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atNorth ICE01 Reykjavík Data Center Campus

Reykjavík, Capital Region, IcelandPartially operational
Evidence
Planned / design
3.2 MW
Updated
Oct 28, 2026

atNorth ICE01 Reykjavík Data Center Campus, also known as atNorth ICE01, is a data center project in Reykjavík, Capital Region, IS associated with atNorth. More than 2,700 square metres of technical space; 3.2 MW published site power capacity. Tier 3 metro site powered by renewable geothermal and hydroelectric energy with natural free cooling.

Capacity

Reported capacity

Planned / design or future potential

3.2 MW

Source

Reported capacity

Planned / design or future potential

3.2 MW

Source

Operating IT capacity: Not established in published records

A missing figure does not mean zero. Planned, utility and generation figures are not operating IT capacity.

Development

Operating facility and documented expansionPartially operational

3.2 MW is the operator-published facility or campus design boundary.

Participants

atNorth

Developer

Sources by role
Developer (1)

Site & development

Location context

Actual

AtNorth ICE01 | Reykjavík | Capital Region | IS

Source

Location context

Actual

AtNorth ICE01 | Reykjavík | Capital Region | IS

Source

Location context

Actual

Reykjavík, Capital Region, IS

Source

Development detail

Actual

More than 2,700 square metres of technical space; 3.2 MW published site power capacity.

Source

Additional project facts

Lifecycle status

Actual

Partially operational

Source

Capacity basis

Actual

AtNorth publishes 3.2 MW of site power capacity for ICE01; Cartis does not equate it with measured IT load.

Source

Lifecycle status

Actual

Partially operational

Source

Capacity basis

Actual

3.2 MW facility or campus design capacity.

Source

Project identity

Actual

AtNorth ICE01

Source

Lifecycle status

Actual

Partially operational

Source

Capacity basis

Actual

3.2 MW facility or campus design capacity.

Source

Infrastructure & permits

Technical details (2)
Electric grid

Energized

Tier 3 metro site powered by renewable geothermal and hydroelectric energy with natural free cooling.

Cooling system

Operational

Cooling and efficiency claims remain limited to operator-described designs; no water use or delivered load is inferred.

Public-source research. Plans may change. See Evidence for sources and qualifications.