双面Pert太阳能电池的浮结分析

Kalai Priya V, Avinash Kumar, B. Muthuraj, S. Joshi, Bhushan Kumar, Nikhil Garg, A. Prasad
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引用次数: 0

摘要

在硼背向散射场中具有浮动结的双面PERT基p太阳能电池(SCs)中,当器件照射在发射极上时,效率随着硼BSF片阻的增加而降低。我们还发现,漂浮结的形成并没有改善SCs。形状因子几乎不受浮动结的影响,但S-C电流密度和O-C电压下降。通过对外部量子效率的分析,发现无论掺杂与否,浮结都不会影响BSF表面的钝化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Floating Junction Analysis in Bifacial Pert Solar Cells
In the bifacial PERT base p solar cells (SCs) with floating junction in the boron backscatter field, it was found that the efficiency decreased with the increase of the sheet resistance of the boron BSF, when the devices were illuminated on the emitter. It was also found that the formation of the floating junction did not improve the SCs. The form factor was practically unaffected by the floating junction, however the S-C current density and the O-C voltage decreased. By analyzing the external quantum efficiency, it was found that the floating junction did not affect the passivation of the surface with the BSF, regardless of doping.
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