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Progress in N-type Si Solar Cell and Module Technology for High Efficiency and Low Cost

机译:高效率和低成本的N型Si太阳能电池和模块技术的进展

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A novel high efficiency solar cell and module technology, named PANDA, using crystalline n-type CZ Si wafers has moved into large-scale production at Yingli. The first commercial sales of the PANDA modules commenced in mid 2010. Up to 600MW of mass production capacity from crystal-Si growth, wafer slicing, cell processing and module assembly have been implemented by the end of 2011. The PANDA technology was developed specifically for high efficiency and low cost. In contrast to the existing n-type Si solar cell manufacturing methods in mass production, this new technology is largely compatible with a traditional p-type Si solar cell production line by conventional diffusion, SiNx coating and screen-printing technology. With optimizing all technologies, Yingli's PANDA solar cells on semi-square 6-inch n-type CZ wafers (cell size 239cm2) have been improved to currently have an average efficiency on commercial production lines exceeding 19.0% and up to 20.0% in pilot production. The PANDA modules have been produced and were certified according to UL1703, IEC 61215 and IEC 61730 standards. Nearly two years of full production on scale-up lines show that the PANDA modules have a high efficiency and power density, superior high temperature performance, near zero initial light induced degradation, and excellent efficiency at low irradiance.
机译:一种新的高效太阳能电池和模块技术,命名熊猫,使用Crystalline N型CZ Si Wafers在Yingli搬进了大规模生产。熊猫模块的第一个商业销售于2010年中期开始。在2011年底,已经实施了晶体-SI生长,晶圆切片,电池加工和模块组件的高达600MW的大规模生产能力。熊猫技术专门开发高效率和低成本。与批量生产中现有的N型Si太阳能电池制造方法相比,这种新技术与传统扩散,SINX涂层和丝网印刷技术相比,传统的P型Si太阳能电池生产线很大。通过优化所有技术,在半方形6英寸N型CZ晶片上的Yingli的熊猫太阳能电池(电池尺寸239cm2)已得到改善,目前在飞行员生产中具有超过19.0%,高达20.0%的平均效率。熊猫模块已生产,并根据UL1703,IEC 61215和IEC 61730标准进行认证。近两年的总生产线上的规模线条表明,熊猫模块具有高效率和功率密度,高温性能,近零初始光线造成的降解,低辐照度优异效率。

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