Skip to content
All records
Data center siteSite record

Verne Mäntsälä AI Campus

Mäntsälä, FinlandUnder construction
Capacity
70 MW
Planned / design
Lead participant
Verne
Developer · Operator
Last updated
Aug 25, 2026
Most recent public record update

About Verne Mäntsälä AI Campus

Verne is building the first 70 MW of a renewable-power, high-density computing campus in Mäntsälä's Kapuli area; waste-heat reuse remains planned. Verne Mäntsälä AI Campus is located in Mäntsälä, FI and is a data center campus in construction status. Participants include Verne as developer, Verne as operator, Ardian as investor, Nivos as utility. Published specifications include 70 MW of design capacity. Development comprises First 70 MW build (construction). Key milestones include Verne announces Mäntsälä campus and acquired site (2024-12-17) and Verne marks construction start for first 70 MW (2026-06-17). electricity service: Nivos is the named supplier; contracted capacity and energization date are not public. district heat reuse: Waste heat is planned for local community heating; counterparty, capacity and delivery date remain not publicly disclosed.

Capacity

Planned / design
Operating capacityAn operating IT-capacity figure has not been publicly disclosed.
Design70 MWActual · Verne Mäntsälä AI Campus

Development

1 phases · 2 milestones
First 70 MW buildUnder Construction

Only disclosed physical build; 70 MW is design/build capacity, not operating capacity.

Dec 17, 2024
Verne announces Mäntsälä campus and acquired site
Completed
Jun 17, 2026
Verne marks construction start for first 70 MW
Completed

Infrastructure

Utility ServiceUnder Construction

Nivos is the named supplier; contracted capacity and energization date are not public.

Heat ReusePlanned Or Represented

Project map

0 of 1 project point mapped
Infrastructure facts
2
Mapped records
1
Capacity figures
0

No map point available

Power & interconnection: 1Cooling & water: 1

Facts & sources

Published claims and their source links.

8 facts
Initial Design Capacity
70 MW
Actual
Site Area Approximately
10 hectares
Actual
Physical Construction Started
True
Actual
Actual Construction Start
2026-06-17
Actual
Renewable Energy Design
True
Actual
Waste Heat Reuse Planned
True
Actual
Named Power Supplier
Nivos
Actual
High Density Workloads Targeted
True
Actual