The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery Systems

The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery Systems

The paper presents the functioning of a solar photovoltaic module(PVM) that debits direct to on electric battery (EB). By a good adaptingof PVM to EB, so that the no load voltage of the two components (PVMand EB) are well suited, during a day the energy value can be reachednear to the maximum possib...

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Main Authors: Chioncel Cristian Paul, Babescu Marius, Petru Chioncel
Format: Article
Language:English
Published: Eftimie Murgu University of Resita 2013-01-01
Series:Analele Universităţii "Eftimie Murgu" Reşiţa: Fascicola I, Inginerie
Subjects:
solar photovoltaic module
maximum power point
Online Access:http://anale-ing.uem.ro/2013/223.pdf
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spelling doaj-7f06d510b21041789b5f806047c0fc012020-11-25T03:30:29ZengEftimie Murgu University of ResitaAnalele Universităţii "Eftimie Murgu" Reşiţa: Fascicola I, Inginerie1453-73972013-01-01XX2209216The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery SystemsChioncel Cristian PaulBabescu MariusPetru ChioncelThe paper presents the functioning of a solar photovoltaic module(PVM) that debits direct to on electric battery (EB). By a good adaptingof PVM to EB, so that the no load voltage of the two components (PVMand EB) are well suited, during a day the energy value can be reachednear to the maximum possible value, when the PVM functions in themaximum power point (MPP). The proposed solution is much moreeconomic than the classical: PVM + DC – DC + EB because the directcurrent - direct current power converter, is not necessary (DC - DC).http://anale-ing.uem.ro/2013/223.pdfsolar photovoltaic modulemaximum power point
collection DOAJ
language English
format Article
sources DOAJ
author Chioncel Cristian Paul
Babescu Marius
Petru Chioncel
spellingShingle Chioncel Cristian Paul
Babescu Marius
Petru Chioncel
The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery Systems
Analele Universităţii "Eftimie Murgu" Reşiţa: Fascicola I, Inginerie
solar photovoltaic module
maximum power point
author_facet Chioncel Cristian Paul
Babescu Marius
Petru Chioncel
author_sort Chioncel Cristian Paul
title The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery Systems
title_short The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery Systems
title_full The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery Systems
title_fullStr The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery Systems
title_full_unstemmed The Possibility of Functioning at Maximum Power for Solar Photovoltaic - Electric Battery Systems
title_sort possibility of functioning at maximum power for solar photovoltaic - electric battery systems
publisher Eftimie Murgu University of Resita
series Analele Universităţii "Eftimie Murgu" Reşiţa: Fascicola I, Inginerie
issn 1453-7397
publishDate 2013-01-01
description The paper presents the functioning of a solar photovoltaic module(PVM) that debits direct to on electric battery (EB). By a good adaptingof PVM to EB, so that the no load voltage of the two components (PVMand EB) are well suited, during a day the energy value can be reachednear to the maximum possible value, when the PVM functions in themaximum power point (MPP). The proposed solution is much moreeconomic than the classical: PVM + DC – DC + EB because the directcurrent - direct current power converter, is not necessary (DC - DC).
topic solar photovoltaic module
maximum power point
url http://anale-ing.uem.ro/2013/223.pdf
work_keys_str_mv AT chioncelcristianpaul thepossibilityoffunctioningatmaximumpowerforsolarphotovoltaicelectricbatterysystems
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AT petruchioncel thepossibilityoffunctioningatmaximumpowerforsolarphotovoltaicelectricbatterysystems
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AT babescumarius possibilityoffunctioningatmaximumpowerforsolarphotovoltaicelectricbatterysystems
AT petruchioncel possibilityoffunctioningatmaximumpowerforsolarphotovoltaicelectricbatterysystems
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