低能带隙聚合物的光伏性能研究

范文编号:SW148  范文字数:12622,页数:33

摘 要: 随着全球能源需求量的逐年增加，对可再生能源的有效利用成为亟待解决的问题。而作为能够最有效开发和利用太阳能的光伏材料应用在太阳能电池上是其实现的有效途径,并引起世界各国人们的极大重视。聚合物光伏材料易于制备及纯化，具有柔性、质轻、工艺简单易大量大面地生产、根据需要进行化学修饰、并且表现出了高的开路电压（可大于2V）等优点。能带隙控制工程的应用，研究新型的低能带隙聚合物给体，选择不同能带隙的聚合物共混以期达到与太阳光谱的完美匹配，进而提高光吸收及光富集效率成为了研究热点。本范文合成了两种聚噻吩次甲基低能带隙聚合物，研究它们分别同PCBM及MEH-PPV构成本体异质结器件的性能。

关键词:低能带隙聚合物;光伏性能

Investigation of photovoltaic performance based on low energy bandgap polymers

  
Abstract: With the global energy demand has increased, the effective utilization of renewable energy become urgent. One alternative is to research and develop solar energy materials which can produce electric energy. More and more attention has been made by all over the world scientist. Polymer photovoltaic materials bear a lot of advantages, such as, easy preparation and purification, with flexibility, lightweight, easy to fabricate large area solar cells, easily chemical modification and can show a high open-circuit voltage (can be greater than 2V), etc. The application of Bandgap controlling engineering , researching new low bandgap polymers as donor, choosing a different band gap of polymer blends to meet with the solar spectrum perfect match, consequently enhance optical absorption and optical efficiency of enrichment has become a hotspot research area. In this dissertation, two kinds of polythiophene-methine low bandgap polymers were synthesized, and their photovoltaic performance based on PCBM and MEH-PPV as active layer were discussed.
Keywords: Low-energy band gap polymer; PV performance

目   录
中文摘要 I
英文摘要 II
目录 III
1. 绪论 1
 1.1概述 1
 1.2基本的物理概念 2
 1.3聚合物太阳能电池 8
 1.4低能带隙聚合物 9
        1.5器件构型 11
2. 实验部分 13
 2.1实验原料和试剂  13
 
 2.2聚噻吩次甲基系列聚合物的合成与表征 14
3. 结果与讨论 15
 3.1器件性能表征 15    
  
 3.2光伏性能 18
4．总结与展望 25
 4.1总结 25
 4.2展望 25
致谢 28
参考文献 29

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