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About the Open Energy Platform Database

The Open Energy Platform offers a rich collection of energy-related datasets, organized by topic to support modeling, analysis, and research. Each dataset includes structured data and metadata with tags, descriptions, and quality indicators. We develop tools to help users explore, visualize, and analyze data, using linked data and semantic web standards to ensure interoperability and reuse. Our REST API enables flexible, automated data access and contribution without a fixed data model. While technical knowledge is often needed, we're working to make the platform more user-friendly—especially for tasks like comparing scenario input/output datasets. Learn more about using the database in our Academy.

How to Navigate:

Browse Topics: Click on any topic card below to explore available datasets
Use Filters: Utilize the search and tag filters above to find specific data
Draft Data: The draft section contains user-contributed data awaiting review
Publish Data: Once the license of a dataset qualifies as open data you can publish your data into any topic suitable for the data
Scenario Data: The scenario section contains reviewed input or output data stemming from modelling work. These datasets can be linked in the scenario bundles section and they are used to enable quantitative comparisons across bundles.
Quality Indicators: Tags enhance data findability, source type, and review status
Metadata Standard: We use the comprehensive OEMetadata specification to describe datasets. You can build your own JSON metadata using the standalone OEMetaBuilder tool below.

Database Statistics

178 Total Tables

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Unfinished data of any kind. Note: there is no version control and data is still volatile.

Scenario data in the broadest sense. Includes input and output data from models that project scenarios into the future. Example inputs: assumptions made about future developments of key parameters such as energy prices and GDP. Example outputs: projected electricity transmission, projected greenhouse gas emissions. Note that inputs to one model could be an output of another model and the other way around.

Data that depicts boundaries, such as geographic, administrative or political boundaries. Such data comes as polygons.

Data related to climate and weather. This includes, for example, precipitation, temperature, cloud cover and atmospheric conditions.

environmental resources, protection and conservation. examples: environmental pollution, waste storage and treatment, environmental impact assessment, monitoring environmental risk, nature reserves, landscape

Energy transmission infrastructure. examples: power lines, substation, pipelines

OpenStreetMap is a open project that collects and structures freely usable geodata and keeps them in a database for use by anyone. This data is available under a free license, the Open Database License.