Author: Elena Rico ; Teodosio del Cano ; Brian Wilkinson ; Michaela Meir ; Maarten de Haas ; Sam Kin ; Paolo Bonato ; Benedetta Copertaro ; Robert Weitlaner ; Philippe Lemarchand ; Martin Dietz ; Antía Varela Souto ; Vickie Aagesen ; Roel C.G.M. Loonen ; Efstratios Rounis ; James Walshe ; Stefano Avesani ; Julen Astudillo ; Ignacio Gonzalez Perez ; Roberto Fedrizzi ; John Hollick ; Riccardo Pinotti ; Johann Aschauer ; Andreas Hafner ; Peru Elguezabal ; Samuel B. de Vries ; Zissis Ioannidis ; Paul-Rouven Denz ; Roberto Garay ; Matteo D'Antoni ; Noel O'Neill ; Andre Kostro ; Rafic Hanbali ; Carolin Hubschneider ; Roberto Lollini ; Jingchun Chen ; Xingxing Zhang ; Benat Arregi ; D. Geisler-Moroder

The present document includes a state-of-the-art review of solar envelope systems that are already on the market or that can potentially reach that stage in a short-medium timeframe. The analysis focuses on the technological integration of such solutions in the envelope and building, but non-technical issues such as aesthetic, architectural integration and customer acceptance are also tackled. The solar envelope systems are classified in: Solar harvesting systems: systems that generate electricity or heat; Solar gains control systems, controlling; Hybrid systems: combination of solar harvesting and solar gains control systems.

01 Oct 2018·ce/papers

Translucent wall elements with switchable U‐ and g‐value

Author: Schneider, Frank ; Maurer, Christoph ; Nestle, Nikolaus ; Hafner, Andreas ; Pflug, Thibault ; Prissok, Frank

ABSTRACTThis contribution will present a concept for translucent wall elements with switchable U‐value and g‐value. The basic concept of the element consists of an translucent insulation panel (preferably realized by a translucent and light‐guiding foam grid or in the future by transparent vacuum glazing) which is arranged inside a glazed closed cavity in a way that thermally driven convection around the element can either be enabled or suppressed. Suppression of convection is realized by a rollable second insulation which at the same time is reflecting incident solar radiation: If the secondary insulation is fully retracted resulting in high U‐value and g‐value and daylight being guided inside the building. By successively rolling down the insulation, convection can be suppressed and the g‐value can be varied from almost unchanged to almost zero. In the case of the secondary insulation being rolled fully down, the U‐value of the element is also minimal. This state is favourable in a cold winter night or during hot daytime hours in winter. The high translucence, low‐U‐value case is favourable in conditions where solar gains and good insulation are favourable and the translucent high‐U‐value case is favourable when no strong energetic separation of interior and exterior conditions is needed. While the rollable insulation element is a rather delicate structure, it nevertheless can be used as a shading device independent of external wind conditions as it is safely housed inside the glazed wall element. In addition to the concept of the wall element, the need for appropriate building control strategies allowing to make optimal use of the element's potential to save energy for lighting, cooling and heating and demonstrators for various design generations of the element are discussed. Furthermore, the potential for including further functionalities such as harvesting thermal or electrical energy from the element's outer surface is addressed as well.

01 Nov 2010·Synthesis

Synthesis of 3-Substituted Derivatives of 2,2,6,6-Tetramethylpiperidine-N-alkoxyamine Ethers: Novel Alkoxyamine Building Blocks

Author: Schoening, Kai-Uwe ; Fischer, Walter ; Basbas, Abdel-Ilah ; Hauck, Stefan

The Michael addition of 4-oxo-TMP-alkoxyamine-derived Schiff bases to acrylates provides a convenient way to obtain a variety of novel and versatile alkoxyamine building blocks.E.g., reaction of enamine I, prepared from alkoxyamine II, with CH₂:CHCO₂Me gave 81% III.

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