CFD-driven thermal mapping, cooling optimisation, capacity planning, and ROM development for data centre operators.
The CFD model becomes a pre-digital twin of your data hall — letting you test rack additions, cooling changes, and capacity scenarios on the model before touching the floor.
Book a DemoOptimised cooling paths and reduced PUE directly cut electricity spend.
Thermal risks identified before they reach critical thresholds.
Test configurations on the model before spending on hardware.
Rack-level thermal mapping and cooling airflow analysis. Reduced-order surrogate models built from CFD data — a pre-digital twin of the hall for rapid what-if exploration of rack layouts and cooling configurations.
Coolant Distribution Units in liquid-cooled data centres are plate heat exchangers. Our validated Martin/Kumar correlations apply directly to CDU thermal performance prediction.
Rack layout, cable tray routing, raised floor systems, and cooling infrastructure coordination. Models structured for operational handover and capacity planning.
Data centre thermal optimisation uses CFD-based thermal mapping to identify hotspots, optimise cooling airflow paths, and reduce PUE. We build a pre-digital twin of your data hall — letting you test rack additions, cooling changes, and capacity scenarios on the model before committing physical changes.
CFD reveals where cooling air is wasted — recirculation, bypass airflow, over-provisioned CRAH units, leaky cold aisles. By quantifying these losses, we identify which fixes (containment, blanking panels, set-point changes, capacity rebalancing) deliver the largest PUE reduction. Operators typically see 5–15% PUE improvement after CFD-led tuning.
A ROM is a fast surrogate model trained on CFD data. Once built, it predicts rack-level temperatures across thousands of rack and cooling configurations in seconds — replacing days of CFD reruns. We use ROMs as ongoing pre-digital twins for capacity planning and operational decisions.
Yes. Coolant Distribution Units in liquid-cooled data centres are plate heat exchangers — our validated NTU-ε / Martin / Kumar correlations apply directly to CDU thermal performance prediction. We also build configurators that automate CDU sizing for repeated specifications.
Book a demo, send us a brief, or tell us what you're working on.