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Cooling


— Computers

Fangbook III HX6 gaming laptop packs a kickstand for better cooling

Custom manufacturer CyberPowerPC has announced its latest gaming machine in the form of the Fangbook III HX6. If you’re familiar with gaming laptops, then you’ll know that they have a tendency to get a little hot when running intensive titles. The company thinks it has a solution to this problem, augmenting its latest system with a kickstand that allows for better airflow, leading to improved cooling. Read More
— Architecture

NBBJ creates intelligent automated shade prototype

NBBJ has previously designed buildings for Amazon, Google, and Samsung, but the company says that one of the most frequent complaints it received was that the workers felt they didn't have enough fine control over their working environment. With this in mind, the firm's boffins have created the Sunbreak, an intelligent automated sunshade prototype that's operated using a smartphone. Read More
— Computers

Silent Power PC ditches the fan for a "cool" copper afro

The Silent Power PC is claimed to be the first high-end PC able to ditch noisy electric fans in favor of fully passive cooling. In place of a conventional fan, the unit uses an open-air metal foam heatsink that boasts an enormous surface area thanks to the open-weave filaments of copper of which it is composed. The Silent Power creators claim that the circulation of air through the foam is so efficient in dissipating heat that the exterior surface temperature never rises above 50° C (122° F) in normal use. Read More
— Science

Stanford researchers develop self-cooling solar cells

Photovoltaic cells are one of the more promising alternative energy sources. Mechanically they are very simple, with no moving parts, and are clean and emission-free. Unfortunately they are also inefficient. One of the reasons for this is that they overheat, a problem that a Stanford University team under electrical engineering professor Shanhui Fan is addressing with the development of a thin glass layer that makes solar cells self-cooling. Read More
— Architecture

BioSkin defies urban heat island effect to help keep buildings cool

The urban heat island effect, whereby the high concentration of heat-retaining concrete and bitumen causes metropolitan centers to be significantly warmer than the rural areas surrounding them, is a common problem around the world. The phenomenon is particularly prevalent in Tokyo, Japan, but among the sea of towering structures stands one beacon of hope. The BioSkin that coats the NBF Osaki Building integrates evaporative cooling to keep its surface temperature down and could inspire new solutions to rising city temperatures across the globe. Read More
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