In 2025, Chint’s R&D team at Zhejiang headquarters, working with global partners, launched the Hi-MO 9 Sea-Shield LR8-66HYD 630-670M. By optimizing cell technology and module design, they ensured reliable performance under harsh coastal environments, helping global customers maximize energy generation and ROI for large-scale utility projects.

In 2025, LONGi’s R&D team, headquartered in Xi’an and supported by global manufacturing bases, launched the Hi-MO 9 Ice-Shield LR8-66HYD 630-670M. Addressing the growing demand for reliable clean energy in cold and complex environments, the team optimized module structure and materials to enhance durability, power output, and long-term operational stability for global utility-scale projects.

In 2025, LONGi’s R&D team, based in Xi’an and supported by global manufacturing and service centers, introduced the high-efficiency Hi-MO 9 LR7-72HYD 625-660M. Driven by growing global demand for low-carbon energy, the team optimized cell technology and module design to deliver stable performance, high efficiency, and long-term reliability for large-scale solar projects worldwide.

In 2025, Chint’s R&D team at its Zhejiang headquarters, in collaboration with global partners, introduced the high-power Hi-MO 9 LR8-66HYD 635-670M. Driven by growing global demand for efficient clean energy, the team optimized cell design and materials to ensure stable performance and long-term reliability for utility-scale solar projects worldwide.

In 2025, Chint’s R&D team in Zhejiang, together with international branches, launched the high-power Hi-MO X10 Scientist LR7-72HVD 640-665M. Optimized cell structure and advanced materials enable stable performance under extreme environments, helping global customers maximize solar project efficiency and returns.

In 2025, Chint’s R&D team in Zhejiang, working closely with international branches, launched the high-power Hi-MO X10 Scientist LR7-72HVH 640-670M. Optimized cell structure and advanced materials ensure stable performance under extreme conditions, supporting global customers in maximizing solar project efficiency and returns.

In 2025, Chint’s R&D team at its Zhejiang headquarters, together with international branches, launched the high-power Hi-MO X10 Scientist LR8-66HVD 640-665M. Optimized cell design and advanced materials enable reliable performance under extreme environments, helping global customers maximize solar project returns.

In 2025, Chint’s R&D team at its Zhejiang headquarters, collaborating with overseas branches, launched the high-power Hi-MO X10 Scientist LR7-60HVH 535-560M. Optimized design and materials address global environmental challenges, ensuring reliable performance and improved project returns.

In 2025, Astronergy’s R&D and production team at its Haining, Zhejiang manufacturing base successfully completed the development and validation of the ASTRO N8 705–730W 66-cell bifacial module series. Led by senior photovoltaic engineers and quality control experts, the project was initiated to meet the increasing global demand for high-power, high-efficiency solar modules for utility-scale power plants. By adopting advanced N-type TOPCon technology, optimizing module layout, and conducting rigorous reliability testing, Astronergy ensured the ASTRO N8 705–730W series delivers stable energy output, long-term durability, and superior performance for international solar projects.

In 2025, Astronergy’s engineering and production team at its Haining, Zhejiang manufacturing base successfully completed the development and validation of the ASTRO N7s 2.0 510–530W bifacial module series. Led by senior photovoltaic engineers and quality specialists, the project was designed to meet growing global demand for high-efficiency, reliable bifacial solar modules for utility-scale and commercial PV projects. By adopting advanced N-type TOPCon technology, optimizing module layout, and performing rigorous reliability tests, Astronergy ensured the ASTRO N7s 2.0 510–530W series delivers stable energy output, long-term durability, and optimized performance for international solar projects.