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Modelling Of the Behaviour of Solar Cell under High Injection Effect Conditions

机译:高注射效应条件下太阳能电池行为的建模

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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 V_(oc) 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.
机译:进行了硅太阳能电池的I-V特征测量,结果显示了在我们的情况下阳光浓度达到7个太阳的开路电压V_(OC)的饱和度,这施加了对太阳能电池的效率的限制。为了理解载体的传送机制在细胞中,已经进行了在阳光下的太阳能电池行为模拟到25个太阳。通过暗示数学样本来求解连续性方程,表示硅太阳能电池基座中的少数载波浓度分布。结果使我们能够纠正高注射效果,当到多数载体的高浓度少量载体 - 在耗尽区旁边的薄面积中出现了高浓度的少数载体时粘性位置。

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