Ground solar bracket is a structural framework system used for installing solar photovoltaic panels, which fixes the solar panels on the ground to collect solar energy and convert it into electrical energy. Bracket systems are typically made of metal or alloy, with sufficient strength and corrosion resistance to withstand various climatic conditions and external environmental influences.

The design of the ground solar bracket aims to achieve the optimal tilt angle and orientation of the solar panels to maximize the absorption of solar energy. They typically include pillars, beams, connectors, and foundations to provide stable support and reliable installation.
    
The installation of ground solar brackets usually requires consideration of the following factors:
1. The nature and bearing capacity of the ground: The support system needs to be installed on different types of ground, such as land, grass, or concrete surfaces. The type and load-bearing capacity of the ground will affect the design and installation of the bracket.
2. Orientation and tilt angle of solar panels: The bracket system should be able to adjust the orientation and tilt angle of solar panels according to local latitude and climate conditions to maximize energy production.
3. Wind and snow loads: The support system must be able to withstand wind and snow loads to ensure its structural stability and safety.
4. Maintenance and safety: The bracket system should be easy to maintain and comply with relevant safety standards and regulations to ensure the safety of operators.

Ground mounted solar brackets are a common installation method in solar power plants and distributed generation systems. They can be flexibly installed in various places such as large solar power plants, commercial buildings, farmland, and industrial areas, providing support for renewable energy generation.