About the Capital Region
„The infrastructure in the capital region for research and development in the field of solar energy generation (in the form of electricity and hydrogen) is unique. It ranges from fundamental research in the new EMIL laboratory at the BESSY II synchrotron to application-oriented technology development at PVcomB. With regional, national and international partners from industry and science, we are working intensively on the global energy transition.“
Berlin needs a lot of energy. Brandenburg can produce a lot of energy. Together, technologies and implementation concepts are being developed and tested.
Renewable energies play an outstanding role in the region:
- Leading in the development and management of energy networks with a high proportion of renewable energies
- Top international expertise in solar cell research and manufacturing
- Broad research landscape on the energy-related use of biomass
- Development and integration of energy storage technologies for grid stabilization
Especially photovoltaic systems (PV) make important contributions to supplying the capital region. Brandenburg has the highest installed PV output per capita in Germany with 1.5 MWp/1,000 inhabitants (2018). In addition, the largest solar park in Germany with an installed capacity of 168 MW has been working in Lausitz since 2011. After a global consolidation phase, the capital region is again one of the places where important manufacturers and developers of solar cells are concentrated.
In addition to manufacturers such as aleo solar and Astronergy, more and more start-ups with innovative solar products for end users are being created. At the Competence Center Thin-Film and Nanotechnology for Photovoltaics Berlin (PVcomB), thin-film photovoltaic technologies and products are developed in cooperation with the industry.
With an installed capacity of around 7105 MW, Brandenburg is the number 2 wind energy State in Germany (as at 6/2019). However, not only wind turbines provide electricity there. There is also development and production. Well-known manufacturers and suppliers produce, for example, maintenance nacelles, rotor blades or towers.
The generation of energy from biomass in all its facets is an important pillar of the energy transition, since it can be planned and regulated very easily. The big challenge is to use the existing resources and facilities more effectively.
Many companies and research institutes are working together to find solutions in the areas of agroforestry systems and algae research as well as biogas, biofuels and biochar. The Leibniz Institute for Agricultural Engineering Potsdam-Bornim (ATB) is conducting research with a focus on the energetic use of biomass. By providing practical application laboratories for business partners, ATB is promoting the development of agricultural innovations into market-ready products.