From July 29 to 30, 2026, the 4th DeCarbon Low-Carbon Science International Conference and the 3rd Solar Cell Materials and Devices Academic Salon were grandly held in Qingdao, Shandong.

The conference brought together academicians from the photovoltaic field from home and abroad, university research teams, leading enterprises in the industry chain, and high-end equipment manufacturers to conduct in-depth discussions on cutting-edge hot topics such as perovskite solar cells, tandem cell technology, and new photovoltaic materials and devices, jointly exploring industrialization paths from laboratory to GW-level mass production.

Focusing on the Frontier

This year's DeCarbon conference focused on the "dual carbon" goals, showcasing multiple breakthrough advances in the perovskite photovoltaic field: single-junction perovskite cells with NREL certification efficiency reached 26.6%, perovskite/crystalline silicon tandem cells exceeded 35.0% efficiency (LONGi Green Energy), completely breaking the traditional silicon efficiency ceiling; The solution method for preparing the process has a material utilization rate exceeding 90%, and the manufacturing cost of GW-level modules is expected to drop to 0.5–0.6 yuan/W, with production costs only one-third that of crystalline silicon.

With the mass production yield of large-area perovskite modules surpassing 98.5%, the industry has reached a critical point from laboratory to large-scale mass production.

However, experts and scholars at the conference pointed out in the discussion that further breaking through the bottleneck of optoelectronic conversion efficiency, improving the long-term stability of large-area modules, and continuously reducing manufacturing costs remain key challenges in the industrialization process. The Hongzheng Intelligent team participated in numerous academic presentations and seminars throughout the process, deeply feeling the industry's urgent need to "move from laboratory preparation to large-scale mass production," which has been the core driving force behind Hongzheng Intelligent's years of dedicated focus on coating equipment technology.

As a pioneer in the domestic field of high-precision coating equipment, Suzhou Hongzheng Intelligent Technology Co., Ltd. was invited to attend. Mr. Cui Chengnan, Sales Director of the company, delivered a keynote speech titled "2026 High-Precision Perovskite Coating Technology and Solutions," directly addressing the core barriers of perovskite coating processes and delivering domestically produced precision coating complete solutions covering R&D, pilot testing, and mass production to the entire industry.

The sound of Hongzheng

Strength as proof

Suzhou Hongzheng Intelligent Technology Co., Ltd. is one of the earliest domestic suppliers engaged in the research and manufacturing of perovskite slit coating equipment. The company's core team consists of PhDs and masters in mechanical design, electrical engineering, software, and process R&D, and has long employed top coating technology experts from Japan and Korea as consultants. The company has applied for over 60 coating-related patents, including more than 20 invention patents.

Conclusion

This DeCarbon conference visit is an important platform for Hongzheng Intelligent Technology to connect with global photovoltaic frontiers and showcase the technological strength of domestically produced high-end coating equipment. Through in-depth exchanges with top scholars and leading enterprises, we have strengthened our confidence in supporting the industrialization of perovskite with high-precision coating equipment.