How LBST helps in the field of renewable energies?

Renewable energy is essential to decarbonising the energy system. To make its expansion effective, generation technologies, infrastructure, storage, markets and end-use sectors need to be considered as an integrated system. This requires both technical and economic expertise and a sound understanding of the interactions between the different elements of the energy system.

LBST supports public- and private-sector clients in assessing the potential of renewable energy and making well-founded decisions for a sustainable energy supply. Our expertise covers the full range of renewable generation technologies – from wind power and solar photovoltaics to bioenergy, biomass, geothermal energy and other renewable sources.

A systems perspective on renewable energy

Using techno-economic analysis, we assess renewable energy technologies at different spatial and temporal scales. Our work goes beyond evaluating individual technologies: we also examine their interaction with energy systems, infrastructure and markets.

Our analyses help answer key questions such as:

  • What technical and economic potential exists for renewable energy?
  • Which technologies or technology combinations are suitable for a specific region or application?
  • How can renewable energy be integrated into electricity, heat, gas and hydrogen systems?
  • What implications does this have for grids, storage and flexibility options?
  • How can an appropriate generation portfolio be designed from a technical, economic and environmental perspective?
  • How do the interests and perspectives of different stakeholders affect the assessment?

LBST’s work provides a robust basis for strategic decisions, the development of generation portfolios and the planning of sustainable energy systems at local, regional, national and international level.

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 as a subcontractor to Trinomics, LBST contributed to a study on the further development of measures for energy system integration and sector coupling in the European Union.

2024 - 2025

Investment needs of European energy infrastructure

On behalf of the European Commission, DG ENER, LBST, together with Trinomics and Artelys, assessed the investment needs of a fully decarbonised European energy system. In addition to expanding transmission networks, substantial investment in hydrogen pipeline infrastructure will be required through 2030.