Drax Biomass Plant to Power UK's Largest AI Datacentre in £20bn Deal 2026

The UK's most polluting power plant, Drax, could soon power the country's largest AI datacentre under a £20bn deal to build AI infrastructure on the site in North Yorkshire. The project aims to develop a datacentre with an eventual capacity of more than 1 gigawatt, with operations potentially beginning by early 2028.

Drax, a FTSE 250 company, has partnered with infrastructure investor Brookfield and AI infrastructure platform Radiant to develop the datacentre. In the initial phase, Drax will provide land and access to the national power grid through existing connections, with hopes to power the datacentre directly by the early 2030s.

Why This Deal Matters

This development could attract over £20bn in investment and represents "the next chapter" for the former power plant, according to Drax. The UK government has signalled plans to limit Drax's power generation in the future, making this project a potential lifeline for the site and its workforce.

Drax CEO Will Gardiner said the project would "help secure the long-term future of the site and protect hundreds of jobs" while "supporting the north's reindustrialisation and strengthening sovereign AI capability." The deal underscores the growing demand for AI infrastructure and the need for reliable power sources.

Environmental Concerns

Drax is the UK's largest power plant, producing almost 5% of the country's electricity by burning woody biomass pellets. According to analysts, it is the single largest emitter of carbon dioxide, though these emissions are not accounted for by the UK government.

The project raises questions about the environmental impact of powering energy-intensive datacentres with biomass. While Drax argues that biomass is renewable, critics point out that burning wood pellets releases significant CO2 and contributes to deforestation.

Key Takeaways

• Drax has partnered with Brookfield and Radiant to develop a 1GW AI datacentre on its North Yorkshire site.
• The £20bn project could begin operations by early 2028 and power the datacentre directly by the early 2030s.
• The deal aims to secure the site's future and protect jobs amid plans to limit Drax's power generation.
• Drax is the UK's largest CO2 emitter, raising environmental concerns about powering AI with biomass.
• The project highlights the increasing energy demands of AI infrastructure and the need for sustainable solutions.

Project Details and Timeline

The datacentre will be built on the Drax site, utilising existing grid connections. The initial phase will see Drax provide land and grid access, with the datacentre potentially drawing power from the national grid. By the early 2030s, Drax hopes to supply power directly from its biomass plant.

The project is expected to attract significant investment and could position the UK as a leader in AI infrastructure. However, the reliance on biomass raises questions about the sustainability of powering energy-hungry datacentres.

What to Watch Next

As the project moves forward, several factors will determine its success. Regulatory approvals, environmental assessments, and the evolving energy landscape will all play a role. The UK government's stance on biomass and its plans to limit Drax's generation could impact the project's viability.

Moreover, the deal reflects a broader trend of tech companies seeking dedicated power sources for AI datacentres. Similar projects are underway globally, as highlighted in our analysis of Australia datacentre power demand surge tests Albanese. The race to build AI infrastructure is intensifying, and reliable, scalable power is key.

Environmental groups are likely to scrutinise the project, given Drax's status as a major emitter. The debate over biomass as a renewable energy source continues, and this project may fuel further discussion. For context on how policy shifts can affect power plant economics, see our coverage of the Trump EPA power plant pollution rollback: costs and climate impact. The background to this story is set out in Drax Datacentre Emissions: Nearly Double Gatwick Flights Annually. A related thread runs through Queensland Datacentre: Anthropic's $31bn AI Project in Dalby.

If the project proceeds, it could serve as a model for repurposing former power plants for AI infrastructure. However, the environmental implications must be carefully weighed. As the UK aims to strengthen its sovereign AI capability, balancing energy demands with climate goals will be crucial. The outcome of this deal may influence similar initiatives, such as the Trump EPA to repeal carbon pollution rules for power plants, which could reshape the energy landscape. Earlier coverage in UK Datacentre Water Crisis Threatens AI Growth Plans shows how the argument developed. A closer look at the same subject appears in AI Datacentre UK: Living Near Planned Sites.

Local communities and stakeholders will also be watching closely. The promise of jobs and investment is significant, but so are concerns about pollution and sustainability. The project's progress will be a test case for how the UK manages the energy transition while fostering technological innovation. Anyone following the wider picture can start with Melbourne AI Datacentre Power Pole Height Sparks Backlash.

FAQ