Solar carport case:Nanchong Used Car Market Solar Carport Project, Sichuan, China

The solar photovoltaic carport project at the Nanchong Used Car Market in Sichuan Province is a high-quality ground-mounted solar solution specifically designed for commercial parking lot applications. Combining practicality, economic benefits, and environmental sustainability, the project serves as an excellent example of integrating renewable energy with commercial infrastructure.

The project officially entered the coordination and planning phase at the end of July 2025. During the initial stage of cooperation, our team worked closely with the project owner through multiple rounds of in-depth discussions regarding site adaptation, equipment configuration, structural design, and pricing. Based on the unique characteristics of the used car market parking lot, vehicle parking requirements, and electricity consumption planning, we continuously optimized both the technical proposal and commercial quotation. After more than three months of refinement and adjustments, the most suitable solution was finalized, leading to a successful partnership and the smooth advancement of project construction.

The project has a total installed capacity of approximately 400 kW. Our company was responsible for supplying the complete set of solar carport steel structure materials, as well as core photovoltaic equipment including solar panels and inverters, providing a comprehensive one-stop solution to ensure the project's overall quality and reliability.

Considering the existing layout of the used car market parking area, which consists entirely of double-row parking spaces, the project adopts our independently developed Y-shaped double-row solar carport design. The structure follows our factory’s standardized height specifications, making it fully compatible with various passenger vehicles and commercial automobiles while meeting the daily operational requirements of the parking facility.

To maximize land utilization and parking efficiency, the column spacing was carefully designed according to the actual parking space arrangement. The project utilizes a scientific layout of two parking spaces per structural span, allowing the carport system to fit seamlessly within the existing site configuration. This design optimizes every square meter of available space while maintaining a clean appearance, practical functionality, and an organized parking environment.

After grid connection and commissioning, the solar carport system is expected to deliver significant energy-generation benefits. The system can produce approximately 1,200 kWh of electricity per day, providing a stable source of clean energy for shops and businesses surrounding the market. This helps reduce commercial electricity expenses and improves the overall energy efficiency of the area.

With its reliable power generation performance, low maintenance requirements, and attractive return on investment, the project offers a relatively short payback period and long-term financial benefits. It demonstrates how commercial parking lots can transform underutilized spaces into revenue-generating clean energy assets while supporting sustainable development goals.

If you are interested in installing a solar photovoltaic carport system for your commercial parking lot, dealership, shopping center, industrial facility, or other applications, please feel free to contact us. Our professional team can provide customized, cost-effective solar solutions tailored to your project requirements.

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We look forward to helping you build a reliable, efficient, and profitable solar carport system.