A 23.92MW PV project at Shanghai’s Pudong international airport has connected to the grid at full-capacity, deploying a Trinasolar anti-glare solution, the project demonstrating that stringent airport safety requirements and green, low-carbon construction can combine and showcasing Trinasolar’s leadership in providing advanced PV solutions for low-carbon infrastructure.
Controlling module glare at airports is crucial, with Trina’s anti-glare modules breaking the specular reflection path of sunlight, converting strong glare into soft, non-directional diffused light. Tests show their anti-glare range is over twice that of conventional modules, with glare intensity reduced by 47%, fundamentally eliminating direct strong light interference. The modules achieve the industry breakthrough of anti-glare without sacrificing power generation by precise matching of anti-glare glass and high-efficiency cells, solving the core contradiction in new energy application in special scenarios.
Designed for scenarios including airports, highways and ports, the Trina anti-glare modules ensure stable performance across temperatures from -40°C to 85°C and retain structural integrity under extreme weather conditions.
Vincent Wu, president of the company’s China MU, commented: “By conducting meticulous simulations and customized designs tailored to the precise angles and sightlines at Pudong airport, we delivered a solution that guarantees both exceptional safety and energy performance”.
The Pudong project is expected to generate an annual 24.58 million kWh of energy, saving over RMB 7.4 million in electricity costs and eliminating 13,200 tons of carbon emissions.