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Peters, B. H. G. et al. Development of transparent super insulating facade panels. In: CONFERENCE ON PASSIVE AND LOW ENERGY ARCHITECTURE, 20., 2003, Santiago do Chile. Anais... Santiago do Chile, 2003.
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Abstract

Today in building design practice there is a tendency towards more transparent architecture and thinner facade construction elements. Contradictory there is a tendency towards further decrease of energy consumption and to guaranty a high standard of thermal comfort demands. This contradiction can be seen as one of the driving forces behind all research efforts that have been done so far, focusing on development of translucent facade elements with a high thermal insulating value. This project, which is part of the ongoing research program on ‘environment adapted building envelopes’ by the Building Physics Department in collaboration with ECN, focuses on thin, transparent facade elements with a gas filled cavity. Specific attention has been paid to occurring heat flows in the cavities and within the sphere of influence of the spacers and window frames. Next to that the impact of relevant building design parameters on occurring heat losses has been investigated. This has been done by 2D computer simulations of various facade panel design variants, using an advanced CFD-model. In addition an experimental set-up has been developed for measuring in situ temperatures and overall heat loss through the panel. Based on computational and experimental results an improved facade panel prototype has been developed.
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