The Impact of the Dynamic Facade Elements on the Energy Balance of the Reference Building in Winter

Abstract:

Buildings have a significant impact on a long-term energy consumption, therefore it is necessary to focus our effort towards the improvement of energy efficiency of buildings. Alternative solutions that can significantly reduce the amount of energy needed to operate buildings are being sought. In this paper we want to highlight the potential of the building envelope which can dynamically change the properties of structure openings based on the type of the building operation and change of climatic conditions. It is important that modern facades are perceived not only in terms of architecture but also in terms of functionality. We focused on the comparison of the impact of dynamic facades on reducing heat loss through the structure openings on the reference building. We assigned the facade features that improve thermal insulation properties of opening structures. We assessed the impact of dynamic facades on specific heat consumption needed for heating. It has been shown that dynamic facade elements are useful not only in terms of sun protection but also have an impact on the reduction of specific heat consumption. The right design of operation of a dynamic facade with proper thermal insulation elements can provide a quality indoor environment where thermal stability is ensured in winter as in summer.

• Periodical: Advanced Materials Research (Volume 855)
• Pages: 52-56
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.855.52
• Online since: December 2013
• Authors: Zsolt Nagy, Andrej Moravčík*, Milan Palko
• Keywords: Dynamic Facade, Energy Efficient Building, Heat Loss through Structure Openings, Solar Gains

References

[1] Chmúrny, I.: Thermal performance of buildings, Bratislava: Jaga group 2003. (in Slovak).

[2] Puškáš, J.: Sun in urbanism and architecture, Bratislava: Alfa 1992. (in Slovak).

[3] Bielek, B., Bielek, M., Palko, M.: Double transparent facades of buildings, I. diel.: History, evolution, classification, and theory of construction design, Bratislava: Coreal 2002. (in Slovak).

[4] Sternová, Z. a kol.: Energy efficiency and energy certification of buildings, Bratislava: Jaga group 2010. (in Slovak).

[5] Puškár, A. a kol.: Peripheral building envelope, Bratislava: Jaga group 2002. (in Slovak).

[6] DIRECTIVE OF THE EUROPEAN PARLIAMENT AND COUNCIL 2010/31/EU of 19 May 2010 about the energy performance of buildings (recast) (in Slovak).