Welcome to the SEDOS GUI
Why SEDOS?
The SEDOS project supported by the BMWK provides a comprehensive open-source model structure taking into account the relevant future technologies for electricity, heat, X2X, transport, and industry in a sector-coupled energy system for Germany until 2070.
All the data has been registered in a collection on the databus for better findability. We enable barrier-free access to the data by uploading it to the
OEP
where the data can be downloaded as csv or with an API. The model structure and data interoperability are tested on three different optimization frameworks: TIMES, FINE, and Oemof. For easier reproducibility, the data come together with detailed metadata, which is annotated with ontological concepts from the
OEP
.
Why this GUI?
To improve the transparency and reproducibility of the open source structure this GUI provides a few basic functionalities to explore the derived modeling base:
Looking into the underlying model structure of our reference energy system with the network graph.
Exploring the underlying input data of our model with an integrated table view.
See the aggregations steps defined in our model structure and download the different levels of detail .
Create charts based on possible model results as an outcome of different frameworks and scenarios using the same data.
Looking for more information on SEDOS?
Explore the various offerings to find out more about the project:
See project documentation
See publication on the model structure
Explore the Model Structure
Select Model Structure
Overall System - Highest Level of Detail
Overall System - Medium Level of Detail
Overall System - Lowest Level of Detail
Case Study - Steel Industry
Case Study - Steel Industry Section
Case Study - Transport with Sector Coupling
Generate Networks
Look at Processes
Look at Artifacts
Aggregation Graph
Exemplary graph diagrams
Model structure selection description (relevant for the network graph):
You can either visualize the selected model structures from our case studies.
..or visualize the overall system for different levels of detail (LOD), which are determined by the available aggregation levels per sector.
For more details on the derivation of LODs see the related section in the documentation.
Explore the Model results
Select Scenario
Result object (6)
Result object (7)
Result object (8)
Result object (9)
Result object (12)
Result object (21)
Result object (22)
Result object (23)
Result object (30)
Result object (31)
Result object (32)
Result object (33)
Explore Diagrams
Exemplary result diagrams
Scenario selection description:
Base scenario ToKo - technology-open & cost-optimal
Scenario variation RIGa: Reduced import dependency for fossil gas
Scenario variation SienA/B: sector integration
See more details on the scenarios