Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion system

Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion system

Abstract The prevalent use of the diode bridge rectifier in three phase wind energy conversion systems decreases the efficiency of the power generation. In standalone wind energy generation, bridgeless converters can address this problem by eliminating the front‐end diode bridge rectifier. This work...

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Main Authors: Kumar Abhishek Singh, Kalpana Chaudhary
Format: Article
Language:English
Published: Wiley 2021-02-01
Series:IET Power Electronics
Online Access:https://doi.org/10.1049/pel2.12034
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spelling doaj-10c51db469054c5fb8133620f6d0def62021-08-02T08:20:14ZengWileyIET Power Electronics1755-45351755-45432021-02-0114230231210.1049/pel2.12034Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion systemKumar Abhishek Singh0Kalpana Chaudhary1Department of Electrical Engineering Indian Institute of Technology (BHU) Varanasi IndiaDepartment of Electrical Engineering Indian Institute of Technology (BHU) Varanasi IndiaAbstract The prevalent use of the diode bridge rectifier in three phase wind energy conversion systems decreases the efficiency of the power generation. In standalone wind energy generation, bridgeless converters can address this problem by eliminating the front‐end diode bridge rectifier. This work presents a novel single‐stage three‐phase bridgeless AC to DC c̀uk converter for wind energy conversion systems. The proposed converter is designed to work in discontinuous inductor current mode because of its inherent power factor correction and less harmonic distortion. Using body‐diodes of the MOSFETs per phase component reduction is also done in this converter. A unique maximum power point tracking technique is developed for this converter using three‐phase voltages and currents, instead of the DC link states. A wind energy emulation system using a DC motor and self excited induction generator is used to test the laboratory prototype of the proposed converter.https://doi.org/10.1049/pel2.12034
collection DOAJ
language English
format Article
sources DOAJ
author Kumar Abhishek Singh
Kalpana Chaudhary
spellingShingle Kumar Abhishek Singh
Kalpana Chaudhary
Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion system
IET Power Electronics
author_facet Kumar Abhishek Singh
Kalpana Chaudhary
author_sort Kumar Abhishek Singh
title Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion system
title_short Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion system
title_full Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion system
title_fullStr Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion system
title_full_unstemmed Design and development of a new three‐phase AC‐DC single‐stage wind energy conversion system
title_sort design and development of a new three‐phase ac‐dc single‐stage wind energy conversion system
publisher Wiley
series IET Power Electronics
issn 1755-4535
1755-4543
publishDate 2021-02-01
description Abstract The prevalent use of the diode bridge rectifier in three phase wind energy conversion systems decreases the efficiency of the power generation. In standalone wind energy generation, bridgeless converters can address this problem by eliminating the front‐end diode bridge rectifier. This work presents a novel single‐stage three‐phase bridgeless AC to DC c̀uk converter for wind energy conversion systems. The proposed converter is designed to work in discontinuous inductor current mode because of its inherent power factor correction and less harmonic distortion. Using body‐diodes of the MOSFETs per phase component reduction is also done in this converter. A unique maximum power point tracking technique is developed for this converter using three‐phase voltages and currents, instead of the DC link states. A wind energy emulation system using a DC motor and self excited induction generator is used to test the laboratory prototype of the proposed converter.
url https://doi.org/10.1049/pel2.12034
work_keys_str_mv AT kumarabhisheksingh designanddevelopmentofanewthreephaseacdcsinglestagewindenergyconversionsystem
AT kalpanachaudhary designanddevelopmentofanewthreephaseacdcsinglestagewindenergyconversionsystem
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