Solar Carport Mounting System – EV Charging & Renewable Energy Solution
The solar carport mounting structure serves as a dual-purpose EV charging station and solar power generator, ideal for commercial and industrial projects. Its waterproof design protects vehicles from sun, wind, rain, and snow, while generating clean energy.
Key Benefits of Solar Carport Structures:
- ✔
Lightweight & Durable: Made from high-strength aluminum alloy, ensuring easy installation and reduced structural load. - ✔
Superior Corrosion Resistance: Anodized coating protects against rust, perfect for coastal and humid climates. - ✔
Cost-Effective: Lower maintenance costs provide long-term savings despite higher initial investment. - ✔
Customizable Design: Adaptable to different parking layouts and installation requirements. - ✔
Fire-Resistant & Safe: Non-combustible aluminum alloy enhances safety for vehicles and infrastructure.
MainParts List
1. Beam Kit
2. Rail Clamp
3. Rail
4. Rail Connector
5. Vertical Guide
6. Guide Gutter
7. End Clamp
8. Mid Clamp
9. Earthing Plate
10. Water Flume
11. Water Pipe
12. Cover BoardFeatures
- Customized Solution for Your Carport Solar System: Designed case by case to maximize ground resource utilization and prioritize easy, quick installation.
- Pre-assembled Components Save Onsite Installation Time: Solutions designed individually, with most components pre-assembled in the factory—eliminating onsite cutting/drilling and reducing installation time & costs.
- Flexibility and Adjustability: The structure adjusts 0–25° via pre-machined screw holes, allowing tolerance for east-west, west-south, and south-north orientations. This ensures flexible on-site installation to optimize solar module energy yield.
- Optional Functions: Structural waterproofing, cable management channels, and short foundation designs.
Technical Parameters
| Parameter | Value |
|---|---|
| Product Name | Solar Carport Mounting System |
| Application | Parking Lot |
| Material | Aluminum Alloy AL6005-T5 |
| Certification | AS/NZS 1170, DIN 1055, JIS C8955:2017, IBC 2009, CBC 2010 |
| Tilt Angle | 0-25° (Adjustable) |
| Surface Treatment | Anodized Aluminum |
| Applicable Modules | Framed or Frameless Modules |
| Module Orientation | Portrait or Landscape |
| Wind Load Resistance | 60 m/s |
| Snow Load Resistance | 1.4 kN/m² |
| Warranty | 12-year warranty |
| Service Life | 25-year service life |
Structure Details
Beam-Column Connection
Frame Corner Detail
Panel Mounting Detail
Guide Gutter Detail
Installation Video
Case Example
FAQ
Q1: what is a solar carport?
A waterproof solar carport is a dual-functional structure that shelters vehicles while integrating solar panels on its canopy. Engineered with a robust aluminum alloy frame, it supports solar modules efficiently, converting sunlight into renewable energy. Beyond parking, solar carports optimize underutilized spaces like parking lots and driveways, offering shade that reduces vehicle heat absorption and electricity costs through grid-tied or off-grid energy solutions.
Q2: What are the site requirements for this type of system?
Ideal sites must bear the system’s weight, ensure unobstructed vehicle access, and comply with local zoning codes. Structural assessments are recommended for optimal installation.
Q3: What is the power generation efficiency and performance of the system?
Efficiency hinges on panel orientation, tilt angle, and regional solar irradiance. Aluminum alloy frames enhance durability and thermal management, maximizing energy yield per square meter.
Q4: What kind of maintenance is required for an aluminum alloy carport racking system?
Semi-annual inspections and debris removal ensure structural integrity. Aluminum’s corrosion resistance minimizes long-term maintenance needs.
Q5: Is the system suitable for all types of PV carports?
Yes, the Aluminum Solar Carport Racking System accommodates commercial, residential, and public installations, supporting various PV module configurations.
Q6: How cost-effective is the solar carport system?
While upfront costs are significant, ROI is achieved through reduced electricity bills, net metering credits, and potential tax incentives. Lifecycle cost savings often outweigh initial investments.
