The objectives of this project is to improve on the current practice of basing performance evaluation on a single point measurement of wind speed and instead introduce a method where the wind field
The project is a one-year extension of a long-standing programme on applied aeroelasticity, and in 2006 work was done on further development of tools and models in the aeroelastic design complex.
This project has investigated noise emissions from large-scale wind turbines in relation to small-scale wind turbines. In addition, noise nuisance at low frequencies was investigated, noise
Due to difficulties in achieving data, consistency in data, and concensus on data as expected and agreed in the project outline among the project partners, the project unfortunately could not be
The demonstration plant includes the following elements: Container buildings for control and monitoring as well as housing of the process equipment. Two fully automated PEM-CHP fuel cell units of 2 kW
By using the experience of the cement and glass industry, the project group developed a new district heating concept in which energy is produced in a condensing unit and a radiation unit thus
The project investigated the conditions of applying district heating-driven adsorption heating pumps with underground storage for cooling and heating. The concept is most suitable for buildings with a
The aim of the project is to develop a simulation platform for generation of relevant wind fields applicable for aeroelastic design simulations. This is achieved by development, verification, and
Air tightness must be brought into focus at an early stage in the planning process, and during the construction phase air tightness measurements should be performed, e.g. on facade sections or in
This project evaluated the performance of the ventilation systems in eight childcare centres, four of which have a natural ventilation system and four others a mechanical ventilation system. The
The objective of this project is to analyse the framework conditions for development of energy technologies in Denmark through an innovation perspective. The project is an analytical contribution to
A calculation tool was developed for use of solar energy in renovation and new construction projects - BYG-SOL – for professional clients, local authorities, architects and consultants. The tool may
The objective is to synthesise and transfer to stakeholders important international knowledge and new technical information concerning conventional forestry systems for sustainable production of
Analyse the country-level, regional and global potential of bioenergy, forestation and other biomass based mitigation strategies, including implications for the atmospheric CO2 concentration and
As a specific Danish contribution during the project period, the Bioenergy Group at the University of Southern Denmark updated the report ‘Source separation of organic fraction of household waste’.
The annex will give the participants an overview of the technical and environmental assessment challenges encountered in offshore applications and help them to understand the areas of further R and D
The focus on the Danish part of the IEA project SHC Task 32 Advanced Storage Concepts for Solar and Low Energy Buildings was on Subtask C: Storage Concepts Based on Phase Change Materials and on
The overall goal with the participation in IEA PVPS is to maintain and build upon the knowledge transfer to Denmark via the participation in the IEA PVPS work. By the participation a network is