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Research unit
SFOE
Project number
SI/502259
Project title
PATHFNDR – PATHways to an Efficient Future Energy System through Flexibility aND SectoR Coupling

Associated projects
Research organisation: Swiss Federal Office of Energy
Project number SI/502259-WP1
Project title Pathways on a national and international scale
Project title (in English) Pathways on a national and international scale
Research organisation: Swiss Federal Office of Energy
Project number SI/502259-WP2
Project title Pathways on a district / village / city scale
Project title (in English) Pathways on a district / village / city scale
Research organisation: Swiss Federal Office of Energy
Project number SI/502259-WP3
Project title Technology and model development
Project title (in English) Technology and model development
Research organisation: Swiss Federal Office of Energy
Project number SI/502259-WP6
Project title Business opportunities and innovation strategies
Project title (in English) Business opportunities and innovation strategies
Research organisation: Swiss Federal Office of Energy
Project number SI/502259-WP7
Project title Policies for sector coupling and enhanced flexibility
Project title (in English) Policies for sector coupling and enhanced flexibility
Research organisation: Swiss Federal Office of Energy
Project number SI/502259-WP10
Project title Integration and synthesis
Project title (in English) Integration and synthesis
Research organisation: Swiss Federal Office of Energy
Project number CROSS
Project title CROSS – CooRdination Of Scenarios for SWEET
Research organisation: Swiss Federal Office of Energy
Project number SI/502613
Project title NeDeLa – Netztarife für dezentrale Laststeuerung
Project title (in English) NeDeLa – Grid tariffs for decentralized load control
Research organisation: Swiss Federal Office of Energy
Project number SI/502655
Project title nanoverbund
Research organisation: Swiss Federal Office of Energy
Project number SI/502684
Project title H2-districts – Spitzenlastversorgung von Quartierenergiesystemen mit Hilfe von stationären Wasserstoff-Brennstoffzellen