The Chinese manufacturer Thornova Solar presents solar modules with plastic frames made of glass fiber and polyurethane. In contrast to conventional aluminum frames, which are susceptible to corrosion in harsh environments, the composite frames from Thornova Solar are designed to withstand salt spray, extreme weather conditions and high mechanical loads, according to a company statement. According to Thornova, the modules with plastic frames can withstand wind loads of up to 3,000 Pa and snow loads of up to 7,000 Pa. The modules are also suitable for use in offshore environments with high salt content. In addition, according to Thornova, no earthing is required, which results in lower system costs. Compared to aluminum frames, the plastic frames cause 80 percent less CO₂ emissions.
“Our new composite frame modules represent a major advance in solar technology,” says Andrea Bodenhagen, Global Branding Director at Thornova Solar.
“By combining mechanical strength, long-term reliability and environmental sustainability, we offer a next-generation solution for EPCs, developers and investors who want to realize long-lasting, high-performance solar projects.”
© PHOTON
