The 'Solar Thermal Dance' on SNEC empowers the future of green energy with Hengli's perovskite solution

The 18th SNEC International Solar Photovoltaic and Smart Energy Conference and Exhibition (SNEC 2025) will be held grandly at the National Exhibition and Convention Center (Shanghai) from June 11-13, 2025. As one of the largest and most influential photovoltaic events in the world, this exhibition brings together more than 3600 companies from nearly 100 countries and regions around the world to participate in the forefront of technology and promote sustainable innovation and development of the industry.

Hengli Eletek Co., Ltd. (hereinafter referred to as "Hengli") made a brilliant appearance with its core equipment solutions, focusing on the field of perovskite photovoltaic technology, and showcasing three major innovative achievements: GW level perovskite crystallization annealing production line, VCD flash furnace, and layered crystallization annealing furnace. These three solutions accurately cover different process routes and site requirements of perovskite solar cells, fully demonstrating the powerful capabilities of GW level perovskite mineral lines in diversified application scenarios, providing solid technical support and strong impetus for China to achieve its "dual carbon" goals and promote global green energy development.

Comprehensive technological roadmap layout, leading the innovation of cutting-edge equipment

At the exhibition site, Hengli exhibited in detail new generation advanced process equipment such as perovskite crystallization annealing furnace, VCD flash evaporation furnace, XBC special annealing furnace, cadmium telluride activation annealing furnace, fully demonstrating the company's profound technical strength in the field of photovoltaic core equipment. Based on more than 30 years of technological accumulation, Hengli provides advanced annealing solutions covering the entire technical route. This not only reflects its strong technical reserves, but also provides industry customers with flexible adaptation, efficient and reliable technology path selection during the technology iteration cycle. With diversified and high-performance equipment, it helps customers cope with market challenges and achieve steady development.

GW level production line successfully delivered, creating a benchmark for new quality productivity

In terms of technological achievements, Hengli highlighted the successful delivery of the GW grade perovskite glass substrate crystallization annealing production line. This production line has achieved significant breakthroughs in key technologies such as temperature uniformity, precise atmosphere control, and transmission stability, consolidating the company's rich research and development experience and excellent design capabilities. Through modular and integrated design concepts, this production line can be flexibly configured according to customer production scale, effectively building an automated and standardized crystallization annealing core process for calcium titanium mineral production lines, providing efficient and high-capacity solutions for photovoltaic enterprises, and effectively accelerating the formation of industrial synergy and win-win patterns.

Innovation drives the future, jointly building a new landscape of green energy

Looking ahead to the future, the sustained growth in global demand for clean energy has opened up vast opportunities for the photovoltaic industry, which has the greatest potential for development. Hengli will always adhere to market demand orientation and continuously improve product performance and operational stability. At the same time, the company is comprehensively promoting the research and application of cutting-edge technologies such as perovskite photovoltaics, committed to using innovation as an engine to lead industrial technology upgrades, contribute core strength to the industrialization process of the new generation of photovoltaic technology, promote the vigorous development of new quality productivity, and jointly depict a beautiful future of global green energy.