CA Data Center

Claesson & anderzén • EST. 1912

CA Data Center

Claesson & anderzén • EST. 1912

Skive Data Center · Denmark

135 MW of AI-ready power.
Secured in Denmark.

AI and HPC infrastructure inside Denmark's GreenLab energy park.
First 25 MW ready for service Q3 2027. Contact Sales

135 MW

Contracted grid capacity

< 1.2

Target PUE

< 95 €/MWh

All-in electricity cost

Q3 2027

First 25 MW RFS

Project

Built for AI and HPC workloads

Skive Data Center sits in western Denmark, inside GreenLab — Denmark’s national-designated industrial park for energy-intense industries.

Land secured: 8.2 hectares plus a 4.2-hectare adjacent expansion plot, on a 30-year lease.

Power secured: a 135 MW dual-fed substation with 84 MW of directly connected wind and solar through a 10-year PPA.

Phase 1 delivers up to 100 MW of IT load on the secured plot, with phased intake from 6 MW. Long-term capacity reservation across the broader site extends beyond 300 MW.

Designed to Tier III standard. Engineered for high-density AI and HPC — 10 to 150 kW per rack — with a phased delivery model that scales with tenant demand.

Key specifications

Contracted grid capacity 135 MW Dual-fed substation IT load capacity 6 → 100 MW Phase 1, phased delivery Operational Q3 2027 First 25 MW RFS Site 12.4 ha 8.2 + 4.2 ha, 30-yr lease
Direct renewables ~84 MW Wind + solar, 10-yr PPA Target PUE < 1.2 Nordic climate, free cooling All-in electricity < 95 €/MWh Wholesale + T&D + taxes Cooling DLC + air Up to 150 kW/rack
Redundancy N+1 Tier III, concurrently maintainable Connectivity 2 fiber routes Dark fiber + WDM available Floor loading 4 t/sqm 40 kN, AI-ready Expansion potential > 300 MW Long-term site reservation

The differentiator

Inside GreenLab — an energy park built for industries like yours

GreenLab is Denmark’s national green industrial park, operational since 2019. Majority-owned by Norlys — Denmark’s largest energy and telecom group, with 800,000 members and 4,500 staff — alongside Skive Municipality and regional foundations as minority holders.

Activated as an official Danish regulatory test zone in 2021. Selected as a National Industrial Park under the Danish government’s Red/Green framework. Sector-coupled energy infrastructure — directly connected renewables, 44 MWh of battery storage, district heating integration, and flexibility services — colocated with the load.

€400M in committed regional capital. Over DKK 3 billion in investments attracted to the park to date.

Why it matters

Grid access, solved

Skive sits on a private renewable microgrid, the only one of its kind in a Danish industrial park. Power is contracted, not queued.

Why it matters

Energy, on-site

Direct connection to the 84 MW Eurowind wind and solar park (13 turbines plus 26 MW solar). 44 MWh of park-level battery storage. Energy flows through GreenLab’s SymbiosisNet — a live intelligent platform for real-time energy sharing between tenants.

Why it matters

Regulatory flexibility

Test-zone status enables direct PPAs and grid configurations not available on the general Danish grid. Fast-track permitting under the National Industrial Park framework.

Roadmap

Where the project stands today

Q4 2025

Land & power secured

30-yr lease signed; GreenLab regulatory test zone activated.

Q2 2026

Concept design complete

Tier III, single-floor, 100 MW IT load capacity.

Q2 2026

Groundwork started

Long-lead orders placed. On site, on schedule.

Q4 2026

Building shell

Phase 1 envelope complete.

Q2 2027

135 MW substation complete

Dual-fed capacity online.

Q3 2027

Commissioning & RFS — first 25 MW

Phase 1 ready for service.

Q4 2027

RFS — second 25 MW

Phase 1 ready for service.

2028 +

Phased ramp

Halls delivered as tenants ramp.

Long-term

Phased ramp

Halls delivered as tenants ramp.

"Operational, not conceptual."

Speed to power

First 25 MW operational Q3 2027

CA has committed to a 25 MW speculative build — proceeding with or without a contracted anchor tenant. After Phase 1 commissioning, additional 25 MW increments deliver in step with tenant demand.

Most European hubs are facing 7–10 year grid connection lead times for new 50 MW data centers. Skive flips that — power is contracted, the build is committed, the construction methodology is proven, and 60 MVA is available today.

25 MW

Phase 1

RFS Q3 2027

+25 MW

Increments

Phased to tenant ramp

0

Anchor tenants required

Build is committed

"In a market where power is the bottleneck, time-to-power is the product."

Location

Skive, western Denmark

56.57°N, 8.77°E

  • 8.2 + 4.2 hectares signed inside GreenLab, full zoning completed
  • 30-year land lease secured
  • Groundwork commenced Q2 2026
  • Three international airports within 100–130 km (Aalborg, Aarhus, Billund)

European context

City Distance from Skive
Skive Origin
Amsterdam ≈ 600 km
Berlin ≈ 600 km
London ≈ 950 km
Paris ≈ 1 100 km
Nordic data center neighbors From Skive
Apple Foulum ~50 km
Microsoft (Western Denmark region) ~110 km
Google Fredericia ~110 km
Meta Odense ~180 km

Power & grid

Power: secured, redundant, low-cost

Grid

  • 135 MW dual-fed substation, RFS Q2 2027 — bought and paid
  • 60 MVA available today
  • 120 MVA transformer capacity installed
  • 22 kV MV utility intake stepped down to 400 V LV
  • 300+ MW total site potential for long-term expansion

Renewables

  • Direct connection to the 84 MW Eurowind wind and solar park
  • 13 wind turbines (one inside the GreenLab park) plus 26 MW solar
  • 10-year PPA — Denmark's first industrial-park direct PPA
  • Energy flows through GreenLab's SymbiosisNet infrastructure

Backup & flexibility

  • N+1 backup architecture, dedicated generator per power train, on-site fuel storage
  • Integration with GreenLab's 44 MWh park-level battery storage
  • Potential to contribute flexibility services to the grid
  • DK1 spot price duck-curve enables BESS-driven cost optimization

Backup fuel strategy configurable — HVO / bio / e-fuel pathways available per tenant sustainability requirements.

Cost

Among Europe's lowest total cost of electricity

GreenLab Skive’s all-in electricity cost — wholesale + transmission & distribution + tax — is meaningfully below the major European data center hubs.

 
GreenLab Skive
€95/MWh
Helsinki
€83/MWh
Stockholm
€96/MWh
Malmö
€107/MWh
Amsterdam
€110/MWh
Dublin
€110/MWh
Paris
€120/MWh
Madrid
€120/MWh
Frankfurt
€145/MWh
London
€145/MWh

Source: internal analysis of wholesale + T&D + tax. Skive’s price has further downside through peak shaving and heat recovery income.

Cooling & density

Built for high-density AI workloads

Engineered for next-generation AI and HPC workloads. Direct Liquid Cooling (DLC) is the primary heat removal path, supporting up to 80% of the cooling load. Air cooling is available for up to 40% of heat capacity, supporting hybrid deployments and lower-density workloads. The data halls support 10 to 150 kW per rack — from conventional IT through extreme high-density GPU clusters. Environmental conditions are maintained per ASHRAE TC 9.9 (23°C ± 3°C). Nordic climate enables free cooling for the majority of operating hours.

Liquid

DLC-ready

Coolant distribution infrastructure designed in from day one. Ring-fed DLC supported by Coolant Distribution Units (CDUs). Supports direct-to-chip and rear-door heat exchanger deployments. Suitable for current and next-generation GPU densities.

Air

Air-cooled option

High-efficiency air-based cooling in ring topology, up to 3 MW per IT hall. Available for lower-density or mixed workloads. Hybrid deployments supported within and across data halls.

Facility

Tier III, AI-ready, built for AI rack weight

A purpose-built single-floor facility on a 125,000 sqm plot. Engineered to Tier III with concurrent maintainability across all critical mechanical and electrical systems.

 
Tier III Concurrently maintainable 125,000 sqm Total plot area Single-floor Layout
4 t/sqm Floor loading (40 kN) N+1 Power, cooling, connectivity 10–150 kW Rack density range

Project

22 kV utility intake into dedicated on-site substations, stepped down to 400 V via high-efficiency transformers. Modular E-pod distribution with switchgear and UPS. Four fully independent power trains (A, B, C, D) per IT hall. Each hall up to 7.5 MW redundant IT load, 10 MW installed.

Physical security & resilience

Hardened building shell with reinforced concrete walls up to 4 m. Reinforced flooring across IT halls, goods reception, and main corridors. Multi-layered perimeter, 24/7 staffed checkpoint, zoned access with mantraps. Inergen and high-pressure water mist suppression. Direct fire-brigade alarm transmission.

Connectivity

Two fiber paths into a North Sea cable hub

01
Two physically diverse fiber connections into the GreenLab site
02
Dark fiber and WDM (DWDM/CWDM) capacity options
03
Norlys (GreenLab's majority owner) operates Denmark's largest integrated fiber network
04
150 km from the Esbjerg/Blåbjerg North Sea submarine cable cluster
05
Direct routes to HAVFRUE (transatlantic, Meta + Google, 108 Tbps), Havhingsten (UK / Ireland), HAVSIL (Norway), COBRA (Amsterdam)
06
IOEMA cable in development: UK · Netherlands · Germany · Denmark · Norway
07
Internet exchanges: DE-CIX Copenhagen & Esbjerg, DIX (Danish Internet Exchange), Netnod IX Copenhagen
08
Latency to FLAP-D and Nordic hubs. Final RTT figures confirmed under NDA.

Carrier-neutral approach. Meet-me-room and specific carrier onboarding details available under NDA.

Sustainability

Efficient by design, integrated by location

The GreenLab park is an integrated energy ecosystem. The data center draws renewables directly, shares waste heat with local off-takers, and is metered to meet EU reporting requirements from day one.
PUE < 1.2 Nordic climate and modern cooling architecture ~84 MW Direct renewables — wind + solar via 10-year PPA
Heat reuse Sold to local district heating and biogas plant — lowering ERE and creating revenue EU-ready Designed to meet EED Annex VII / Commission reporting framework

GreenLab is more than a green branding choice. The park is a live circular industrial cluster — Denmark’s only industrial park with its own private renewable microgrid — operated by institutional, investment-grade owners with proven ability to attract energy-intensive tenants.

Commercial model

The shell is ours. The fit-out is yours.

A turnkey power shell means we deliver the site, building envelope, power, cooling plant, and connectivity. The tenant designs and operates the IT fit-out.

Rack density, hall allocation, redundancy, cooling mix, and energy contracting are tailored per tenant. Build-to-suit available for 25 MW+ commitments. Long-term lease structures (10–15+ years) with take-or-pay on reserved capacity. Energy passed through at cost.

We build the shell around your workload — not the other way around.

The company

Backed by CA Group

established 1912

Claesson & Anderzén (CA Group) is a Swedish family-owned industrial group founded in 1912. Over four generations, the group has built a track record in long-term real estate development, energy infrastructure, and active ownership of listed and private holdings.

Today the group employs over 2,000 people, owns a USD 2 billion real estate portfolio, and holds a Nordic credit rating of BBB- (stable) with a 50.8% equity ratio.

CA Data Center is the group’s dedicated platform for digital infrastructure. The Skive build represents a total investment of approximately USD 1 billion. Sister companies in the group include Catella (European real estate advisory and investment, USD 18 billion AUM), CA Fastigheter (real estate, Sweden and Berlin), CPC GmbH (Berlin), and Grain Alliance (Ukrainian agriculture).

USD 2 bn

Real estate portfolio

2,000+

Employees in group

50.8%

Equity ratio

BBB-

Nordic credit rating (stable)

The company

Backed by CA Group

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