Solar Panel Concrete Foundation Ground Mounting Structure Bracket

The PV bus shelter is an innovative product integrating photovoltaic power generation and transportation facilities: Photovoltaic modules are laid on the top, which can convert solar energy into electrical energy to meet needs such as lighting inside the shelter and electric vehicle charging; surplus electricity can also be connected to the power grid. The skeleton of the shelter mostly adopts high-strength photovoltaic brackets, which have both wind-resistant and rainproof properties, providing shelter for waiting passengers.

The cement block bracket system is a key supporting structure for photovoltaic (PV) power plants. It is based on precast reinforced concrete cement blocks and is equipped with metal connectors to fix PV brackets and modules. Its core advantages lie in strong stability, as well as the corrosion resistance and aging resistance of its material.

The color steel tile bracket system is a supporting structure specially designed for photovoltaic (PV) projects on color steel tile roofs, mostly made of aluminum alloy. Its core advantage lies in being tightly fixed to the roof structure via special clamps, which avoids the risk of water leakage. Additionally, it is lightweight yet high in strength, and can adapt to the peak heights of color steel tiles of different specifications.

The solar carport mounting system is the core structure that supports a solar carport. Its main advantage is that it combines both "power generation" and "parking" needs. The structure supports the solar modules to convert sunlight into electricity while also creating a sheltered space for cars. The angle of the panels can be optimized based on the local sun exposure to increase power generation efficiency. The structure is also stable and can withstand harsh weather conditions like strong winds and heavy snow. This system is suitable for various applications, including residential and commercial parking lots. It offers flexible installation and can be custom-sized as needed, providing both vehicle protection and clean energy for users, achieving a dual benefit of "space utilization + energy production."