The project relates to participation in international corporation in an annex related to lEA (International Energy Agency) on stationary distributed generation of electricity in small power units. In
The participants want to develop fully roof integrated solar collectors to fit all roof materials in shape and design. After development demonstration units should be made and tests to get approval
On basis of the successful work within the EUDP project ''The Albertslund Concept'' a follow-up EUDP project will be realised, focusing on the further development of the ''Solar Prism'' prototype
The project aims to develop and demonstrate concrete solutions for energy rehabilitation of the building envelope, installations and supplies, taking particular account of the architectural and
Only large-scale projects with holistic approaches lead to sizeable results. The strategies suggested by Annex 51 reports can be grouped into three fundamental fields: reduction of final energy
The project is an international IEA - cooperation project. The project will embrace a problem which is often overseen when it comes to reduction of the energy need in buildings – and that is the end
The IEA SHC Task 38 has developed and tested solar driven air-conditioning system for dwellings and stores. The task has developed concepts for small or medium sized systems, documented new pilot
This project develop new comfort ventilation solutions for buildings with a reduced use of energy. The user will experience better comfort and reduced costs for electricity and heating.
The project's aim was to develop system solutions to extensive additional insulation and air tightening of the building envelope in the renovation of existing buildings and to develop methods for the
Denmark has participated in the IEA PVPS activities since its inception in 1993. The Danish participation will be in the following tasks: ExCo, the steering committee of the work in the task and the
The project is an international IEA – project. The IEA team shall document the methods within system combinations between solar heat plants and heat pumps, which are the most popular technologies at
Large scale PV plants are increasingly established in EU countries, but so far not in Denmark. The project has described the advantages and disadvantages of large scale PV plants in Denmark. It has
The objectives of the project is to break down the barriers for energy renovation of private owned houses in Denmark by: assisting in further development of 4 key energy technologies, exploiting their
It is theoretically possible to achieve a reduction of 19% of the total agriculture's energy consumption by reducing the energy consumption for heating and for electric motors according to reduction
The objective of the project is to promote the use of district heating driven adsorption heat pumps in Denmark. The goal is to ensure that the benefits of adsorption heat pumps, solar energy and
The purpose of the project is to develop demonstrate and document a new renovation concept for existing multi storey housing, reducing the energy demand to Low Energy Class 1. Results are disseminated
The purpose of the project is to develop technologies, which can optimize the thermal storage of concrete constructions. The concrete is being tested in full scale in EnergyFlexHouse at the institute
The goal was to investigate and demonstrate the abillity to store excess heat in the subsoil down to 100 m in so-called energy wells, and then use the accumulated heat via a heat pump during winter.
DTU has transferred a production technology for the manufacture of plastic solar cells to Mekoprint. Factor 3 has developed electronics that optimize the function of the plastic solar cell lamps and