Improvement of dynamic performance of induction motor drives by using FLC based MPFC

Abstract

This project proposes a model predictive flux control (MPFC) system based SVM for IM drive supplied by a three-level - neutral-point -clamped (3L-NPC) inverter with fuzzy logic controller. MPTC is a sort of effective control strategy for high operation of IM drives, which manages one of a kind momentary powerful reaction. be that as it may, MPTC experiences dull and time extreme alignment work for the weighting components, which is an obstacle for its utility, especially in the staggered converters. To fathom this inconvenience, it proposes MPFC machine principally dependent on SVM for IM drive. by methods for interpreting references of torque and stator motion size into an equivalent new stator motion vector reference, MPFC disposes of the utilization for weighting components. Fundamentally based at the FLC the pristine stator transition vector is the transpose to a voltage vector reference. that is then incorporated by means of a SVM square. The power of the proposed controller is confirmed by method for utilizing Matlab/Simulink in expressions nation and dynamic reactions.