Solar Roofing Systems Boost Power Output

Solar Roofing Systems Boost Power Output

Photo via CertainTeed.

Building integrated photovoltaic panels are an option for reducing the aesthetic impact of solar panels on the roof of a home or building.

In the past, those options have produced less energy that standard panels.

Building Integrated Photovoltaics (BIPV) refer to photovoltaic products such as solar panels and modules that are used as replacements for traditional building materials. BIPVs assume a dual role as both building envelope material and power generator, thus providing substantial savings in terms of electricity and materials costs.

Recently CertainTeed Solar announced an increase in rated power for its Apollo II and Apollo Tile II solar roofing systems. Apollo II now offers 63 watts of rated power, improving on both the performance and the economics of CertainTeed Solar roofing systems.

"The power increases to our Apollo II line reflect CertainTeed's continuous commitment to the improvement of our products," said Mark Stancroff, director of CertainTeed Solar. "Plus the low-profile appearance of these integrated systems lets installers offer solar solutions to customers who may be deterred by aesthetics of rack-mounted systems."

Apollo II and Apollo Tile II modules are manufactured in the United States using foreign and domestic components and are backed by the strongest warranty in the solar industry, which covers the products and the professional installation of the system for up to 25 years.

In November 2016 Tesla announced its entry into the BIPV market with its solar roof shingles.

Read more about home solar power.


Topics: Building Green, Going Green, Photovoltaic / Solar Panels, Remodeling, Roofing, Solar Power, Sustainability Trends & Statistics


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