Statically large spans were achieved by the ingenious combination of ceiling-height cross pillars and glulam beams. The building complex covers an area of approx. This METRO wholesale market represents a completely new concept for wholesale stores. Specially insulated loading bays were also incorporated to obtain the best possible results, which have resulted in a massive 45% energy saving compared to other METRO stores. The exterior of the building features a highly insulated framework construction with spruce façade cladding, which has been thermally treated, brushed and coated with a pre-greying paint that will wash out in time. Waste water from the chillers is used for heating and to provide hot water.
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A central control panel enables all the windows to be opened so that the building is sufficiently cooled by cross ventilation. The building does not need a special heating system, thanks to its optimised, well insulated building shell and the entire sales floor also manages without a cooing system. ZERO 1 is the only Austrian building to receive this classification. Only 2% of all certified buildings worldwide receive this classification. The wholesale market was awarded the Lower Austria Timber Construction Award in 2018 and even received an “Outstanding” BREEAM classification. The steel construction of the covered canopy featuring inflatable film ‘cushions’ protects the entrance area and extends far over the customers’ car park. The entrance and exit have been combined, with a spacious entrance area within a fully glazed section of the building. High-bay shelves are only located on the left-hand side, while the 1.5-metre high shelves on the right make it easier for customers to find their way around.
As soon as the customer enters the store, he has a 360° overview with the individual zones clearly signposted so that tiresome searching for products is now a thing of the past. Unlike in conventional wholesale stores, customers now have a good overview and no longer need to wind their way through a maze of high-bay shelves to find the product they are looking for. The building produces more energy than it actually uses - as the store is essentially a “zero energy” store and the photovoltaic panels on the roof generate excess energy. The building was designed with a timber construction throughout and represents a milestone for sustainable construction and METRO itself. BAM Federal Institut.The revolutionary plus-energy wholesale market in St. All 84 Details > Co-Authored mostly with: Fraunhofer Institute. More from " Dresden University of Technology (TU Dresden)" (5 of 84) 2022-09 Detailed investigation of capillary active insulation materials by 1H nuclear magnetic resonance (NMR) and thermogravimetric dryingĢ022-09 Investigation of Fatigue-Induced changes to the ultrasonic wave propagation in concreteĢ022-09 Detection of impulsive signals on tendons for hybrid wind turbines using acoustic emission measurementsĢ022-07 Untersuchung von dickwandigen GFK-HD-RTM Platten mittels UltraschalldoppelbrechungĢ022-03 Optimization and determination of the volume structural resolution of a coordinate measuring system with sub-micrometer X-ray tube All 13 Details > Co-Authored mostly with: M. Share: More from " Elfgard Kühnicke" (5 of 13) 2016-07 A wave propagation model for simultaneous determination of thickness and sound velocity of layered structuresĢ015-12 Material characterization of layered structures by the simultaneous determination of sound velocity and thicknessĢ015-12 A multichannel ultrasound pulser with arbitrary signal excitation unit for scanning acoustic microscopyĢ015-03 Simultane Bestimmung von Dicken und SchallgeschwindigkeitenĢ014-12 Simultaneous determination of thickness and sound velocities in layered structures * Keywords are freely formed keywords from the authors and thus you may Search also for similar terms. Keywords: Ultrasonic Testing (UT) (4206), transducer (342), Modeling and Simulation (604), Publication: ZfP-Journal of DGZfP (German), ÖGfZP (Austria) and SGZP (Swiss) (ZfP-Zeitung) Abriß zur praktischen Anwendung von Simulationsrechnungen für Ultraschallprobleme Schallfeldrechnungen für UltraschallprüfsystemeElfgard Kühnicke 14ĭresden University of Technology (TU Dresden) 85, Dresden, Germany Events Members Directory NDT A-Z Advertise Publish Login About NDT.net Issue - 2001-06 - NDT.net Issue: 2001-06
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