With the aggravation of global warming and extreme weather, cooling demand has
witnessed a continuous increase and is expected to increase tenfold by 2050. Radiative sky …

Radiative cooling emits infrared thermal radiation to the outer space through the
atmospheric transparent window (8–13 μm), without energy consumption and environmental …

Radiative cooling (RC) has attracted growing attention in recent years since it is a terrestrial
object that radiates heat to outer space through the atmospheric window while maintaining …

Radiative sky cooling has been extensively studied as a passive cooling technology with the
advantages of no-pollution and great energy-saving potential. The development of high …

The ever-increasing global energy consumption has brought intense concerns about the
deficiency of non-renewable energy resources. In the meantime, cooling inevitably plays an …

Passive radiative cooling is of great significance for energy-saving and global carbon
neutrality because of its zero energy consumption, no pollution, and low cost. To achieve …

Passive daytime radiative cooling (PDRC) technology can make objects cooling down
without energy consumption by radiating out heat through the atmospheric transparent …

Passive radiative cooling (RC) can remove heat without any external energy. Nonetheless, it
would bring redundant heating energy consumption under low temperature. In this work …

Solar energy and universe coldness are two renewable and clean energy constantly sent
from outer space to the earth. Solar thermal collectors and radiative coolers respectively …

Daytime radiative cooling is a burgeoning cooling technology that reflects solar irradiation
and radiates heat to outer space (3 K) to cool down terrestrial objects without using external …