Solar carports made with carbon steel frame for efficient power generation

Our carbon steel solar carport mounting system is designed for dual-purpose use — providing shade and protection for vehicles while generating solar energy. Made with high-strength Q235 carbon steel and treated with hot-dip galvanization, this structure ensures long-term performance in outdoor environments. Ideal for commercial, residential, or industrial applications.

Product Description Solar carbon steel carport is widely used in parking lots and large-scale projects, this type of steel carport structure is made by hardness profiles, has a very high tensile strength, so it can use fewer pillars, reducing the obstacles of vehicle parking position, which save space than traditional carports. Normally there are single row and double row parking options for selection.   Top Energy supply steel carport with carbon steel brackets, It has the characteristics of heavy weight, high stability, small collision damage, and able to support large span.   Designs: Y type carport/Double sided carport, Single sided carport Our design is simple, elegant, and beautiful, which can meet the parking demand well and produce power.  Technical Parameters Install Site: Open Terrain Module Orientation: Portrait or Landscape Wind Speed: 60m/s Snow Load: 1.4kn/m2 Certification: ISO9001/CE/SGS/TUV Material: Q235B brackets and SUS304 fastener Surface Treatment: hot-dip galvanizing Warranty: 10 Years Duration: 25 Years  

The Carbon Steel Solar Carport is a robust and durable solar parking solution designed to combine vehicle shelter with solar energy generation. Made from high-quality carbon steel, this solar carport structure provides a stable and long-lasting framework for installing solar panels.

The HDG Steel Solar Carport Structure is a high-strength, cost-effective solution designed for long-term solar parking applications. Made from hot-dip galvanized carbon steel, it offers superior durability, corrosion resistance, and structural stability compared to lighter aluminum alloy carports. While aluminum carports are known for their sleek appearance and ease of handling, HDG steel carports stand out for their robust load-bearing capacity and long service life, making them ideal for challenging environments. 

The Front Leg is a key structural component for ballasted flat roof solar mounting systems. Designed for non-penetrating installation, it connects directly to the solar panel and works with the rear leg and ballast blocks to form a stable, adjustable, and weather-resistant support structure. Made of corrosion-resistant aluminum or HDG steel, it is ideal for commercial and industrial PV installations in diverse environments.

The Solar Anti-slip High Strength Zinc Magnesium Aluminum Grating Roof Mounting system is designed for secure and durable solar installations on rooftops. Made from a high-strength zinc-magnesium-aluminum alloy, this grating provides excellent corrosion resistance, ensuring long-term stability in harsh environments. Its anti-slip surface enhances safety for maintenance personnel, making it an ideal choice for industrial and commercial solar projects. The lightweight yet robust structure allows for easy installation while supporting heavy loads, offering a reliable and efficient mounting solution for solar panels on metal and flat roofs.

Solar panel mesh is a protective mesh designed specifically for solar panels to prevent birds and pests from nesting underneath the panels, damaging cables, and leaving corrosive feces, thus safeguarding the system and prolonging the life of the solar panels.Prevent birds and pests,Maintain air circulation,Maintain system cleanliness,Reduce Maintenance Costs.

Aluminum alloy ground solar PV mounting systems are highly suitable for large-scale and utility-scale solar PV power plants. Their lightweight yet durable construction ensures excellent corrosion resistance, making them ideal for long-term outdoor use. Additionally, the material's flexibility allows for easy installation and adaptability to various terrains, enhancing efficiency and reducing maintenance costs.