In contrast, passive radiative cooling enables heat dissipation without ... This configuration is particularly useful in ...

Keeping a building at a comfortable temperature ... thereby providing a radiative cooling effect. The sheet is made from ...

The moonlight solar panel created by researchers at Standford can be more compact than traditional panels and competes with ...

These coolers are often used for thermal management in buildings and have strong potential due to the low costs of the concrete materials they are made with. Radiative cooling occurs when the ...

New research shows there’s a process that offers the promise of around-the-clock electricity generation with solar panels.

Prof. Po-Chun Hsu show off a sample of a new cooling textile that reflects both direct sunlight and the thermal radiation from pavement and buildings in urban heat islands. Their results ...

Passive radiative cooling systems operate by emitting the ... replace the conventional air conditioning systems used to cool buildings and automobiles in countries experiencing hot weather ...

An exciting field of materials science lies in radiative cooling materials, things which reflect so much incoming heat that they can cool down from their own radiation rather than heating up in ...

This Review outlines the challenges, progress and opportunities for the application of radiative cooling technologies for the thermal control of buildings, people and solar cells. Our March Issue ...

Theoretical work indicated that multi-junction solar cells (MJSCs, diagram left) were the best technology on which to try radiative cooling, and the team went on to take InGaP-GaAs-Ge cells through ...

(e) ZnO NPs embedded nano-porous PE fabric. (f) Schematic for the coloration of radiative cooling textiles, which is made by mixing IR-transparent inorganic pigment nanoparticles with PE.