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Modern data centres are already exerting a noticeable pull on national power systems. In the UK, Oxford Economics estimates that data centres consumed around five terawatt hours (TWh) of electricity in 2023, equivalent to roughly 2% of total national electricity demand and about 7% of all commercial electricity use. Their analysis suggests this could rise more than fivefold to about 26 TWh by 2030, at which point data centres alone would account for close to 9% of projected UK electricity demand and around 30% of commercial consumption. 

Water use in data centres varies widely, but the volume involved is far from trivial, used primarily for cooling the systems. International evidence shows that large hyperscale facilities can consume up to 20,000m鲁 per day, comparable to the needs of a town of 10,000 to 50,000 people. 

Data centres require an integrated approach to tackling constraints and maximising opportunities. 

Planning a data centre requires an understanding of how several critical factors interact. Energy availability affects whether land is viable. Land conditions then influence the choice of cooling systems, the level of fibre connectivity that is possible, and the scale of wider economic opportunities. These variables are not isolated. Each one reshapes the others, and when they overlap, the overall complexity of delivering a successful data centre project increases significantly. 

This is why our advisory role is so important. We bring a whole鈥憇ystem view that connects infrastructure, policy and place. By analysing how these pressures combine, we help clients see emerging risks, understand where future constraints may appear, and make decisions based on evidence and strategic foresight. Our work provides a clear and informed path through a highly interconnected and rapidly evolving data centre landscape. 

Digital infrastructure growth now demands something far more ambitious than traditional planning or site鈥憇pecific engineering. It requires full鈥憇ystem thinking 鈥� a coordinated approach that integrates power, heat, water, digital connectivity, land availability, sustainability, governance, investment and long鈥憈erm delivery into one coherent model.  

This is the essence of the framework approach that increasingly underpins our work across the UK, particularly in regions preparing for AI鈥慸riven economic growth. 

We advise clients to adopt spatial frameworks that bring land, grid, fibre and water considerations together, so decisions reflect not only immediate investment pressures but the long鈥憈erm needs of local businesses, industrial clusters and communities. This shift from reactive decision making to system鈥憌ide planning is becoming essential if regions are to protect employment land, manage cumulative constraints and sustain balanced economic growth.