Recently, construction began on the floating system of a 200 MW floating PV project in Dingji, invested by Huaihe Energy Group and undertaken by Anhui Electric Power Design Institute. The project fully adopts Sungrow FPV's floating system solutions and utilizes idle water surfaces in the local coal mining subsidence area, with a planned total installed capacity of approximately 200 MWp. Once operational, the project is expected to save approximately 1,693,800 tons of standard coal and reduce carbon dioxide emissions by about 4,403,600 tons over its entire operation period.

Having been an early mover in floating PV on subsidence zones, Sungrow FPV brings proven expertise from national-level demonstration projects. For Dingji, the company provided a high-quality overall design that ensures rigorous quality management from the outset, supporting the integrated rehabilitation of the mining area. The floating array, built with Sungrow's floats and beams, offers high-strength flexibility. The design was also tailored to the site's unique conditions—including underwater complexity and fluctuating water levels—to guarantee reliable performance under maximum operating water levels.

Anhui Province has been actively tapping into coal subsidence zones for renewable energy development in recent years, driving innovation in PV applications and spurring economic transition in these areas. The Dingji project exemplifies the integrated "floating PV + subsidence rehabilitation" model. Sungrow FPV remains committed to delivering comprehensive system solutions and advanced technologies that help harmonize economic, social, and ecological outcomes—strengthening the "Huainan Model" of subsidence area recovery.