Novel Solar Cell Structure by Coating Surface Gratings

机译：新型太阳能电池结构通过涂覆表面光栅

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摘要

Investigation of this study is focused on the improvement of solar cell light-collecting rate with high polymer reflecting gratings. It mainly discusses about the way to enhance the efficiency of solar cell by using experimental holographic interferometry technology, lithographic and polymer reprint methods to produce high polymer reflecting gratings on the solar cell surface. Based on this method, the theoretical V_(OC) is also calculated and raised from 2.62V to 3.62V, the maximum V_m increased from 2.5V to 3.5V. The power transfer efficiency is enhanced from 27% to 37.91%.

机译：该研究的调查专注于具有高分子反射光栅的太阳能电池聚集速率的改善。它主要讨论了通过使用实验全息干涉机械，光刻和聚合物重印方法来提高太阳能电池效率的方法，以在太阳能电池表面上产生高分子反射光栅的高分子。基于该方法，理论v_（oc）也计算并从2.62V升高到3.62V，最大V_M从2.5V增加到3.5V。功率转移效率从27％增加到37.91％。

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《International Conference on Electronic Computer Technology》|2009年||共4页
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作者
Kao-Feng Yarn; Tsung-Chan Cheng; Wen-Chung Chang; Wei-Ching Chuang;
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原文格式 PDF
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中图分类 TP3-53;
关键词
Light-collecting; Surface grating; Diffractive; Lithographic; Holographic; Interferometry;

机译：光收集;表面光栅;衍射;光刻;全息;干涉测量;

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2. Microstructured surface design for omnidirectional antireflection coatings on solar cells [J] . Weidong Zhou, Meng Tao, Li Chen, Journal of Applied Physics . 2007,第10期

机译：太阳能电池全向抗反射涂层的微结构表面设计
3. TiO2 Circular Nano-Gratings as Anti-Reflective Coatings and Potential Color Filters for Efficient Organic Solar Cells [J] . Mahani Fatemeh Fouladi, Mokhtari Arash Journal of Nanoelectronics and Optoelectronics . 2018,第11期

机译：TiO2圆形纳米光栅作为抗反射涂层和高效有机太阳能电池的潜在滤色器
4. Novel Solar Cell Structure by Coating Surface Gratings [C] . Yarn Kao-Feng, Cheng Tsung-Chan, Chang Wen-Chung, Electronic Computer Technology . 2009

机译：通过涂覆表面光栅的新型太阳能电池结构
5. A study of the surface of thermally diffused p(+)n indium phosphide structures for the fabrication of high efficiency radiation-resistant space solar cells. [D] . Moulot, Jacques. 1996

机译：热扩散p（+）n磷化铟结构表面的研究，用于制造高效抗辐射的空间太阳能电池。
6. Design of Grating Al2O3 Passivation Structure Optimized for High-Efficiency Cu(InGa)Se2 Solar Cells [O] . Chan Hyeon Park, Jun Yong Kim, Shi-Joon Sung, 2021

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7. Large Integrated Absorption Enhancement in Plasmonic Solar Cells by Combining Metallic Gratings and Antireflection Coatings [O] . Munday Jeremy N., Atwater Harry A. 2011

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8. Diffraction Grating Structures in Solar Cells [R] . Zaidi, Gee, Ruby 2000

机译：太阳能电池中的衍射光栅结构

Novel Solar Cell Structure by Coating Surface Gratings

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