The aim of the project is to develop and to demonstrate integrated PV options for standard single-family houses with a high degree of industrialized production. This implies the development of an
The project developed a PV cell roof based on a modified industrial installation system for commercial nurseries. Components are non-framed PV cell modules with several novel features, including front
This project wants to develop a serial of integrated design and environment strategies for the future office environment (New Ways of Working), where architectural, technological, decor and
A three-dimensional chemical mapping of active plastic PV cell layers has generated new knowledge of degradation causes for PV cells. Based on the mapping, more stable PV cells were made, which in
The project will continue developing a computer model capable of predicting defect concentrations and distributions as a function of parameters during the float-zone process that produces silicon for
The project was conducted as a PhD study at the DTU in cooperation with Danish foundries and a supplier of foundry machinery. A thorough experimental analysis of the flow of melts in inlet systems was
The project developed and demonstrated an air-conditioning system based on dehumidification via a heat-driven, wet sorption process and adiabatic cooling. Calculations show that (district) heat-driven
To increase the interest for individual office lighting, the project developed a prototype of a more energy-efficient office lamp meeting the DS 700 requirements for illuminance. Both readings and
Anodising is an electrolytic process that gives aluminium a hard, wear-resistant, weatherproof, corrosion-proof and decorative surface, but which is also highly energy intensive. The project therefore
The primary scope of the project was: to develop and test methods to analyse how energy con-sumption in ventilation systems in EX-areas can be reduced. The results of the work showed are, that a paper