THE INVESTIGATION OF INDUSTRIAL PERC CELLS WITH EFFICIENCIES UP TO 19.49 USING P-TYPE MONOCAST SILICON

机译：使用P型单晶硅对效率高达19.49％的工业PERC细胞进行调查

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In this work we evaluate the performance of monocast PERC cells which include the impact of the rear side roughness and surface performance among mono, multi and grain region. With platen rear surface, both mono-crystalline (Cz-Si) and mc-Si regions showed lower surface recombination velocity, better light trapping and local BSF contact formation. Grain region showed almost same surface roughness in all conditions which resulted in similar QE and PL intensity. The champion cell achieved efficiency of 19.49%.

机译：在这项工作中，我们评估了单播PERC电池的性能，其中包括单，多和晶粒区域的背面粗糙度和表面性能的影响。在压板后表面上，单晶（Cz-Si）和mc-Si区域均显示出较低的表面复合速度，更好的光捕获和局部BSF接触形成。晶粒区域在所有条件下均表现出几乎相同的表面粗糙度，从而导致相似的QE和PL强度。冠军电池达到了19.49％的效率。

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《European Photovoltaic Solar Energy Conference and Exhibition》|2014年|1314-1316|共3页
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Hsin-Yu Wu; Yi-yao Du; Hsi-Hao Huang; Po-Sheng Huang; Li-Wei Cheng;
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PERC; mono casted; passivation; surface roughness;

机译：PERC;单声道钝化表面粗糙度;

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专利

1. Towards high-efficiency industrial p-type mono-like Si PERC solar cells [J] . Solar Energy Materials and Solar Cells: An International Journal Devoted to Photovoltaic, Photothermal, and Photochemical Solar Energy Conversion . 2020,第期

机译：朝高效工业p型单体型SI PERC太阳能电池
2. Advanced PERC and PERL production cells with 20.3% record efficiency for standard commercial p-type silicon wafers [J] . Zhenjiao Wang, Peiyu Han, Hongyan Lu Progress in photovoltaics . 2012,第3期

机译：先进的PERC和PERL生产单元，对标准的商用p型硅晶片记录效率达到20.3％
3. Pathways for efficiency improvements of industrial PERC silicon solar cells [J] . Balaji Nagarajan, Lai Donny, Shanmugam Vinodh, Solar Energy . 2021,第Jana期

机译：工业PERC太阳能电池效率改进的途径
4. THE INVESTIGATION OF INDUSTRIAL PERC CELLS WITH EFFICIENCIES UP TO 19.49 USING P-TYPE MONOCAST SILICON [C] . Hsin-Yu Wu, Yi-yao Du, Hsi-Hao Huang, European Photovoltaic Solar Energy Conference and Exhibition . 2014

机译：使用P型单摩尔硅的效率高达19.49％的工业PERC细胞的调查
5. Investigation of Abnormal Behavior of Light Induced Degradation (LID) In Cost-Effective Industrial Aluminum Back Surface Field (AL-BSF) Silicon Solar Cells. [D] . Hsu, Yu-Chen. 2017

机译：在具有成本效益的工业铝背面电场（AL-BSF）硅太阳能电池中研究光诱导降解（LID）的异常行为。
6. Data of ALD Al2O3 rear surface passivation Al2O3 PERC cell performance and cell efficiency loss mechanisms of Al2O3 PERC cell [O] . Haibing Huang, Jun Lv, Yameng Bao, 2017

机译：ALD Al2O3背面钝化Al2O3 PERC电池性能以及Al2O3 PERC电池效率损失机制的数据
7. Development of High-efficiency Industrial p-type Multi-crystalline PERC Solar Cells with Efficiency Greater Than 21 [O] . Deng Weiwei, Ye Feng, Xiong Zhen, 2016

机译：开发效率超过21％的高效工业p型多晶硅PERC太阳能电池

THE INVESTIGATION OF INDUSTRIAL PERC CELLS WITH EFFICIENCIES UP TO 19.49 USING P-TYPE MONOCAST SILICON

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