GIS Tool
Regional agencies from Germany (Brandenburg), Croatia, and Poland independently reviewed the GIS hydrogen-energy model.
Despite different administrative systems and datasets, all evaluators reached a similar conclusion:
The tool works not only as a map — but as a strategic decision engine for planning the energy transition.
Below is a consolidated summary of the most relevant insights for regional policy makers and planning authorities.
1) What the tool actually helps you decide
Across all regions, the strongest value appeared in early planning decisions — long before investment or permitting starts.
Identify the right locations — fast
Authorities confirmed the platform can quickly highlight:
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optimal electrolysis sites (near renewable energy sources, water access and industry clusters)
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hydrogen demand centres such as ports, industrial zones and transport corridors
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infrastructure gaps and grid bottlenecks
Instead of feasibility studies taking months, planners get a first strategic map within minutes.
Understand the full system — not just energy
Unlike classical energy maps, the model connects:
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industry demand
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mobility flows
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renewable production
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grid infrastructure
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land-use planning
Datasets are transformed into hydrogen supply & demand indicators, allowing authorities to test scenarios instead of only viewing raw data.
In practice:
You can simulate what happens if a new industrial park opens or a hydrogen bus fleet is introduced — before investing public money.
2) Why regional governments found it useful
All partners stressed the same benefit:
it supports political decisions with spatial evidence.
A bridge between departments
The model brings together data that normally sits in different offices:
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DepartmentWhat the tool connects
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Spatial planningland use & zoning
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Energy agenciesRES potential & demand
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Transportmobility corridors
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Industryconsumption clusters
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Infrastructuregrid capacity
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This dramatically improves clarity of regional development options.
A tool for strategy — not just analysis
Authorities identified concrete policy uses:
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hydrogen roadmaps
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municipal heat planning
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industrial transformation zones
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hydrogen valleys
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corridor planning
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smart-specialisation strategies
Several reviewers highlighted it could become an official analytical instrument for energy and climate plans.
3) What makes the model transferable between regions
Even though datasets differ strongly between countries, evaluators confirmed the platform is structurally reusable.
Works with your data — not only project data
Typical inputs already available in most administrations:
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industrial registries
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renewable energy cadastres
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population and mobility statistics
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grid infrastructure maps
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spatial planning layers
Meaning: you do NOT need hydrogen data to start — the model can build indicators from standard regional datasets.
4) What regions learned about implementing it
The reviews revealed a very practical lesson:
The main barrier is not technology — it is coordination of data owners.
Common institutional challenges:
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confidentiality of industrial energy consumption
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fragmented datasets across municipalities
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incompatible formats and missing metadata
Recommended governance model
Successful uptake requires:
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a regional planning authority as operator
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regular data updates
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cooperation with utilities and statistical offices
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shared geospatial standards
Once organised, regions concluded the platform can become a permanent planning infrastructure.
5) How it improves policy quality
Authorities highlighted three concrete improvements in decision-making:
Evidence-based investments
Instead of:
“Where should we build hydrogen infrastructure?”
You can answer:
“Where does hydrogen reduce the most emissions per euro?”
Faster stakeholder alignment
The map becomes a neutral negotiation platform between:
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municipalities
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industry
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utilities
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ministries
Scenario planning instead of static plans
The tool allows testing:
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2030 vs 2050 demand
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low vs high hydrogen uptake
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grid capacity constraints
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cost sensitivity
Key Takeaway for Policy Makers
The GIS model is not a research output — it is a planning workflow.
Regions confirmed it can:
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shorten preparation of strategies
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reduce planning uncertainty
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prioritise investments
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coordinate institutions
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support funding decisions
With proper data coordination, it becomes a permanent regional energy planning platform rather than a one-time study.
Why explore the tool?
If your region is preparing:
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hydrogen strategy
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climate plan
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industrial transition
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infrastructure investment pipeline