Ultra-dense computing, cooling at scale, and power resilience for supercomputing centres, national labs, and research infrastructure.
Discuss your projectFree toolsTechnical and regulatory pressure points in this sector.
HPC racks exceed 50kW per rack in current deployments. Cooling infrastructure design must address heat density that exceeds conventional data centre capability.
Rear-door heat exchangers, direct liquid cooling (DLC), and immersion cooling require specialist MEP design, materials engineering, and commissioning protocols.
HPC workloads cannot tolerate unplanned interruption. Power architecture must achieve Tier III equivalence minimum, with generator backup sized for full IT load.
Engineering capability applied to your sector requirements.
Measurement and improvement of PUE for HPC facilities — ISO 30134-2 aligned, covering cooling, power conversion, and IT load management.
View service →Specialist design for liquid cooling systems — DLC, immersion, and rear-door heat exchanger — from concept through commissioning.
View service →Assessment of floor loading capacity for high-density rack deployments and liquid cooling infrastructure — including dynamic loads.
View service →MV/LV power distribution design, UPS specification, and generator sizing for critical HPC infrastructure.
View service →Instant calculations — no account required.
Regulatory frameworks applicable to this sector.
Engineering teams across UK, EU, and UAE.
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