High-Load Solar Anchors Custom Screw Kits for Commercial PV Grounding Hot-Dip Galvanized for Solar Panel Installation

Spiral ground pile grounding screw installation support for large-scale photovoltaic power stations on the ground

Main material: High-quality carbon steel (iron-based alloy) is adopted, featuring high strength, high toughness and anti-deformation ability, meeting the long-term load requirements of photovoltaic systems.

Surface treatment: Hot-dip galvanizing, with excellent anti-corrosion performance, capable of withstanding harsh environments such as moisture, salt spray, and acid rain, and having a service life of over 20 years. The surface is smooth, reducing soil friction and facilitating installation and maintenance.

Positioning: Mark the positions of the ground piles according to the design drawings to ensure that the spacing matches the layout of the photovoltaic array.

Drilling:

Use an electric wrench or a professional drilling rig to drive the screw head and drill vertically into the soil to the predetermined depth (usually two-thirds of the total length of the ground pile).

Burial:

Screw the ground stakes along the drilling path until the spiral blades are completely embedded in the soil, ensuring verticality and stability.

Adjustment and Fixation

Calibrate the top of the ground stake with a level, fine-tune the Angle if necessary, and then connect and fix it with the photovoltaic bracket.

High load-bearing capacity: The spiral structure penetrates deep into the soil, featuring strong wind resistance and uplift resistance, and is adaptable to complex terrains.

Anti-corrosion and durable: The hot-dip galvanized layer effectively prevents rust and is suitable for long-term outdoor use.

Environmental compatibility: In agricultural/fishery scenarios, ground stakes occupy a small area of land and do not affect ground activities.

The photovoltaic spiral ground pile is made of iron-based carbon steel and features a hot-dip galvanizing anti-corrosion process as its core. It combines adjustable diameter, length and load-bearing capacity parameters, making it suitable for a wide range of scenarios such as photovoltaic power stations, agriculture and remote areas. Its convenient installation, stable load-bearing capacity and long service life make it the preferred solution for the deployment of ground-mounted photovoltaic systems.

It is applied to large and small ground-mounted photovoltaic power stations, especially providing a stable foundation in ground-mounted installation. Provide a solid foundation for independent photovoltaic systems in mountainous areas, islands and other regions without power grids, and adapt to complex terrains.