Interim results of our European energy modelling project

Use of the sector-coupled energy system model PyPSA-TSO at Austrian Power Grid and TransnetBW

As part of our cooperation project between Austrian Power Grid (APG) and TransnetBW, we are working on the development and application of the sector-coupled European energy system model PyPSA-TSO. The model supports the planning of a cost-efficient and sustainable energy transition. d-fine is responsible for the implementation of central modelling work. Interim results of the project, which were developed in cooperation with various European partners, are now publicly available on the APG website.

European cooperation for a cost-effective energy transition

The first publication, entitled "The Relevance of European Cooperation for a Cost-Effective Energy Transition", was produced in close cooperation with TransnetBW (Germany), APG (Austria), Swissgrid (Switzerland) and the Copenhagen School of Energy Infrastructure (CSEI) (Denmark). The joint study highlights the relevance of cross-border cooperation for an efficient and cost-effective energy transition. Using an energy system model developed with support of d-fine based on the open-source framework PyPSA, the advantages of a networked European energy system were examined, investments optimised and synergies between electricity, gas, hydrogen and other energy sources identified. The findings provide valuable recommendations for action for the strategic design of the European energy transition.

Flexibility and storage requirements in the Austrian energy system

The second publication, "Flexibility and storage requirements in the Austrian energy system", was produced in collaboration with APG, the Austrian Photovoltaic Industry Association, Graz University of Technology and d-fine. Here, too, the PyPSA-TSO energy system model provides the methodological framework. This model is currently in use at APG and will also be made available to external users as part of the ZusammEn2040 initiative. The aim is to promote a data- and fact-based discourse on energy and infrastructure projects, clearly identify areas where action is needed and develop solutions for the energy transition.

The publication of the interim results demonstrates the importance of holistic, sector-coupled energy system planning and strengthens the long-term partnership between APG and TransnetBW. It also serves as an invitation to interested parties to actively participate in the project.

If you could benefit from this project or are interested in working with us, please contact our experts at d-fine who can also connect you to our partners at APG or TBW.