FVEE annual conference shows ways to accelerate the transfer of energy research into practice
The annual conference of the Renewable Energies Research Alliance sheds light on how innovations from energy research can be integrated more quickly into the economy, society and the energy system
10.06.2026
Source: Research Association for Renewable Energies (FVEE)
How can findings from energy research find their way into practical applications more quickly?
This was the question addressed at the annual conference of the Research Association for Renewable Energies (FVEE). The focus was on strategies and instruments for transferring research results more efficiently to the economy, society and the energy system.
The conference showed which political framework conditions favor the transfer of innovations and how consistent innovation and transfer management can contribute to making new technologies marketable more quickly. It became clear that research, politics and industry must work closely together to successfully advance the energy transition.
The results of the event were documented in the current conference proceedings. These are now available to download free of charge from the FVEE website. Printed copies can also be ordered free of charge.
The ForschungsVerbund is already drawing attention to its next annual conference: On October 6 and 7, 2026, experts from research, business and politics will meet at Fraunhofer ENIQ in Berlin. Under the motto "Solutions from research for an economic and resilient energy system", current developments and future prospects for energy research will be discussed.
Further information can be found on the website of the ForschungsVerbund Erneuerbare Energien (FVEE)
The ForschungsVerbund Erneuerbare Energien is an association of leading German research institutes. The members work on technologies for renewable energies, energy efficiency, energy storage and the further development of sustainable energy systems. The aim is to transform the energy supply into a climate-friendly, economical and resilient energy system.