The Efficiency of a Silicon Solar Cell as a Function of the thermal, Shading and Cooling Conditions-Theoretical Approach.
S Shaban; S.A.Shalaby;
Abstract
The temperature of a silicon solar cell subjected to incident solar radiation is determined through solving a heat balance equation. The temperature dependent cell parameters as Voc(T), Isc(T), Io(T),andEg(T) are evaluated at each local day time âtâ. The performance and efficiency of the cell at different local day times and operating conditions as shading and cooling are revealed. Computations to reveal such functional dependences for a certain solar cell are performed as an illustrative example.
Other data
| Title | The Efficiency of a Silicon Solar Cell as a Function of the thermal, Shading and Cooling Conditions-Theoretical Approach. | Other Titles | M.K.EI-Adawi, | Authors | S Shaban ; S.A.Shalaby | Keywords | Solar Energy-Silicon solar cell-Solar cell temperature-Solar cell performance-Solar cell efficiency | Issue Date | 20-Feb-2020 | Journal | Journal Of Applied Physics | Volume | Volume 12, Issue 1 Ser. III | Issue | 2278-4861 | Start page | 27 | End page | 40 |
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