Aluminum solar power generation mounting frame, solar module mounting frame, solar panel mounting frame.
We will significantly reduce the construction period and costs for solar power generation racks, solar panel racks, and solar module racks, leveraging the advantages of aluminum materials to ensure high strength.
Solar Power Generation Racks, Aluminum Solar Module Racks, Aluminum Solar Panel Racks ◇ High Strength Aluminum alloy has a high specific strength (strength per unit weight) and is a durable and corrosion-resistant material. Among them, A6005, which has a proven track record in applications such as Shinkansen train bodies, is used. ◇ Lightweight Utilizing the characteristics of aluminum alloy, it achieves approximately 1/6 the weight (26kg/kW) compared to steel racks of equivalent specifications (160kg/kW). ◇ High Corrosion Resistance and Durability! All aluminum materials are treated with a composite coating of 16µ or more as standard, achieving semi-permanent corrosion resistance and weather resistance. ◇ Efficient Recyclability! Aluminum alloy requires minimal maintenance costs, is easy to remove at the end of the project, and can recover a large portion of raw material costs through recycling.
basic information
We have developed a mounting system that leverages the advantages of aluminum material, achieving high strength with minimal material, facilitating easy joining, and allowing for the combination of a sliding mechanism, which enables easy adaptation to various dimensions of solar cell modules and arbitrary angles of solar cell surfaces. ◇ Easy installation reduces construction time and achieves excellent cost performance.
Price range
Delivery Time
Applications/Examples of results
Solar module mounting structure / solar panel mounting structure
Detailed information
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Efficiency improvement Base frames that are pre-assembled and shipped from the factory On-site workability is enhanced by the components.
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Reduction of materials By optimizing the structural design of high-rigidity cross-sectional shapes, we can achieve a wide span with a maximum width of 3800mm compared to the conventional standard width of 2500mm, significantly reducing the amount of bracing and foundation. 《Design standards for supports for solar cell arrays comply with JIS C8955:2011》
