Views: 0 Author: Site Editor Publish Time: 2026-01-15 Origin: Site
An Efficient Structural Solution for Commercial PV Parking Projects
With the rapid development of distributed photovoltaic applications, solar carport mounting systems have become an increasingly popular solution for commercial and industrial parking areas. Among various structural designs, the bi-directional single-column solar carport mounting system stands out for its optimized land use, simplified foundation layout, and high power generation efficiency.
This system integrates parking infrastructure and photovoltaic power generation, transforming conventional parking lots into valuable renewable energy assets.
A bi-directional single-column solar carport features a single vertical column supporting a cantilevered steel structure, allowing PV modules to be installed on both sides of the beam. Compared with traditional double-column carport structures, this design significantly reduces the number of columns while maintaining excellent structural stability.
Key structural characteristics include:
Single-column support structure
Double-sided (bi-directional) PV module layout
Optimized beam and purlin arrangement
Clear and unobstructed parking space beneath the carport
The single-column design minimizes interference with parking and vehicle movement. This makes the system ideal for large-scale parking lots, such as factories, logistics centers, office parks, and public facilities.
By adopting a bi-directional PV arrangement, the system allows more solar modules to be installed per unit length, resulting in a higher installed capacity and improved energy output compared to single-sided carport structures.
Fewer columns mean:
Less civil work
Lower foundation and excavation costs
Shorter construction timelines
This is a major advantage for EPC contractors seeking cost-effective solar carport mounting solutions.
The system is engineered to meet international structural standards and can be designed to withstand:
Wind loads
Snow loads
Seismic requirements
Advanced structural analysis ensures long-term safety and reliability.
To ensure durability in outdoor environments, the solar carport mounting structure is typically manufactured from high-strength carbon steel. Common surface treatments include:
Hot-dip galvanized steel
Zn-Al-Mg coated steel
These corrosion-resistant materials provide long service life and low maintenance requirements, even in coastal or high-humidity regions.
The bi-directional single-column carport mounting system is designed with modular components, allowing for:
Fast on-site installation
Flexible row spacing and column height
Compatibility with framed PV modules
Integration with mainstream PV inverters, cable management systems, and grounding solutions
The structure supports both new parking lot construction and retrofit projects.
This type of PV carport mounting system is widely used in:
Commercial and industrial parking areas
Logistics and distribution centers
Office buildings and business parks
Hospitals, schools, and public parking facilities
It is an ideal solution for projects that require high power density, clean aesthetics, and efficient land use.
Material selection plays a critical role in the long-term performance and reliability of a bi-directional single-column solar carport mounting system. To meet different environmental and project requirements, two proven surface treatment options are commonly applied: Zn-Al-Mg coated steel and hot-dip galvanized steel.
Zn-Al-Mg coated steel offers enhanced corrosion resistance compared to conventional galvanized steel. The addition of aluminum and magnesium forms a dense and stable protective layer on the steel surface, effectively preventing red rust formation.
Key advantages include:
Excellent corrosion resistance, especially in humid and coastal environments
Self-healing protection at cut edges
Thinner coating with longer service life
Reduced maintenance for outdoor solar carport structures
This material is particularly suitable for projects requiring long-term durability and clean appearance.
Hot-dip galvanized steel remains a widely adopted solution for solar carport mounting structures due to its proven performance and cost-effectiveness. By immersing the steel components in molten zinc, a thick and uniform protective coating is formed.
Key advantages include:
Strong and durable zinc coating
High impact and abrasion resistance
Reliable performance in harsh outdoor conditions
Compliance with international structural and anti-corrosion standards
Hot-dip galvanized steel is commonly used in commercial and industrial PV carport projects, where structural strength and long service life are essential.
Both material options ensure excellent durability for PV carport mounting systems. The final selection can be optimized based on:
Local climate conditions
Project lifespan requirements
Budget considerations
Installation environment
By offering flexible material solutions, the single-column solar carport system can be adapted to a wide range of global markets and application scenarios.
The bi-directional single-column solar carport mounting system offers a highly efficient and structurally optimized solution for modern photovoltaic parking projects. By combining reduced foundation requirements, increased power generation, and robust structural performance, it delivers strong economic and environmental benefits for commercial solar applications.
As demand for solar carport systems continues to grow, this design is expected to play an increasingly important role in the global transition to clean energy.
