reGon – Analysis of local and regional energy networks in the context of the integrated European energy system

Project description
In the reGo^n project, RLI scientists are working with partner organisations to further develop innovative energy system models and grid planning tools to enable transfer into practical application. This improves, for example, the knowledge gained on current topics such as controllable consumption equipment in accordance with §14a of the Energy Industry Act (EnWG) or the municipal heat law, and at the same time promotes the exchange between various stakeholders in the energy system transformation. The aim is to develop solutions for the energy transition that serve a secure energy system of the future.
Innovative energy system models for practice
The reGo^n project builds on the predecessor projects open_eGo and eGon. In these, RLI scientists have developed spatially and temporally high-resolution data for the electricity, heat, gas and mobility sectors as well as open-source tools for cross-grid, sector-coupled modelling.
Open tools for a sustainable energy future
The project team is optimising the existing eDisGo, eTraGo, egon_data and tools models. These tools enable precise analyses and planning of energy systems that involve all grid levels across sectors. The further development focuses on adapting to specific use cases, such as cross-grid use of flexibilities and medium- and low-voltage operating concepts, as well as on improving user friendliness for practice.
Networking and knowledge transfer
A central goal of reGo^n is to build a network of actors in the energy transition, including grid operators, municipal utilities and municipalities. In joint workshops and discussions, the project team will identify further possible applications of the developed tools and promote practice-oriented applications. Tutorials for use and an improved web map for visualization are intended to facilitate access to the results for the public.
Sustainable solutions for the energy system transition
The scientists are working on integrating flexibility options and new electrical requirements at all grid levels into the tool. The cooperation between actors at the transmission and distribution grid levels in order to effectively coordinate interactions is a particular focus of the work.
Project period: January 2025 – December 2027
Tasks
- Further development of open energy system models and grid planning tools
- Adaptation of the tools to specific use cases and requirements of practice partners
- Promote knowledge sharing through networking and stakeholder dialogue
- Improving accessibility through tutorials and a webmap
- Development of solutions to integrate flexibility options and new electrical requirements