atNorth ICE03 Akureyri Mega Data Center Campus
- Planned / design
- 50 MW
- Updated
- Oct 28, 2026
atNorth reports that it delivered a dedicated high-performance computing environment for Qube Research & Technologies at ICE03 in seven months. The case study does not disclose a delivery date or MW amount and does not establish completion of the wider campus expansion. atNorth ICE03 Akureyri Mega Data Center Campus, also known as atNorth ICE03, is a data center project in Akureyri, Northeastern Region, IS associated with atNorth. 4.3-hectare Tier 3 campus; 50 MW published campus power capacity; operating with room for expansion. Renewable geothermal and hydroelectric power, free cooling, high-density support and redundant connectivity. 12 MW is the facility size reported when ICE03 opened in 2023. The prior 50 MW value is expansion potential and is retained only as future context.
Capacity
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
12 MW is the facility size reported when ICE03 opened in 2023. The prior 50 MW value is expansion potential and is retained only as future context.
Milestones (2)
Jan 1, 2023 · Recorded actual event
Completed · Commercial operation
Source not linkedJun 19, 2025 · Recorded actual event
Completed · Status changed
Source not linkedParticipants
Site & development
Additional project facts
Capacity basis
ActualAtNorth publishes 50 MW of campus power capacity for ICE03; Cartis does not equate it with measured IT load.
SourceCapacity basis
Actual12 MW is the facility size reported when ICE03 opened in 2023. The prior 50 MW value is expansion potential and is retained only as future context.
SourceInfrastructure & permits
Technical details (3)
Energized
Renewable geothermal and hydroelectric power, free cooling, high-density support and redundant connectivity.
Operational
Cooling and efficiency claims remain limited to operator-described designs; no water use or delivered load is inferred.
Energized
12 MW facility design
Renewable hydro/geothermal supply supports the opened facility; 50 MW is future potential.
Project map
Public-source research. Plans may change. See Evidence for sources and qualifications.