In a partnership with 45 school districts, the University of Colorado Boulder, the Colorado Department of Health and Environment, and Attune has deployed the Attune indoor air quality (IAQ) systems in 369 school buildings across Colorado.
As data centers deploy new computing infrastructure to meet the needs of AI, the industry is awakening to the realization that the current grid may not be equipped to support growing requirements.
In a partnership with 45 school districts, the University of Colorado Boulder, the Colorado Department of Health and Environment, and Attune has deployed the Attune indoor air quality (IAQ) systems in 369 school buildings across Colorado.
"We face an aging infrastructure that continues to plague our best opportunity to provide the best educational experience that our students deserve and desire," said MSCS Superintendent Dr. Marie Feagins
In many data centers, water-cooled chillers are paired with an open- or closed-circuit cooling tower for heat rejection. Other options include dry coolers, hybrid fluid coolers, and adiabatic fluid coolers.
As market demand for computing power increases (partly fueled by the virality of generative artificial intelligence), engineers are required to rethink data center design.
The recent and enthusiastic interest in two-phase, direct-to-chip cooling directly results from its dynamic ability to handle intense heat loads from high-power chips and its reliability compared to other liquid cooling methods.