During the production of the Tilted Single‑Axis Solar Tracker System, Gujiang Manufacturer adopts an intelligent astronomical tracking algorithm to adaptively adjust the tilt angle and rotation direction of the components, precisely following the sun's trajectory, effectively improving the power generation efficiency of the photovoltaic power station. Compared with fixed supports, the power generation capacity is significantly enhanced.
The main body of the entire machine is made of high-corrosion-resistant zinc-aluminum-magnesium and hot-dip galvanized steel structure, with a stable structure, wind resistance, pressure resistance and weather resistance, suitable for complex and harsh working conditions in the wild.
The product supports on-demand customization of layout plans. It has strong terrain adaptability, flexible installation, and wide compatibility. It is widely applicable to:
1. Mountain photovoltaic power generation
2. Desert slope remediation
3. Agricultural and photovoltaic complementary power generation
4. River basin governance new energy projects
It is the preferred intelligent tracking solution for enhancing efficiency and reducing costs of photovoltaic power stations in complex terrains.
Our Tilted Single‑Axis Solar Tracker System can solve the construction problems of photovoltaic projects on mountains, slopes, and undulating plots. It is mainly applied to centralized photovoltaic power stations in mountainous areas, photovoltaic projects for ecological restoration of barren hills, integrated development of agriculture and photovoltaics, and supporting new energy projects for river basin governance.
Unlike flat single-axis tracking supports, this equipment is originally adapted to sites with natural slopes, requiring no large-scale earthwork excavation, minimizing the amount of civil engineering and ecological damage, and providing an intelligent light-tracking efficiency solution for photovoltaic power stations in complex terrains.
The factory has a full-process automated production chain, enabling integrated processing and control from raw materials to finished products. The product uses national standard steel plates for procurement, which undergoes roughing and leveling processes to ensure the flatness and mechanical properties of the base material.
Through fully automatic cold bending machines, the steel is rolled into matching profiles with high rolling accuracy, small size errors, and precise laser cutting for accurate hole drilling and cutting dimensions.
After acid washing and rust removal, it is treated with high-temperature hot-dip galvanizing or zinc-aluminum-magnesium coating to enhance the outdoor corrosion resistance of the steel.
Before leaving the factory, the products undergo wind and pressure resistance performance tests and anti-corrosion durability inspections to ensure they meet the project construction standards.
Before the project, our technical team conducted on-site surveys of the site and provided layout plans and basic construction suggestions. The main structure was designed in a modular manner, and the base, main beam, rotating mechanism, transmission system, and electrical control unit were assembled in sequence according to the drawings. After the hardware installation was completed, system debugging was carried out to confirm that the wind protection and fault warning functions were normal. After the test and acceptance were completed, the system entered the fully automatic operation mode. Manual operation is conducted daily, and the system adjusts the component angles autonomously based on light and weather conditions.
A: Generally, the longitudinal slope of a natural slope can be up to 25%, and the lateral slope can be arranged based on on-site survey results. Special mechanical calculations can be conducted to provide customized optimization solutions.
A: The system is equipped with a built-in meteorological linkage safety strategy. When the wind speed reaches the preset threshold, the support structure automatically rotates to a horizontal safety position, reducing the windward area. During rainy and snowy weather, the equipment remains in a safe state. When the meteorological conditions return to normal, the tracking system automatically resumes tracking.
The company holds ISO9001 quality management system and ISO14001 environmental management system certifications. The products are produced in strict accordance with national photovoltaic support structure standards. All products are tested by third-party testing institutions and can provide material test reports, salt spray test reports, load calculation reports, meeting domestic various photovoltaic project acceptance standards.
All Tilted Single-Axis Solar Tracker Systems undergo mechanical operation tests and electrical control system aging tests before leaving the factory. The main steel structure is strictly produced in accordance with the standards of the photovoltaic support structure industry. A complete factory inspection list is provided. After the solution is determined and the contract is signed, production scheduling and delivery are carried out according to the agreed cycle. Major projects can also provide production progress feedback and deliver in batches as needed to ensure the project construction schedule. The main steel structure provides a 25-year anti-corrosion warranty; the drive motor, controller, and other electrical control components provide a standard warranty period. During the warranty period, non-human damage is supported by repair and spare parts replacement.
Address
No. 2, Expressway Auxiliary Road, South Area of High-tech Industrial Park, Zitai Economic and Technological Development Zone, Tianjin, China
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