范文编号:CL040 范文字数:10387,页数:25 摘要:本文首先阐述太阳能电池发展的背景及染料敏华太阳能电池(DSSC)的发展史。然后介绍了DSSC的基本结构组成、工作原理、制作工艺及相关的太阳能电池性能参数。基本结构主要由五部分组成:导电玻璃(FTO),纳米半导体氧化薄膜(TiO2),敏华染料,电解质溶液和对电极(反电极)。此范文最主要针对染料敏化太阳能电池内部结构的设计进行研究性试验,包括串联与并联两种形式。串联DSSC能够获得高电压,而并联DSSC则获得高电流,两者各有优势。通过一系列比较试验,分析并讨论得出串联与并联的优缺点。最后,提出了DSSC面临的问题及挑战。 Abstract: This paper describes the background of the development of solar cells and the history of the development of the dye-sensitized solar cells (DSSC). Then it introduces the basic structure of DSSC, working principle, fabrication process and related performance parameters of solar cells. The basic structure consists of five main components: conductive glass (FTO), nano-oxide semiconductor film (TiO2),dye, electrolyte solution and electrode (Counter electrode). This article mainly study the design of the internal structure of tests for dye-sensitized solar cells, including two types of series and parallel . Series DSSC access to high voltage, while parallel DSSC will be high-current, both have advantages. Through a series of comparative tests, analyze and discuss, we can get the advantages and disadvantages in series and parallel. Finally, we refer to the problems and challenges of DSSC in the future. 目 录 染料敏化太阳能电池的串并联研究相关范文 |
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