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21.4 efficiency bifacial multi-Si PERC cells and 410W modules

机译:21.4%效率双态多Si PERC细胞和410W模块

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Through the dedication in technology innovation and differentiation, Canadian Solar has firstly realized high efficiency multi-Si bifacial PERC cells and modules in PV industry in 2018. The R&D multi-Si bifacial PERC cell efficiency reaches 21.4% and the 72-cell module (144 half-cell format) wattage exceed 410W. The high efficiency attribute to the state-of-the-art black-silicon texturing, laser doping selective emitter, bifacial PERC, optimized stack layers antifriction, 9-busbar and fine-line printing. Some breakthroughs in mitigating LID/LeTiD of CSI's mc-Si PERC cells were made, including ingot dopant control, optimized process to suppress defect formation, and advanced Regeneration technology. They help to achieve the indoor accelerated LeTiD to less than 1.5% after 2000 hours (equivalent to 8 years of hot climate outdoor exposure), and the light induced degradation to 1% after 300kWh/m2 outdoor light soaking tested by TüV. The advantage of the multi-Si bifacial PERC cells and modules demonstrates the competitiveness of CSI's high efficiency multi-Si products.
机译:通过技术创新与分化的奉献,2018年首先实现了PV行业的高效多Si双脉络细胞和模块。R&D多Si双脉冲细胞效率达到21.4%和72个单元模块(144半细胞格式)瓦数超过410W。最先进的黑色硅纹理,激光掺杂选择性发射器,双轴PERC,优化堆叠层抗磨损,9母线和细线印刷的高效率属性。制造了盖子MC-SI CELER的减轻盖/粘附性的一些突破,包括铸锭掺杂剂控制,优化的过程来抑制缺陷形成和先进的再生技术。在2000小时后(相当于炎热的气候户外曝光8年),他们帮助达到少于1.5%的室内加速,并且在300kWh / m后,光线引起的光线引起的降低至1% 2 TÜV测试的室外光浸泡。多Si双因素PERC电池和模块的优点表明了CSI高效多Si产品的竞争力。

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