On December 26, the 12th Annual “Light Energy Cup” PV Industry Awards Ceremony for 2024 was held in Suzhou, where Grand Sunergy was honored with the prestigious “Most Influential PV Module Enterprise” award.
In recent years, Grand Sunergy has continuously focused on enhancing conversion efficiency and reducing the levelized cost of electricity (LCOE) to build its core competitiveness. The company drives the breakthrough development of HJT technology through sustained technological innovation and superior performance. By rigorously controlling every step of module production, it has established an intelligent manufacturing process with comprehensive quality control and traceability mechanisms, maintaining industry-leading product quality. Concurrently, the company is steadily expanding its overseas business, striving to provide diverse “PV+ application scenarios” products for global customers.
Currently, Grand Sunergy has developed a complete product portfolio covering centralized, commercial, industrial, and residential distributed scenarios. Among these, the Chasing Series G12-132 HJT module for centralized scenarios boasts an average mass-production power output of 725W, with a record-breaking maximum module power of 751.24W and a peak efficiency of 24.18%. With innovations such as 0BB technology, improved temperature coefficient, reduced linear degradation, and higher bifaciality, the Chasing Series achieves superior power generation, offering approx. 2%-4% power gain over TOPCon technology. This enhances the investment returns of large-scale ground-mounted PV projects in desert and marine environments.
Winning the “Most Influential PV Module Enterprise” award reflects the PV industry’s high recognition of Grand Sunergy’s technological innovations and reinforces its leadership position in the HJT technology domain. Looking ahead, the company remains committed to developing more efficient, reliable, and scenario-adaptive PV products, aiming to create greater investment value for its customers’ PV power stations.
