AI workloads are reshaping data centers, driving demand for liquid cooling, advanced power distribution and resilient backup systems as traditional air-cooled designs reach their limits.Dublin, Oct.

Data centers are physical facilities that house large computer systems to provide IT infrastructure for organizations.

Experts from the Research Institute at Midea Building Technologies, explain how a dual-rotor compressor architecture ...

To quantify local water stress from data centers, the researchers developed a new metric called saline water utilization ...

Nvidia's Rubin-generation data center design runs 113-degree liquid cooling to every chip, cutting water use from 2.6 million gallons per megawatt to near zero.

On October 13, at the Advanced Thermal Management Research Lab in the Department of Mechanical Engineering at Ajou University ...

Boost ROI by integrating liquid cooling, heat pumps and AI optimization early, locating near district or industrial heat users, and monetizing recovered heatDublin, Oct. 20, 2026 (GLOBE NEWSWIRE) -- ...

AI data center construction is driving demand for transformers and advanced cooling systems. Global data center investment could reach nearly $7 trillion by 2030, according to McKinsey. Liquid cooling ...

For cooling providers, this changes the emphasis from fixed-specification equipment toward ongoing engineering support.

Growing demand for AI infrastructure is prompting an Austin-based cooling technology company to expand its local operations.

Counties can still welcome data center development, but they need to understand what the landscape is becoming. The machinery ...

South Korea's LG Electronics said Monday it signed a long-term agreement to supply cooling solutions for AI data centers in North America.