Abstract
In this work are presented the design, construction and relevant results related to the production of electricity using a photovoltaic panel attached to the solar tracking mechanism. The objective was to develop a tracking device with high accuracy, reliable, low cost, high efficiency and easy operation, aiming at the possibility of residential, agricultural and industrial use of solar photovoltaic technologies with high efficiency of conversion. Was evaluated the performance of the tracker, comparing it to a fixed system and based on results analyzed, was observed a significant increase in energy production of photovoltaic panel attached to the tracking system, in relation to the fixed system the slope of the local latitude. Its performance was satisfactory, electromechanical structure requires no maintenance during the trial even when exposed to various weather conditions. The system showed great potential for application, usability and effectivity. (author)
Carvalho, Daniel Rizzo;
Lacerda Filho, Adilio Flauzino de;
Resende, Ricardo C. , E-mail: daniel.carvalho@ufv.br;
[1]
Possi, Maurilio A;
[2]
Ferreira, Ana Paula S
[3]
- Universidade Federal de Vicosa (UFV), MG (Brazil). Dept. Engenharia Agricola
- Universidade Federal de Vicosa (UFV), MG (Brazil). Dept. de Ciencia da Computacao
- Universidade Federal de Vicosa (UFV), MG (Brazil). Dept. de Fitotecnia
Citation Formats
Carvalho, Daniel Rizzo, Lacerda Filho, Adilio Flauzino de, Resende, Ricardo C. , E-mail: daniel.carvalho@ufv.br, Possi, Maurilio A, and Ferreira, Ana Paula S.
Development of a solar tracker for photovoltaic applications; Desenvolvimento de um rastreador solar para aplicacoes fotovoltaicas.
Brazil: N. p.,
2012.
Web.
Carvalho, Daniel Rizzo, Lacerda Filho, Adilio Flauzino de, Resende, Ricardo C. , E-mail: daniel.carvalho@ufv.br, Possi, Maurilio A, & Ferreira, Ana Paula S.
Development of a solar tracker for photovoltaic applications; Desenvolvimento de um rastreador solar para aplicacoes fotovoltaicas.
Brazil.
Carvalho, Daniel Rizzo, Lacerda Filho, Adilio Flauzino de, Resende, Ricardo C. , E-mail: daniel.carvalho@ufv.br, Possi, Maurilio A, and Ferreira, Ana Paula S.
2012.
"Development of a solar tracker for photovoltaic applications; Desenvolvimento de um rastreador solar para aplicacoes fotovoltaicas."
Brazil.
@misc{etde_22000683,
title = {Development of a solar tracker for photovoltaic applications; Desenvolvimento de um rastreador solar para aplicacoes fotovoltaicas}
author = {Carvalho, Daniel Rizzo, Lacerda Filho, Adilio Flauzino de, Resende, Ricardo C. , E-mail: daniel.carvalho@ufv.br, Possi, Maurilio A, and Ferreira, Ana Paula S}
abstractNote = {In this work are presented the design, construction and relevant results related to the production of electricity using a photovoltaic panel attached to the solar tracking mechanism. The objective was to develop a tracking device with high accuracy, reliable, low cost, high efficiency and easy operation, aiming at the possibility of residential, agricultural and industrial use of solar photovoltaic technologies with high efficiency of conversion. Was evaluated the performance of the tracker, comparing it to a fixed system and based on results analyzed, was observed a significant increase in energy production of photovoltaic panel attached to the tracking system, in relation to the fixed system the slope of the local latitude. Its performance was satisfactory, electromechanical structure requires no maintenance during the trial even when exposed to various weather conditions. The system showed great potential for application, usability and effectivity. (author)}
place = {Brazil}
year = {2012}
month = {Nov}
}
title = {Development of a solar tracker for photovoltaic applications; Desenvolvimento de um rastreador solar para aplicacoes fotovoltaicas}
author = {Carvalho, Daniel Rizzo, Lacerda Filho, Adilio Flauzino de, Resende, Ricardo C. , E-mail: daniel.carvalho@ufv.br, Possi, Maurilio A, and Ferreira, Ana Paula S}
abstractNote = {In this work are presented the design, construction and relevant results related to the production of electricity using a photovoltaic panel attached to the solar tracking mechanism. The objective was to develop a tracking device with high accuracy, reliable, low cost, high efficiency and easy operation, aiming at the possibility of residential, agricultural and industrial use of solar photovoltaic technologies with high efficiency of conversion. Was evaluated the performance of the tracker, comparing it to a fixed system and based on results analyzed, was observed a significant increase in energy production of photovoltaic panel attached to the tracking system, in relation to the fixed system the slope of the local latitude. Its performance was satisfactory, electromechanical structure requires no maintenance during the trial even when exposed to various weather conditions. The system showed great potential for application, usability and effectivity. (author)}
place = {Brazil}
year = {2012}
month = {Nov}
}