Extended ride-through capability for matrix converter drives with continuous motor synchronization

E. P. Wiechmann; R. P. Burgos; J. R. Rodriguez

doi:10.1049/cp:20020112

Extended ride-through capability for matrix converter drives with continuous motor synchronization

E. P. Wiechmann, R. P. Burgos, J. R. Rodriguez

Engineering School

Research output: Contribution to journal › Conference article › peer-review

2 Citations (Scopus)

Abstract

To effectively ride through any voltage sag using matrix converter adjustable speed drives requires a solution that exceeds conventional modulation techniques. Basically, the proposed strategy regulates the converter modulation index up to dynamic overmodulation if necessary, and secondly reduces the motor speed if the former action does not suffice. The key factor accomplished is to maintain full converter synchronization with the motor during the sag to provide immediate acceleration once the disturbance disappears. Further, a decision-making space vector modulation exhibiting minimum-processing load was developed to enhance the performance. The drive was experimentally verified under typical industry disturbances using a TMS320C32 DSP based system. Results obtained showed the effectiveness of the proposal for matrix converter adjustable speed drives.

Original language	English
Pages (from-to)	189-194
Number of pages	6
Journal	IEE Conference Publication
Issue number	487
DOIs	https://doi.org/10.1049/cp:20020112
Publication status	Published - 2002
Event	International Conference on: Power Electronics, Machines and Drives - Bath, United Kingdom Duration: 16 Apr 2002 → 18 Apr 2002

ASJC Scopus subject areas

Electrical and Electronic Engineering

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10.1049/cp:20020112

Cite this

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title = "Extended ride-through capability for matrix converter drives with continuous motor synchronization",

abstract = "To effectively ride through any voltage sag using matrix converter adjustable speed drives requires a solution that exceeds conventional modulation techniques. Basically, the proposed strategy regulates the converter modulation index up to dynamic overmodulation if necessary, and secondly reduces the motor speed if the former action does not suffice. The key factor accomplished is to maintain full converter synchronization with the motor during the sag to provide immediate acceleration once the disturbance disappears. Further, a decision-making space vector modulation exhibiting minimum-processing load was developed to enhance the performance. The drive was experimentally verified under typical industry disturbances using a TMS320C32 DSP based system. Results obtained showed the effectiveness of the proposal for matrix converter adjustable speed drives.",

author = "Wiechmann, {E. P.} and Burgos, {R. P.} and Rodriguez, {J. R.}",

year = "2002",

doi = "10.1049/cp:20020112",

language = "English",

pages = "189--194",

journal = "IEE Conference Publication",

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AU - Wiechmann, E. P.

AU - Burgos, R. P.

AU - Rodriguez, J. R.

PY - 2002

Y1 - 2002

N2 - To effectively ride through any voltage sag using matrix converter adjustable speed drives requires a solution that exceeds conventional modulation techniques. Basically, the proposed strategy regulates the converter modulation index up to dynamic overmodulation if necessary, and secondly reduces the motor speed if the former action does not suffice. The key factor accomplished is to maintain full converter synchronization with the motor during the sag to provide immediate acceleration once the disturbance disappears. Further, a decision-making space vector modulation exhibiting minimum-processing load was developed to enhance the performance. The drive was experimentally verified under typical industry disturbances using a TMS320C32 DSP based system. Results obtained showed the effectiveness of the proposal for matrix converter adjustable speed drives.

AB - To effectively ride through any voltage sag using matrix converter adjustable speed drives requires a solution that exceeds conventional modulation techniques. Basically, the proposed strategy regulates the converter modulation index up to dynamic overmodulation if necessary, and secondly reduces the motor speed if the former action does not suffice. The key factor accomplished is to maintain full converter synchronization with the motor during the sag to provide immediate acceleration once the disturbance disappears. Further, a decision-making space vector modulation exhibiting minimum-processing load was developed to enhance the performance. The drive was experimentally verified under typical industry disturbances using a TMS320C32 DSP based system. Results obtained showed the effectiveness of the proposal for matrix converter adjustable speed drives.

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JO - IEE Conference Publication

JF - IEE Conference Publication

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T2 - International Conference on: Power Electronics, Machines and Drives

Y2 - 16 April 2002 through 18 April 2002

ER -

Extended ride-through capability for matrix converter drives with continuous motor synchronization

Abstract

ASJC Scopus subject areas

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