Trina Solar Announces Solar Solutions For North America
Trina Solar Ltd., a vertically-integrated manufacturer of solar photovoltaic (PV) products, announced the offering of a three-pronged service solution featuring complimentary design services, newly available high performance ‘Honey’ modules and the rapid install Trinamount racking system.
Starting today, installers, developers and other customers using Trina Solar modules can benefit from a complimentary design service that delivers preliminary system layouts and performance estimates for large rooftop installations. Upon submitting a short site survey form, Trina Solar will craft custom-tailored PV installation plans.
This new design service comes online as Trina Solar also announces the availability of its high performance 60-cell, up to 260 Watt Honey module series for North America. The new Honey cell is produced using cutting edge process tools supplied by North American vendors. The cells feature a number of advancements including greater surface area and more efficient capture of sunlight, resulting in more power per area. Laboratory tests, confirmed by TUV Rheinland in September 2011, demonstrated that a 60 Honey cell module set a world record for multicrystalline module power by reaching a 274 Watt peak.
Compared to industry standard 230 Watt modules, a typical flat rooftop system using comparably sized 260 Wp Honey modules could produce over 18 percent more electricity per year from the same roof area. By combining high performing Honey modules with the fast mounting Trinamount system, customers can install Trinamount Honey systems up to 4.5 times faster while shaving installation costs by up to 10 percent.
Solar Power World Editors Frank Andorka and Kathie Zipp interview the industry's hottest newsmakers and allow them to tell their stories.
Subscribe Today>>
Frank Andorka delivers breaking solar news, solar resources, solar product innovation and more. Sign Up Today>>
Check out upcoming renewable energy webinars and view past broadcasts on demand.

