BlueScope Introduces An Innovative Solar Roof That Provides Heat And Power

bluescope-roof-home-design

In Australia, Sydney the terrace of a house situated in the suburb of Glebe could be the world’s first building with an integrated system that produces both electricity and heat.
BlueScope introduced this roofing product, which combines thin-film solar PV and solar technologies, as a result of its efforts and the help provided by the Australian Renewable Energy Agency. The solar roof – presented in the picture – has a top layer that produces electricity in a similar way as the solar PV modules, simultaneously heat being trapped and distributed between the two layers for use in space and water heating.
The purpose of this innovative roof is to replace conventional roofs in Australia in the near future, even though BlueScope’s representatives have already stated that it will probably not happen any time soon. Before launching the company representatives have to thoroughly understand the manufacturing costs and how supply chains should be managed.

ARENA still promoted the product, after a $2.3 million grant for the $5 million project.

“Today we are witnessing an exciting new technology solution moving from the lab to be prototyped on everyday Australian rooftops for the first time,” Ivor Frischknecht, the ARENA CEO, stated.
“The old corrugated steel roof on this house in Glebe has been completely replaced with the first integrated photovoltaic (PV) thermal system in Australia, generating reliable renewable energy for the residents. A tile roof in the Illawarra region has also been replaced with the integrated PV system, demonstrating its versatility”.
“In addition to PV panels, an innovative thermal duct system warms and cools air to supplement air conditioning in the homes. These first installations are an important step as the technology moves towards commercialization and cost competitiveness with conventional rooftop PV.”
Furthermore, Frischknecht said that because of this system the costs of installation and energy will definitely be reduced.
By improving PV modules and roofing designers BlueScope makes efforts in reducing system costs. Nevertheless, the costs are also reduced by less packaging, lower investments in transportation, and a low-cost installation.
Dr Troy Coyle, the head of coating product development of BlueScope, told RenewEconomy in 2012 that the market is heading in the future toward innovation in designs and an incorporating energy production. “That is where the roofing industry is heading,” she stated.
“The market motivator is energy reduction, and the motivator for integration into rooftop design is a reduction of material costs and in building heating costs,” Coyle said. “That way we can have it all done in one.”
Bob Baldwin and the deputy for Industry Minister Ian Macfarlane attended the opening. “This a great display of Australian ingenuity and an example of industry leveraging government funding to make breakthroughs that may lead to advanced manufacturing and export opportunities,” Baldwin stated.

Social

20 Responses to “BlueScope Introduces An Innovative Solar Roof That Provides Heat And Power”

  1. billy price says:

    hows about safety harness,s they were inited ags av go and scaffoling mate

    • Warren says:

      I was thinking the same thing. That’s a pretty steep roof with no safety harness.

    • Lee says:

      Those guys are probably there just for the photo and not actually working. When it comes to media, they get to skirt a lot of rules and regs.

  2. Burris construction says:

    Looking for
    Dealer in my area
    Instalation and training
    Benefit verses standard
    Pricing
    Availability

  3. Roy stafford says:

    Hi.. I live in Garden island creek, Tasmania…and am very interested in this product as we currently use gas for hot water and have solar for some of our power usage..my house is 30 mths in length and approx 10 mths wide with colour bond roof…many thanks for this info..

  4. Skip King says:

    This technology is not new. In 1979 Steve Strong of Solar Design Associates Designed and I built a hybrid PV-thermal collector. The photovoltaic cells were bonded to a plate backed with copper D-tubes. The water flowing through the tubes cooled the PV and improved its eficiency

  5. Greg Bishop says:

    Very intrested in this product, I live in Texas, would be a great venture in my home state.

  6. Tim says:

    What is the thermal resistance in this system? What is the lowest outside temp that the thin solar panels can withstand?

  7. Dave Sargent says:

    Interested in this product for the UK market,please advise, Dave

  8. Darrin Nobbs says:

    If you are looking for a remote area for trial let me know
    Lord Howe island nsw 2898…im interested

  9. Pamela says:

    Is this system available outside of Australia?

  10. Rhonda says:

    Would like to know if it’s available in the US. Very interested in something like this

  11. Alfred says:

    More details technically and comer ail terms
    South Africa EPC

  12. maureen says:

    Here in NH we were running hydronics under standing seam metal with pv film. The resultant hot water + electricity was happening 15 years ago.

  13. Asif Sadeque says:

    Interested in marketing in BC, Canada

  14. Penny Truitt says:

    Is this available in U.S.? Interested in knowing more. Live in Missouri.

  15. Mo says:

    I am interested in this product for Costa Rica. Please let me know

Leave a Reply

© 2018 Home Design, Garden & Architecture Blog Magazine. All rights reserved.