Haihong Showcases Manufacturing Strength at Solar Asia 2025, Empowering the PV Industry

From November 5th to 7th, 2025, Jiangyin Haihong New Energy Technology Co., Ltd. (abbreviated as “Haihong”) showcased its solar mounting system at the KINTEX Exhibition Center in Goyang, South Korea, during its participation in Solar Asia 2025. The exhibition encompassed the entire industry chain, enabling seamless integration from upstream to downstream segments—including silicon materials and solar cells to energy storage systems and engineering services. It attracted professional visitors and industry experts from across the globe, aligning with South Korea’s strategic goal of “achieving 33.1% renewable energy by 2030.”

PV modules

At this premier industry event, Haihong showcased its range of solar mounting system products. These included its Roof-mounted Solar Mounting Systems, constructed from high-strength materials and designed for compatibility with various roof structures to provide robust support for PV modules. Also featured were its proprietary Walkways, featuring a non-slip surface for safe maintenance access while maintaining a lightweight yet highly durable profile. Throughout the exhibition, Haihong fostered deep engagement with clients through interactive sessions, further solidifying its brand influence.

solar mounting systems

Since its establishment in 2011, Haihong has consistently expanded its operational scale through continuous production process optimization, comprehensive industry chain development, and strategic partnerships. The company currently operates three main business segments: profile processing, solar mounting systems, and precision manufacturing. In its ongoing development, Haihong remains steadfastly committed to its core philosophy of “serving customers with high-quality products.” The company will continue to focus on the R&D and manufacturing of solar mounting products, striving to provide the PV industry with ever more reliable mounting system solutions through continuous optimization of product structural design and the strengthening of its quality management system.

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