150W Twin-Arm Solar Street Light for Main Roads & Highways

As a professional enterprise in the field of lighting, Jieyao Lighting's 150W double-arm street lights have become the preferred solution for urban street lighting due to their high efficiency, energy saving, and stable performance. This product utilizes a high-power LED light source combined with an intelligent light control system, which not only provides sufficient brightness but also automatically adjusts brightness according to the ambient light, significantly reducing energy consumption. On average, each lamp consumes less than 30% of the daily electricity compared to traditional lighting fixtures, contributing to urban energy conservation and emission reduction.

The main body of the lamp post is made of Q235 high-quality steel, which undergoes hot-dip galvanizing and powder coating treatment, providing excellent corrosion resistance and a service life of over 20 years. It can withstand strong winds of level 12 and earthquakes of level 7, ensuring stable operation under severe weather conditions. The double-arm design is scientific, with the arm extending 1.8 meters and made of Φ60 steel pipe with a wall thickness of 3mm, which not only ensures structural strength but also optimizes the lighting coverage area, illuminating both sides of the roadway and non-motorized lanes simultaneously, enhancing road safety.

The lighting fixture is crafted using aluminum die-casting technology, featuring a built-in high-purity aluminum reflector. It boasts a lightweight yet sturdy structure, with a protection level of IP65, effectively resisting dust and water. The light source is a 150W high-power LED lamp bead, delivering a luminous efficacy of up to 160Lm/W and a total luminous flux of up to 24,000 lumens. The light is uniform and soft, reducing glare and providing clear vision for nighttime driving and pedestrians. Additionally, the surface of the lighting fixture undergoes hot-dip galvanizing and plastic spraying treatment, enhancing its corrosion resistance and adapting it to coastal and rainy climates.