• Reconfiguring white and grey space to accommodate increased density and evolving cooling needs.
• Deploying temporary systems to maintain business continuity during works.
• Using off-site fabrication and 3D modelling to reduce onsite risk, which is particularly crucial in tight urban environments.
In one recent retrofit, we converted an existing office into a fully operational UPS switch room with dual power feeds scalable to 600kKA, housed external modular battery rooms, and installed advanced cooling, fire detection, and leak protection – all without disrupting operations.
Planning with purpose Futureproofing is key. Retrofit should never just solve today’s problems. Operators must build in capacity for tomorrow, whether that’s new AI workloads, higher densities, or renewable integration. That means factoring
"The energy footprint of data centres is ballooning. By 2030, AI could drive their carbon emissions to six times 2023 levels."
in flexibility from the outset and selecting partners who understand both the operational pressures of live data centres and the strategic imperatives behind them.
Equally, choosing a partner with a self-delivery model and in-house engineering expertise can reduce
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complexity and improve consistency. Continuity of personnel – people who know the site, systems, and risks – often makes the difference between a seamless upgrade and a major setback.
A strategic imperative Retrofitting presents a real opportunity or facility managers. It offers a faster, greener, and more cost- effective route to meet capacity needs without the risks associated with new builds.
In today’s constrained, carbon-conscious world, smart retrofit isn’t just about infrastructure – it’s about staying ahead. It allows operators to adapt existing space, reduce exposure to grid and planning delays, and make data centres fit for the demands of the next decade.
For those responsible for keeping critical infrastructure running safely and efficiently, retrofit isn’t a compromise. It’s the future.
Thinking about retrofit? Here’s how to get started: 1. Run a lifecycle and risk assessment to identify aging systems and capacity limits.
2. Conduct detailed surveys, using 3D modelling where needed.
3. Select partners with in-house retrofit expertise and continuity of personnel.
4. Build a phased upgrade plan focused on uptime and future scaling.
5. Leverage existing grid connections and assess power headroom.
6. Compare retrofit costs, timelines and carbon impact with new build options.
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