On the performance of a Flat Plate Collector.
S Shaban; El-Adawi, Mohamed Abdel hady Kamel; S.A.Shalaby; A. M. Abdul-Aziz;
Abstract
Flat plate collector with thin absorber is studied. Heat balance equation is solved to estimate the temperature of the absorber and its variation along the local day time. The same equation is used to determine the temperature of the working fluid. A published expression [20] to predict with good fitting the hourly global solar irradiance is considered as a source function for the incident solar energy. Three absorbers of different materials: Copper, Aluminum and Mica are considered. The water is considered as a working fluid. Two cooling conditions at the absorber front surface are considered. Factors affecting the efficiency are revealed.
Other data
| Title | On the performance of a Flat Plate Collector. | Authors | S Shaban ; El-Adawi, Mohamed Abdel hady Kamel ; S.A.Shalaby; A. M. Abdul-Aziz | Keywords | Performance of Flat Plate Solar Collector; Thin absorber; Heat balance equation; Temperature of working fluid; Efficiency functional dependence. | Issue Date | 15-Sep-2019 | Journal | Journal of. Modern Trends in Physics Research. | Volume | 19 | Start page | 31 | End page | 38 | DOI | 10.19138/mtpr/(19)31-38 |
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