The Story
Drax Group has agreed with Brookfield Asset Management and Radiant, Brookfield's AI infrastructure platform, to jointly develop an artificial intelligence data centre of more than one gigawatt on the Drax Power Station estate in North Yorkshire.
Brookfield estimates total investment, including semiconductors, could exceed £20 billion, around $26.8 billion, if the project is constructed in full. An initial £2.5 billion is earmarked for the first phase, a 100 MW stage targeted to begin commercial operations in early 2028, subject to securing an anchor tenant, approvals and final investment decisions.
Drax will contribute land, power and grid access through the power station's existing 4 gigawatt connection. The site also has 2.6 gigawatts of dispatchable biomass generation, which later stages could draw on directly. Radiant brings AI infrastructure expertise, and Brookfield the capital, through a joint venture with Qatar's Qai announced in 2025.
Drax shares rose 8 to 9 per cent on the announcement. Chief executive Will Gardiner said that if constructed in full the project could become one of the largest data centres in the UK. Radiant chief executive Mahdi Yahya described it as an opportunity for the UK's AI ecosystem to build at scale.
The companies said the project aligns with the UK government's new Data Centre Covenant and its criteria on energy security and reindustrialisation. Britain has been moving to fast-track data centres it considers strategically important, with priority grid connections and planning support.
JPMorgan analysts said the announcement could increase the market value attributed to Drax's data centre ambitions and raise expectations that Drax Power Station continues operating beyond the expiry of its subsidy scheme in March 2031.
Why It Matters
Read the division of labour in this deal and it tells you what is actually scarce.
Brookfield brings money, which is abundant for anyone with an investment-grade balance sheet. Radiant brings AI infrastructure expertise, which is a skill set the market can hire. Drax brings land, power and grid access through an existing 4 gigawatt connection, and that last item is the only thing in the sentence that cannot be bought, built quickly or imported.
Two weeks ago Microsoft terminated its agreement to anchor Nscale's Loughton site in Essex after UK Power Networks indicated electricity would not reach it until the early-to-mid 2030s, against an original target of early 2027. Britain's connection queues have stretched to thirteen years in places. In that market, a site already wired into four gigawatts is not a location. It is the scarcest input in European AI infrastructure, and it happens to come with a power station attached.
Which explains why Drax shares rose 9 per cent on an announcement that commits £2.5 billion to a 100 megawatt first phase that still needs a tenant. The market was not repricing a construction contract. It was repricing the connection.
The strategic point for everyone else building this capacity is that the shortcut now runs through incumbent generators. If you cannot wait in the queue, you buy or partner with something already at the front of it, and the people at the front are utilities with legacy plants. That inverts the usual relationship, in which data centres are customers of the grid. Here the grid position is the equity.
The Strategic Read
The second-order effect is on the power station, and it may matter more than the data centre.
Drax burns biomass under a subsidy scheme that expires in March 2031, after which the economics of running a 2.6 gigawatt plant on imported wood pellets at UK wholesale prices were an open question. JPMorgan's note goes straight to it: this announcement raises expectations the station keeps running past 2031. An asset scheduled to confront a cliff has just found a customer who will take its output at a price that has nothing to do with the merchant market.
That is a pattern worth watching rather than celebrating. AI demand is now large enough to change the retirement schedule of generation assets, and the assets it rescues are the ones with grid connections and spare capacity, which tend to be the older thermal and biomass plants rather than new renewables waiting in the same queue.
For India the read-across is direct and the arithmetic is similar. The country has thermal capacity with established evacuation infrastructure sitting at low utilisation, and a data centre industry that needs firm power now rather than in the 2030s. Co-locating compute at existing generation sidesteps the transmission problem in exactly the way Drax does.
The caution is in the conditions. £2.5 billion is committed against a £20 billion headline, the first phase is 100 MW of a gigawatt, and it needs an anchor tenant. Most of this number is an option on AI demand holding up for another five years.
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