The project aimed to find new electrode materials for hydrogen development able to replace the costly and rare platinum normally used in PEM fuel cells. The project succeeded in demonstrating that
By setting up an experimental facility - SYSLAB – the project studied aspects of the basis for distributed resources such as wind turbines, photovoltaics and not least consumers participating in power
Identification and study of a number of central scientific problems – especially concerning interfaces between the different components in the systems. The economical aspects of the technology is also
The aim of the PEP project is to construct molecular components potentially useful for supramolecular or nanoscale devices for the light-induced production of electricity. The design of this system is
The project deals with novel materials for an advanced polymer membrane fuel cell system, which produces electricity and heat from natural gas, biomass or other environmentally friendly fuels. The
Power supply problems worldwide are not only due to the depletion of conventional energy resources but also due to continuously increasing consumption. This overloads both distribution grids and power
The in the EFP 2002 project were related to the development of a 3G cell with a metal suport of ferritic stainless steel and with stability towards redox and thermal cycling.
The activities in the project were: Cell test under extreme conditions, development and analysis of contacting, stability towards redox and thermal cycling, improvements of methods, and development
The goal has been to further develop and test simple models of district heating systems for simulation and operational optimisation, and to investigate the significance of the load distribution (both