On January 14-15, the 7th "Carbon Quest" Entrepreneurs Year-End Sharing Conference and the 2025 13th "Opti Cup" PV Industry Awards Ceremony, jointly organized by Tansuo New Energy, Solarbe, and Tansuo Energy Storage Network, successfully concluded in Suzhou. As a leading enterprise in the field of PV auxiliary materials, Betterial New Material secured the "Most Influential PV Auxiliary Materials Enterprise of the Year" award, thanks to its robust comprehensive capabilities and forward-looking innovative technologies. Furthermore, its high-gain, lightweight encapsulation material solution for balcony PV was awarded the "Most Influential Scenario-based Application." These twin accolades fully demonstrate its role as an industry benchmark.

In recent years, Betterial New Material has continuously deepened its expertise in the field of PV encapsulation materials, achieving substantial success in the global market. According to InfoLink's 2024 global encapsulation film shipment ranking, Betterial New Material consistently ranks among the top three globally. Leveraging four domestic bases in Changzhou, Yancheng, Chuzhou, and Xianyang, along with three overseas production hubs in Indonesia, Turkey, and Vietnam, the company has established a large-scale, highly efficient global production and delivery network through the synergy of these seven locations. This structure, with its proximity-to-market advantages, enables rapid response to global customer demands, earning widespread international trust and solidifying its position as a key enabler for global module customers.

As a lightweight solution well-suited for urban residential and small commercial settings, balcony PV holds promising market potential due to its "plug-and-play" convenience. To address core challenges in balcony installations—primarily limited space and load-bearing capacity—Betterial has developed a tailored encapsulation solution: Its LightUP® lightweight reinforced front sheet utilizes proprietary polymer composite technology and structural optimization to achieve a remarkable weight reduction of over 60% compared to conventional glass modules. The in-house developed specialized high-transmittance material boasts a light transmittance of 93% or higher, minimizing optical loss and boosting photovoltaic conversion efficiency. This is combined with a dedicated encapsulation film for lightweight modules and a high-barrier reinforced backsheet. Enhanced by superior moisture resistance and optimized thermal management, the solution significantly improves module reliability. This innovative approach finds applications across diverse scenarios such as low-load commercial and industrial rooftops, agricultural greenhouse canopies, mobile charging, and curved building surfaces, opening new avenues for expanding the boundaries of PV adoption.

The double awards signify the industry's high recognition of Betterial's past accomplishments and serve as a new clarion call for the future. Moving forward, Betterial New Material will continue to leverage technological innovation as its core driver, build upon its solid foundation of quality and reputation, deepen collaboration across the industry chain, and continuously iterate efficient and reliable PV encapsulation solutions. The company is committed to driving the expansion of PV application scenarios and contributing robust "Betterial-driven innovation" to building a clean, low-carbon energy future.