Description
BIPV Carport Mounting System is applicable for residential and commercial circumstance. It is suitable for the framed or frame-less module installation. It is a sustainable solution that combines photovoltaic power generation with building functionality.

The carbon steel material used in the carport ensures excellent mechanical strength and wear resistance, providing stability and long-lasting durability. Its corrosion-resistant surface prevents any harm to the structure. To ensure the corrosion resistance of the steel structure, the export standard is based on an average thickness of 85µm for hot dip galvanizing zinc coating. We conduct tests before each shipment.

The integrated photovoltaic panels on the carport generate electricity for day-to-day use or grid-connected power supply, promoting energy savings and environmental protection. The carbon steel’s superior processing and welding capabilities simplify construction processes and reduce costs.

Carport components
The carport structure can be customized. Tilt angle from 5 degree to 10 degree. The car parking structure has waterproof feature with gutters under the panels to drain waters.

Steel solar carport structure on site.


Compared with traditional carport, solar carport can generate clean and renewable energy, reducing gas emissions and saving on electricity bills. No need extra land for the solar installation. They can be used as charging stations for electric vehicles, promoting the adoption of green transportation.
Solaracks, located in Xiamen, is one of the leading China BIPV Carport solar ground mount system – Canopy manufacturers and suppliers in China. Known for its stable and excellent performance, buy BIPV Carport solar ground mount system from Solaracks factory would be your best choice. And the customized orders are also welcome. Should you’re interested in BIPV Carport solar ground mount system – Canopy, take action to inquire with us.
1. Multi-purpose solar mounting structure
2. Cost-effective combined traditional carport with solar racking
3. Green image