Passive daytime radiative cooling (PDRC) dissipates terrestrial heat to the extremely cold
outer space without using any energy input or producing pollution. It has the potential to …

Among the sufficiency, efficiency, and renewable frameworks for reducing energy use and
energy-related carbon emissions, Building Energy Sufficiency (BES) is gaining attention …

Active temperature control devices are widely used for the thermal management of
enclosures, including vehicles and buildings. Passive radiative cooling has been …

In this study, we prepared a radiative cooling paint by adding polymethylpentene to acrylic
resin mixed with SiO 2 microparticles. To improve the cooling performance of the radiative …

Harvesting energy from the sun and ultracold outer space for electricity generation is green
access to green energy and helps reduce carbon dioxide emissions. However, current work …

Radiative sky cooling (RSC), acting as a passive cooling method, reduces the heat gain by
dissipating the excessive heat via reflective and radiative approaches. The heat sink of RSC …

Radiative cooling is an appealing heat exchange form based on thermal radiation from
terrestrial objects to outer space, which can be potentially applied to numerous cooling …

An all-day passive thermoelectric system based on ultra-cold outer space and solar
sunshine is designed. A thin film made from the mixture of silica microparticles and the liquid …

Radiative cooling (RC) can provide free cooling by emitting radiative heat into outer space.
This article presents the effects of solar radiation, non-radiative heat gains, atmospheric …

Buildings inevitably absorb solar (thermal) radiation through the envelope, ie, window, roof
and wall, whose characteristics, in terms of material, thickness, area etc., affects the …