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Review of solar thermal air conditioning technologies

机译:太阳能热空调技术的回顾

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Solar cooling is a good example of addressing climate changes. In this paper, we provide overviews for working principles of solar thermally operated cooling technologies and reviews for advancements of such technologies from the most recent publications. Researches of solar absorption cycles investigated new refrigerant-absorbent pairs and various system configurations that could lead to increasing solar fraction and extending the cycle operation. Researches of solar adsorption cycles focused on the development and testing of various adsorbent-refrigerant pairs, improving cycle components, and increasing the system efficiency. For the ejector cycles, many studies focused on using computer models and experimental works to investigate the performance of the ejector and find the key parameters affecting its operation. Although many researches have conducted for solar thermal cooling technologies, their overall efficiencies are lower than that of the vapor compression cycles. Therefore, improving efficiency of solar thermally operated cooling technologies is an essential future research topic.
机译:太阳能冷却是解决气候变化的一个很好的例子。在本文中,我们概述了太阳能热运行冷却技术的工作原理,并从最新出版物中对此类技术的进步进行了回顾。太阳吸收循环的研究研究了新的制冷剂-吸收剂对和各种系统配置,这些配置可能导致太阳吸收率增加和延长循环运行。太阳吸收循环的研究集中于各种吸附剂-制冷剂对的开发和测试,改善循环组件以及提高系统效率。对于喷射器循环,许多研究都集中在使用计算机模型和实验工作来研究喷射器的性能并找到影响其操作的关键参数。尽管已经对太阳能热冷却技术进行了许多研究,但是它们的整体效率低于蒸汽压缩循环的效率。因此,提高太阳能热冷却技术的效率是未来必不可少的研究课题。

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