Carbon Steel Carport Mounting System PV Parking Structure Solar

Carport Mounting

1️⃣ Assess the Parking Area

Check the available space, ground conditions, overhead clearance, drainage, and foundation requirements. Select the appropriate carport layout for the site.

2️⃣ Install the Foundations

Install anchor bolts, concrete supports, or other specified foundations according to the structural drawings. Check their position and alignment before continuing.

3️⃣ Assemble the Frame

Install the support columns, arms, crossbeams, and purlins. Keep the specified adjustment allowance until the frame is properly aligned.

4️⃣ Install the Mounting Rails

Fit the panel brackets and rails to the carport frame. Set the required panel angle and check the rail alignment before tightening.

5️⃣ Install the Solar Panels

Place the PV modules on the rails and secure them with compatible clamps. Tighten the fasteners to the recommended torque.

6️⃣ Complete the Grounding

Connect the carport structure and PV mounting components to the grounding system according to the project design and applicable electrical requirements.

7️⃣ Final Inspection

Check the frame, fasteners, panel alignment, protective coating, drainage, and connections. Make sure everything is properly secured before commissioning.

Our standard package is steel pallet for long aluminum profile, while small aluminum components will be packed into cartons with plywood pallet.

☆ Customizable Solar Layout: Supports different panel orientations, roof designs, parking layouts, and system configurations.

☆ Strong Carbon Steel Structure: Provides high structural strength for larger solar arrays and parking structures.

☆ Corrosion Protection: Galvanized or other suitable protective coatings help protect the steel from outdoor exposure.

☆ Vehicle Protection: The canopy provides shade and helps protect parked vehicles from direct sunlight and certain weather conditions.

☆ Pre-Assembled Frame: Pre-assembled components can reduce on-site assembly work, installation time, and labor costs.

☆ Dual-Purpose Design: Turns existing parking areas into solar power generation spaces without giving up parking capacity.

Related Certificate

☆ Strength Analysis Report:The carport structure can be evaluated for project-specific loads, including wind and snow, to ensure it meets the required structural performance.

Q1: Why use carbon steel for a solar carport?

Carbon steel offers high structural strength and is suitable for supporting large solar arrays. With proper corrosion protection, it can provide reliable performance in long-term outdoor applications.

Q2: Can the solar carport accommodate different parking layouts?

Yes. It can be designed for single-row, double-row, or customized parking configurations based on the available space and project requirements.

Q3: Can the carport structure be customized?

Yes. Dimensions, column spacing, parking capacity, roof design, panel layout, drainage, and foundation solutions can all be adjusted to suit the project.

Q4: What type of solar panels can be installed?

The system can accommodate many standard framed PV modules. Panel dimensions, weight, mounting method, and structural loads should be confirmed during the design stage.