EFFECTIVE SPEED CONTROL TECHNIQUE FOR INDUCTION MOTOR USING HYBRID CONTROLLER FUZZY-ANT OPTIMIZATION

EFFECTIVE SPEED CONTROL TECHNIQUE FOR INDUCTION MOTOR USING HYBRID CONTROLLER FUZZY-ANT OPTIMIZATION
Author(s):
M.Surendar, P.Monisha
Keywords:
ACO, Fuzzy controller, Boost converter Feedback controller, Speed optimization, PWM technique.
Abstract
This paper explains the effective control technique for induction motor using hybrid controller ANT and FUZZY. Single phase AC voltage introduce harmonic current into the system. This harmonic current is eliminated by using power factor correction circuitry. Here the Boost converter is added to improve the power factor. The PWM controller corrects the pulse width based on the feedback voltage and the PWM in inverter provides a steady output voltage irrespective of the load characteristics. Here hybrid controller is used to eliminate the error and also to maintain a constant output voltage. Thus the dynamic response of the drive can be improved by tuning the controller for its optimal value by using the FUZZY and ANT approach.
Article Details
Unique Paper ID: 145714 Publication Volume & Issue: Volume 4, Issue 11 Page(s): 228 - 236
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