The object was to contribute to an international development of methods for a joint evaluation and optimization of the thermal and solar properties of windows. The project was a basis for Danish
This Ph.D. project presents a thorough analysis of the so called SICAM - SIngle Converter stage AMplifier approach to building direct energy conversion audio power amplifiers.
The project established a basis of calculation and a practical basis for optimum choice of solar shading and integrated control strategies for both new building and renovation of office, commercial
This project forms the Danish participation in an international IEA working group, which scope was to gather and process monitoring results from 15 low energy houses designed and build during the IEA
The project is concluded with an assessment as to whether Denmark should participate activily in IEA TASK 25, Solar Assisted Air. Conditioning of Buildings. The recommendation is that Denmark should
Forskningscenter for Elektroteknisk Energiomformning E/F (CETEC)
EFP
1999
2003
The project will contribute to an increase in the application of energy saving power electronic systems, which is obtained by the following means: 1) integration / miniaturization; 2) low total costs
Background: 1) Flow friendly silencer and diesel particulate filter technology. 2) Lower back pressure related to market demands regarding attenuation, emission control and space requirements. 3)
The process in an expansion valve implies energy losses, as the change of conditions is only an isenthalpic process, whereas an isentropic change of pressure would result in increased refrigeration
The purpose of the project is to implement, test and verify a calorimetric measuring system for accurate measurement of power losses in the range of 30 to 1500 W, enabling measuring of rotating
In industry separation processes use at least half of the available thermodynamic work. Hence development of alternative technologies, which are e.g. 20% more efficient, could reduce the industrial
The objective of this project was to test the most promising new concept and control strategies for natural and hybrid ventialtion. The project has been carried out in connection with the extension of