Ground-mounted Photovoltaic Mounting System

Ground-mounted photovoltaic racking system is a high-strength mounting structure specially designed for large-scale ground-mounted photovoltaic power plants. The system forms multiple stable triangular support units by scientifically laying out columns, diagonal braces and beams, thus significantly improving the overall stability and load-bearing capacity.

No matter in the high wind speed area, cold and high snow pressure area, or terrain undulation complex environment, can provide reliable and durable support guarantee.

The system is usually made of high-strength carbon steel or aluminum-magnesium-zinc alloy, and the surface is hot-dipped galvanized to ensure corrosion and weather resistance for more than 25 years.

Feature:

• High-strength structural design

Multi-point column + diagonal bracing design enhances wind and snow resistance, especially suitable for high wind speed and high snow pressure areas.

• Flexible Adaptation

Beam spacing and inclination angle can be flexibly adjusted according to different module sizes and local sunlight angles to maximize power generation efficiency.

• Convenient construction

High prefabrication rate in the factory and on-site assembly installation significantly reduce the construction period and labor cost.

• Strong terrain adaptability

Fine adjustment can be made according to the undulation of the terrain, suitable for flat land, sloping land, barren land and other basic conditions.

• Durable and anti-corrosion

The surface of the material is treated with hot-dip galvanizing or aluminum magnesium zinc plating, and the corrosion-resistant life can reach more than 25 years, which is suitable for long-term outdoor exposure to the sun and harsh climate.

• Excellent economy

Structural optimization, high material utilization, effectively control the cost under the premise of guaranteeing strength, and enhance the return on investment.