Ground Screw

Once Ground Screw’s spiral blades are driven into the soil, they create an anchoring effect, distributing the load from above and effectively resisting uplift forces caused by wind pressure, snow loads, and other factors, thereby preventing the support structure from tilting or loosening. The pile body is driven deep into the stable soil layer, avoiding settlement caused by soft ground or freeze-thaw cycles, and maintaining the horizontal level of the support structure. This ensures the stability of the entire photovoltaic support system.

What are the advantages of this product?

As a new type of basic building material, ground screws for solar mounting for solar mounting can partially replace traditional reinforced concrete pouring construction techniques, making building foundations more flexible and faster.

1.structural advantages
It is driven into the ground in a spiral manner, so the soil is not easily loosened, and the soil conditions themselves can be utilized effectively. From the leaf structure of the spiral ground pile, it has good tensile strength and insertion grip.
2.Simple and efficient
As a new type of foundation construction technique, it offers notable advantages such as ease of construction, short construction periods, minimal impact from construction environments, no damage to the local environment, and ease of relocation and recycling.
3.low cost
It only requires positioning and piling, and material and labor costs can be reduced by two-thirds.

Connection method

Ground screws for solar for solar is mainly secured through nut and bolt connections and connected to the upper components. The main features of nut connections are simple structure, simple manufacturing process, low cost, convenient up-and-down adjustment, and a wide range of up-and-down adjustment. They are widely used in photovoltaic power stations, guardrails, billboards, traffic, and other infrastructure projects.

Applicable scenarios

The bearing capacity and stability of solar screw piles are greatly affected by soil conditions. Different soil types have significant differences in the difficulty of installing screw piles, their pull-out resistance, and their compressive strength.