Abstract: Our study is the master in the presence of solar flux influence on the outlet temperature of the coolant and the temperature of the absorber plate of a solar collector inclined plane. We cut the slices fictitious sensor in the direction of flow of the coolant and to establish the balance of trade occurring at the nodes considered: the exterior of the glass inside the glass, the absorber peddler in the fluid and the interior and exterior of the insulation. It is convenient for it to use the analogy between heat transfer and electrical laws, the profiles of temperature at nodes main results discuses. The program developed was validated by the comparative study of theoretical and experimental results taken under the same conditions.
N° Revue: International Review of PHYSICS - August 2011 (Vol. 5 N. 4) – Papers ISSN: 1971-680X e-ISSN: 1971-6 - Pagination: 152-157 - Date: Aug 2011
URL: http://www.praiseworthyprize.com/IREPHY-latest/IREPHY_vol_5_n_4.html
Mots cles: Solar Plan, Solar Flux, Temperature, Runge-Kutta Method, Theoretical And Experimental Results.
co_auteurs: N. Bellel