Esta sección aún no está traducida. El contenido siguiente se muestra en inglés, tal como se publicó. Leer la versión en inglés.
Accelsius joins the NSF Center for Energy-Smart Electronic Systems and supplies a two-phase direct-to-chip rack to Villanova
What changed
Accelsius says it has joined the National Science Foundation's Center for Energy-Smart Electronic Systems (ES2), an industry and university research centre that aims to improve the energy efficiency of US data centres by 20% to 35%. It is providing its NeuCool IR150, an IT rack combined with a coolant distribution unit using two-phase direct-to-chip liquid cooling, to Villanova University, one of the centre's university sites alongside the University of Texas at Arlington. Industry partners in the centre include Google, Microsoft and Meta, according to the release.
View original source (opens in a new tab)
Read the original: Investing.com (Accelsius release): Accelsius joins the NSF Center for Energy-Smart Electronic Systems and supplies a two-phase direct-to-chip rack to Villanova (opens in a new tab)
We summarise in our own words and link the source. Figures are as reported by the source and not independently verified. Report a correction.
Related index data
A supplier link means the company is named in the story or offers this kind of product. It does not mean a contract unless the story says so.
Related on CoolPower Index: Chip power and cooling.
More in CDUs & Direct Liquid Cooling
- ToneCooling publishes measured datasheets for GB300 and GB200 direct-to-chip cold plate kits: about 1,067 W per GPU plate at 1.7 L/min 11 Nov 2026
- ZTE launches a 1.5 MW cold plate liquid cooling CDU, expandable to 2.4 MW, alongside 800 V DC power for AI data centres 10 Nov 2026
- India's National Stock Exchange installs direct-to-chip liquid cooling for its own AI servers, planned to scale to 224 GPUs 9 Nov 2026