01Now - 2026
Data Center
- Green, sustainable, highly efficient DC
- Low PUE - 1.10 to 1.20 - with hydro cooling
- High future demand for AI data centers
- First DC dedicated to AI in the SE, Adriatic region and Central Europe
Green DataIstria · Tupljak · Croatia
Adriatic
Datacenter
Campus
A 40 MW AI-ready data center, expandable to 60+ MW - a key player in digital transformation and AI services in South Europe.
- 40 MW
- Phase one power load
- 86,000 m²
- Campus area
- 1.10–1.20
- Target PUE
- Tier III
- Uptime Institute
01The vision
A key player in digital transformation and AI services in South Europe.
Sustainable by design
Ecologically sustainable and emission-neutral, following accepted best practices and regulations.
Modular and extremely flexible
Supports various IT loads targeted at AI, high-performance computing, cloud services and enterprise workloads.
Certified operations
Certified to accepted worldwide IT security and operational standards.
02Key figures
Built for scale from day one
0 MW
Power load in step 1
0+ MW
Expansion in step 2
0
Floors · 23 m building height
0
Buildings · separate electro-technical facility
Certified Uptime Institute Tier IIIEN 50600 Class 3
03The site and land
Istria - connected, stable, private
- More than 85,000 m² of privately-owned land in an industrial zone
- Coordinates 45.20776 N, 14.09587 E - Tupljak, Istria
- Access to motorways and five airports
- No history of earthquakes or floods
- Dark fiber available · undersea cable access linking to Italy and France
- EU member state - Croatia joined the Schengen area in January 2023
Climate comparison
| Location | Temp °C | Temp °F | Rain mm | Rain inch |
|---|---|---|---|---|
| London | 10.8 | 51.4 | 690 | 27.2 |
| Madrid | 14.5 | 58.0 | 415 | 16.3 |
| Frankfurt | 10.7 | 51.3 | 727 | 28.6 |
| Paris | 11.7 | 53.0 | 720 | 28.3 |
| Istria | 14.7 | 58.5 | 1008 | 39.7 |
04Building and campus
More than 86,000 m² of campus
Campus
- Total area above 86,000 m² - buildable area above 45,000 m²
- Two main buildings of 46 m × 98 m (4,508 m² each) · three floors · 23 m height · about 27,000 m² in total
- Technical building of approximately 67 m × 27 m (1,809 m²), around 7 m height
- Parking, office space, two access roads and two loading areas
- Firefighting and access road around the entire building
Engineering
- Designed for 40 MW in phase I - expandable to 60 MW in phase II
- Water-cooled infrastructure with a living green façade
- Certified facility - Uptime Tier III · EN 50600 Class 3
05Masterplan
40 MW in phase one
3
Floors per building
6
Data rooms in total
10 MW
Design load per data room
Capacity mix - phase one, 40 MW
06Rack density
Modular and extremely flexible
Capable of supporting a mix of various IT loads - from enterprise workloads to the densest AI GPU clusters.
AI GPU loads
~25 kW · max 60 kW / rack
Cloud computing
~12 kW · max 20 kW / rack
Enterprise
~8 kW · max 12 kW / rack
Typical load per rack Maximum supported load
07Overall potential of the project
One site, three energy horizons
02Phase 2
Solar Energy Center
- More than 40,000 m² of land plus 10,000–12,000 m² of roof
- Site capacity of at least 6 MW solar power
- Power sold to the grid or under a PPA
- Battery storage on site · permit easy to obtain
032030 - 2035
Hydrogen Production
- Produced on site - water and solar power available
- Part of the North Adriatic hydrogen valley
- Battery storage on site
Solar Energy Center
40,000+ m²Of land available for solar
10–12,000 m²Of roof surface on the buildings
6 MWMinimum solar power capacity
- Generated power can be sold to the grid company
- Or placed under a PPA with the data center project on site
- Battery storage on site
- Permit will be required but is easy to obtain
Hydrogen on site · 2030–2035
- Data center with passive hydro and air cooling, solar power park and hydrogen production - all on one site
- 6 MW solar park plus battery storage enable hydrogen production using on-site water storage
- Great geographical position - proximity to the North Adriatic and South Tyrol hydrogen valleys
- Rainwater storage of 10–13 thousand m³ on site
- Access to EU-sponsored funds
08Why this project
A rare combination of site, energy and timing
Ideal location
Sufficient energy and cooling capabilities - unique in this part of Europe.
Efficient and green
Low PUE, high efficiency - a green, sustainable data center.
Local impact
Empowers the local workforce and suppliers in new advanced technologies.
New services
Provides new advanced services in all segments of the economy.
10Project readout
Design targets at a glance
Phase one · permitting
6.08 MW
Contracted grid power
Secured power contract on site today
40 MW
Phase one design load
Expandable to 60+ MW in phase two
1.10–1.20
Design PUE
Water-cooled infrastructure, passive hydro and air cooling
10–13k m³
Rainwater storage
On-site storage supporting cooling and hydrogen production
09Time frame and schedule
From powered site to operation
1
Done
Groundwork
Land, infrastructure, fibre network, assessments and feasibility study. Support of regional and local municipality. 6.08 MW power contract, initial team, project advisor and framework. Tender documents for global design.
2
Done
Master plan
Master plan for a 40 MW data center in phase one, with the possibility of an upgrade to 60+ MW within the next 10 years.
3
31.10.2026
Permit and team
Construction permit. Team setup - CEO, CTO, CFO. International sales team and start of selling services.
4
2027–2028
Construction
Building phase one of the project - 40 MW. Deadline 31.12.2028.
5
2029
In operation
Adriatic Data Center in operation, together with the partner / investor in the project.
