Integral screen printed solar cells panel

Y. Boukennous, B. Benyahia, M. Charif, A. Elamrani, M. F. Moussa
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Abstract

This paper summarizes our activities in the field of process technologies for the fabrication of photovoltaic devices. The study is strongly focused on the integral screen printing technique for the fabrication of single crystal solar cells, using standard equipments available in our laboratory. The challenging aim of this survey is to attain encouraging results with very modest means. Knowing that any problem coming unexpectedly with the cell structure may influence more than one electrical parameter and as the process consists on several steps; we will stop at each stage and discuss the factors, which affect it. In pursuit of this goal a doping phosphorus1, a back contact silver-aluminium2, a front side silver3 and an anti reflective coating4 commercial pastes are printed and fired. The 36 fully screen printed solar cells connected in series offer a module with power output of 31 Watts5 and 11 % as efficiency.
整体丝网印刷太阳能电池板
本文总结了我们在光伏设备制造工艺技术领域的活动。研究的重点是利用我们实验室现有的标准设备,采用整体丝网印刷技术制造单晶太阳能电池。这项研究的挑战性目标是以非常有限的手段取得令人鼓舞的成果。我们知道,电池结构中的任何意外问题都可能影响不止一个电气参数,而且整个过程由多个步骤组成,因此我们将在每个阶段停下来,讨论对其产生影响的因素。为了实现这一目标,我们印制并烧制了掺杂磷1 、背面接触银铝2 、正面银3 和抗反射涂层4 的商业浆料。36 个完全丝网印刷的太阳能电池串联在一起,形成一个输出功率为 31 瓦5 、效率为 11% 的模块。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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