Scientists at The University of Texas at Austin have developed a new cooling material that could revolutionize how we manage heat in electronic...
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Today’s data storage centers require considerable amounts of additional energy. Air-cooled systems have been the norm for data storage; however, liquid-cooled systems can handle greater internal heat displacement. This makes them ideal for energy-hungry AI tasks and preserving electricity.
Scientists at The University of Texas at Austin have developed a new cooling material that could revolutionize how we manage heat in electronic...
A new cooling technology could change how heat is managed in electronic devices—from tiny semiconductors to massive data centers.
The growing reliance on renewable energy has already significantly increased the demand for energy storage systems.
Balancing economic growth and energy security and sustainability, today's regional decisions will set the future energy landscape.
The use of photovoltaics (PVs) to generate household electricity is on the rise, as a growing number of individuals worldwide are now choosing to...
Leil Storage for Africa Leil Storage announces the expansion of its Green Storage Initiative, an endeavor set to revolutionize file storage across...
Can AI help manage its own soaring energy demands? As the rise of AI, especially generative AI, drives energy consumption to new highs, the tech world...
Using hydrogen to generate electricity does not cause any climate-damaging emissions. But storing and transporting the gas pose technical challenges....
Decarbonizing buildings and industry is crucial for reducing global energy consumption, predominantly in the form of heat. Thermal energy storage...
Companies that profit from fossil fuels claim the increase in electricity demand driven by data centers will trigger investment in clean energy in the...