An engineering professor is leading an effort develop a liquid cooling technology to make data centers more sustainable.

As AI rack densities surge, operators are moving from row-level CDUs to facility-scale liquid cooling. DCX’s new ...

Johnson Controls (NYSE: JCI), the global leader in smart, healthy and sustainable buildings, today announced the launch of ...

With more than 100 gigawatts of U.S. data center demand coming online and a trillion-dollar market looming, Johnson Controls is investing in high-capacity chillers, water-free cooling strategies, and ...

Optical connectivity should be treated as a first-order design pillar alongside power and cooling. It must be tailored to the ...

Rather than positioning sustainability as a branding exercise, MBT’s approach reflects a practical engineering response to a ...

Electricity gets the headlines, but water is the quiet second input that will shape where—and how fast—the United States builds data centers for artificial intelligence (AI) compute, and other tasks.

The question is no longer whether the industry must move beyond air, but how quickly organizations transition from ...

This is read by an automated voice. Please report any issues or inconsistencies here. As the artificial intelligence industry heats up, Karman Industries is trying to cool it down. The Signal Hill ...

Liquid cooling demand drives containerized data center development; 2026 AI server liquid cooling penetration rate expected to exceed 50%.

Schneider Electric's Vance Peterson and Gia Wiryawan explain why power distribution and thermal management—not compute—are ...

The rapid rise of artificial intelligence workloads is transforming data center design and construction, posing new challenges and opportunities for mechanical, electrical, and plumbing professionals.