Collaboration

Are you looking for competent experts for your project or suitable solutions for a task related to the energy and transportation transition? At the Reiner Lemoine Institute, we enjoy collaborating with dedicated partners to develop innovative and application-oriented solutions for a sustainable energy future.

We draw from a vast portfolio of knowledge, skills, services, and tools.

We place great value on cooperation and exchange. Whether in joint research projects, developing new technologies, or implementing innovative concepts, we offer comprehensive support and expertise.

Contact us to learn more about our offerings, collaboration opportunities, and joint projects.

Our tools

eDisGo

eDisGo – Electricity distribution grid optimisation. What does eDisGo help with? The eDisGo tool was developed by researchers at the RLI to study the need for grid expansion in medium- and low-voltage networks and to evaluate electrical flexibilities as an alternative to grid expansion. Who is the tool suitable for? The tool is primarily designed…

eGo

eGo – Electricity Grid Optimization. What does eGo help with? The eGo tool was developed by researchers at RLI and partners from the open_eGo and eGo^n projects. It aims to optimize the expansion of power grids and storage systems across all voltage levels in Germany, considering the integration of the heat, mobility, and gas sectors….

eGon-data

eGon-data – Data pipeline to create scenarios for the electricity, heat, mobility and gas sector for entire Germany. How does eGon-data help? The eGon-data tool was developed by RLI scientists and generates a temporally and spatially high-resolution data basis of a sector-coupled energy system for various future scenarios. Who is the tool suitable for? eGon-data…

Fleema

Fleema – Flexible Fleet Energy Management. How does Fleema help? The Fleema software was developed by scientists at the RLI and assists in the evaluation and analysis of electric vehicle fleets in terms of their flexibility and emissions. Fleema provides a detailed assessment of the energy flows, emission values, and costs associated with different types…

Multi-Vector-Simulator

Mulit-Vector-Simulator – Simulation of sector-coupled energy systems. How does the multi-vector simulator help? The Multi-Vector Simulator (MVS) enables the evaluation of local sector-coupled energy systems that include the energy sources electricity, heat and/or gas. The tool can be used to analyze energy system models and to create scenarios for future energy supply. Who is the…

Our Research Units

Das Foto zeigt PV-Anlagen auf einem Feld. Im Hintergrund sind zwei Windkrafträder zu sehen.

Transformation of Energy Systems

In the research unit Transformation of Energy Systems, we develop, investigate, and optimize future scenarios for a sustainable energy supply.
Das Foto zeigt ein E-Auto, das mit einem Kabel geladen wird. Links am Bildrand sind PV-Anlagen zu sehen, im Hintergrund setehen Windkrafträder.

Mobility with Renewable Energy

In the research unit Mobility with Renewable Energy at RLI, we conduct research at the interface of sustainable drive systems and renewable power generation.
Das Foto zeigt eine Mini-Grid-Anlage, Solarmodule. Im Hintergrund sind Palmen.

Off-Grid Systems

In the research unit Off-Grid Systems, we develop electrification strategies based on renewable energy for developing regions. More precisely, we optimize hybrid mini-grids using simulation models and geo-information systems (GIS).

Contact

*Required field