Stage 02 · Analysis

CFD simulations

Airflow and thermal simulations show how air and heat actually distribute in your room – before you build, convert or increase density.

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Air path in a data hall with cold and hot aisles – illustration, created with AI assistance

What it is about

Rising power densities make cooling the bottleneck. Whether a cooling concept works, whether hot spots form or warm air flows back into the cold aisle can hardly be judged from experience alone. A CFD simulation makes these effects visible and lets you compare options before you invest.

Because I look at cooling and power supply together, failure scenarios and redundancy are part of the assessment.

Scope

3D model of the room, racks, cooling units and air paths
Simulation of temperature and airflow fields
Hot-spot and recirculation analysis
Assessment of cooling concepts such as cold- or hot-aisle containment, raised floor or in-row cooling
Failure scenarios for individual cooling units
Comparison and optimisation of options

Result

You receive a report with temperature and airflow plots, an assessment of the options studied and concrete recommendations.

Typical situations

Planning new data halls or plant rooms
Higher rack densities, for example for AI or HPC systems
Temperature problems in existing rooms
Checking by simulation whether cooling remains sufficient if one unit fails