AI Growth Zone
Powering the Next Generation of AI Compute

Stellium Datacenters at Cobalt Park, Newcastle sits at the centre of the UK’sgovernment-designated AI Growth Zone, delivering the power, connectivity and AI-native infrastructure required to run large-scale machine learning and hyperscale cloud workloads.

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Why the UK AI Growth Zone Exists

Built to Solve the AI Compute Constraint

Artificial intelligence at scale is constrained by three things: power availability, deployment speed, and global connectivity. The UK AI Growth Zone has been established to remove these constraints by directing policy support, planning alignment and infrastructure investment into locations capable of supporting power-intensive AI workloads.

For operators like Stellium Datacenters, the designation provides a framework that accelerates the delivery of production-ready AI infrastructure rather than experimental or future capacity.

The North East of England has been designated as a core AI Growth Zone hub because it can support energy-dense compute, large-scale data centre development, and direct global network connectivity — all at a scale required by modern machine learning platforms.

This is not an innovation zone in theory. It is an infrastructure zone designed to support production AI systems.

Why Cobalt Park – the UK Designated AI Growth Hub?

A Location Chosen for Power, Scale and Connectivity

Cobalt Park, near Newcastle, has been selected because it combines access to high-voltage grid infrastructure, a low-carbon energy mix, and established fibre and subsea connectivity. These characteristics make it suitable for the type of AI-ready data centre campuses operated by Stellium Datacenters.

Its geographic position provides direct routing between the UK, North America, mainland Europe and the Nordics, supporting latency-sensitive AI training, inference and data movement.

For hyperscale and AI-first cloud providers, this means fewer compromises: power can scale, networks perform, and deployments can move quickly.

Stellium’s Role in the UK AI Growth Zone

Purpose-Built Infrastructure for AI at Scale

Stellium Datacenters is a core infrastructure enabler of the UK AI Growth Zone. Located within Cobalt Park, Stellium provides the physical foundations required to deploy and operate AI platforms at national and global scale.

Stellium is an AI-enabled, OCP Ready™ certified data centre provider, engineered specifically for modern machine learning, HPC and hyperscale cloud workloads. The campus brings together exceptional, scalable renewable power, direct global subsea connectivity, and open, standards-based infrastructure designed for high-density compute environments.

This is not speculative capacity. Stellium delivers production-ready AI infrastructure today, in a location explicitly designated to support the UK’s long-term AI strategy. For organisations building and operating large-scale AI systems, Stellium removes the traditional blockers to deployment — power, connectivity and time to scale.

Global Subsea Connectivity

Direct Routes for Global AI Platforms

Stellium hosts subsea cable landing infrastructure connecting the UK directly to North America, mainland Europe and the Nordics. These routes provide ultra-low latency, high-capacity paths for distributed AI training, inference and cloud workloads.

For AI platforms operating across regions, direct subsea access reduces network hops, improves performance predictability and strengthens resilience across global deployments.

UK Fibre and Carrier-Neutral Connectivity

Dense Fibre, Real Choice

Stellium operates a fully carrier-neutral campus with access to a broad ecosystem of national and international network providers. This allows customers to architect networks for performance, redundancy and scale, supporting multi-cloud, hybrid and private AI platforms.

Power and Energy Infrastructure

Power First. Always.

AI and machine learning platforms are fundamentally constrained by power. Stellium is designed with this reality at its core.

The campus is supplied with up to 80 MW of 100% renewable, REGO-certified power, delivered directly from the 275 kV National Grid, with infrastructure in place to scale to 180 MW as demand grows. The North East also benefits from one of the lowest carbon intensity energy profiles in the UK, supporting hyperscaler sustainability and reporting requirements.

Stellium further enhances energy resilience and efficiency through on-site solar generation, battery energy storage, and HVO-based standby systems, reducing reliance on fossil fuels while maintaining mission-critical reliability.

This power architecture is designed to support high-density AI deployments, including Nvidia-based machine learning clusters, without compromising scalability or long-term growth.

Is your data centres “100% Renewable” claim ready for a 2027 audit?

If you are a corporate sustainability lead, you’ve likely been told your data centre is “100% Green.”
But there is a technical reality in our industry that most aren’t talking about:
The Greenwashing of the REGO.
Most UK data centre providers use annual REGO (Renewable Energy Guarantees of Origin) certificates to “offset” their carbon. It looks great on a spreadsheet, but the chances are there will be a Temporal Mismatch.
Annual offsetting could mean they might be running on gas-fired power, during a cold, still winter night, then claiming to be “green” because they bought certificates from a sunny day six months ago!
At Stellium Data Centres, we believe “paper-only” sustainability no longer cuts the mustard for intellectual customers.

We have moved to Half-Hourly (HH) Matching
Here is the physical reality:

  • The 95.4% Benchmark: While the industry average for real-time renewable matching is just 42.64%, Stellium’s average monthly score is 95.4% – more than double the standard.
  • 75% Lower Actual Emissions: Because we match our usage to actual generators every 30 minutes, our real-world carbon footprint is 75% lower than a standard REGO-backed UK competitor.
  • Radical Transparency: We provide our clients with monthly reports showing exactly which asset powered their racks for every single half-hour period.

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Average monthly renewable matching

Why does this matter now?

The regulatory landscape is shifting. A major consultation on the GHG Protocol ended in early 2026, and new legislation is expected by 2027. The era of “annual offsets” is coming to an end in favour of real-time physical matching.
At Stellium, we aren’t just “ready” for 2027; we are already operating at that standard today. We are giving our clients a future-proofed audit trail that moves beyond marketing and into physical reality.

The Question

Is your current provider giving you a green certificate, or a green reality?
If you want to see what a 95.4% matching score looks like for your business, talk to our data centre team today

Up to 180 MW scalable power capacity

On-site solar and battery storage

Designed for high-density AI and ML workloads

100% renewable, REGO-certified supply with half-hour matching

Quality, Information Security, Cyber Security and Environmental ISO Audited & Certified

AI and HPC Ready Colocation

OCP Ready™. AI Native by Design.

Stellium delivers OCP Ready™ certified, Tier 3+ colocation environments purpose-built for AI, HPC and hyperscale cloud platforms. Infrastructure supports high-density racks, flexible cooling strategies and modular growth, enabling customers to deploy from initial clusters through to large-scale AI platforms.

This is infrastructure designed for how AI is actually built and run — not retrofitted legacy space.

Who This Platform Is For

Designed for Organisations Running AI at Scale

Hyperscale cloud providers

 AI and machine learning platforms

Neo-cloud and GPU-as-a-service providers

Sovereign and national AI programmes

Large enterprises operating AI at production scale

Deploy AI Infrastructure Where the UK Is Building Its AI Future

If you are running power-intensive AI workloads, scaling machine learning platforms or expanding hyperscale cloud infrastructure, Stellium provides the location, power and connectivity required to operate at scale — today and into the future.