At what pace should Liquid Cooling be implemented in Data Centers?
AI workloads are driving a dramatic rise in power densities within data centers—from 70 kW to 600 kW and beyond per rack—necessitating a technological shift from traditional air cooling to highly efficient liquid cooling solutions. This evolution impacts data center design, requiring modular and resilient infrastructure that can grow alongside rapidly changing hardware demands. Regional adoption varies, with Asia embracing practical implementation, America investing heavily, and Europe approaching cautiously due to regulatory challenges. Industry leaders like STULZ are responding with validated infrastructure and localized solutions tailored to these global differences.
Yet one key question remains at the heart of every planning decision: Should operators move forward with current chip generations, or pause for the next wave of innovation? The answer to this dilemma could define the long-term success of your data center strategy. Explore the full document to uncover the insights and solutions shaping tomorrow’s AI-ready infrastructure.
