Experimental Investigations for Performance Improvement of Solar Cell using Phase Change Material

Iftikhar Ahmad, Abdulla Bushlaibi, A. Abdelrhman, S. A. Imam, Mahmood Hammad, R. Muhammad
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Abstract

In this research paper, an initial trial has been carried out to investigate the performance enhancement of solar cells using phase change material (PCM). The performance enhancement was judged by the virtue of open circuit voltage (OCV) and power output analysis. Two monocrystalline solar cells have been used to support the initial claim, where one cell has been cooled with the help of PCM while the second one was left to the ambient conditions. The key parameter involved and measured in the present study were solar irradiance, solar cell temperature, OCV, and output power. The OCVs and power outputs of both solar cells were compared with one another. A significant improvement has been observed in both OCV and power of the cooled solar cell as compared to the uncooled one. This study provides a foundation to investigate the power enhancement of solar cells further by using other effective cooling techniques.
相变材料改善太阳能电池性能的实验研究
在这篇研究论文中,进行了一项初步试验,以研究相变材料(PCM)对太阳能电池性能的增强。通过开路电压(OCV)和功率输出分析来判断性能的提高。两个单晶太阳能电池被用来支持最初的声明,其中一个电池在PCM的帮助下冷却,而另一个则留在环境条件下。本研究涉及和测量的关键参数是太阳辐照度、太阳能电池温度、OCV和输出功率。对两种太阳能电池的ocv和功率输出进行了比较。与未冷却的太阳能电池相比,冷却太阳能电池的OCV和功率都有了显著的改善。本研究为利用其他有效的冷却技术进一步研究太阳能电池的功率增强奠定了基础。
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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