// cosmogenic.org — energy intelligence — 2026.02

Scotland's
Power Advantage

// renewable compute · energy cost analysis · infrastructure map

Scotland generates more electricity than it consumes. The Pentland Firth holds the world's strongest tidal resource. A 2GW HVDC cable lands at Peterhead. This is not potential — it is operational infrastructure, and it is the foundation of a structural cost advantage in distributed AI compute.

97% Renewable electricity 2024
2GW Peterhead HVDC capacity
£0.06 Wholesale power /kWh
// global data centre power cost — $/kWh commercial rate — click to compare
Europe · UK
Scotland
£0.06
— £0.09 / kWh commercial
Tidal · Wind · Hydro
97% renewable
Europe · Nordic
Iceland / Norway
$0.03
— $0.06 / kWh commercial
Geothermal · Hydro
Near-zero carbon
Americas · East Coast
USA (Virginia)
$0.09
— $0.12 / kWh commercial
Mixed grid · Gas dominant
High cooling overhead
Europe · Central
Germany
€0.18
— €0.26 / kWh commercial
LNG · Wind · Coal phaseout
High industrial tariff
Europe · UK South
UK (London/SE)
£0.24
— £0.35 / kWh commercial
Mixed · Interconnectors
Grid constrained
// scotland energy infrastructure — click asset to explore

Scotland's Energy Assets

// Operational infrastructure · not future plans
Pentland Firth Tidal
MeyGen Phase 1 operational · World's largest tidal array · Predictable baseload · North tip of Scotland
1.9GW
Potential
Offshore Wind
Moray East · Seagreen · Neart na Gaoithe · Dogger Bank (partial) · Largest per-capita wind in Europe
14GW
Installed + Pipeline
Peterhead HVDC Link
2GW subsea cable · Caithness-Moray link · Aberdeenshire landing · Direct route to GB grid · 48k's daily commute
2GW
Transmission
Highland Hydro
Cruachan pumped storage · Glendoe · Sloy · Ben Nevis system · Seasonal storage capability
1.8GW
Capacity
North Sea Fiber Network
Tampnet subsea backbone · 350+ oil platform connections · Peterhead cable landing · Low-latency to Europe
350+
Nodes connected
Ellon Node (cosmogenic)
Dell R740 · Solar hybrid · 5060 GPU · Proxmox · Federation live · 8km from Peterhead HVDC landing
Live
Operational
// select an asset
Scotland's Energy
Infrastructure
Click any asset to inspect
Each of these represents operational infrastructure — not planning permission, not future investment, not potential. The question is not whether Scotland can power distributed AI compute. It already does.
// power usage effectiveness (PUE) — 1.0 = perfect · lower is better
PUE: Where Power Goes

PUE measures how much power a facility uses beyond the compute itself. A PUE of 1.5 means 50p of every £1 spent on power goes to cooling, lighting, and infrastructure rather than computation. Scotland's climate gives edge nodes a natural advantage here.

Cosmogenic Edge Node
The Garioch · Air cooled · Solar hybrid
1.10
Google (best DCs)
Custom cooling · High investment
1.12
AWS / Azure Average
Mixed portfolio globally
1.20
Typical Colocation DC
Standard commercial facility
1.40
Legacy Data Centre
Pre-2010 · Air-cooled hot aisle
1.70
Mycelium DC Concept
Waste heat → mushroom cultivation
1.05
// annual power cost — 1MW compute deployment
Running Cost Comparison

At 1MW of compute draw — a modest AI inference cluster — the power cost differential between Scotland and a London facility is substantial enough to fund additional hardware annually.

Hyperscale
(London)
Edge
(Scotland)
Power cost /kWh
Commercial rate
£0.28
£0.08
PUE overhead
Effective multiplier
×1.4
×1.1
Effective cost /kWh
Including cooling overhead
£0.39
£0.09
Annual (1MW · 8760hrs)
Power cost only
£3.4M
£0.79M
Annual saving
Scotland vs London DC
£2.6M
// interactive model
Power Cost
Calculator
Compute draw: 100 kW
Hours/day operational: 20 hrs
London DC annual
Scotland edge annual
Annual saving
= RTX 5060 Ti cards equivalent

Assumes London £0.28/kWh PUE 1.4 vs Scotland £0.08/kWh PUE 1.1. Power saving alone funds hardware expansion. This is the compounding advantage of brownfield infrastructure.