摘要
In this paper, an optical radiative cooler with quasi-Cantor structure is theoretically proposed and analyzed. This simple and symmetrically designed optical structure operates upon continuous thermal sources in diurnal subtropical conditions, and its efficiency is much higher than natural cooling, for instance, when operating upon a typical 323.15 K continuous thermal source with a wind speed at 3 m·s^-1, it can generate a net cooling power of 363.68 W·m^-2, which is 18.26% higher than that of non-radiative heat exchange （natural cooling） under the same conditions. Additionally, several aspects are considered in its design to ensure a low cost in application, which is of great economical and environmental significance.
In this paper, an optical radiative cooler with quasi-Cantor structure is theoretically proposed and analyzed. This simple and symmetrically designed optical structure operates upon continuous thermal sources in diurnal subtropical conditions, and its efficiency is much higher than natural cooling, for instance, when operating upon a typical 323.15 K continuous thermal source with a wind speed at 3 m·s^-1, it can generate a net cooling power of 363.68 W·m^-2, which is 18.26% higher than that of non-radiative heat exchange （natural cooling） under the same conditions. Additionally, several aspects are considered in its design to ensure a low cost in application, which is of great economical and environmental significance.
基金
supported by the Natural Science Foundation of Guangdong Province,China(Grant No.2016A030313851)
the Provincial Undergraduate Training Program for Innovation and Entrepreneurship of Guangdong Province,China(Grant No.201610574149)
