On January 15, 2026, the 13th "Solar Energy Cup" Photovoltaic Industry Awards Ceremony hosted by Sobi Photovoltaic Network was held in Suzhou. Risen was awarded the "Most Influential Photovoltaic Module Enterprise of the Year" award for its technological breakthroughs and industrialization achievements in the field of heterojunction modules. This honor is an authoritative recognition of the company's comprehensive strength, technological innovation ability, and industry leadership position.

Risen has been deeply involved in the research and industrialization of high-efficiency solar cells for many years. Currently, the mass production power of heterojunction Fuxi Pro modules has exceeded 740Wp, ranking among the world's highest power photovoltaic modules; This component, with excellent performance such as a low temperature coefficient of -0.24%/℃ and a double-sided rate of 90%+, ensures outstanding power generation capacity in high temperature and high radiation environments, providing more stable and predictable long-term return guarantees for power plant investors.

It is worth mentioning that the company's technological exploration is not limited to the deep cultivation of ground photovoltaic scenarios, but also extends to the forward-looking layout of the space energy field. Risen p-type ultra-thin heterostructure series products have outstanding advantages in ultra-thin silicon chip applications (currently 50-70 μ m batteries have been delivered, and have further thinning potential), production cost control, specific power improvement, as well as adaptability to flexible solar wings, radiation resistance, etc., providing a feasible technical path for energy demand in space economy fields such as low orbit satellite Internet and deep space exploration.

This award demonstrates the industry's recognition of the comprehensive influence of Dongfang Risheng. In the future, the company will continue to deepen heterojunction technology, explore cutting-edge fields such as space economy, and actively promote the integration of light and storage to provide more efficient and reliable energy solutions for partners.Editor/Yang Meiling