Summit Energy’s Peak Roofing division, a leading solar installation company in the Northeast, recently completed the installation of its inaugural Solstice Solar Shingle System, developed by CertainTeed. This innovative system seamlessly integrates solar energy generation into a sleek, low-profile roofing solution that closely resembles traditional asphalt shingles in terms of aesthetics.
Adam Graber, Senior Director of Business Development at Summit Energy, expressed that homeowners who previously hesitated to embrace solar energy due to aesthetic concerns are now highly intrigued by this innovative product concept. The integration of top-tier aesthetics and efficient solar power production in the industry is proving to be exceptionally attractive. Graber highlighted that while numerous manufacturers have attempted similar endeavors, none have achieved the seamless integration with asphalt shingles that is evident with the Solstice system.
Summit Energy, established by experienced solar professionals Eric Israelsen and Dallin Maw, has experienced consistent growth and now provides solar and roofing services to homeowners and businesses across Massachusetts, New Hampshire, Maine, Vermont, Connecticut, and Rhode Island. With a track record of assisting more than 4,000 customers, the company has successfully enabled significant savings on utility bills for its clients.
By collaborating with top-tier partners in the financial, equipment, and warranty sectors, Summit Energy can tailor solar and roofing solutions to suit the specific requirements of every customer.
With patented Certainteed technology, Solstice Solar Shingles are both electrically and mechanically durable, supported by a 25-year warranty. These shingles have a wind speed rating of 110 mph and are suitable for installation in various wind zones, including Florida’s high-velocity hurricane zone. Featuring a water channel and raised fastener locations, the Solstice Shingle is designed to be watertight, offering enhanced protection against water infiltration.
