01Overview

Validate your design before you build.

Before breaking ground or deploying high-density hardware, our engineering simulation suite uses computational physics to validate performance, optimise efficiency and remove design risk.

By building a high-fidelity digital twin of your facility’s thermal, fluid and acoustic behaviour, we confirm operational resilience long before the site is commissioned.

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02Core simulation & analysis domains
01

Internal Data Center CFD

  • Micro-climate thermal mappingpredicts 3D airflow, pressure and temperature across rows, aisles and individual server inlets.
  • Failure scenario validationsimulates worst-case events such as CRAH/CRAC failure or power loss to calculate ride-through times.
02

External CFD & Environmental Airflow

  • Exhaust re-entrainment analysismodels generator, cooling tower and chiller plumes under seasonal winds so hot air does not re-enter intakes.
  • Wind-load verificationanalyses aerodynamic forces on equipment yards and building skins to optimise placement.
03

Acoustic & Noise Mitigation

  • Noise plume mappingpredicts sound pressure levels (dBA) across property boundaries for compliance with local limits.
  • Attenuation designdesigns and tests silencers, baffles and sound walls around generators and dry coolers.
04

Hydronic CFD for Chilled Water Systems

  • Manifold fluid dynamicssimulates flow through large-bore headers, buffer tanks and manifolds to remove dead zones.
  • Flow balancingfinds flow maldistribution in complex piping so every cooling unit gets uniform flow.
05

Direct-to-Chip (D2C) Liquid Cooling

  • Cold-plate thermal resistanceevaluates flow in cold-plate micro-channels to maximise heat transfer from high-kW processors.
  • CDU balancingmodels secondary loops to optimise flow, pressure drop and thermal approach across server nodes.
06

Liquid Immersion Cooling

  • Natural convection & plume dynamicssimulates buoyant currents in single-phase tanks to prevent stagnation around dense blades.
  • Phase-change thermodynamicsmodels vapour generation, rise paths and condenser heat rejection in two-phase systems.
07

Piping Hydraulics & Stress Analysis

  • Water hammer simulationcomputes pressure surges from sudden valve closure or pump trips to protect piping.
  • Thermal expansion & stressanalyses loads, displacements and anchor forces from thermal cycles in line with ASME B31.3.
03Key benefits
Avoid costly fixes

Catch aerodynamic, thermal and structural flaws in the digital design phase, not during live commissioning.

Maximise efficiency

Optimise pipe routing, pump sizing and containment to cut OpEx and lower PUE.

Faster approvals

Engineering reports, acoustic compliance maps and environmental data for authorities and sustainability auditors.

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Validate your design before you build.

Request a simulation study, or see how our factory-built data center infrastructure fits the same project.