Renewable energy

Renewable energy is the key to the success of the energy transition. Only by switching our energy supply to clean and sustainable technologies can the necessary reduction of greenhouse emissions be achieved. However, the development and optimal integration of renewable energies into the energy system require broad technical and economic know-how, as well as a deep understanding of the system-relevant interrelationships. With our expertise, we help you make the right decisions for clean energy supply on a small and large scale.

We have in-depth knowledge of the entire range of generation technologies: from wind and solar, bioenergy and biomass to geothermal and other innovative approaches. With our techno-economic analyses, we can not only carry out detailed assessments of the technologies in different spatial and temporal resolutions, but also make statements on the optimal portfolio, possible integration into the energy system and markets, as well as potential assessments from the perspective of different stakeholders.

Contact person

Patrick Schmidt

Patrick Schmidt

  • Senior Project Manager / Consultant

Selected reference projects

H2_Biomethane_Study

September 2019

Biomethane and hydrogen in trans-European energy infrastructures

The study develops an overview of the potential role of biomethane and hydrogen in the EU energy system. The study includes an assessment of the production and import potential.

2023 - 2024

Energy System Integration in Europe - Barriers and Recommendations

As part of the EU strategy and subcontracted by Trinomics, LBST has contributed to a study on the further development of measures to integrate the energy system (sector coupling) for the European Union.

2024 - 2025

Investment needs of European energy infrastructure

For the EU Commission (DG ENER), LBST, in partnership with Trinomics and Artelys, has identified the investment needs for a fully decarbonized energy system in Europe. Major investments in H2 pipeline infrastructure are needed especially by 2030, in addition to the expansion of transmission grids.