HDG Steel Ground Mounting Structures

Galvanized Steel Solar Mounting Structure has the following performance characteristics:

High Strength and Stability

Strong Bearing Capacity: Galvanized steel itself has high strength. It can support the weight of solar panels and resist natural forces such as strong winds and heavy snow, ensuring the stability of solar panels in harsh weather conditions. For example, the galvanized steel brackets in some large ground photovoltaic power plants can withstand a snow load of thousands of Newtons per square meter and a wind speed of dozens of meters per second.

Stable Structure: Through reasonable design and installation, it can maintain good stability. For example, the unique W-shaped structure design can effectively disperse stress, improve the bearing capacity of the bracket, and ensure the safe installation of photovoltaic modules in complex and variable terrains.

Excellent Corrosion Resistance

Zinc Layer Protection: The galvanized layer on the surface acts as a sacrificial protective layer, preventing the internal steel from coming into contact with corrosive substances such as air, moisture, acids and alkalis. Even in corrosive environments such as coastal areas, high humidity and acid rain, it can be used for a long time.

Durable: Under normal circumstances, the galvanized steel solar mounting structure can ensure no corrosion for 10 years, no reduction in steel rigidity for 20 years, and still have certain structural stability after 25 years.

Good Weather Resistance

Wide Temperature Adaptability: It can withstand continuous temperature changes from -40°C to 200°C without significant performance degradation, and can work stably in different climatic conditions such as cold polar regions and hot deserts.

UV Resistance: The galvanized layer is not affected by ultraviolet rays and will not age or peel off due to long-term sunlight exposure, ensuring the long-term reliability of the structure.

Convenient Processing and Installation

Easy to Process: It is easy to cut, drill, weld and other processing operations. According to different installation requirements and design plans, it can be quickly processed into the required shapes and sizes.

Quick Installation: It has relatively few components and a simple connection method. Non-welding methods such as bolt connections are often used. The installation process is fast, which can shorten the project construction period and reduce the installation cost.

Good Economy

Low Cost: Compared with materials such as aluminum alloy, galvanized steel has a lower cost. On the premise of ensuring performance, it can effectively reduce the initial investment cost of solar projects.

Low Maintenance Cost: Due to its good corrosion resistance and weather resistance, it does not require much maintenance in daily use, reducing the later maintenance costs. In the long run, the economy is remarkable.

Environmental Protection and Sustainability

Recyclable: At the end of its service life, galvanized steel can be recycled and reused, which is in line with the concept of environmental protection, can reduce the impact on the environment and reduce resource waste.

Support for Green Energy: As an important part of the solar power generation system, it helps to promote the wide application of solar energy, a clean energy source, reduce dependence on traditional fossil energy and reduce carbon emissions.

Design Flexibility

Customizable: It can be customized in various shapes and sizes according to different installation site requirements and solar panel layouts, such as being able to design different bracket angles and lengths to adapt to the slope and orientation of the roof and the needs of ground installations.

Combinable: The modular design allows different components to be combined freely to meet the needs of different scales of solar power generation systems, whether it is a small distributed photovoltaic system or a large centralized photovoltaic power plant.