23.92MW Trinasolar Anti-Glare PV Project at Shanghai Pudong International Airport Connected to Grid

A 23.92MW photovoltaic (PV) project installed at Shanghai Pudong International Airport has been successfully connected to the grid at full capacity, marking a major milestone in the deployment of solar energy at one of China’s busiest aviation hubs. The project utilises Trinasolar’s advanced anti-glare PV solution, demonstrating that stringent airport safety standards can be met alongside green, low-carbon infrastructure development.

Airports and surrounding airspace are subject to strict safety and reliability requirements, particularly with regard to light reflection that could interfere with pilots’ visibility and air traffic operations. Given Pudong International Airport’s status as China’s busiest airport for both passenger and cargo traffic, project specifications required the PV installation to deliver high power generation efficiency while fully complying with rigorous anti-glare and operational safety standards.

To address these challenges, Trinasolar deployed its anti-glare PV modules, which are designed to disrupt specular reflection and convert intense sunlight glare into softer, diffused light. According to test results, the anti-glare range of these modules is more than twice that of conventional PV modules, while glare intensity is reduced by 47%, effectively eliminating direct strong light interference. The solution represents a key industry breakthrough by combining anti-glare glass with high-efficiency cells, enabling both safety compliance and optimal power generation in specialised environments.

Beyond supplying modules, Trinasolar provided a comprehensive anti-glare solution for the project. Vincent Wu, President of China MU at Trinasolar, said that the company conducted detailed simulations and customised system designs based on the specific angles and sightlines of Pudong International Airport. “This ensured both exceptional safety performance and high energy output,” he said.

Wu Yanfang, General Manager at Shanghai Yijiarun, the project partner, noted that Trinasolar’s modules effectively eliminate direct strong light risks while achieving dual compliance with safety and efficiency requirements. He added that this gives the solution a clear advantage over alternatives that either lack sufficient anti-glare performance or suffer from significant power generation losses.

With Trinasolar’s anti-glare solution in place, the project is expected to generate approximately 24.58 million kWh of electricity annually, save more than USD 1 million in power costs, and reduce carbon emissions by about 13,200 tonnes per year. The project is expected to serve as a replicable and scalable low-carbon model for airports and other light-sensitive infrastructure.

Trinasolar, a global provider of smart PV and energy storage solutions, said it will continue to deliver scenario-specific, high-efficiency products in line with its mission of “Solar Energy for All,” supporting the transition towards a net-zero future.