The 4-Pillar Infrastructure De-risking Model
Data centre delivery failure in the UK stems from unviable grid connections, contentious planning, and cooling resource bottlenecks. We systematically de-risk sites across four core vectors before shovel-ready handover to institutional developers.
Power Secured. Before You Build.
Land within 1km of 11kV, 33kV & 132kV substations. Validated with the UK's DNOs. Ready for up to 50MW.
Power is the constraint that kills data centre projects. We solve it first.
Every site we bring to market sits within 1km of a primary substation, with connection feasibility already confirmed directly with the relevant DNO — UK Power Networks, National Grid Electricity Distribution, SP Energy Networks, SSEN, Electricity North West, or Northern Powergrid.
- 2N — fully duplicated, independent feeds for zero-compromise uptime
- N-1 — scalable, flexible capacity that grows as you do
- 2N + N-1 hybrid — fixed critical load on 2N, flexible growth capacity on N-1
Sub-1km cable runs. Fewer wayleaves. Faster to energised.
Power First. Everything Else Follows.
How securing land within 1km of high-voltage substations connects facilities in months, not years.
Read briefing →Planning Risk, Removed Before Purchase.
Allocated employment land, PPA-backed timetables, and full alignment with the UK's new Critical National Infrastructure planning status.
- PPA route — legally agreed determination timetable
- B2/B8 allocated land — employment use already secured
- CNI-aligned — positioned under the UK's updated NPPF framework
Planning Risk, Engineered Out Before You Buy
How CNI statutory status, PPA agreements, and allocated employment land remove carrying cost risks.
Read briefing →Cooling Engineered for Density. Not Water Waste.
Racks up to 100kW+, targeting sub-1.2 PUE and sub-0.20 WUE — with waste heat feeding district networks and industrial processes, not the atmosphere.
- PUE target: below 1.2
- WUE target: below 0.20
- Chillers, rear heat exchangers, and dry cooling first — water used sparingly, through hybrid approaches only where it adds real efficiency
- Heat re-use into district heating and co-located processes like anaerobic digestion
Cooling That Doesn't Drain the Local Water Supply
Racks up to 100kW+, sub-1.2 PUE and sub-0.20 WUE, with waste heat turned into a community resource.
Read briefing →Your Waste Heat. Their Heating Network.
Masterplanned for district heat export, targeting BREEAM Outstanding, and exploring battery storage up to 200MWh.
- District heating export-ready heat exchangers and pipework
- BREEAM Outstanding as design target
- BESS capability up to 3-hour runtime, scaling to 200MWh
- Targeting the mandatory Biodiversity Net Gain planning requirement
Waste Heat Becomes the City's Heat Supply
Masterplanned district heat export, BREEAM Outstanding specifications, and battery storage up to 200MWh.
Read briefing →