Abstract
The technologies used in solar modules are distinguished mainly by th eenergy conversion efficiency. Consequently, the module selection is critic to the long term performance of photovoltaic generating facility. Therefore, the selection must be supported by experimental results obtained under a specific operation condition. The article implements an experimentally test for obtain the characteristic parameters of a solar module, we analyze the energy conversion efficiency and other correlated parameters that directly affect the performance of a photovoltaic generator. The results show that the use of a rapid prototyping system using open hardware, such as TMS320F28335 development kit makes it easy to build a test photovoltaic generation systems. Latter justified by the low cost of such devices and ease of programming. (author)
Álvarez López, Ramón Antonio, E-mail: ramon.alvarez@unisucre.edu.co, E-mail: raaalvarezlop@unal.edu.co;
[1]
García Angarita, Maritza Andrea, E-mail: magangarita@gmail.com
[2]
- Universidad de Sucre, Colombia, Estudiante de doctorado en Ingeniería, Universidad Nacional de Colombia, Manizales-Caldas (Colombia)
- Instituto Técnico Industrial Pascual Bravo, Medellín-Antioquia (Colombia)
Citation Formats
Álvarez López, Ramón Antonio, E-mail: ramon.alvarez@unisucre.edu.co, E-mail: raaalvarezlop@unal.edu.co, and García Angarita, Maritza Andrea, E-mail: magangarita@gmail.com.
Comparative parameters of solar cells for power generation: test stand implementation using DSP; Parámetros comparativos de células fotoeléctricas para generación de energía: implementación de banco de pruebas usando DSP.
Cuba: N. p.,
2014.
Web.
Álvarez López, Ramón Antonio, E-mail: ramon.alvarez@unisucre.edu.co, E-mail: raaalvarezlop@unal.edu.co, & García Angarita, Maritza Andrea, E-mail: magangarita@gmail.com.
Comparative parameters of solar cells for power generation: test stand implementation using DSP; Parámetros comparativos de células fotoeléctricas para generación de energía: implementación de banco de pruebas usando DSP.
Cuba.
Álvarez López, Ramón Antonio, E-mail: ramon.alvarez@unisucre.edu.co, E-mail: raaalvarezlop@unal.edu.co, and García Angarita, Maritza Andrea, E-mail: magangarita@gmail.com.
2014.
"Comparative parameters of solar cells for power generation: test stand implementation using DSP; Parámetros comparativos de células fotoeléctricas para generación de energía: implementación de banco de pruebas usando DSP."
Cuba.
@misc{etde_22646556,
title = {Comparative parameters of solar cells for power generation: test stand implementation using DSP; Parámetros comparativos de células fotoeléctricas para generación de energía: implementación de banco de pruebas usando DSP}
author = {Álvarez López, Ramón Antonio, E-mail: ramon.alvarez@unisucre.edu.co, E-mail: raaalvarezlop@unal.edu.co, and García Angarita, Maritza Andrea, E-mail: magangarita@gmail.com}
abstractNote = {The technologies used in solar modules are distinguished mainly by th eenergy conversion efficiency. Consequently, the module selection is critic to the long term performance of photovoltaic generating facility. Therefore, the selection must be supported by experimental results obtained under a specific operation condition. The article implements an experimentally test for obtain the characteristic parameters of a solar module, we analyze the energy conversion efficiency and other correlated parameters that directly affect the performance of a photovoltaic generator. The results show that the use of a rapid prototyping system using open hardware, such as TMS320F28335 development kit makes it easy to build a test photovoltaic generation systems. Latter justified by the low cost of such devices and ease of programming. (author)}
journal = []
issue = {3}
volume = {35}
journal type = {AC}
place = {Cuba}
year = {2014}
month = {Jul}
}
title = {Comparative parameters of solar cells for power generation: test stand implementation using DSP; Parámetros comparativos de células fotoeléctricas para generación de energía: implementación de banco de pruebas usando DSP}
author = {Álvarez López, Ramón Antonio, E-mail: ramon.alvarez@unisucre.edu.co, E-mail: raaalvarezlop@unal.edu.co, and García Angarita, Maritza Andrea, E-mail: magangarita@gmail.com}
abstractNote = {The technologies used in solar modules are distinguished mainly by th eenergy conversion efficiency. Consequently, the module selection is critic to the long term performance of photovoltaic generating facility. Therefore, the selection must be supported by experimental results obtained under a specific operation condition. The article implements an experimentally test for obtain the characteristic parameters of a solar module, we analyze the energy conversion efficiency and other correlated parameters that directly affect the performance of a photovoltaic generator. The results show that the use of a rapid prototyping system using open hardware, such as TMS320F28335 development kit makes it easy to build a test photovoltaic generation systems. Latter justified by the low cost of such devices and ease of programming. (author)}
journal = []
issue = {3}
volume = {35}
journal type = {AC}
place = {Cuba}
year = {2014}
month = {Jul}
}