Contact
Career
de
en
Search
About us
About us
overview About us
Committee
Committee
overview Committee
Scientific Board
Management Office
Advisory Board
Research Partners
Research Partners
overview Research Partners
FAU
University of Applied Sciences Nuremberg
Fraunhofer IISB
Fraunhofer IIS
Fraunhofer IBP
HS Ansbach
Supporting Association
Research Location Auf AEG
Research Team
Downloads
Research
Research
overview Research
Efficient Energy Utilization
Efficient Energy Utilization
overview Efficient Energy Utilization
Efficient Building Shell
Efficient Buildings in Future Grids
Efficient Building Technology
Efficient Drives
Efficient Drive Systems
Industrial Energy Efficiency
Electrical Grid
Electrical Grid
overview Electrical Grid
System Stability
Protection Systems
High performance technology
Center for Applied Simulations
Energy Management Technologies
Energy Management Technologies
overview Energy Management Technologies
Direct Current (DC) Grids
Medium Voltage Applications
Energy Market Design
Energy Market Design
overview Energy Market Design
Investment Incentives in Liberalized Energy Markets
Economic Analysis of Gas Markets
Business Models in Smart Grids
Research Team
Energy Storage
Energy Storage
overview Energy Storage
Thermal Storage
Hydrogen Storage
Power-to-Gas/Liquid
Renewable Energies
Renewable Energies
overview Renewable Energies
Printed Photovoltaik
Non-destructive and imaging analysis
Smart and switchable windows
Cooperation
Cooperation
overview Cooperation
Network Partners
Transfer of Knowledge
Transfer of Knowledge
overview Transfer of Knowledge
Studies and Expert Reports
Broschures and Reports
Transfer of Technology
Reference Projects
Contact
Career
de
en
Leuchtturm der Energieforschung
/
News
/
Lehrstuhl Energieverfahrenstechnik koordiniert EU-Projekt zur Herstellung von künstlichem Methan als Alternative zu Erdgas
11/14/2022
Lehrstuhl Energieverfahrenstechnik koordiniert EU-Projekt zur Herstellung von künstlichem Methan als Alternative zu Erdgas
Bildrechte: Adobe Stock 488643015
