Análisis y modelamiento del impacto de la radiación difusa en la generación eléctrica usando paneles solares fotovoltaicos policristalinos
Estimation of solar radiation allows us to predict the energy production is for this reason that there are several studies for different locations, estimating the direct solar radiation and diffuse solar radiation, the study seeks to estimate the hourly diffuse solar irradiance and estimate the mon...
| Autor Principal: | Jacho Loachamín, William Gabriel |
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| Formato: | bachelorThesis |
| Idioma: | spa |
| Publicado: |
2015
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| Materias: | |
| Acceso en línea: |
http://dspace.ups.edu.ec/handle/123456789/7868 |
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Estimation of solar radiation allows us to predict the energy production is for this reason that there are several studies for different locations, estimating the direct solar radiation and diffuse solar radiation, the study seeks to estimate the hourly diffuse solar irradiance and estimate the mon thly average daily diffuse solar radiation, knowing that the diffuse solar radiation that is scattered in the atmosphere, it is for this reason the importance of estimating the same, allowing us to have a broader picture of the component solar radiation be haves as loss and directly affects power generation using solar panels, which depends on the atmospheric conditions. Mathematical models for estimating the diffuse solar radiation in monthly daily averages and estimating diffuse solar irradiance hourly, is based on several expressions, equations describing the transfer of the radioactive components of the direct and diffuse solar radiation, as equations of the angular position of the sun in the sky (zenith) and the equations to find the true solar time |
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