Capacity arrives in steps, each one already contracted, confirmed, or costed but not yet contracted. On-site generation carries the platform from 2027, ahead of the grid tie-in energising in 2028.
Labels are read strictly: contracted, confirmed, costed but not yet contracted, or Mod App in place. Quarters aggregate every step landing in that quarter.
A signed bilateral embedded generation agreement at 210 MWe firm, stepping to 390 MWe under the Modification Application. Offer signed and deposits paid.
A path to 1,000 MWt across the campuses by 2029: 400 MWt confirmed, 600 MWt requires costed reinforcement works. This is what carries the platform ahead of the grid.
A separate substation through the distribution network — the earliest power available on the platform.
Phase 1 is the programme above. Phases 2 and 3 are additional to it and to each other: each is a development position, none is contracted, and none carries value in the current plan. Gas converts to electricity at 55 per cent on gross calorific value, so a further 1,200 MWt gives 660 MWe. Tidal and solar are shown as static equivalent, not as generated output.
Capacity is offered in standard bands rather than by bespoke quote. Each deployment carries a pennant — C-01 is the first Cruiser — and that identifier follows it through commissioning and every invoice. Halls are built in 10 MW blocks against 15-year leases.
Shared hall. The smallest band offered, and the shortest path to first compute.
A single 10 MW block. The unit the build programme is sequenced around.
Multiple blocks within one thermal zone, commissioned and handed over together.
Half a hall, liquid to the rack, with the fabric specified against the tenant's workload.
A dedicated hall with its own power allocation. Anchor-tenant terms.
Capacity federated across campuses under a single offtake. Sovereign and frontier-lab scale.
Every campus runs the same six-gate commissioning programme, witnessed and evidenced at each stage, from signature to handover and into service. You see the same rail we do.
Dark subsea and carrier fibre terminates adjacent to the campus — the nearest existing subsea infrastructure is 0.8 km away. Primary and diverse routes reach Equinix MA5, Interxion/DLR and VDC CWL-1 at sub-5 ms round trip, with onward paths to the United States and mainland Europe. The campus benefits from direct access to subsea cable landings connecting Europe and the Americas, positioned at the gateway between Europe and the Atlantic.
Tidal and further generation offered on private wire.
Sizing in progress.
Solar and SMR nuclear offered on private wire; gas sourceable well beyond the initial build.