On June 11, Sungrow FPV showcased its full-scenario floating photovoltaic system solutions at the 18th SNEC PV Conference and Exhibition (Shanghai). The exhibition featured five innovative digital zones: "Conventional Application Scenarios," "Special Application Scenarios," "Classic Subsidence Area Cases," "Global Case Digital Earth," and "Full-Scenario Sandbox," offering an immersive exploration into the technical strengths of FPV.

In response to the unique challenges posed by different water environments, Sungrow FPV is guided by the core design philosophy of "Adapt to Local Conditions, Tailored Water Management Policies" It highlighted five typical scenarios—distributed agricultural and aquacultural water areas, coastal cofferdams, high snow load conditions, reservoir dams, and coal mining subsidence zones—to emphasize the advantages of its system solutions, including ultra-simple installation, safety and reliability, convenient maintenance, and adaptability to extreme climates.

Zhao Shuheng, Director of the System Solutions Center, stated in an interview with Xinhua News Agency that while the market is evolving, application scenarios are updating, and customer demands are advancing, the fundamental logic rooted in technology remains unchanged. Sungrow FPV continues to maintain strategic focus, driving technological integration and innovation in floating PV systems through research and development. He emphasized that wherever floating PV can be deployed, regardless of the water environment, the company is capable of overcoming challenges and providing differentiated products and services to address customer pain points and create value.

Several floating PV technology experts delivered presentations on key technologies such as typical and extreme scenario solutions, anchoring system design, and efficient product installation, drawing a large audience. Leading professional design and connecting all water surfaces, Sungrow FPV will continue to increase research, development and innovation efforts in floating PV system technology, using more efficient and reliable products to advance the technological evolution and industry development of floating PV.