Solé Power Tile the Future of Solar Energy?

Ask around to house owners who have looked into recording solar power on their roofing system, and they will likely tell you there are numerous issues with the basic solar panel. The expense to install can be excessive, making it far from a smart investment for many homes. The solar panels are large and heavy– it’s generally a glass box suspended 6 inches above your roofing system. Plus many photovoltaic panels are made from materials like glass, silicon wafers and aluminum that are not constantly sustainable to produce or easy to recycle. And, to be sincere due to the fact that this is your home we’re talking about, and you do care they’re simply so darn unsightly.

Besides developing green surfaces on our roofings we need solar power harnessing. Shouldn’t our roofing system tiles accomplish that? Guys from SRS Energy surely think so. Solar energy is an eco-friendly option to power plants that burn nonrenewable fuel sources, finite resources that contribute to pollution, global warming, as well as the reliance on imports for our energy security. SRS Energy roof supply an electricity-generating option for your house with immediate cost savings. As a sustainable “cool roofing system” with high air flow, US Tile’s roof system provides an additional cost savings of 5 to 20 percent in normal home cooling expenses.

Thanks to a system created by SRS Energy and used solely as an upgrade option to consumers of United States Tile (the biggest producer of clay tile in the United States), those wishing to take advantage of rooftop solar energy will no longer have to stress about any panels being stuck on the side of the roofing and spoiling the visual appeals. The Solé Power Tile system is the very first building-integrated photovoltaic roofing product created to blend in with curved roofing system tiles typically found in the Pacific West and Southwest of the United States.

Peter Bressler, principal of Bresslergroup– the Philadelphia-based design company came up with an idea to take the huge solar panel and condense it into a modular system that could in fact be utilized more like a design element: Integrated into the structure, rather than an afterthought. The tile would imitate the shape of the conventional curved “barrel tile” made from terra-cotta, which is currently discovered on most Spanish-influenced roofs in regions where solar power would be most effective.

The active SRS Energy solar roofing tiles cover about 15 percent of the roofing on a typical house. The Solé Power Tile system, currently only readily available in blue, integrates with United States Tile’s broad selection of clay tile in a host of colors from a premium glazed blue to classic earthen shades. This system uses property owners design versatility while keeping the profile of a premium clay roof.

Each tile is 37.4 in 18in and wide long, there’s usually a 3in overlap leaving 15in of tile exposed to sunlight. A 30 tile per 100 sq feet setup will weigh 240lbs and produce 860 Kw/h per annum (assuming 5.8 peak sun hours). According to SRS Energy: triple-junction amorphous silicon thin-film technology integrated within the Solé Power Tile “allows the system to produce an approximated 8-20% more energy than incumbent crystalline silicon panels of the exact same rated power.”

If that option is chosen) is fed into the grid, any power generated by the system which is not utilized by the structure (or kept in batteries. Utility companies then provide a credit for the quantity of energy created indicating financial advantages can be taken pleasure in from day one. Each system is monitored to provide feedback so that checks can be made versus any credits made.

A Solé Power Tile system takes less time than conventional photovoltaic panels to produce the quantity of energy needed in the production process, making them a true green item. That time represents a really small amount of the tile’s life span and its capability to continue creating electrical power over the long term. A Solé Power Tile system is ensured to generate electrical energy at a rate that equals 80 percent of its producing capacity for a period of 20 years, and is expected to continue to produce well beyond the service warranty period. In addition, the polymers employed in the tile can be recycled once the product reaches the end of its life.