2012Energy ProcediaOpen access

Modelling of the Behaviour of Solar Cell Under High Injection Effect Conditions

K. Al Abdullah, Bashar Bakour

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Abstract

An I-V characteristic measurements of silicon solar cell were carried out, the result showed a saturation of open circuit voltage Voc when sunlight concentration reaches 7 suns in our case, which imposed a limitation on the solar cell's efficiency. For understanding the carrier's transport mechanisms in the cell, a simulation of solar cell behaviour under sunlight concentrating –up to 25 suns-has been carried out. The minority carrier concentration profiles in the silicon solar cell's base were represented, by solving the continuity equation via suggesting a mathematical sample. The results enable us to disputes high injection effect at which tacks place when a high concentration of minority carrier -comparable to majority carriers-is appeared in thin area beside the depletion region.

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An I-V characteristic measurements of silicon solar cell were carried out, the result showed a saturation of open circuit voltage Voc when sunlight concentration reaches 7 suns in our case, which imposed a limitation on the solar cell's efficiency. For understanding the carrier's transport mechanisms in the cell, a simulation of solar cell behaviour under sunlight concentrating –up to 25 suns-has been carried out. The minority carrier concentration profiles in the silicon solar cell's base were represented, by solving the continuity equation via suggesting a mathematical sample. The results enable us to disputes high injection effect at which tacks place when a high concentration of minority carrier -comparable to majority carriers-is appeared in thin area beside the depletion region.

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Available abstract

An I-V characteristic measurements of silicon solar cell were carried out, the result showed a saturation of open circuit voltage Voc when sunlight concentration reaches 7 suns in our case, which imposed a limitation on the solar cell's efficiency. For understanding the carrier's transport mechanisms in the cell, a simulation of solar cell behaviour under sunlight concentrating –up to 25 suns-has been carried out. The minority carrier concentration profiles in the silicon solar cell's base were represented, by solving the continuity equation via suggesting a mathematical sample. The results enable us to disputes high injection effect at which tacks place when a high concentration of minority carrier -comparable to majority carriers-is appeared in thin area beside the depletion region.

Key concepts: Suns in alchemy, Solar cell, Open-circuit voltage, Theory of solar cells, Carrier lifetime, Sunlight, Silicon, Silicon solar cell

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