As the global energy structure transformation accelerates, the solar energy industry is experiencing explosive growth. Aluminum profiles have become the core material of photovoltaic bracket systems due to their advantages of lightweight, corrosion resistance, and high strength. According to statistics, the global use of aluminum for solar brackets will exceed 2 million tons in 2025, nearly three times the amount five years ago.
Three major advantages of aluminum for photovoltaic brackets
Lightweight design: 6005-T5 Aluminum profiles for solar panels are 40% lighter than traditional steel, reducing transportation and installation costs;
Weatherproof throughout the life cycle: Through anodizing/powder spraying processes, solar panel aluminum extrusion achieves more than 25 years of salt spray corrosion resistance;
Recyclable value: The 100% recyclable characteristics of aluminum profile systems perfectly meet the needs of zero-carbon power station construction.
GNEE has been deeply involved in the field of photovoltaic aluminum profiles. Its innovatively developed 6005-T5 high-strength bracket system has been applied to more than 20 international projects such as Saudi Arabia's 1.2GW photovoltaic power station. Its patented snap-on connection structure increases installation efficiency by 50%. As a national green factory, the company is equipped with 36 intelligent extrusion production lines. Its products have passed international certifications such as TUV, UL, and CE, with an annual supply capacity of 150,000 tons.
GNEE is a world-leading aluminum solution service provider, focusing on high-end fields such as new energy and rail transit. It has 30 photovoltaic bracket-related patents and its products cover more than 100 countries. It has passed ISO 9001/14001 system certification and continues to provide low-carbon material support for global energy transformation.
