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As AI and digital infrastructure accelerate, power is a decisive factor in which data centre projects get built. That creates a significant opportunity for energy developers who can combine generation, storage, land strategy and long-term power supply into bankable co-located projects.
Why are data centres on the radar for energy developers?
For energy developers, the UK data centre market is fast becoming a core growth area.
The reason? The next phase of digital infrastructure will be constrained less by demand for services, and more by access to reliable, deliverable power.
Demand for digital infrastructure is accelerating, particularly with the rise of AI and high-performance computing. At the same time, access to grid capacity is increasingly difficult, connection dates are moving up the board agenda, and developers are looking for credible routes to secure power before committing capital, tenants or land.
This is changing how data centre development is being delivered.
Rather than simply competing for limited grid capacity, developers are increasingly looking at co-located models where data centres are paired with generation, storage and private wire arrangements. For energy developers, this is a natural adjacency: it builds on existing expertise in land assembly, grid strategy, project structuring, revenue certainty and long-term asset optimisation.
The result is a move from standalone renewable energy projects towards power-led digital infrastructure platforms.
What does co-location mean?
For energy developers, co-location has traditionally meant pairing a generating asset with an adjacent source of demand. In the data centre context, this could include solar PV or wind generation located alongside a data centre, BESS to manage intermittency and resilience, private wire arrangements supplying electricity directly behind the meter, or a hybrid model combining on-site generation with grid import and export.
The core objective is to unlock development potential, improve deliverability and enhance value through a more predictable energy supply strategy.
Why are energy developers interested?
1. Offtake certainty
Data centres offer continuous, high-volume baseload demand and long-term operational need. In many cases, counterparties will also have strong covenant strength, particularly where the customer is a hyperscale, cloud or enterprise operator.
That creates the potential for long-term power supply arrangements which reduce merchant price exposure and support more predictable income streams. For investors and funders, that revenue visibility can be highly attractive.
2. Grid constraints are creating new models
Grid access is now a major barrier to deploying both generation and demand assets in the UK. Co-located models can reduce reliance on already congested grid connections, support more flexible import and export strategies, and better align generation and demand timelines. For data centres, private wire structures, BESS and flexible generation can form part of a credible power strategy where traditional grid-led delivery is delayed or uncertain.
3. A route into wider infrastructure platforms
Energy developers have an opportunity to move beyond single-asset energy projects and into integrated energy and infrastructure platforms, working alongside data centre developers, operators and investors. Projects are likely to attract strongest interest where the energy supply strategy is credible, deliverable and aligned with the demand profile of the data centre.
What are the key legal issues?
The opportunity is significant, but co-located schemes bring a different risk profile from a standard clean energy project. The legal structure needs to support not only construction and operation of the energy assets, but also the uptime, resilience and investment requirements of the data centre.
1. Land and site structuring
Instead of planning for a single asset, developers need a multi-use site strategy. Key questions include whether generation and data centre operations should sit within the same vehicle or separate vehicles, whether land rights should be separated or linked to the relevant asset, and how cable routes, substations, access rights and shared infrastructure should be owned, operated and protected.
2. Power arrangements
Power supply will be central to the project structure. The parties will need to address private wire ownership and operation, PPAs between generator and data centre operator, back-up supply, resilience obligations, curtailment risk and the interaction with grid import and export arrangements. The data centre operator will be focused on continuity of supply; the energy developer will need to ensure that those obligations are technically deliverable and commercially bankable.
3. Planning strategy
Co-located developments may offer planning advantages, but they also require a coordinated strategy. Developers will need to decide whether to pursue an integrated or phased planning approach, how generation, storage and data centre uses are treated within planning policy, and how environmental and community considerations are managed across the whole site.
As data centres are increasingly recognised as critical infrastructure, there may be greater scope to position well-structured co-located schemes as strategically important developments.
4. Financing structure
From a financing perspective, co-location introduces additional layers of analysis. Funders will look closely at asset interdependence, revenue certainty, counterparty covenant strength, credit risk, security arrangements and step-in rights. The structure will also need to make clear whether the assets are being financed as an integrated platform or as separate operational assets with linked contractual rights.
5. Operational alignment
Co-located projects require long-term operational alignment. Taking into consideration customer requirements for near-continuous uptime, the documents need to deal with outages, planned maintenance, downtime, performance failures, matching generation output to demand, and the consequences if one part of the project affects the other. These issues are not simply operational details; they go directly to project value and bankability.
What does this mean for energy developers and investors?
The growth of co-located data centres reflects a broader shift in the market. Power is now a critical constraint on digital infrastructure, which means energy developers can play an increasingly important role in unlocking new capacity. Those with experience of complex project delivery, grid risk, long-term revenue arrangements, storage, private wire structures and investor requirements are well placed to move into this space.
The key will be early structuring. The most successful projects are likely to be those where land, power, planning, offtake, financing and operational risk are considered together from the outset. For energy developers, co-located data centres are not just another route to market for power. They may become one of the most important infrastructure opportunities created by the growth of AI and digital demand.