GLASSX transforms the glass facade into an environmental conditioning element with a lasting energy balance.

Transkript

1 GLASSX transforms the glass facade into an environmental conditioning element with a lasting energy balance.

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3 The GLASSX crystal method of functioning. GLASSXcrystal integrates 4 system components in a functional unit: transparent heat insulation, protection from overheating, energy conversion and thermal storage. A triple insulating glazing unit provides the system with excellent thermal insulation of a U-value of U=0,48 W/m2K. A prismatic pane in the outermost air-gap reflects the solar radiation at high altitudes in summer and transmits it at altitudes below 35 in winter. As a key component acts the slim heat storage module, equivalent to a storage capacity of about 20 cm concrete. The storage material is a salt hydrate PCM (Phase Change Material). Solar heat is stored in the PCM by means of a melting process. During night time and the following days the stored heat is delivered to the interior during recristallisation. The salt hydrate is contained in a Polycarbonate box. The interior toughened glass pane could optionally be coated with a screen printing. The whole system appears as a translucent wall. Summer sun high in the sky (> 40 ) Total reflection of the rays Shallow winter sun (< 35 ) Loss-free passage of the rays

4 Heiko Hellwig Architekt: Beat Kämpfen, Zürich Versatile, innovative and completely maintenance free Maintenance and lifetime GLASSX crystal is a translucent wall element without any mechanical components or electronic devices. Thus the functionality may be guaranteed over a long lifetime without maintenance.

5 Favorable, sustainable and always disposed for storage Comfort Increased surface temperatures up to 26 C or 28 C at the interior surface of the panel enhance thermal comfort in the room.the facade functions as a large area heat radiator producing a steady and comfortable climate. Design freedom The various size options of GLASSX crystal enables a flexible use.the individual designed interior surface allows to fit the element in different scenes.

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7 Heiko Hellwig Efficient, unfailing and noticeable comfortable

8 GLASSXcrystal in its change phase

9 GLASSXcrystal in its crystal state

10 GLASSXcrystal in its liquid state

11 Storage Heating Cooling GLASSX crystal - technical data Glass 1 (exterior) Gap between panes (GBP 1) Glass 2 Gap between panes (GBP 2) Glass 3 Gap between panes (GBP 3) Glass 4 (interior) Tempered safety glass Gap between panes with prism plate and inert gas Tempered safety glass with Low-E Gap between panes with inert gas Tempered safety glass with Low-E Gap between panes with PCM plate Tempered safety glass with ceramic silk-screen printing Element thickness 79 mm Thickness tolerance -1/+4 mm Min. fold width ~ 84 mm Weight max. 95 kg/m² Max. surface area 4.2 m² Max. height 280 cm Max. width 150 cm Heat transmission coefficient (U-value) up to 0.48 W/m²K Light transmission for crystalline PCM 0-28 % Light transmission for liquid PCM 4-45 % Total energy transfer ratio (g value): Vertical direct irradiation 48 % Diffuse irradiation 29 % Seasonal (winter months) % Seasonal (summer months) % Storage capacity 1185 Wh/m² Storage temperature C 2.1 GLASSX crystal GLASSX crystal - technical data

12 Storage Heating Cooling GLASSX prism - technical data Glass 1 (exterior) Gap between panes (GBP 1) Glass 2 Gap between panes (GBP 2) Glass 3 Tempered safety glass Gap between panes with prism plate and inert gas Tempered safety glass with Low-E Gap between panes with inert gas Tempered safety glass with Low-E Element thickness 48 mm Thickness tolerance -1/+3 mm Min. fold width ~ 60 mm Weight max. 54 kg/m² Max. surface area 4,2 m² Max. height 280 cm Max. width 150 cm Heat transmission coefficient (U-value) up to 0,49 W/m²K Light transmission for crystalline PCM up to 54 % Total energy transfer ratio (g value): Vertical direct irradiation 48 % Diffuse irradiation 29 % Seasonal (winter months) % Seasonal (summer months) % 2.3 GLASSX prism GLASSX prism - technical data

13 Storage Heating Cooling GLASSX comfort - technical data Glass 1 (exterior) Gap between panes (GBP 1) Glass 2 Gap between panes (GBP 2) Glass 3 Gap between panes (GBP 3) Glass 4 (interior) Tempered safety glass Gap between panes with inert gas Tempered safety glass with Low-E Gap between panes with inert gas Tempered safety glass with Low-E Gap between panes with PCM plate Tempered safety glass with ceramic silk-screen printing Element thickness ~ 70 mm Thickness tolerance -1/+4 mm Min. fold width ~ 80 mm Weight max. 92 kg/m² Max. surface area 4,2 m² Max. height 280 cm Max. width 150 cm Heat transmission coefficient (U-value) up to 0,49 W/m²K Light transmission for crystalline PCM 0-38 % Light transmission for liquid PCM 4-55 % Total energy transfer ratio (g value): Vertical direct irradiation up to 53 % Storage capacity 1185 Wh/m² Storage temperature C 2.2 GLASSX comfort GLASSX comfort - technical data

14 Storage Heating Cooling GLASSX comfort store - technical data Glass 1 Gap between panes (GBP 1) Glass 2 Tempered safety glass Gap between panes with PCM plate Tempered safety glass Element thickness ~ 38 mm Thickness tolerance -1/+2 mm Min. fold width ~ 44 mm Weight max. 58 kg/m² Max. surface area 4,2 m² Max. height 280 cm Max. width 150 cm Light transmission for crystalline PCM 0-38 % Light transmission for liquid PCM 4-55 % Storage capacityt 1185 Wh/m² Storage temperature C 2.2 GLASSX comfort GLASSX comfort - technical data

15 heating phase Zeit in h 0 cooling phase Zeit in h

16 Probe: GLASSXcrystall hellgrau PCM fest PCM flüssig Fehler: +/ / Fehler: +/ / Probe: GLASSXcrystall transparent PCM fest PCM flüssig Einfallswinkel Lichttransmission Strahlungstransmission Einfallswinkel Lichttransmission Strahlungstransmission Einfallswinkel Lichttransmission Strahlungstransmission Einfallswinkel Lichttransmission Strahlungstransmission Fehler: +/ / Fehler: +/ /- 0.03

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18 Referenz GlassX crystal Forschungsprojekt PCM und Prismenglas PCM aus Paraffinen Solarhaus III, Ebnat Kappel Forschungsauftrag BFE: PCM - und Prismenglas Architekt: Dietrich Schwarz, 2000 Schweizer Solarpreis 2001

19 Referenz GlassX crystal Anthrazit eingefärbte PCM - Behälter Raumseitiges Glas mit Siebdruck weiss Alterswohnen Domat/Ems Detailpreis 2007 Architekt: GlassX architecture, Zürich 2004

20 Referenz GlassX crystal Hochtransparentes PCM Gläser ohne Siebdruck Marché international support Office, Kemptthal Nullenergieprojekt, Schweizer Solarpreis 2007 Architekt: Beat Kämpfen, Zürich 2007

21 Referenz GlassX crystal Hochtransparentes PCM Gläser ohne Siebdruck Marché international support Office, Kemptthal Nullenergieprojekt, Schweizer Solarpreis 2007 Architekt: Beat Kämpfen, Zürich 2007

22 Referenz GlassX crystal Anthrazit eingefärbte PCM - Behälter Raumseitiges Glas mit Siebdruck weiss Eulachhof, Oberwinterthur Nullenergiesiedlung, Schweizer Solarpreis 2007 Architekt: GlassX architecture, Zürich 2007

23 Referenz GlassX crystal Anthrazit eingefärbte PCM - Behälter Raumseitiges Glas mit Siebdruck weiss Eulachhof, Oberwinterthur Nullenergiesiedlung, Schweizer Solarpreis 2007 Architekt: GlassX architecture, Zürich 2007

24 Referenz GlassX crystal Grau eingefärbte PCM - Behälter Raumseitiges Glas mit Siebdruck Ätzton Minergie-P Wohnüberbauung Im Bächli, Teufen Architekt: GlassX architecture, Zürich 2007

25 Referenz GlassX prism Raumseitiges Glas mit Siebdruck Ätzton copyright 2007FlorianKleinefenn N7 Wohn - und Verwaltungsgebäude, Berlin Architekt: C.Fischer, Innenarchitekten, 2006 copyright 2007FlorianKleinefenn

26 Referenz GlassX prism Raumseitiges Glas mit Siebdruck Ätzton copyright 2007FlorianKleinefenn N7 Wohn - und Verwaltungsgebäude, Berlin Architekt: C.Fischer, Innenarchitekten, 2006 copyright 2007FlorianKleinefenn

27 Learn more about us, our projects and our products in the Internet. We would be happy to send you detailed documentation. Just give us a call! We would be happy to engage in a personal conversation with you. 2005, GlassX AG Subject to technical modifications without notice. GLASSX crystal and GLASSX architecture are registered trademarks of GlassX AG. Editors: GlassX AG Design: peyerbeer.ch Photos: Gaston Wicky GlassX AG Technoparkstrasse 1 CH-8005 Zurich Switzerland Telephone +41 (0) Telefax +41 (0)