Paper Details: Downloads: 1844
Serial Number: P1111636517
Title: Comprehensive Comparison of PWM and SVM based Three Phase AC to AC Matrix Converters
Authors: Raheel Muzzammel and Umair Tahir
Abstract: Converters are employed in wide range of applications to save energy and attain desirable voltage. Matrix converter can convert three phase AC input to three phase AC output with variable voltage amplitude and frequency directly. It can be used as a bidirectional power flow converter without any intermediate storage element. The objective of this proposed research is to minimize the harmonic losses to get maximum output voltage ratio, sinusoidal current, desired variable voltage amplitude and desired variable frequency. Pulse width modulation and space vector modulation algorithm control the input and output voltage and frequency independently. In this research work, pulse width modulation and space vector modulation based matrix converters will be designed to attain voltage ratio up to 1 and to reduce switching losses so that total harmonic distortion could be minimized with sinusoidal waveforms of desired amplitude and frequency. Comparisons will be drawn on the basis of harmonic contents present in the desired output waveform by changing the characteristics of input waveform. Simulation environment will be created in Matlab.
Keywords: Pulse Width Modulation, Space Vector Modulation, Matrix Converters, Matlab
Journal/Conference: International Journal of Automatic Control and System Engineering
Volume: 16
Issue: 2
Submission Date: 9/2/2016 12:00:00 AM
Review Date: 9/20/2016 3:32:54 PM
Publishing Date: 10/23/2016 4:51:04 AM
Article Downloads: 1844
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