The present continuation of the project 2 Generation solar walls is convering the work in an iterative process, with simulation, results analysis and programme study being the main elements. Thus, it
The project is finished with the book 'Foresight' describing the paramount changes following the increased capacity of computers, reduced size, web connectivity, mobility and improved performance
The aim of the project is to prepare and participation in the International Energy Agency Workshop on Advanced Glazing and Window Systems for Building in July 1998.
Early 1997, the Executive Committee of IEA SH and CP approved a 2 year extension of Task 20 'Solar Energy in Building Renovation'. The aim of this extension was to develop strategies for an effective
The purpose of the project was to develop and test a shrimp-trawl based on new strong materials (dyneema) which permits the construction of a trawl with thinner twines and hence lower water resistence
The main objective of the Task is to promote daylight-conscious building design with the aim of realising energy savings and visual comfort and amenity value of the building.
The main goal of the project is to collect available material from the participants in Task 13 concerning measured and calculated results and present the main results of the different projects in one
The aim of the project is to select various components applicable for capacity regulation of heat pumps and to examine various regulation strategies for such.
The objective is to contribute a continuous, efficient and target-group oriented dissemination of the results of the research programme: Use of Energy in Buildings.
The aim of the project has been to promote Danish participation for the years 1998-2000 in IEA agreement on process integration in industry. The other member countries of this agreement are Canada
The project which started in 1995 had two major objectives: 1) to further develop existing methods of process integration in industry, 2) to transfer knowledge of energy savings and process
Forskningscenter for Elektroteknisk Energiomformning E/F (CETEC)
EFP
1998
2001
The purpose of the project is to make hot plates and ovens with alternative heating elements based on thin film technology. Thin films used for high power heaters is a new concept.
The project used a combination of energy audit, process audit, on-line measurements and electrical submetering techniques to identify methods of improving energy efficiency without deteriorating
A full scale laboratory unit based on a commercial tumble drier (Nyborg 166T electronic) and a zeolite based adsorption/regeneration system has been build and tested except for the final heat
The aim of the project was to demonstrate how to cut the energy consumption by 50% in office buildings without increasing the building costs. The way to do this would be by using money, saved for
Development of refrigeration plants utilizing air refrigerant is the aim of the project. Development of both heat exchangers with water seperation (possibly ice) and a noise reduction system (active
The aim of the project is to reduce the energy used in gas-cleaning plants by improving the fluid dynamic flows through the plants. The project applies a combination of state-of-the-art Computational
The project is a part of the IEA SHandC Task 23 'The Optimization of Solar Energy Use in Large Buildings'. The main objective of the Task is to ensure the most appropriate use of solar energy in each