Capability | Data-centre engineering
Data centres, engineered as systems — from feasibility to Ready-for-Service.
A data centre is not a building with servers in it: it is a thermal and electrical system with a compute load inside. We engineer it as one — capacity, resilience, cooling and the commissioning path settled together, from the first site study through to the Ready-for-Service decision.
What it covers
- Design
- Site & feasibility, capacity & load modelling, resilience to Uptime Tier objectives
- Electrical
- Grid connection, switchgear, UPS, generators, ATS/STS & PDU in N+1 / 2N
- Cooling
- CRAH/CRAC, chilled water, CDU, direct-to-chip & immersion — aisle containment, PUE-first
- Fire & safety
- VESDA detection, clean-agent suppression, EI compartmentation & egress
- Automation
- BMS / EPMS / DCIM integration and points-list validation
- Commissioning
- Structured L0–L5 Cx through integrated systems testing under load
From national-scale practice
The disciplines below come from national-scale practice — including DEUS 11, the supercomputer programme in Cluj-Napoca, delivered as an engineering dossier. We apply them to any facility, at any scale.
- Thermal architecture
- Thermally distinct cooling loops on one external heat-rejection plant — free cooling primary, compressors as backup
- Heat & water
- Liquid-loop heat returned into the building's own heating — no chemical dosing, no industrial effluent
- Electrical spine
- Sized once for the ultimate load, populated in phases — ATS & busbars at full rating
- Design climate
- Set beyond recorded local extremes — verified at both ends of the envelope
- Configuration control
- BMS/DCIM setpoint & interlock registers as configuration items — alarm philosophy with response matrices