A 1.2 MW rooftop solar system in Suzhou, China, equipped with Thornova Solar’s Tangra M Pro C (TS-BGT72) modules, has achieved grid connection. As an important part of the world’s first photovoltaic power station featuring 10MW integrated polyurethane composite frames and mounting structures, this project highlights the industry-leading New Composite Frame Solution developed by Thornova Solar, replacing traditional aluminum frames to deliver superior performance and sustainability.
Why Thornova’s Composite Frame Stands Out:
- Lower PID risk: excellent insulation properties effectively avoid the risk of potential induced degradation (PID);
- Better chemical and mechanical resistance: excellent mechanical strength and resistance to chemical corrosion and salt spray up to industry standards;
- Climate resilience: near-zero deformation under extreme cold conditions at -40°C, with long-lasting and stable bifacial power generation performance;
- Low-carbon and sustainable: carbon footprint of the production chain is reduced by 80% compared to traditional aluminum.
The project showcases Thornova’s innovation in merging high-efficiency bifacial N-type technology with sustainable engineering, enabling industries to slash energy costs while advancing decarbonization goals.
Project capacity: 1.2 MW
Project location: Huqiu District, Suzhou City, China
