Examining the Effects of Constituents in Paste on Low Light Performances of Silicon Solar Cells| Chapter 3 | Recent Progress in Science and Technology Vol. 2

 Practically talking, solar cell act under low light conditions is more important for overall power era capacity. Previous research has proved that at low light intensities, the effectiveness and maximum output of solar containers with depressed shunt opposition decrease. In contrast, our study has shown the impact of paste or jug frit as paste elements on solar containers using the buoyant contact method's open-circuit potential as well as shunts and recombination. The belongings of the glass frit in the glue on the cell performance in depressed light, however, are still not completely evident. As a result, the impacts of the mirror frit itself on the cell conduct in low light are examined in this place work. This is due to the reality that, despite being a essential component of the silver paste that contacts the cosmic cells electrically, the belongings of the glass frit on container performance are still confused. In conclusion, the glass frit itself lowers the solar cell conducts at low light intensities by generating shunts and recombination, especially open-boundary voltage and fill determinant. As a result, the effects of paste elements on shunts and recombination are crucial for two together the solar cell depictions at 1 sun and the performances at depressed light intensities.

Author(s) Details:

Takayuki Aoyama,
Noritake Co. Limited, 300, Higashiyama, Miyoshi-Cho, Miyoshi, Aichi, 470-0293, Japan.

Mari Aoki,
Asada Mesh Co. Ltd., 23-7, Shindo-4, Matsubara, Osaka, 580-0015, Japan.

Isao Sumita,
Asada Mesh Co. Ltd., 23-7, Shindo-4, Matsubara, Osaka, 580-0015, Japan.

Please see the link here: https://stm.bookpi.org/RPST-V2/article/view/9234