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The influence of solar illumination shading on the theoretical performance of multi-junction photovoltaic cells

机译:太阳能照明遮蔽对多结光伏电池理论性能的影响

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In this paper the multi-junction PV (Photovoltaic) cells in mixed mode (tandem and dichroic) is studied, Ga_xIn_(1-x)As_yP_(1-y) with various x, y percentage is used as PV material cells. The solar cells are coupled by a dichroic mirror in 1 by 2 by 2. The modeling of each system (the independent and the electric coupling system) allows highlighting the influence of physical parameters and technology on the photocurrents and the efficiency of each solar cell system. It is shown that with a spectrum AM1.5 the device of five solar cells gives efficiency up to 58,11%. This performance decreases when the luminous flux shading.
机译:在本文中,研究了混合模式(串联和二向色)中的多结PV(光伏)细胞,使用各种X,Y百分比的Ga_In_(1-x)As_yp_(1-Y)用作光伏材料细胞。太阳能电池由二向色镜在1×2×2×2耦合2.每个系统的建模(独立和电耦合系统)允许突出显示物理参数和技术对光电流的影响和每个太阳能电池系统的效率。结果表明,使用频谱AM1.5,五种太阳能电池的装置可提供高达58,11%的效率。当发光磁通阴影时,这种性能会降低。

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