U-shaped Steel Bracket

I. Product Details

The U-channel bracket is a core load-bearing component in photovoltaic power stations, specifically designed to support the installation of PV modules. Constructed from high-strength steel or aluminum alloy, it features a U-shaped cross-section. Standardized specifications ensure compatibility with mainstream modules and installation scenarios, delivering stable and reliable structural support.

1. Core Specifications and Compatibility

• Material Specifications: Options include Q235/Q355 steel or 6061-T6 aluminum alloy, with support for customization of cross-sectional dimensions and lengths.

• Application Scenarios: Suitable for supporting module installation in various settings such as ground-mounted utility-scale power plants, rooftop distributed generation systems, and mountainous photovoltaic projects.

II. Key Features

• High Load-Bearing Capacity: The U-shaped cross-section provides excellent mechanical properties, offering strong resistance to bending and torsion, effectively supporting module weight and external loads.

• Precise Compatibility: Standardized design ensures wide compatibility with various PV modules and accessories, offering broad versatility.

• Corrosion Resistance and Durability: Professional surface treatments protect against harsh environmental conditions like rain, wind, and salt spray, ensuring long-term stability.

• Easy Installation: Modular structure with pre-drilled mounting holes allows for rapid assembly and connection, significantly improving installation efficiency.

III. Product Advantages

• Safety and Stability: Exceptional resistance to wind uplift and snow loads ensures the long-term, stable operation of the PV system.

• Wide Compatibility: Compatible with modules and scenarios of various specifications, reducing inventory requirements and procurement costs.

• High Efficiency and Ease: Streamlined installation process minimizes labor requirements and shortens project timelines.

• Customization Flexibility: Supports customization of dimensions and materials to precisely meet the demands of different projects.