High-Efficiency Single Pile Solar Racking for Utility Farms
ZIYUAN Single Pile Ground Mounting Structure is a cost-effective racking solution engineered for large-scale utility solar projects. By utilizing a single-post design that is driven directly into the earth using a piling rig, it eliminates the costs and time associated with concrete foundations. The system is highly adaptable to uneven terrains; the driving depth of the piles can be adjusted on-site to ensure a perfectly level horizontal plane for the PV array, providing a stable triangular framework with a 25-year service life.
Key Product Advantages:
- ✔Foundation Efficiency: Single-post design reduces foundation installation time by half compared to dual-post systems.
- ✔All-Terrain Adaptability: Easily handles mountainous or uneven ground by adjusting piling depth to maintain array leveling.
- ✔Rapid Deployment: Pre-assembled beams and support pillars eliminate the need for field cutting or welding.
MainParts List
1. Beam Kit
2. Rail Clamp
3. Rail
4. Rail Connector
5. Oblique Span
6. End Clamp
7. Mid Clamp
Technical Information
| Parameter | Value |
|---|---|
| Product Name | Single Pile Ground Mounting Structure |
| Applicable Site | Open Field / Mountainous Sites |
| Material | Galvanized Steel with ZAM Coating & AL6005-T5 Aluminum |
| Wind Load | 60 m/s |
| Snow Load | 1.4 kN/m² |
| Foundation Type | Steel Piles driven into ground |
| Service Life | 25-year service life / 12-year warranty |
Structure Details
Beam-Column Joint
Brace Reinforcement
Internal Rail Splice
Installation Guide
Step 1: Foundation Piling: Drive the steel piles into the soil using a piling rig. Adjust driving depth to achieve horizontal leveling on slopes.
Step 2: Unfold Beams: Unfold the factory pre-assembled beam kits and position them precisely atop the fixed pillars.
Step 3: Framework Fixation: Fix the beams onto the piles using high-strength bolted fasteners, ensuring overall structural stability.
Step 4: Rail & Module Setup: Install the C-steel rails on the beams and secure solar panels with universal clamps.
Project Showcase
FAQ
Q1: What are the advantages of a driven pile foundation?
Driven piles provide extreme stability while drastically reducing installation time. By driving steel piles directly into the ground, projects eliminate the costs and delays of concrete curing.
Q2: How does the system handle uneven ground or hilly terrains?
The design is highly adaptable. By adjusting the driving depth of individual piles, a perfectly level horizontal plane can be achieved for the solar array on slopes or uneven terrain.
Q3: How durable is the structure against extreme weather?
Constructed from high-strength hot-dip galvanized steel with ZAM coating, our structures are engineered to withstand wind speeds up to 60m/s and heavy snow loads for 25+ years.
