Ground solar bracket is a structural system used to support the installation of solar photovoltaic modules on the ground. They are usually made of steel or aluminum and designed and installed according to the size and quantity of solar panels. The following is the general installation process of ground solar brackets:

1. Site evaluation: Before installing the ground solar bracket, it is necessary to evaluate the installation site to ensure that it has good load-bearing capacity and suitable lighting conditions. This may require consideration of soil stability, terrain, slope, and shading factors.

2. Design and Engineering Plan: Based on the results of site assessment and customer requirements, design and engineering plan the support system, including determining the type, quantity, layout, tilt angle, etc. of the support.

3. Foundation preparation: Before installing the bracket, it is necessary to clean and level the ground in the installation area. This may involve tasks such as clearing debris, repairing the surface, and enriching the soil.

4. Foundation installation: Install the foundation for the ground solar bracket according to the project plan. This may include drilling, piling, or excavating foundation pits, and then filling them with concrete or other stable foundation materials.

5. Bracket installation: After the foundation is completely dry and fixed, start installing the solar bracket. This involves installing support components (such as columns, beams, and crossbeams) on the foundation and ensuring that they are horizontal and vertical.

6. Installing solar panels: After completing the bracket installation, the solar panels can be installed onto the bracket. This usually involves using specific fixtures or fixing devices to securely secure the battery panel to the bracket.

7. Connection and wiring: After completing the installation of the solar panel, electrical connection and wiring are required. This includes connecting the solar panel to an inverter to convert solar energy into usable alternating current.

8. Testing and Debugging: After installation, conduct testing and debugging to ensure that the system runs normally and meets performance requirements. This may involve checking electrical connections, detecting voltage and current, etc.

9. Operation and maintenance: Once the system is installed and put into use, regular maintenance and cleaning work is required to ensure the efficient operation and lifespan of the system.

    

Compared to other installation methods, ground solar brackets have some advantages, including:

1. Higher power generation efficiency: Ground solar brackets can be optimized in layout and tilt angle design according to lighting conditions, thereby maximizing the power generation efficiency of solar panels.

2. Flexibility and Scalability: Ground solar brackets can be customized and adjusted according to the specific conditions of the site, and can adapt to various terrains and soil conditions. In addition, the installation quantity and layout of the ground support system can be expanded and changed according to demand.

3. Easy maintenance: Compared to rooftop installation, ground solar brackets are easier to maintain and clean. Maintenance personnel can easily access and clean the solar panels to ensure optimal power generation efficiency.

4. Lower installation cost: Compared to rooftop installation, ground solar brackets typically have lower installation costs. Especially for large photovoltaic power plants, ground installation may be more economical.

5. Sustainable use: Ground solar brackets can provide stable and durable support structures for solar panels, and can be easily repaired and updated. In addition, the bracket system itself can be made of recyclable materials.

It should be noted that the specific advantages and applicability of ground-based solar brackets may vary depending on the region, project size, and actual needs