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Kalzip Solar solutions - 16 Pages

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Catalogue excerpts

CI/SfB(49)X(Q)September 2007 Corus Building Systems Kalzip > solar solutions > Flexible solutions for creative solar architecture size="-2">

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Kalzip solar solutions Kalzip > solar solutions The synthesis of design and function > 2 size="-2">

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Kalzip solar solutions > Our partner for triple-junction technology: >

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Kalzip solar solutions Above: Three-court sports hall Frechen, Germany .Architect: ReichRight: Boatemah Walk, London, England .Architect: Anne Thorne PartnershipPage 6: IC-Haus Bodenheim, Germany .Architect: Dorberth-KrausPage 7: Schiller School Bretten, Germany . >

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Kalzip solar solutions > Kalzip solar solutions Applications Kalzip AluPlusSolar Kalzip SolarClad AF 65/537 1.0 mm withroof-integrated PV laminate Roof-mounted aluminium panel with PV laminate 5 >

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Kalzip solar solutions Solar construction gives shape to a new aesthetic Architects set trends with Kalzip > AluPlusSolar > The new Kalzip AluPlusSolar solar panels are the fi rst to enable truly roof-integrated renewable power generation using fl exible PV laminates, while providing maximum freedom of creativity for challenging architecture. A wide variety of designs can be accommodated, as the solar laminate is permanently attached to aluminium Kalzip standing seam sheets. This integrated system allows individually designed roof elements with straight, convex, or concave shapes. Without the...

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Kalzip solar solutions Kalzip > SolarClad: design fl exibility and low weight New possibilities for sustainable construction > Kalzip SolarClad is a variation of AluPlusSolar optimised for overcladding metal roofi ng. Its fl exibility and versatility enable solar panels to be integrated into any Kalzip standing seam profi le.SolarClad provides a retro-fi t solution for installations on existing structures or for new new-build developments.PV laminates consist of extremely robust amorphous silicon thin-fi lm modules attached to aluminium carrier panels, which can be installed on any Kalzip standing...

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The combination of thin-fi lm solar laminates with the benefi ts of the Kalzip standing seam roof sheet provides architects and designers of photovoltaic systems maximum freedom of design whilst making effi cient use of solar energy. PV laminates are factory-bonded to polyester or PVDF paint coated aluminium. An overview of the productΒs advantages > Aesthetic, roof-integrated photovoltaic system, without additional fasteners. > Ideal for challenging architecture. > Optimised conversion of solar energy in poor light conditions by utilising triple-junction technology. > Higher shadow tolerance...

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Kalzip solar solutions Kalzip SolarClad is suitable for all roof geometries with a pitch of up to 60. Its low weight means only minor additional structural checks are required for the roof.Kalzip SolarClad is offered with PV laminates of two lengths, factory bonded to carrier trays ready for connection. > Cost-effective PV solution for new building projects with Kalzip standard cover widths > High economic effi ciency due to quick, non-penetrative installation > Environmentally friendly due to short energy payback time less than one year. Product advantages > Simple structural calculations for...

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Kalzip solar solutions The PV laminate (available in two lengths) acts as a solar electric generator and is bonded onto Kalzip in the factory, ready for connection on-site. Kalzip solar solutions are available with photovoltaic thin-fi lm solar laminates PVL-68 and PVL-136, which have power outputs of 68 watt peak and 136Wp respectively. PVL-68 PVL-136 > Required area per kWp Kalzip AluPlusSolar (m) from 22.0Required area per kWp Kalzip SolarClad (roof-parallel installation) (mҲ) > 18.50 > 18.50Laminate length (m) 2.85 5.50 Rated power output (W) 68 136 Operating voltage VMPP (V) 16.5 33.0Operating...

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Kalzip solar solutions Every year, large sums of money are spent on the repair and maintenance of poor quality fl at roofs, without providing a long-term solution. The Corus Hi-Point concept using lightweight steel construction, pre-fabricated off-site, is a system developed to ensure sustainable building protection. Providing numerous and signifi cant benefi ts in terms of safety, cost and design fl exibility, Hi-Point is ideally suited to fast track building projects. Complete roof modules can be quickly and effi ciently installed without interruption to occupant activity operations.In addition,...

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Kalzip solar solutions Location and orientation Solar electric systems The average annual solar irradiation in Europe ranges from 1,752 kWh/mβ in southern Spain to 876 kWh/m in the north of Scotland. Every grid-connected PV system essentially consists of the solar laminates which generate direct current upon solar irradiation. DC cabling is routed through a central generator junction box, where fuses and lightning protection can also be integrated. An inverter then converts the direct current from the laminates into a grid-compliant alternating current. What is not used immediately by the buildingҒs...

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Kalzip solar solutions > Left: Aldi store in Beilngries (D) Architect: Kehrbach Planwerk 14 >

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Kalzip solar solutions Kalzip > customer service and technical support > Along with our different options for PV installation and roof renovation, we offer an extensive range of fabrications to suit your individual project needs.Whatever your requirements our skilled technical service advisers will support you early in the planning process.If you have any queries or would like to discuss your specifi c needs please do not hesitate to contact us. Details can be found on the reverse of this brochure or visit our website, www.kalzip.com for further information. 15 size="-3">

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Care has been taken to ensure that this information is accurate, but Corus Group Limited, and its subsidiaries, does not accept responsibility or liability for errors or information which is found to be misleading.Copyright 2007Corus Corus Building Systems Haydock LaneHaydockSt Helens Merseyside WA11 9TYEnglandT: +44 (0) 1942 295500 F: +44 (0) 1942 295508Email: kalzip-uk@corusgroup.com > English size="-1">

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