1.Engineered for High Snow Load Environments

The structure is designed to withstand heavy snow accumulation and strong winter winds. Optimized tilt angles promote natural snow shedding, reducing long-term load pressure on solar modules and improving winter energy yield.

2.Deep Pile Foundation for Superior Stability

Driven piles are embedded deeply into stable soil layers, providing excellent resistance against frost heave, ground movement, and seasonal freeze-thaw cycles. This foundation method eliminates the need for large concrete foundations and accelerates construction schedules even in cold regions.

3.Lightweight Aluminum with Long-Term Corrosion Protection

High-grade aluminum alloy offers excellent resistance to corrosion, moisture, and salt exposure. This makes the system suitable for snowy, humid, and high-altitude environments where long-term reliability is critical.

4.Increased Ground Clearance for Snow Management

Higher ground clearance prevents snow accumulation under panels, improves airflow, and allows easy snow removal and maintenance access during winter months.

5.Ideal for Northern and Mountainous Solar Projects

This system is widely applied in alpine regions, northern countries, industrial zones, and remote off-grid installations where traditional mounting systems may struggle with extreme weather conditions.

6.Ready to Optimize Your Solar Ground Project?

Contact us today for a customized ground mount solar solution, technical specifications, or project case studies. Our engineering team will help you build a stable, efficient, and cost-effective solar system 

even for uneven or challenging terrain.

Contact Information:

Contact: Nicole Zhou

Email: sales06@sgsolar9.com

WhatsApp: +86 153 5945 447