A high-density compute environment demanding resilient power architecture and advanced cooling, engineered as one coordinated MEP system rather than three discipline silos.
XCN provided integrated MEP engineering support for a technically complex infrastructure environment, where the combination of high-density compute loads and liquid-cooling integration required tight coordination between electrical resilience, mechanical performance and controls strategy.
The work focused on translating capacity, resilience and operational-continuity requirements into a coordinated set of engineering decisions (power topology, cooling architecture and controls integration) that the wider delivery team could carry into detailed design and procurement with confidence.
Five interlocking workstreams across MEP engineering and controls, coordinated as one technical package rather than separate discipline outputs:
Engineered as one coordinated MEP system.
Not three discipline silos.
A coordinated MEP and controls design package (power topology, cooling architecture and integrated controls strategy) that supports high-density compute operation today while remaining adaptable to load growth and cooling-technology evolution over the facility's lifecycle.
Specialist engineering and design consultancy for mission-critical, data centre and infrastructure projects.
