Industrial Streamlined Dual-Arm Solar Street Light

This series of street lights is a high-performance lighting solution engineered for modern urban arterial roads, large-scale industrial parks, and logistics hubs. Regarding structural design, this series utilizes a dynamic dual-bracket arc cantilever structure, eliminating unnecessary connections. This design effectively optimizes wind load distribution, significantly enhances the structural stability of the pole in high-wind environments, and provides the luminaire with distinct visual recognition and a modern industrial aesthetic. By tightly integrating high-efficiency photovoltaic modules and robust lamp heads via a streamlined cantilever, the design achieves a minimalist installation form and high overall structural reliability.

In terms of core technical specifications, this series is equipped with high-conversion-rate polycrystalline silicon photovoltaic modules that effectively capture diffused light, ensuring stable power storage and lighting performance even under suboptimal weather conditions. The main lamp pole is constructed from Q235 high-strength steel, treated with both hot-dip galvanizing and anti-oxidation spray-coating processes, offering excellent anti-corrosion and anti-aging properties. The lamp housing is manufactured from die-cast aluminum alloy and incorporates high-lumen LED light source modules paired with high-transmittance tempered glass lenses, achieving wide-angle, high-uniformity road illumination that fully meets technical standards for secondary urban roads and factory access ways.

The system features an integrated intelligent charge and discharge control module that automatically adjusts brightness output based on ambient light and time intervals, significantly improving energy management efficiency. The streamlined cantilever at the top of the pole not only supports the photovoltaic module but also provides ample ventilation channels, ensuring the thermal stability of the light source module during extended operation and effectively extending the overall service life of the equipment.