The main application scenarios of solar installation grounding screws include the installation of solar photovoltaic power stations and wind turbines. In solar photovoltaic power stations, grounding screws are used to ensure the reliable grounding of photovoltaic components and brackets to prevent lightning strikes and other electrical safety issues. In addition, grounding screws are also used in the installation process of wind turbines to ensure the normal operation of the unit and improve the safety factor through their efficient piling efficiency and strong bearing capacity.
Specific applications in solar photovoltaic power stations
In solar photovoltaic power stations, the application of grounding screws mainly includes the following aspects:
Ensure electrical safety: Grounding screws achieve correct grounding by reliably connecting the component frame and all metal structural parts together to prevent lightning strikes and other electrical safety issues.
Improve construction efficiency: Using 3D piling guidance technology, such as the Trimble 3D drilling system, solar panel rack grounding screws can be installed quickly and accurately, significantly improving construction efficiency.
Material, process and installation method of grounding screws
Grounding screws are usually made of stainless steel to ensure their corrosion resistance and long-term stability. During the installation process, the grounding screw forms an electrical contact point by penetrating the anodized coating of the aluminum frame and tightening the mounting screw to the appropriate torque. In addition, the grounding conductor can be made of copper, alloy or other materials that meet the electrical design and construction specifications to ensure the conductivity and stability of the conductor.
Through these application scenarios and technical details, the grounding screw plays an important role in the installation of solar photovoltaic power stations and wind turbines, which not only improves the stability and safety of the equipment, but also reduces maintenance costs and construction difficulties.
