Industry thumbs up, return with full load

From November 18th to 20th, 2024, the 7th China International Photovoltaic and Energy Storage Industry Conference was grandly held at the Chengdu Century City New International Convention and Exhibition Center. As the most important international solar energy storage event in western China, important leaders, authoritative experts and scholars in the global solar energy storage industry, leading entrepreneurs, and representatives of solar energy storage enterprises gather together to gather wisdom and strength, and continue to support the world's green and sustainable development. At the meeting, Betterial won the "China Photovoltaic Storage Innovation Technology Achievement Award", "Global Photovoltaic Storage China Business Card 2024 Outstanding Auxiliary Material Enterprise", and "Global Partner&Excellent Enterprise Award" with its leading innovation advantages and excellent market service capabilities in the field of photovoltaic materials. The company's innovation strength, industry-leading position, and brand influence were fully demonstrated. In the future, Betterial will fully leverage its own advantages to provide more efficient and convenient product support services for photovoltaic module customers in the western region, represented by Tongwei.

The theme of this conference is "New Era of Light Storage, New Journey of Dual Carbon", aiming to encourage the global light storage industry chain to innovate and break through, strengthen the transformation of technological achievements, actively promote the green and sustainable development of the light storage industry, and make greater contributions to the global clean energy industry. In the first Optical Storage Innovation Technology Competition, Betterial's "High Reliability Packaging Adhesive Film for Perovskite Cells" was awarded the "China Optical Storage Innovation Technology Achievement Award".

Perovskite, as a shining pearl of future photovoltaic technology, has significant advantages in high photoelectric conversion efficiency and has a very broad application prospect. Betterial actively laid out research on perovskite and stacked perovskite packaging technology many years ago, becoming the first enterprise in the industry to achieve small-scale supply of perovskite adhesive films. In recent years, ParknShop has established long-term strategic cooperation with Boru and Nordic Chemicals, forming a strong alliance to jointly develop new photovoltaic high-efficiency cell packaging technology solutions, continuously optimizing perovskite and stacked perovskite packaging technologies, and continuously breaking through in the field of component packaging technology. The issue of stability has always been a "roadblock" restricting its industrial development. To overcome this challenge, Betterial actively collaborates with leading companies in the perovskite field, jointly undertaking relevant national level projects, and making every effort to improve the stability of perovskite and reduce attenuation rates. At the same time, leveraging its first mover advantage, Betterial actively leads the drafting of technical standards related to perovskite packaging, and contributes its own strength to the development and industrialization of perovskite technology specifications.

As a special guest of this conference, Betterial was invited to give a keynote speech on "Betterial's Gateless Packaging Technology Helps the Mass Production Process of 0BB Technology", showcasing the latest high reliability packaging solutions applied to photovoltaic 0BB Gateless Technology. The latest "light conversion integrated film" packaging solution developed by Betterial for 0BB components combines the light conversion film with conventional adhesive film through co extrusion technology to achieve one-time preparation. It can absorb different wavelengths of light and convert them into visible light, further improving the photoelectric conversion efficiency of the components. At the same time, it also has the characteristics of low aging peeling force attenuation, strong UV stability, and high process yield. Verified in the laboratory, it can significantly reduce the PID effect of components. The R&D team of Betterial will continue to explore in the direction of integrated film technology, committed to creating product solutions with higher process yield and lower production costs.

In the future, Betterial will be positioned as a "leader in innovative applications of polymer functional films", relying on its own polymer functional film innovation application platform, Baijia New Materials Research Institute and other scientific research platforms and innovation forces, continuously promoting the research and development of new products and technologies, optimizing industrial structure, and working together with partners to explore green technology development paths, making more contributions to the high-quality and sustainable development of the global optical storage industry.