Compute needs more than a building.
Nordwind coordinates complete feasibility studies for AI data centres and brings site, power, infrastructure, planning and development together into a reliable basis for investment decisions.
AI is reshaping infrastructure.
Rapidly growing demand for compute places new requirements on locations. A data centre needs far more than a suitable plot of land.
The decisive factors are interdependent. Nordwind brings them together within a structured feasibility assessment.
- Power
- Grid connection
- Scalability
- Fibre
- Cooling
- Water
- Planning
- Permits
- Logistics
- Environment
- Municipal framework
Feasibility before investment.
Nordwind coordinates complete feasibility studies for AI data centres and data centre developments — bringing together engineers, specialist designers, expert consultants, grid operators, energy companies, authorities, municipalities and infrastructure partners within one structured assessment process.
Nordwind does not need to carry out every technical study itself. Our core capability lies in coordination, structuring and overall assessment.
Site & Land
Whether a location works is decided first by area, geometry and room to expand.
- Land
- Site area
- Geometry
- Topography
- Expansion land
- Logistics
- Surroundings
Site & Land
Whether a location works is decided first by area, geometry and room to expand.
- Land
- Site area
- Geometry
- Topography
- Expansion land
- Logistics
- Surroundings
Power & Grid
Available connection capacity and its delivery timeline are usually the decisive criterion.
- Available capacity
- Potential connection capacity
- Grid connection
- High voltage
- Substation
- Expansion paths
- Redundancy
- Timing
Fibre & Connectivity
Compute is only usable if data connectivity is redundant and high-performing.
- Fibre
- Carriers
- Redundant routes
- Backbone
- Connectivity
Cooling
The cooling concept follows from the site — not from a blanket technology decision.
- Cooling concepts
- Technical options
- Site conditions
Water
Water availability and supply situation are assessed project by project.
- Water availability
- Supply
- Project-specific requirements
Planning Law
Planning conditions determine whether and within what timeframe development is possible.
- Planning law
- Development plan
- Land use plan
- Permitted use
- Development potential
Permits
Critical permitting paths often determine the realistic project timeline.
- Required permits
- Critical permitting paths
Environment
Environmental and land restrictions must be identified early, not during the process.
- Environment
- Emissions
- Land restrictions
- Sustainability requirements
Waste Heat
Depending on the surroundings, waste heat can become part of a wider energy concept.
- Waste heat
- District heating
- Adjacent uses
- Potential energy integration
Logistics
Construction and later operation place different demands on access.
- Construction
- Heavy transport
- Accessibility
- Operations
Economics
Key cost factors and development timelines are brought together in a structured way.
- Land
- Servicing
- Infrastructure
- Development period
- Key cost factors
Risk
A robust study also shows when a site is not suitable.
- Deal breakers
- Critical dependencies
- Timing risks
- Infrastructure constraints
From complexity to a decision.
The study consolidates the individual assessments into a structured overall evaluation — the basis for a reliable investment decision.
- Site
- Suitable / constrained / critical
- Power
- Availability / expansion option / timing
- Connectivity
- Availability / redundancy
- Planning
- Status / required steps
- Cooling
- Possible concepts
- Infrastructure
- Required measures
- Risks
- Critical points
- Timeline
- Possible development path
- Next step
- Concrete project roadmap
A data centre does not have to stand on its own.
Nordwind develops concepts in which AI infrastructure is integrated into a wider location strategy. Infrastructure becomes location development.
- AI data centre
- Hyperscale data centre
- High performance computing
- Energy infrastructure
- Substations
- Battery storage
- Renewable energy
- Heat networks
- Research
- Technology companies
- Universities
- Commercial
- Residential
- Public infrastructure
- Mobility
Energy becomes part of the development.
Power supply is among the most important factors for modern AI data centres. Nordwind treats it as part of the location concept from the earliest phases.
- Grid connection capacity
- High voltage infrastructure
- Substations
- Generation
- Battery storage
- Renewable energy
- Long-term supply
- Redundancy
- Expansion stages
Compute produces energy that can be put to further use.
In suitable location concepts, the resulting heat can serve adjacent uses. Technical and commercial feasibility are always assessed site by site.
- Residential districts
- Commercial
- Public buildings
- Hospitals
- Swimming pools
- Industry
- Greenhouses
- District heating
Developing AI infrastructure in Europe.
Nordwind coordinates feasibility studies and local development structures for international companies exploring AI and data centre projects in European markets.
- Site
- Power
- Grid connection
- Connectivity
- Cooling
- Water
- Planning law
- Permits
- Infrastructure
- Project partners
- Delivery
We connect real estate development, infrastructure and strategy.
Location development
Analysis of potential sites and their development capacity.
Feasibility study
Coordination of the entire assessment process across all required disciplines.
Concept development
An overarching use concept combining data centre, energy, commercial, research and urban development.
Project structuring
Definition of the required development phases and project partners.
Land strategy
Analysis of required site areas, expansion land and development phases.
Energy infrastructure
Coordination of assessments for grid connection and supply concepts.
Municipal liaison
Preparation of discussions with municipalities, economic development agencies, authorities and grid operators.
Partner structure
Identification of suitable partners for design, energy, infrastructure, construction, operations and research.
From site concept to execution.
Seven phases that turn a location question into a structured development project.
- 01
Site
Identifying the land and its framework conditions.
- 02
Feasibility
Assessing power, grid, infrastructure, connectivity, water and planning.
- 03
Strategy
Defining the development model and possible scale.
- 04
Concept
Connecting data centre, energy, research, commercial and urban development.
- 05
Partners
Bringing together investors, operators, energy partners and municipalities.
- 06
Development
Coordinating design, permitting, infrastructure and project structure.
- 07
Execution
Supporting delivery of the individual project components.
We are looking for sites with potential.
Land
Large-scale development areas with long-term room to expand.
Power
High available or developable grid connection capacity.
Infrastructure
Proximity to high voltage networks, fibre and suitable transport infrastructure.
Planning
Planning conditions capable of supporting development.
Municipality
Political and economic willingness to pursue long-term location development.
Scalability
The ability to develop a site across several phases.
Partners for site decisions.
- 01Cities
- 02Municipalities
- 03Economic development agencies
- 04Landowners
- 05Developers
- 06Institutional investors
- 07Infrastructure investors
- 08Energy companies
- 09Grid operators
- 10Data centre developers
- 11Data centre operators
- 12Hyperscalers
- 13Technology companies
- 14Family offices
- 15Private equity
- 16Infrastructure funds
Tomorrow's infrastructure begins with today's decisions.
If you hold suitable land, want to develop a site, or are looking for a strategic project partner for an AI infrastructure project, let's talk.