While much of UK construction is navigating a difficult 2026, one sector is moving in the opposite direction. Data centre construction is booming. Driven by the rapid expansion of AI infrastructure, cloud computing, and digital services, the UK data centre pipeline is one of the most active in Europe.
According to Glenigan, 29 data centre construction projects with planning permission were expected to break ground in 2026, contributing to a projected 13% surge in office sector project starts. Major schemes range from large regional campuses in the North East and Midlands to multi-building developments across Greater London. The pipeline extends well beyond 2026, with over 170 tracked projects at various stages of planning and development.
For contractors, distributors, and safety specialists, the data centre boom represents a significant and growing source of work. It also presents edge protection challenges that are worth understanding before a project begins.
What Data Centre Construction Looks Like on the Ground
Data centres are not like typical commercial office buildings. They are large-footprint, multi-storey industrial structures, typically steel-framed, with open floor plates designed to accommodate server halls, plant rooms, cooling infrastructure, and high-density electrical systems. Build programmes are fast, budget expectations are tight, and the pressure to deliver operational capacity quickly is intense.
The structural characteristics of a typical data centre build have direct implications for edge protection:
Large open floor plates with extensive perimeter exposure at every level. A single floor of a mid-sized data centre might involve several hundred metres of unprotected edge during the steel erection and metal decking phases.
Steel frame construction throughout. The primary fixing interface for edge protection is structural steelwork rather than concrete, which means beam clamps, web fix brackets, or bolt-on sockets are the relevant attachment methods rather than compression posts.
Fast erection sequences. Data centre programmes are driven by client delivery milestones tied to operational launch dates. The pace of steel erection, decking, and fit-out is typically compressed, which means edge protection must be installed and repositioned quickly to keep pace without becoming a bottleneck.
Multiple follow-on trades. Shortly after the steel frame is erected, mechanical, electrical, and plumbing contractors move onto each floor. Edge protection must not obstruct their access but must remain in place until permanent balustrades or other permanent protection are installed.
The Ground-Level Installation Advantage on Large Footprint Builds
On a conventional multi-storey residential or commercial building, each floor is a relatively small, manageable perimeter. On a large data centre, a single floor plate can cover many thousands of square metres, with a perimeter that demands significant quantities of edge protection across a large number of beam positions.
Ground-level installation becomes particularly valuable in this context. Where the structural configuration allows, edge protection panels and posts can be pre-assembled onto the perimeter beams at ground level before each section of the frame is lifted into position. By the time the steel is bolted off and the beam is at height, the edge protection is already in place.
On a large data centre footprint with many perimeter bays, the cumulative safety benefit of ground-level installation is significant. It reduces the number of operatives working at height on an unprotected frame, compresses the window of leading edge exposure, and removes the need for time-consuming at-height installation on every beam position across a large floor plate. The Work at Height Regulations 2005 require that work at height is avoided wherever reasonably practicable. On a large steel frame build, ground-level installation is one of the clearest ways to meet that obligation in practice.
Programme Pressure and the Case for Fast Installation
Data centre clients are not building structures. They are building operational capacity, and every week of delay in reaching commissioning has a direct commercial cost. This creates programme pressure that cascades through every trade on site, including edge protection.
A system that takes longer to install, requires more components per metre of perimeter, or creates conflicts with follow-on trades adds friction to a programme that has very little tolerance for it. The characteristics that matter most in a data centre context are:
Speed of installation and repositioning. A tool-free system that can be installed and struck without specialist equipment reduces the time burden on every floor cycle.
Fixing centre efficiency. A system with wider fixing centres requires fewer posts per metre of perimeter. Across a large data centre floor plate, the difference between 2.4m and 2.7m fixing centres translates into a meaningful reduction in the number of components to handle, move, and install.
Compatibility with follow-on trades. The edge protection layout needs to be coordinated with the decking, reinforcement, and concrete pour sequence, and subsequently with mechanical and electrical installation. Systems that are difficult to temporarily remove and reinstate create problems for those trades.
Regional Growth and Distributor Opportunity
Much of the recent commentary on UK data centre construction has focused on London and the South East, where the concentration of existing digital infrastructure, power connections, and skilled labour has historically driven activity. That picture is changing.
Planning approvals in the North East rose 79% and in Yorkshire and Humber 95% in the three months to February 2026, according to Glenigan data. Government investment in AI growth zones, grid expansion programmes, and brownfield site availability are actively shifting data centre development north and into the Midlands, Wales, and Scotland.
For edge protection distributors operating outside London, this regional expansion represents a significant opportunity. Data centre projects are large, require substantial quantities of edge protection over extended programmes, and are being built by main contractors with established procurement processes. A distributor with the right product range and the technical knowledge to support a steel frame specification is well placed to win and retain these accounts.
What to Specify on a Data Centre Project
The specification questions for a data centre edge protection package are not fundamentally different from those on any large steel frame project, but the scale and pace amplify the importance of getting them right:
Which fixing method suits the structural configuration? Web fix, clamp, or bolt-on socket? Early engagement with the structural engineer and steel fabricator is essential.
Is ground-level installation feasible on this project, and does the edge protection supplier have experience and method statements to support it?
Is the system independently tested and certified to BS EN 13374:2025 for the specific fixing configuration being used?
What are the fixing centres, and how does that affect the total component count across the project?
How does the system interface with metal decking, concrete pours, and M&E installation on each floor?
A Growing Sector With Real Edge Protection Requirements
Data centre construction is one of the most active sectors in UK construction in 2026, and the pipeline points to sustained activity through the rest of the decade. These are large, fast, steel-framed builds with specific edge protection requirements that reward early planning, the right fixing strategy, and systems designed for speed.
Rapid-EPS steel frame edge protection is compatible with Web Fix brackets, bolt-on sockets, and I-beam clamps, and supports ground-level installation where site conditions allow. To discuss the requirements of a data centre project or find out more about steel frame edge protection, visit the product page or contact the team directly.
