlineCascaded boot-strapped converter-SVM-inverter is proposed for the effective control of the drive. To improve the voltage, gain, the BSC is recommended in between the rectifier and the SVMI. The switching pulses are controlled by the various types of controller. Switching losses are reduced with the SVMI bootstrap converter. The assessments show the unmatched execution of controlled BSC-SVMIIM framework. newlineThe simulation was performed to determine the influence of BSVMI. The objective of this work is to improve the performance of the BSC-SVMIIM scheme by employing a proper controller in closed-loop. Open-loop BSC- SVMIS structure with unsettling influence, closed two loop HC and FLC based BSC-SVMIS systems are framed. The Simulink-model was used to display and recreate the results, which were then presented. The settling time and steady state error are also evaluated. The evaluations show that the controlled-BSC- SVMI s framework is executed in an unparalleled manner. The suggested scheme features characteristics such as limited consonant content and rapid response. Various BSC-SVMI-IM trials were performed and after effects were supplied to assess the appropriateness of the suggested converters. The results show that the FLC Controller system outperforms the PI, PR-PI, PR-HC, PID, and FOPID managed systems in terms of response.