A solar bracket is a bracket system used for installing solar panels. Common types of solar brackets include the following:

Fixed bracket: Fixed bracket is the simplest and most common type of solar bracket, which installs solar panels at a fixed angle on the bracket, usually fixed on the roof or ground. This bracket is suitable for fixed direction solar energy systems and cannot achieve the function of tracking the sun.

Single axis tracking bracket: The single axis tracking bracket can rotate horizontally or vertically according to the position of the sun to track the trajectory of the sun. This bracket can keep the solar panel facing the sun at all times, maximizing energy harvesting efficiency. Single axis tracking brackets are commonly used in large solar power plants or places that require high energy output.

Dual axis tracking bracket: The dual axis tracking bracket can rotate on both horizontal and vertical axes to achieve more accurate sun tracking. Compared with single axis tracking brackets, dual axis tracking brackets further improve energy harvesting efficiency, but also increase system complexity and cost.

Roof integrated bracket: A roof integrated bracket is a bracket system that directly installs solar panels on the roof of a building. This type of bracket does not require additional bracket structures and can better integrate into the building's exterior, commonly seen in rooftop solar systems.

In addition to the above types, there are also some specially designed solar brackets, such as tracking bracket cars, adjustable brackets, etc., used for specific application scenarios or needs. When choosing the type of solar bracket, factors such as installation location, budget, energy requirements, and system efficiency need to be considered.