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Vast development in power electronics since the last decade has lead to applications of electric drives with phase number greater than three especially in locomotive, naval, aerospace, and electrical vehicles industry. Multi-phase electric drives offer great number of advantages compared to three-phase electric drives but multi-phase drives produce unwanted low-order harmonics that can lead to losses...
This paper presents the comparison between two switching techniques for a multi-phase voltage source inverter (VSI) using Space Vector Modulation (SVPWM). Two different techniques which based on large vectors and the combination of large and medium vectors have been examined under a two-level five-phase inverter. The performance of these techniques are observed and evaluated in terms of harmonic contents...
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