18/06/2026
Can you run a high-density AI data center in Riyadh without the massive power drain of traditional chillers?
The industry says No.Our thermal calculations and PreCooll technology say Let’s talk about it.We are challenging the status quo by designing infrastructure where adiabatic-boosted dry coolers take the lead. It’s a shift from compressor-dependent cooling to a smarter, fluid-driven strategy:
How we hit PUE 1.1 without a single compressor:
🔹 The Power of the PreCooll Boost: In +50°C heat, a standard dry cooler is useless. But by dropping the intake air temperature by 20°C+ via adiabatic cooling, we bring the operating conditions back into the “”sweet spot”” for dry cooling technology.
🔹 The Path to PUE 1.1: By significantly reducing (or in specific designs, eliminating) chiller runtime, we hit PUE levels that were previously considered impossible in the KSA climate.
🔹Liquid Cooling Ready: This isn’t just about saving energy; it’s about providing the stable, low-approach temperatures that next-gen Liquid-to-Chip systems demand.
We have the math, the data, and the validated results. The future of Saudi data centers lies in mastering adiabatic fluid dynamics, and we are ready to implement this today.
Are you ready to rethink your cooling architecture?