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Experimental study of using system of flat heat pipe-phase change material inclusion heat sink for thermal regulation of simulated PV
Experimental Heat Transfer ( IF 3.5 ) Pub Date : 2022-05-02 , DOI: 10.1080/08916152.2022.2071359
Aly M. A. Soliman 1, 2 , Mohamed S. Yousef 3 , Shinichi Ookawara 4 , Hamdy Hassan 1, 5
Affiliation  

ABSTRACT

Flat heat pipe (HP)-phase change material (PCM) hybrid system used for thermal regulation of simulated PV is investigated experimentally. Three PCMs; Rubitherm RT-25 H (RT25), Rubitherm RT-35 H (RT35), and Rubitherm RT-44 H (RT44) coupled with the HP are tested for best cooling system. Impact of using one or two heat sinks compared with PCM only is studied. The results show that RT25 achieves lowest PV temperature, while RT44 achieves highest energy storage. Compared to RT25 and RT44, RT35 is considered the best for PV cooling and PCM energy storage. Including heat sinks reduces PV temperature and melting time and increases energy storage rate.



中文翻译:

平板热管-相变材料包体散热器系统用于模拟光伏热调节的实验研究

摘要

对用于模拟光伏热调节的扁平热管(HP)-相变材料(PCM)混合系统进行了实验研究。三个 PCM;Rubitherm RT-25 H (RT25)、Rubitherm RT-35 H (RT35) 和 Rubitherm RT-44 H (RT44) 与 HP 结合使用,经过测试以获得最佳冷却系统。研究了使用一个或两个散热器与仅使用 PCM 相比的影响。结果表明,RT25 实现了最低的光伏温度,而 RT44 实现了最高的储能。与RT25和RT44相比,RT35被认为是光伏冷却和PCM储能的最佳选择。包括散热器可降低光伏温度和熔化时间并提高能量存储率。

更新日期:2022-05-02
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