HARMONIC VOLTAGE COMPENSATOR BASED ON MATRIX CONVERTER USING A LINEAR MODEL

TONATIUH ECHEGOYEN ARELLANO; VICTOR MANUEL CARDENAS GALINDO; RICARDO ALVAREZ SALAS

doi:https://doi.org/10.6036/5630

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HARMONIC VOLTAGE COMPENSATOR BASED ON MATRIX CONVERTER USING A LINEAR MODEL

NOVEMBER 2013 - Volume: 88 - Pages: 689-699

DOI:

https://doi.org/10.6036/5630

Authors:

TONATIUH ECHEGOYEN ARELLANO -

VICTOR MANUEL CARDENAS GALINDO

RICARDO ALVAREZ SALAS

Disciplines:

Electrical technology and engineering (APLICACIONES ELECTRICAS )

Downloads: 198

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Received Date : 10 December 2012

Reviewing Date : 5 July 2013

Key words:: convertidor ca-ca, distorsión armónica convertidor matricial, filtros activos, calidad de la energía, ac-ac converter, harmonic distortion, matrix converter, active filters, power quality.
Article type:: ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:: RESEARCH ARTICLES

ABSTRACT:
This paper deals with the design and control of a three-phase harmonic voltage compensator based on the matrix converter.

The topology is based on a series active filter, processing only the harmonic power needed to compensate the voltage pollution, reducing the size and increasing the power density. A detailed linear model of matrix converter is introduced by means of a modulation strategy derived from the Venturini solution, allowing simple control design using classical control theory.

The simulation results of a three-phase 3 kVA system shown that is possible to reduce the harmonic distortion in the input voltage, generating a high quality output voltage to operate critical loads.

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