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Advanced Building Skins Figure 5: Marina Tower Vienna Copyright Figure 1, 4 Roche Building 1 Basle, Herzog & de Meuron Basle Figure 2, 3, 6 DS-Plan GmbH Stuttgart Figure 5 Marina Tower Vienna, MARINA TOWER Entwicklungs GMBH Vienna - 8 -
Prof. Dr.nat.techn. Oliver Englhardt Institute of Building Construction Graz University of Technology Copyright © with the authors. All rights reserved. A New Concept for Energy-Plus-Houses and their Facades Prof. Dr.-Ing. J. Schneider, Prof. Dipl.-Ing. J. Eisele, Prof. Dr.-Ing. H. Garrecht, Prof. Dr.-Ing. S. Rinderknecht, Professor Dr. Anette von Ahsen, Professor Dr. Dirk Schiereck, Dipl.-Ing. J. Kleuderlein, Dipl.-Ing. Frank Lang, Dipl.-Ing. A. Gilka-Bötzow, Dipl.-Ing. M. Klein, Dipl.-Ing. H. Schaede, Dipl.-Ing. A. Wien, Dipl.-Ing. C. Bogs Summary Technische Universität Darmstadt, Germany, www.tu-darmstadt.de Energy-Plus-houses generate more energy than their residents need from external sources. But the building should not be understood as a simple technical power station or an aggregation of adaptive energy technologies, but its integral design should also focus on living space quality and on resource efficiency. Our concept divides the building into two zones interacting with each other both functionally and energetically. Next to a classical living space, the “energy garden” is an active and multifunctional space. Beyond the classical weather protection, it includes other functions like collecting, storing and distributing of energy, plants like in a garden and it can be used to park and re-charge a “clean” and small electrical car. Classical overhead and vertical semi-transparent solar panels integrated in a glass façade are used to ensure a new high-quality living space between the classical “inside” and “outside”. Solar radiation also heats the air in the energy garden which is absorbed by a heat absorber and distributed through a ventilation system by using natural convection. The passive part of the building, the classical living space, is protected by a highly-insulating, opaque façade structure, which is a purely inorganic sandwich construction and combines an Ultra-High-Performance- Concrete-shell with an insulating cement based mineralized foam. This article shall give a detailed insight into the architectural and energetical concept of the house and its façades. Keywords: façade, Energy, energy garden, Ultra-High-Performance-Concrete, mineralized foam - 1 -
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advanced building skins 14 | 15 Jun
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Editorial advanced building skins -
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ABS_07 Lucio Blandini Timo Schmidt
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Prof. Dr.nat.techn. Oliver Englhard
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Advanced Building Skins Figure 3: A
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2.2 Geometrical Processing Advanced
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3 Digital Data Advanced Building Sk
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4 References Advanced Building Skin
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Advanced Building Skins The Kilden
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2.1 Maintenance Advanced Building S
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4.2 Fire Protection Advanced Buildi
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7 Acknowledgements Advanced Buildin
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2 Cable-Stayed Glass Façade Advanc
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4.1 Schüco Aluminium Window System
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3.2 Method Advanced Building Skins
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Insulation material Glass wool boar
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3 Examples 3.1 Reiss Façade, Londo
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a) A.3a. Selection of segments A.4a
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5 Innovative Material Use 5.1 Struc
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8 Conclusion Advanced Building Skin
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2.2 Contact Materials Advanced Buil
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3.1 Rectangular Glass Fins Advanced
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