Domestic Trade

As a domestic original intelligent manufacturing factory for photovoltaic mounting brackets, we serve various projects including centralized ground power stations, industrial & commercial rooftops, and PV carports nationwide. Adopting zinc-aluminum-magnesium and hot-dip galvanizing anti-corrosion technologies, our products comply with domestic PV industry standards. We support standardized supply and non-standard customization. Stable production capacity guarantees project schedules, with full-cycle technical coordination to provide dependable bracket system solutions for domestic photovoltaic engineering projects.

Space reuse, no extra land occupation: Built above existing idle parking lots without additional land acquisition (different from ground-mounted PV power stations). It is especially suitable for land-scarce scenarios such as urban parks, commercial complexes and factory campuses.
Multi-functional integration, multiple benefits at once: It protects vehicles from sun exposure and rain for open-air parking, generates clean power, and can be extended with charging and emergency power supply functions (traditional carports only provide parking).
Distributed power generation & local consumption: Power generation sites are close to power consumption scenarios (e.g. parking lot lighting, charging piles, campus offices). It features low power loss, high self-consumption ratio and reduced electricity costs.
Safe, eco-friendly and long-term stable: PV power generation produces no noise or waste gas emissions. Modules have a service life of 25–30 years with low maintenance costs. The carport structure also offers extra safety protection for vehicles against hail, falling objects from height, etc.

Centralized PV: Usually built on open sites such as wastelands and mountainous areas. Featuring large-scale power stations and high installed capacity, it enables unified operation & maintenance with stable power generation. Power can be centrally grid-connected and transmitted over long distances, ideal for large energy base projects.

Distributed PV: Deployed on industrial & commercial rooftops, PV carports and other scenarios. It boasts flexible layout and short construction cycles. Power is generated and consumed locally, effectively cutting transmission losses, and meeting on-site clean energy demands of enterprises and industrial parks.

Asia-Pacific (excluding China):Countries such as India and Japan are key growth drivers. India has launched the “National Solar Mission,” vigorously promoting infrastructure development and creating substantial demand for photovoltaic carports. Japan, on the other hand, focuses on technological refinement, making strong efforts in areas such as flexible module adaptation to unconventional scenarios and intelligent operations and maintenance. Thanks to rapid industrialization and growing urban populations, this region is poised to become one of the fastest-growing markets globally in the future, and the rise of local manufacturers will further fuel market expansion.
Other regions:In Latin America, countries such as Brazil and Mexico are gradually promoting the adoption of photovoltaic carports by leveraging the demand for efficient technologies in agriculture and manufacturing. As economic reforms deepen and international cooperation intensifies in the future, market penetration will continue to rise. In the Middle East, countries like Saudi Arabia and the United Arab Emirates—benefiting from abundant solar energy resources—are stepping up their investments in new-energy infrastructure. Photovoltaic carports are poised to be widely deployed in scenarios such as commercial parks and public parking lots. Meanwhile, in Africa, photovoltaic carports will help address parking and basic electricity access challenges in certain regions, gradually paving the way for broader market deployment.