EV-STEP's overall goal is the long term strategic analysis of the energy, economic and environmental dimensions of the different kinds of electric vehicles. EV-STEP is a two year project funded under
The FCCF-APU project aims to develop an APU (auxiliary power unit) for electrical vehicles which can be operated with conventional fuels like petrol or diesel. The FCCF-APU project will propose an
The FCCF-APU project aims to develop an APU (auxiliary power unit) for electrical vehicles which can be operated with conventional fuels like petrol or diesel. The FCCF-APU project will propose an
COMPETT explores functionalities and potential barriers for the wide range of electrified vehicles that are in use today. The project seeks to develop an economic model showing the costs and benefits
NEMO seeks to develop a simulation and optimization tool suite on the impact of a large volume of electric vehicles (EV) on the power grid, based on existing tools of three of the project partners
NEMO seeks to develop a simulation and optimization tool suite on the impact of a large volume of electric vehicles (EV) on the power grid, based on existing tools of three of the project partners
NEMO seeks to develop a simulation and optimization tool suite on the impact of a large volume of electric vehicles (EV) on the power grid, based on existing tools of three of the project partners
SELECT examines the actual state and expected development of EV in commercial transport in different European countries and will derive recommendations addressing the broad range of stakeholders
SELECT examines the actual state and expected development of EV in commercial transport in different European countries and will derive recommendations addressing the broad range of stakeholders
Mikrobrændselsceller til høreapparater løftes fra demonstrator til pilotproduktion gennem optimering og opskalering af kritiske fremstil- lingsprocesser samt fokus på integration i høreapparatet.
Keramiske brændselsceller (SOFC) er en fleksibel og effektiv teknologi til produktion af el, som er velegnet til kravene i et Smart Grid. Dette projekt vil bidrage væsentligt til at udvikle SOFC
SOFC forbedrer energiforbrug gennem høj effektivitet og dynamisk drift. METSAPP projektet vil demonstrere at metal-supporteret SOFC forbedrer robusthed og livstid som et strategisk alternativ til
Baseret på Energinet.dk's interesse er målet med dette projekt at udvikle procedurer og kriterier for integration af miljøhensyn i administrationen af ForskEL-programmet. Gennem dokumentanalyse og en
Der udvikles en skalerbar platform for brændselscelle back-up systemer. Modulopbygningen gør det muligt at skalere effekten. Det færdige produkt forsynes med brint. I løbet af 2015 vil de udviklede
Projektets formål er at udvikle et anden generations brændselscellesystem til ekstreme klimaforhold. Der findes et niche marked for sådanne systemer, hvor betalingsvilligheden er stor. Det færdige