Driven by global carbon peaking and carbon neutrality goals, photovoltaic energy is experiencing explosive growth as a key clean and renewable energy source. As the core structural components of solar power plants, photovoltaic mounting systems directly determine module installation stability, power generation efficiency, and service life. From large-scale ground-mounted centralized plants to distributed rooftop projects, and even specialized configurations like agrivoltaics and fishery-voltaics systems, all these applications rely on high-quality mounting systems as their backbone.

Our photovoltaic bracket forming machine, specifically engineered for the photovoltaic industry, is the core equipment for manufacturing highly stable and adaptable brackets. With advanced forming technology, it processes various metal materials into premium bracket profiles tailored for photovoltaic installations. These brackets not only adapt to complex geological and climatic conditions across different regions but also meet the installation requirements of photovoltaic modules with varying power outputs. This provides robust hardware support for global photovoltaic power station construction, driving the efficient development of the photovoltaic industry.

Ultra-high precision molding ensures structural stability: The photovoltaic bracket employs a multi-pass progressive roller forming process with a 45# steel shaft (tempered) and hard chrome-plated rollers, achieving a hardness of HR58°-60°. This guarantees precise dimensions with cross-sectional tolerances within ±0.5mm and straightness errors ≤1mm/m. Critical features like hole positions and slots are formed in a single operation, eliminating secondary machining. This design ensures assembly accuracy while enhancing the flatness and stability of installed modules, enabling them to withstand the self-weight of PV modules and extreme weather loads such as wind, snow, and hail.

High-efficiency mass production capability, tailored for large-scale photovoltaic construction: Featuring high-power variable frequency motors and precision transmission systems, the equipment achieves a maximum production speed of 60 meters per minute, with a daily output exceeding 4,000 meters per unit. It supports 24/7 continuous operation, perfectly meeting the bulk support supply requirements of large photovoltaic power stations. Equipped with an intelligent PLC control system and a 12-inch touchscreen interface, it enables one-touch parameter settings and memory storage of multiple process parameters. The system supports automatic length-cutting and counting, offering simple and convenient operation that significantly reduces labor costs and enhances production efficiency.

Versatile Profile Adaptability for All-Scenario Photovoltaic Projects: Featuring exceptional profile processing compatibility, this system precisely manufactures C-shaped steel, U-shaped steel, Z-shaped steel, photovoltaic columns, rails, and other support structures. It accommodates specifications ranging from 50×20mm to 200×100mm, and processes high-strength steels (Q235, Q355) and metal materials (galvanized sheets, aluminum alloys) with thicknesses from 0.8-3.0mm. The solution meets both heavy-duty support requirements for ground-mounted PV systems and lightweight needs for rooftop distributed PV installations, comprehensively addressing customized demands across diverse photovoltaic project scenarios.

A robust and durable structure reduces long-term operational costs: The machine body is formed by welding 300# I-beams with 20mm-thick middle plates, supported by a reinforced H-beam base. Aging treatment eliminates internal stresses, ensuring deformation-free operation and consistent precision during high-intensity continuous work. Core transmission components feature precision gearboxes and universal joint couplings for high-efficiency, wear-resistant performance. The shearing mold, made of Cr12MoV high-strength alloy and vacuum-hardened, produces smooth, burr-free cuts with a service life far exceeding industry averages. Electrostatic spraying provides corrosion resistance, enabling operation in harsh environments like high-temperature, high-humidity, and dusty workshops while reducing maintenance frequency and lowering operational costs.

Intelligent Safety Design for Enhanced Operational Assurance: Featuring multiple intelligent safety mechanisms, the equipment is equipped with emergency shutdown buttons, overload protection, and leakage protection devices. When abnormal operating conditions occur, the system automatically halts operation and triggers alarms to ensure operator and equipment safety. The enclosed housing design effectively prevents metal shavings from splashing during processing. An automatic lubrication system provides scheduled maintenance for core components, reducing wear and extending service life. Some models support remote monitoring, enabling real-time operational status tracking for remote troubleshooting and maintenance guidance.

Innovative Design: Meeting the Diversified Development Needs of Photovoltaic Industry

We stay ahead of technological trends in the photovoltaic industry by continuously innovating equipment design to develop more adaptable photovoltaic bracket forming solutions. For distributed PV projects requiring flexible installation, we offer portable bracket forming machines with compact size and lightweight design, featuring mobile casters and lifting mechanisms. These units can be directly transported to construction sites like rooftops for on-site processing, significantly reducing transportation costs and material loss while boosting construction efficiency. To meet the demands of large-scale ground-mounted PV power stations, we provide customized multi-unit production line solutions that automate the entire process—from raw material unwinding, leveling, forming, and cutting to finished product palletizing—further enhancing production capacity and intelligent manufacturing capabilities.

We provide customized photovoltaic bracket manufacturing services. Based on client-provided drawings, we develop precision molds and processing techniques to create brackets with special hole positions and cross-sectional shapes. These solutions adapt to various installation angles and mounting methods of photovoltaic modules, helping clients develop differentiated photovoltaic bracket products.