LED street lights are widely used for urban roads, commercial streets, parks, and other public spaces. Unlike ordinary outdoor lighting, road lighting needs to provide not only sufficient brightness but also appropriate light distribution, reliable outdoor protection, and convenient maintenance.
One important factor is optical distribution. A street light should direct light toward the road instead of simply producing more brightness. Different road layouts, mounting heights, and installation conditions may require different beam distributions. Choosing the right optical design can help improve lighting uniformity while reducing unnecessary light loss.
The AGSL21 LED Street Light is designed around these practical requirements. It covers a wide power range from 50W to 300W, with a standard efficacy of 160 lm/W and an optional efficiency of up to 190 lm/W. This allows different models to be selected according to project requirements.
For optical flexibility, AGSL21 provides Type II-M, Type III-M, Type II-S, and Type III-S distributions. Its adjustable-angle structure also supports different installation conditions, including spigot and bracket installation.
Outdoor durability is another consideration for road lighting. AGSL21 features IP66 waterproof protection and IK09 impact resistance, with an operating temperature range of -35°C to +50°C. Surge protection is also available for additional electrical protection.
Maintenance is considered in the structural design as well. The tool-free operation allows easier access to internal components, while the modular internal layout includes the LED module, lens, driver, SPD, and protection switch.
With multiple power options, optical distributions, installation methods, and control configurations, AGSL21 is designed to address the practical requirements of modern road lighting projects. Rather than focusing on brightness alone, its design brings together light distribution, efficiency, protection, flexibility, and maintenance in one street lighting solution.
Post time: Sep-17-2026