The Effect of Temperature on the Efficiency of a Silicon Solar Cell Shaded by a Mesh as a Function of the Mesh Parameters and Operating Conditions.
S Shaban; S.A.Shalaby;
Abstract
The efficiency of a silicon solar cell shaded by a mesh is studied. The temperature of the mesh subjected to incident solar insolation is estimated as a function of the mesh parameters. The temperature of the solar cell is also evaluated by solving a heat balance equation considering the radiant energy emitted by the mesh and received by the cell as an additional energy source. All the temperature dependent cell parameters are estimated at different local day times. Shading and cooling conditions are also taken into consideration. The variation of the efficiency along the local day time is thus revealed. An illustrative example is given.
Other data
| Title | The Effect of Temperature on the Efficiency of a Silicon Solar Cell Shaded by a Mesh as a Function of the Mesh Parameters and Operating Conditions. | Authors | S Shaban ; S.A.Shalaby | Keywords | Solar Energy - Silicon Solar Cell –Solar Cell Temperature - Solar Cell Performance- Solar Cell Efficiency - Heat Transfer Model. | Issue Date | Mar-2020 | Volume | 9 | Start page | 55 | End page | 65 |
Recommend this item
Similar Items from Core Recommender Database
Items in Ain Shams Scholar are protected by copyright, with all rights reserved, unless otherwise indicated.