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This work is done to propose a model sufficient to predict in different contexts of the beam and diffuse solar radiation on a horizontal area. This is very important for a variety of applications of solar energy conversion. About this research, we added the air pollution and weather thus as CO, CO2, CH4, temperature and relative humidity. Indeed, the lack of data before; we will not know what the solar potential will be before to ensure such feasibility or function. After this study, the development of a suitable model for the Biskra site for five angles of inclination, of any solar project…mehr

Produktbeschreibung
This work is done to propose a model sufficient to predict in different contexts of the beam and diffuse solar radiation on a horizontal area. This is very important for a variety of applications of solar energy conversion. About this research, we added the air pollution and weather thus as CO, CO2, CH4, temperature and relative humidity. Indeed, the lack of data before; we will not know what the solar potential will be before to ensure such feasibility or function. After this study, the development of a suitable model for the Biskra site for five angles of inclination, of any solar project was made through an experimental study. The experimental results show that the values obtained to give a good estimate of the solar radiation and are in good agreement with those given by the elaborate model which is in agreement with that of Perrin de Brichambaut, also more particularly for an incident on an inclined plane.
Autorenporträt
F. Chabane wurde am 28. Februar 1980 in Biskra, Algerien, geboren. Er erwarb einen BSc. in Ingenieurwissenschaften, MSc. und promoviert. im Maschinenbau. Alle kamen 2004, 2009 und 2015 von der Universität Biskra, Algerien. Seine Forschungsinteressen beziehen sich auf erneuerbare Energien; Solare Trocknung, Biomasse, Windkraftanlagen und Solarkollektoren.