高效，0.79 M/sup / /串联a- si模块的批量生产工艺

Conference Record of the Thirty-first IEEE Photovoltaic Specialists Conference, 2005. Pub Date : 2005-08-08 DOI:10.1109/PVSC.2005.1488443

N. Pingate, K. Sriprapa, P. Sichanugrist, N. Chetsiri

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引用次数: 0

摘要

在这项工作中，我们在泰国曼谷太阳能有限公司的EPV生产线上成功开发了高效，0.79 m/sup 2/ a- si /a- si串联模块，平均稳定功率为50瓦。胶片一次沉积在48块玻璃上。这可以首次通过使用微晶n层来实现，以获得更好的界面接触和更低的吸收。2)室温沉积ZnO/AI背电极。3)高质量的p/i接口层。此外，我们还可以通过在p/i界面引入p层沉积后的处理来降低硼的交叉污染，从而成功地将电池的制造时间缩短约40%。

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High-efficiency, 0.79 M/sup 2/ tandem a-Si modules fabricated by a batch process

In this work, we've successfully developed the high efficiency, 0.79 m/sup 2/ a-Si/a-Si tandem modules with average stable power of 50 watts by a EPV's production line at Bangkok Solar Co., Ltd. in Thailand. Films are deposited on 48 pieces of glasses at a time. This can be achieved for the first time by using 1) microcrystalline n-layer for better interface contact and lower absorption. 2) ZnO/AI back electrode deposited at room temperature. 3) High quality p/i interface layer. Furthermore, we could also successfully reduce the cell fabrication time about 40% by introducing the treatment after p-layer deposition for lower boron cross contamination at the p/i interface.

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Conference Record of the Thirty-first IEEE Photovoltaic Specialists Conference, 2005.

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