Heavy-Duty Screw Pile Solar Ground Mounting System for Utility-Scale PV Farms

This product is developed by the professional engineering team, which is popular applied in the construction of ground mount solar power plant of megawatt scale. It is easy to be installed and cost-effective. We offer different foundation design solutions at different geological conditions, we choose the right pole to make sure the structure be high strength to resist wind and snow load and save the cost.

This backrail system works with both framed and frameless photovoltaic panels. They may be aligned horizontally or vertically, and you can increase the angle of the installation within 5°~40° when needed. Main structure is Q235B, Q345B steel with aluminum alloy, stainless steel parts. The surface treatment is hot dip galvanized & anodized , it has good corrosin resistance. The maximum building height can be 20m and the ground clearance shall not be less than 0.15m. All elements – pile caps, front and rear columns, fixing rings, cross beams, U-shaped connectors, guide rails, medium-pressure blocks, edge pressure blocks and reinforcing tubes – are manufactured to standard. The array configuration and orientation (horizontal or vertical) are based on site reality.

► Versatile - The elements can be freely combined, and the foundation and support pattern can be varied for different ground conditions.

►Simple installation - The processed components are assembled with spiral piles, the installation on site is rapid, labor-saving.

►Excellent compatibility - It can support all kind

s of photovoltaic modules, with framed and frameless modules. ►Hight Standard Design - It is engineered calculated Professional, which complies with loads of high wind and heavy snow regions.

►Durablity for the long term - Hot galvanizing and anodizing double protection make it can use outdoor for long time.

1. Open area such as mountains, plains, plateaus, deserts and so on;

2. It is the open place and ordinary ground, earth floor or cement floor;

3. It can satisfy the photovoltaic array support demand under the building height below 20m.