Evolution of the Manufacturing Technology of Photovoltaic Panels and Factors Affecting their Performance

Marcel Hamda Soulouknga, D. Lucache, S. Y. Doka
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Abstract

Abstract The efficiency of the production of electricity from solar energy depends on technological developments and the performance of the photovoltaic panels. A positive trend depends on diversifying the materials used to manufacture plates and adapting them to the climatic conditions. The article presents several technological aspects to give an idea about the evolution of the yields of photovoltaic panels, especially about the photovoltaic technology in the first, the second, and third generations. After the statement of the main characteristics of the photovoltaic panels, an analysis of the factors that can affect their performances and can create difficulties in implementing projects is made. This approach aims to choose the most advantageous combination of concepts and techniques when making photovoltaic parks.
光伏板制造技术的演变及其性能影响因素
太阳能发电的效率取决于技术的发展和光伏板的性能。一个积极的趋势取决于用于制造板材的材料的多样化,并使其适应气候条件。本文从几个技术方面介绍了光伏板产量的演变,特别是第一代、第二代和第三代光伏技术。在阐述了光伏板的主要特性之后,分析了影响光伏板性能和给项目实施带来困难的因素。这种方法的目的是在光伏公园的建设中选择最有利的概念和技术组合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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