Single-pillar mounting system
Release time：
2025-12-18
Against the backdrop of the accelerated global energy transition and the continuous expansion of photovoltaic (PV) installation capacity, PV mounting systems, as core components ensuring stable system operation and power generation efficiency, have attracted significant market attention for their technical adaptability and environmental durability. Recently, a single-pillar mounting system specifically tailored for open-ground PV projects has been officially launched. Boasting precise scenario adaptability, high-quality material craftsmanship and superior mechanical properties, it provides a more reliable solution for the construction of large-scale ground-mounted PV power plants.
Notably, the core application scenario of this single-pillar mounting system is focused on open-ground PV projects. Leveraging optimized structural design, it achieves high compatibility with such scenarios, which are characterized by uniform lighting conditions and large-scale project layouts. Compared with traditional mounting systems, its single-pillar support structure ensures stability while enabling more efficient land utilization and reducing the need for terrain modification in open areas. This lays a solid foundation for rapid project deployment and makes it particularly suitable for the large-scale construction of centralized ground-mounted PV power stations.
In terms of material technology, the system is constructed with hot-dip galvanized steel, delivering excellent corrosion resistance. The hot-dip galvanizing process forms a uniform and dense protective layer on the bracket surface, effectively withstanding external factors such as wind, rain erosion and humidity fluctuations in complex open environments. This significantly extends the product's service life.
Superior mechanical performance is another core advantage of this single-pillar mounting system. Through precise structural mechanical design, the system boasts enhanced load-bearing capacity and impact resistance, enabling it to withstand harsh weather conditions commonly encountered in open areas, such as strong winds and heavy snow. Authoritative testing confirms that the system can resist extreme conditions including high wind speeds and heavy snow loads, maintaining structural stability even in severe environments like sandstorms in northwestern China and strong winds in southeastern coastal regions. This ensures the safe operation of PV modules and addresses the bracket reliability challenge for PV projects in extreme environments.
Industry insiders noted that global newly installed PV capacity continues to rise, exceeding 450GW in 2024, with open-ground centralized PV projects accounting for a significant share. The launch of this new single-pillar mounting system accurately meets the market demand for high-reliability and scenario-specific bracket products. Its corrosion resistance and superior mechanical properties are expected to effectively improve the stability and profitability of PV projects. Currently, the product has been made available for global supply, and will provide technical support for more open-ground PV projects, fostering the high-quality development of the clean energy industry.
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