Double Wing Solar Carport Mount

Description

Double Wing Solar Carport Mount combine solar panels with traditional carports, providing shade and shelter from rain while generating electricity. They feature a sturdy structure that is wind and snow resistant, as well as fire and lightning protection design, ensuring safety and reliability. With the development of new energy technologies, photovoltaic carports are becoming a green choice for shopping malls, factories, communities, and other venues, and are poised to become a standard feature of future smart cities.

Type

We manufacture two types of solar powered carport, which differ in the shape of their columns. Therefore, their strength also varies.

Type	Picture	Features
H-shaped		While offering a lower price advantage, it uses H-shaped steel for structural stability and is suitable for areas with low wind speeds and snow loads.
unusual-shaped		It has undergone comprehensive structural reinforcement, especially the columns, which have been thickened and reinforced to better withstand high wind speeds and heavy snow loads in certain regions.

Environmental

Environmental benefits：

1.Cantilever solar carport generate electricity using solar energy, replacing traditional energy sources such as coal and natural gas, thereby reducing emissions of pollutants such as CO₂, SO₂
2.It utilizes existing parking space, reducing pressure on land development. It is particularly suitable for cities, industrial parks, and other areas with limited land availability.
3.It blocks sunlight, lowers the temperature under the carport (5-10°C lower than an open-air parking lot), and reduces the urban heat island effect.

Applicable scenarios

1.Photovoltaic carport is suitable for commercial public areas, providing customers with shaded parking spaces that protect them from rain, while reducing electricity costs and promoting the company's environmentally friendly image.
2.It can be constructed on vacant land within the factory premises to cover employee vehicles or freight vehicles, thereby alleviating the pressure on industrial electricity consumption.
3.It can be used in communities and residential areas to solve the problem of high temperatures in outdoor parking spaces during the summer, and the electricity generated can be used for lighting in public areas or for elevators.