Applications of Amorphous Silicon Photovoltaics: Myths and Facts

机译：非晶硅光伏的应用：神话与事实

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This paper presents assessment results of the technical and economic suitability of amorphous silicon (a-Si) solar photovoltaics (PV) to terrestrial applications of power generation and commercial remote power. The assessment covered a spectrum of a-Si production, PV system design and economics, operational performance, and market acceptance. Primary data were gathered from the operational PV production facilities, historical experience in the construction of utility-scale turnkey PV power systems and smaller industrial remote power systems, and large commercial users of PV systems. Performance reliability and conversion efficiency were given particular attention in the assessment of a-Si.Findings were 1) a-Si has attained stability and environmental reliability comparable to conventional PV technologies; 2) PV conversion efficiency has a significant impact on system applications and economics only when there is limited area or very high transportation costs; 3) the low area-related costs and suitability of glass-on-glass a-Si as a building material enable a variety of building-integrated PV applications that provide high value to end-use grid-connected customers; 4) the completion of large scale, automated production facilities has allowed a-Si to attain a significant manufacturing cost reduction.

机译：本文介绍了非晶硅（a-Si）太阳能光伏（PV）在发电和商业远程电源的地面应用中的技术和经济适用性的评估结果。该评估涵盖了非晶硅生产，光伏系统设计和经济性，运营绩效和市场接受度的各个方面。主要数据来自于运营中的光伏生产设施，公用事业规模的交钥匙光伏发电系统和小型工业远程发电系统的建设历史经验，以及光伏系统的大型商业用户。性能可靠性和转换效率在a-Si评估中得到了特别的重视。研究发现：1）非晶硅具有与传统光伏技术相当的稳定性和环境可靠性; 2）仅当面积有限或运输成本很高时，PV转换效率才会对系统应用和经济性产生重大影响; 3）与面积相关的低成本以及玻璃上非晶硅作为建筑材料的适用性使各种建筑集成式光伏应用为终端用户并网客户提供高价值; 4）大规模的自动化生产设施的建成使a-Si的制造成本大大降低。

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《IEEE world conference on photovoltaic energy conversion;WCPEC;IEEE photovoltaic specialists conference;PVSC》|1994年|670-673|共4页
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Daniel S. Shugar;
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中图分类物理化学（理论化学）、化学物理学;能源;
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1. Improvement in electrical and photovoltaic properties of a-Si/c-Si heterojunction with slanted nano-columnar amorphous silicon thin films for photovoltaic applications [J] . Tatar B., Demiroglu D., Kazmanli K., Current applied physics: the official journal of the Korean Physical Society . 2015,第4期

机译：用于光伏应用的倾斜纳米柱非晶硅薄膜的A-Si / C-Si异质结的电气和光伏性能的改善
2. Multi-characterization study of interface passivation quality of amorphous sub-stoichiometric silicon oxide and silicon oxynitride layers for photovoltaic applications [J] . Steffens Jonathan, Fazio Maria Antonietta, Cavalcoli Daniela, Solar Energy Materials and Solar Cells: An International Journal Devoted to Photovoltaic, Photothermal, and Photochemical Solar Energy Conversion . 2018,第期

机译：无定形子化学计量氧化硅和氧氮化硅层对光伏应用的界面钝化质量的多表征研究
3. Multi-characterization study of interface passivation quality of amorphous sub-stoichiometric silicon oxide and silicon oxynitride layers for photovoltaic applications [J] . Steffens Jonathan, Fazio Maria Antonietta, Cavalcoli Daniela, Solar Energy Materials and Solar Cells: An International Journal Devoted to Photovoltaic, Photothermal, and Photochemical Solar Energy Conversion . 2018,第期

机译：无定形子化学计量氧化硅和氧氮化硅层对光伏应用的界面钝化质量的多表征研究
4. Applications of amorphous silicon photovoltaics: myths and facts [C] . Shugar, D.S. . 1994

机译：非晶硅光伏技术的应用：神话与事实
5. Hydrogenated Amorphous Silicon Carbide Prepared using DC Saddle Field PECVD for Photovoltaic Applications. [D] . Yang, Cheng-Chieh. 2011

机译：使用直流鞍场PECVD制备的氢化非晶碳化硅，用于光伏应用。
6. Spectroscopic Ellipsometry Studies of n-i-p Hydrogenated Amorphous Silicon Based Photovoltaic Devices [O] . Laxmi Karki Gautam, Maxwell M. Junda, Hamna F. Haneef, 2016

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7. A ultra-thin silicon nitride barrier layer implementation for silicon quantum dots in amorphous silicon carbide matrix in photovoltaic application [O] . Wan Zhenyu, Huang Shujuan, Green Martin, 2011

机译：光伏应用中非晶碳化硅基体中硅量子点的超薄氮化硅阻挡层实现
8. Performance and Modeling of Amorphous Silicon Photovoltaics for Building- Integrated Applications (Preprint prepared for Solar 99) [R] . B. Kroposki R. Hansen 1998

机译：用于建筑一体化应用的非晶硅光伏器件的性能和建模（为solar 99准备的预印本）

Applications of Amorphous Silicon Photovoltaics: Myths and Facts

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