Building a sustainable earth and space economy

Digital Reef assembles the essential ingredients of digital capacity: power, connectivity, compute and consent. Behind every site is a coordinated programme securing grid and energy supply, fibre, technology partnerships and environmental approvals, creating sovereign-ready infrastructure for AI and cloud workloads.

The Foundations of digital capacity

Power and Energy

Grid capacity, private wire networks and low-carbon supply secured early, with a clear route from 100MVA to 1GVA.

  • Grid connections with N-2 resilience
  • Renewable energy from wind and solar
  • Battery storage and fuel cells
  • Future pathways to advanced nuclear, including small modular reactors

Connectivity

Diverse, low-latency fibre linking each site to the markets it serves.

  • Diverse fibre routes and multiple carriers
  • Network and subsea cable partnerships
  • Low-latency access to major cloud regions

Compute
and Technology

Partnerships across the AI and cloud supply chain.

  • Access to next-generation compute and hardware
  • AI-ready designs for high-density workloads
  • Liquid cooling and advanced thermal solutions

Sovereign Data
and AI

Infrastructure that keeps data, compute and control within national borders.

  • Sovereign AI and national compute capacity
  • Public sector, defence and regulated workloads
  • Data residency and security built in from the start

Environment
and Monitoring

Ecology, water and carbon strategies integrated from day one.

  • Biodiversity net gain and ecological enhancement
  • Carbon and embodied-carbon strategies
  • Real-time monitoring, reporting and verification through our partnership with Xange

Efficiency

Designed to use less power and water, and to put waste heat to good use.

  • Cooling strategies matched to local climate
  • Heat reuse for district heating and industry
  • Continuous PUE and WUE monitoring

Cooling that doesn’t compete for water

Permitted Cooling Sources

  • Rain falling on a clear umbrella
    1. Rainwater
  • Water running from a shower head
    2. Reclaimed Water
  • Aerial view of a water treatment works
    3. Recycled Water

Every campus uses a cooling strategy tailored to its local climate and occupier requirements, with minimising water use as a core design objective.

  • Trees reflected in a river
    4. River Water
  • Drinking water poured into cupped hands
    5. Potable Water

  • Non-permitted Sources

Digital Reef — Our Approach
Our Approach
Efficiency by design

Air-cooled, closed-loop and liquid cooling systems prioritised to reduce or eliminate water demand

Water where it adds value

Adiabatic or evaporative cooling used where it improves energy efficiency or meets occupier specifications

Sustainable sources first

Harvested rainwater, reclaimed water and greywater prioritised, reducing reliance on mains supply

Climate resilient

Connection strategy, resilience and behind-the-meter solutions

We design every facility to use water responsibly, balancing occupier needs with the needs of local communities and the environment.

A connected ecosystem

More than a Data Centre

Our campuses are designed as part of a wider ecosystem, where energy, data, food and industry support one another. Shared power, heat, water and connectivity create opportunities for co-located uses that add value for occupiers, investors and local communities.

Swipe to explore the campus

Energy

Renewable generation, storage and shared grid infrastructure

Data

Cloud, AI and edge capacity serving regional and national markets

Food resilience

Automated vertical farms using waste heat, resilient power and closed-loop water systems to grow fresh produce locally, all year round

Advanced manufacturing

Industrial users benefiting from resilient power and connectivity

Community uses

Waste heat supplied to district heating, greenhouses and local industry