Further to ELforsk project 335-026, the project developed two control systems for demand-controlled ventilation of single-family houses – one simple system and one more sophisticated system. The
The project develops proton-conducting and mixed proton-electron conducting materials stable in atmospheres containing CO2. The materials will be used in future energy-efficient and environmentally
The objective of the project was to improve the durability of the membrane electrode assemblies of PEM fuel cells by studying the basic degradation phenomena of carbon supported Pt catalysts and
Center for Energy Materials develops materials which play key roles in the creation, storage or conversion of energy, thus underpinning future energy systems. The Center has focused on five areas
The EU's and the Danish government's goal of replacing major parts of fossil fuels with sustainable energy sources requires new processes to be developed for conversion and storage of energy, for
It has been investigated how best to design heating units for one family houses consisting of solar collectors, electric heating element(s)/a heat pump, a smart heat storage and control system based
In cooperation with out-sider a/s and four designer groups, the project developed seven pieces of innovative Danish urban space furniture with integrated PV cells and LED light sources. The concept
After the pre-project (338-048) identified a need for standard tools and networks for ESCOs, this project prepared a handbook which uses three standard concepts to show how Energy Performance
The project group cooperated to identify the potential for applying groundwater cooling in Denmark. The ATES (Aquifer Thermal Energy Storage) concept may result in energy savings of up to 90% on
The project resulted in five calculation programs and three technical reports downloadable from www.ipu.dk and www.elforsk.dk. The PackCalc II program calculates annual energy consumption
Based on a scan of existing design tools for energy-efficient buildings and following a number of interactive workshops with the architects’ professional network for energy and the environment
In an open, voluntary energy science centre for school children aged 10-15 – Energy X – the pupils from Bakkegårdsskolen in Gentofte Local Authority worked with self-defined projects on PV cells
The project compiled and systematised existing knowledge about electricity savings in holiday homes to identify future development areas and strategies for use of means. The project group concluded
The Use of the TEG technology with a Solid Oxid (SOFC) system. The TEG (Thermoelectric Generator) consists of a number of TE elements which are semiconductor elements on a string literally wrapped