THREE-STAGE SYNCHRONOUS OVERMODULATION CONTROL OF FIVE-PHASE INVERTERS

Oleschuk V.; Griva R.; Prudeak R.; Sizov A.

Problems of the Regional Energetics (Apr 2010)

THREE-STAGE SYNCHRONOUS OVERMODULATION CONTROL OF FIVE-PHASE INVERTERS

Oleschuk V. ,
Griva R.,
Prudeak R.,
Sizov A.

Affiliations

Oleschuk V.: Institute of Power Engineering of the ASM
Griva R.: University of Padova
Prudeak R.: Institute of Power Engineering of the ASM
Sizov A.: Institute of Power Engineering of the ASM

Journal volume & issue: Vol. 2010-1, no. 1(12)
pp. 28 – 40

Abstract

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Novel three-stage algorithm of synchronous PWM control of five-phase inverter in the zone of overmodulation has been proposed and investigated. It provides smooth transition from linear modulation range to the ten-step operation mode of five-phase system at the maximum fundamental frequency, with full DC-bus voltage utilization. Simulations give the behavior of five-phase system during synchronous PWM control in the zone of overmodulation.

five-phase voltage source inverter

Published in Problems of the Regional Energetics

ISSN: 1857-0070 (Print)
Publisher: Academy of Sciences of Moldova
Country of publisher: Moldova, Republic of
LCC subjects: Technology: Electrical engineering. Electronics. Nuclear engineering: Production of electric energy or power. Powerplants. Central stations; Technology: Mechanical engineering and machinery: Renewable energy sources
Website: http://journal.ie.asm.md/en/home

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