A new centre in Wales, funded by the Welsh Assembly Government (WAG) and Corus Steel, will test technologies for zero-carbon buildings, including commercial and emerging solar cell technologies.
The goal of the Sustainable Building Envelope Centre (SBEC) is to test and gather data on integrated heating, energy and ventilation systems integrated into the fabric, walls, ceilings and roofs of buildings that can lead to constructions that preserve energy and heat and generate their own electricity and energy.
The centre is one of the projects to come out of the Low Carbon Research Institute (LCRI) Energy programme, which is supported by European funding through the WAG.
Led by the Welsh School of Architecture, Cardiff University and backed by five other Welsh universities, the LCRI is designed to drive forward cutting-edge research to secure a low-carbon future for Wales, create green jobs and help business to develop sustainable products and technologies.
Testing
SBEC, which is being established in partnership with Corus Colors at its Shotton site in Wales Deeside, will create at least two environments for testing technologies. There is also potential for other companies, such as customers of Corus, to lend their buildings for the project's research.
A team of 18 people at SBEC, including staff from the LCRI and Corus, will be involved in the design, modelling, prototyping, testing and monitoring of a suite of heating and energy solutions based primarily on solar cell and solar thermal technologies.
Silicon photovoltaic modules will initially be tested, but the project will also work with dye-sensitised solar cell-coated steel roofing being developed by Corus Colors, at Shotton, in partnership with materials supplier Dyesol.
The building, designed by the Welsh School of Architecture with funding from Corus and the LCRI, is expected to be completed by October of this year.
+Plastic Electronics Volume 3, issue 2, will include a series of special features on the commercialisation of dye-sensitised solar cells. The magazine will also be appearing at the forthcoming 4th International Conference on the Industrialisation of Dye Solar Cells, 1-4 November 2010.
To subscribe in time for the next issue, visit our subscriptions page. For more information, email Editor Dan Rogers at daniel.rogers@pira-international.com.
Documents and links
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Subscribe to +Plastic Electronics magazine
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Welsh School of Architecture
The Cardiff University school is leading a carbon-neutral project that includes trials of DSSCs

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Corus Colors
The Welsh firm is a developer of DSSC building materials

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DSC-IC 2010
Webpage for the 4th International Conference on the Industrialisation of Dye Solar Cells

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Building design and the potential of third-generation solar cells
Ingo B Hagemann, architect and building-integrated photovoltaic consultant, discusses opportunities and challenges for organic solar cells and other third-generation photovoltaic technologies in the building and construction industry

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The Future of Flexible and Thin-Film PVs
Technology forecasts to 2019, published by IntertechPira

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