80W single crystal silicon

    80 watt photovoltaic modules offer industry-leading performance, durability, and reliability for a variety of electrical power requirements. Using breakthrough technology perfected by Tianda’s nearly 30 years of research and development, these modules use a textured cell surface to reduce reflection of sunlight, and BSF(Black Surface Field) structure to improve conversion efficiency. An anti-reflective coating provides a uniform blue color and increases the absorption of light in all weather condition. Common applications include cabins, Solar power stations, pumps, beacons, and lighting equipment. Designed to withstand rigorous weather conditions, a junction box is also provided for easy electrical connections in the field, making Tianda’s 80W modules the perfect combination of advanced technology and reliability.

Features
●The module is designed in consistent with national and international standard, manufactured with proven materials and world class equipment and advanced technology

●Heavy duty anodized aluminum frame with mounting aperture provides high wind resistance and convenient mounting access

●Water and moisture proof junction box

●Adopting low iron toughened high transmission glass and anti-aging enCapsulate EVA and compound TPE to prevent moisture penetrating into the module and guarantee excellent mechanical strength

●Mono or poly Crystalline silicon solar cell of high conversion efficiency over 15%

●Guarantee lifetime 10 years, ultimate lifetime over 25 years

●Environmentally friendly, energy-saving, free-maintenance, no noise

Clear Anodized Universal Frame
80W solar cell modules use corrosion resistant frames-clear anodized frames. They are constructed to withstand wind, rain, and improve reliability.

Proven Materials and Construction
36 monocrystalline silicon solar cells in series, efficiency enhanced by improved cell coating   

Cells are laminated between sheets of ethylene vinyl acetate(EVA) and high-transmissivity low-iron tempered glass

Frame strength exceeds requirements of certifying agencies