Title of article
Theoretical Study of Global Solar Radiation on Horizontal Area for Determination of Direct and Diffuse Solar Radiation
Author/Authors
Chabane ، F. Department of Mechanical Engineering, Laboratoire de Génie Mécanique (LGM) - Faculty of Technology - University of Biskra , Moummi ، N. Department of Mechanical Engineering, Laboratoire de Génie Mécanique (LGM) - Faculty of Technology - University of Biskra , Toumi ، C. Department of Mechanical Engineering, Laboratoire de Génie Mécanique (LGM) - Faculty of Technology - University of Biskra , Boultif ، S. Department of Mechanical Engineering, Laboratoire de Génie Mécanique (LGM) - Faculty of Technology - University of Biskra , Hecini ، A. Department of Mechanical Engineering, Laboratoire de Génie Mécanique (LGM) - Faculty of Technology - University of Biskra
From page
9
To page
16
Abstract
This study aimed to compare global solar radiation on the horizontal area between two models of Chabane Foued and M.Capderou. The model of Chabane has been interested in pollution factors such as TL (turbidity), BE (Angstraon), and the chemical components of the air such as WV, O3, CH4, CO, CO2, and the especial part the new pollution factor such as hbeam, kbeam, and kdiffuse, which all influenced onto solar radiation, and the model of Capderou has been used the atmospheric disturbance to calculate the direct and diffuse components of radiation received on a plane, while the constituents of the atmosphere (absorption and diffusion) can be expressed by disturbance factors, which is very necessary to determine irradiation In the clear sky. The results reveal a significant difference between the two models with approximated curves. The difference between the models probably returns to the nature of the geographic site which the authors used and injected into the models.
Keywords
Chabane model , Capderou model , diffuse , Solar energy , Solar Radiation , Pollution factors
Journal title
Iranian Journal of Energy and Environment
Journal title
Iranian Journal of Energy and Environment
Record number
2735319
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