A Five Level NPC Inverter Controlled by Using SHEPWM Strategy
Copyright policy )A Five Level NPC Inverter Controlled by Using SHEPWM Strategy
The object of this paper is to analyse the behavior and the performances of a three-phase induction machine supplied with a five level neutral-point-clamped (NPC) inverter controlled by Selective Harmonic Eliminated Pulse-Width Modulation Technique (SHEPWM). First, the modeling of the inverter and the machine is presented. Thereafter, a theoretical study of the harmonics elimination strategy is detailed; where the genetic algorithm (GA) for elimination purposes is used. After that, this strategy is validated by simulation. Finally, a behavior of the induction machine controlled with this inverter is presented.
shepwm, npc (neutral point clamping), five level Inverter, SHEPWM, TK1-9971, Induction machine, genetic algorithm (GA), genetic algorithm (ga)., five level inverter, induction machine, Electrical engineering. Electronics. Nuclear engineering, NPC (Neutral Point Clamping)
shepwm, npc (neutral point clamping), five level Inverter, SHEPWM, TK1-9971, Induction machine, genetic algorithm (GA), genetic algorithm (ga)., five level inverter, induction machine, Electrical engineering. Electronics. Nuclear engineering, NPC (Neutral Point Clamping)
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