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Recent Progress in Daytime Radiative Cooling: Advanced Material Designs and Applications

Qian Zhang;Shuaihao Wang;Xueyang Wang;Yi Jiang;Jinlei Li;Weilin Xu;Bin Zhu;Jia Zhu
作者
Qian Zhang;Shuaihao Wang;Xueyang Wang;Yi Jiang;Jinlei Li;Weilin Xu;Bin Zhu;Jia Zhu
期刊
Small Methods
年卷期页
2022,6(4): e2101379
DOI
10.1002/smtd.202101379
关键词
passive daytime radiative cooling solar reflectance mid-infrared emissivity building cooling photovoltaic panel cooling solar power generation
文献编号
RC-N-200
来源
批量扩充

中文简介

该条为网络收录文献,暂未整理中文简介;可参考下方英文摘要原文。

英文摘要(原文)

Passive daytime radiative cooling (PDRC) is emerging as a promising cooling technology. Owing to the high, broadband solar reflectivity and high mid-infrared emissivity, daytime radiative cooling materials can achieve passive net cooling power under direct sunlight. The zero-energy-consumption characteristic enables PDRC to reduce negative environmental issues compared with conventional cooling systems. In this review, the development of advanced daytime radiative cooling designs is summarized, recent progress is highlighted, and potential correlated applications, such as building cooling, photovoltaic cooling, and electricity generation, are introduced. The remaining challenges and opportunities of PDRCs are also indicated. It is expected that this review provides an overall picture of recent PDRC progress and inspires future research regarding the fundamental understanding and practical applications of PDRC.

题录(GB/T 7714)

Zhang Q, Wang S, Wang X, 等. Recent Progress in Daytime Radiative Cooling: Advanced Material Designs and Applications[J]. Small Methods, 2022, 6(4): e2101379. DOI: 10.1002/smtd.202101379.
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