F E A T U R E
Why modular is winning Modular construction is not new, but its impact on the data centre world is transformative. Prefabricated, pre-tested modules – from power systems to server racks – can be assembled offsite and shipped ready to plug in.
Benefits include:
• Up to 50 % faster deployment times
• Predictable quality through factory testing
• Easier scalability as demand grows
• Reduced labour costs and safer worksites
Leading hyperscalers are already adopting modular builds at scale. Analysts expect modular capacity to account for nearly 40 % of all new builds by 2030.
With digital technologies, we can design for future instability
Agility will be crucial to the future of data centres. McKinsey forecasts demand for AI-ready capacity growing at a blistering 33 % a year through to 2030 in a midrange scenario.
keep pace, infrastructure must be more resilient but also denser in compute and smarter with energy use. Crucially, data centres must now be designed for instability: they must absorb volatile demand spikes and adapt to unpredictable energy supplies.
Digital technologies will be central: from AI-powered design and automated construction workflows to intelligent energy systems with real-time optimisation, battery storage and onsite renewables that return power to the grid.
These innovations will enable data centres to scale quickly,
Operators in the region are turning to digital-first EPC workflows to accelerate builds without compromising quality. Cloud-based collaboration tools have enabled multinational teams to work seamlessly across time zones, compressing design stages by months. Modular power units built offsite have reduced permitting headaches and AIdriven scheduling has kept projects on time despite supply chain volatility.
The result: facilities going live up to 40 % faster with built-in capacity for renewable energy integration.
The cultural shift: From construction site to software-led build
This transformation is not just technological but cultural. Traditional construction has long been defined by perform reliably and operate sustainably, ensuring the sector can grow without compounding its carbon footprint.
In a compute environment defined by volatility and acceleration, long-term value depends on building infrastructure that is adaptive, low-impact and sustainable by design.
From blueprint to business advantage
For operators, the imperative is clear: speed is not just about construction, but about time-to-value. Every month shaved off a build can mean millions in incremental revenue, faster AI deployment and competitive advantage in markets where digital infrastructure demand is surging.
Investors are paying closer attention. ESG metrics, once a‘ nice-to-have’, are now central to funding decisions. That puts pressure on operators to adopt green construction methods and build for circularity – designing facilities that can be repurposed or decommissioned with minimal environmental impact.
Case study: Middle East acceleration
In the UAE and Saudi Arabia, governments are betting big on data centre expansion to support their national AI strategies. But they are also mandating sustainability and speed.
The business case for digital-first builds
• Facilities delivered up to 49 % faster with unified workflows
• Operators capture revenue months earlier by going live sooner
• Cloud-based collaboration cuts rework costs by nearly one-third
• Digital twins provide real-time asset visibility across design, build and operations
• ESG compliance becomes easier to demonstrate for investors
38 www. intelligentdatacentres. com