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ECO Y Frame Commercial Carport Solar Mounting System 24-Panel Heavy-Duty Steel Multi-Bay PV Parking Structure
| MOQ: | 1 Set |
| Price: | USD 1,450-1,980 / Set |
| Standard Packaging: | Heavy-duty steel pallet with VCI anti-rust film, export-grade wooden crate |
| Delivery Period: | 15-25 working days |
| Payment Method: | T/T, L/C, Western Union |
| Supply Capacity: | 300 Sets per Month |
Commercial Multi Bay Solar Carport
,Heavy Duty Steel PV Canopy
,Large Scale Parking Solar Structure
The ECO Y Frame Commercial Carport is a heavy-duty solar parking canopy engineered for large-scale commercial installations. Accommodating 24 photovoltaic panels across 4 connected bays, this system delivers maximum energy generation density for corporate campuses, shopping centers, and industrial facilities. The structure utilizes Q345B reinforced steel columns with 100µm hot-dip galvanization plus an epoxy top coat for extreme environment durability.
Each column is anchored to a reinforced concrete pier foundation (800x800x1000mm), providing exceptional stability under high wind and seismic conditions. The modular 4-bay configuration can be expanded by adding lateral bays in multiples of 6 panels each, enabling flexible scaling from 24 to unlimited panels. Pre-engineered cable management trays integrated into the purlin system ensure clean, professional electrical routing.
| Parameter | Specification |
|---|---|
| Model Number | ECO-YF-C24 |
| Structure Type | Y-Frame 4-Bay Commercial |
| Main Material | Q345B Reinforced HDG Steel |
| Column Size | 120x120x5mm Square Tube |
| Panel Capacity | 24 Panels (Portrait Orientation) |
| Bay Width | 2,700 mm x 4 Bays |
| Total Width | 10,800 mm |
| Structure Height | 2,400 - 3,000 mm (Adjustable) |
| Tilt Angle | 5° Fixed |
| Wind Load Rating | Up to 70 m/s (Category 4 Hurricane) |
| Snow Load Rating | Up to 2.0 kN/m² |
| Galvanization | 100µm HDG + Epoxy Top Coat |
| Foundation | RC Pier 800x800x1000mm |
| Warranty | 20 Years Structural |
| Certification | ISO 9001:2015, CE, TUV, SGS |
Transforms large surface parking lots into revenue-generating solar assets. The elevated canopy provides shaded, comfortable parking for customers while generating megawatt-scale clean energy.
Demonstrates corporate sustainability commitment with visible, impactful solar infrastructure. Integrates with EV charging stations for employee electric vehicle fleets.
Provides covered parking for employee vehicles and logistics fleet while offsetting facility energy consumption. Compatible with on-site battery storage systems.
Ideal for airport parking facilities where vehicle protection from sun and weather is valued by travelers. High structural integrity meets airport safety requirements.
HzRack operates a 15,000 square meter manufacturing facility in Xiamen with 6 automated CNC production lines including precision steel cutting, CNC punching, robotic MIG welding, and automated HDG line. Annual capacity exceeds 800 MW of solar mounting structures.
Our in-house QC lab features salt spray testing (ASTM B117), tensile testing, coating thickness measurement, and CMM dimensional verification. Every batch undergoes incoming material inspection, in-process QC, and final pre-shipment inspection. Products exported to 50+ countries with ISO 9001:2015, CE, TUV, and SGS certifications.
The commercial series supports spans up to 5,400mm between columns using reinforced Q345B beams. For wider spans, our engineering team can design custom beam sections upon request.
Yes. The purlin spacing and rail design accommodate bifacial panels. We recommend a minimum 500mm ground clearance for optimal rear-side irradiance. Custom rail heights are available.
Integrated longitudinal channels between bays direct water to collection points at column locations. Underground drainage connections can be specified for large projects to prevent surface water accumulation.
Yes. We offer on-site technical supervision by certified engineers for projects over 100 kW. Remote video guidance is included free of charge for all orders.
Standard configurations ship in 15-25 working days. Custom designs requiring structural engineering review typically add 10-15 working days to the lead time.
