Ancient cultures used passive cooling - thick walls, shaded layouts, wind catchers -to survive heat. These methods can ...

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 ...

"Since this system operates entirely on passive radiative cooling, it doesn't consume any electricity." The solution is based ...

This is a passive cooling method that is one of the cheapest and simplest way to keep your home cool in summer. Another quick and easy way to keep your home cool is to apply a reflective ...

The first of the two configurations was the most efficient in cooling down the module. “Passive cooling with lapping fins demonstrate the best performance with mean PV module temperature 24.6 C ...

Scientists have proposed a building-integrated PV system that integrates airflow to cool the panels and control room ...

This requires the provision of passive cooling during transport. Method: We conducted a retrospective case note review to look at the temperature regulation during transfer of the babies in ...

Apple’s recently been bumping the standard brightness on a bunch of their newer displays. M4 MacBook Pros got a bump to 1000 ...

Active cooling uses a fan to circulate air or a pump to move water in order to cool electronic components. Contrast with "passive cooling," which relies on heat sinks and vents to allow the air to ...

More recently, however, new reactor designs are making a more extensive use of passive safety features for a variety of purposes, for instance for core cooling during transients, design basis accident ...

The consumer-focused laptop relies on passive cooling (there’s no fan here to help drive air through the system), so when the temperature rises, the processor must run slower to stay cool.