High-Performance LED Street Lights Pole Mounted Die-casting Aluminum

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August 13, 2025
Category Connection: LED Street Light
Brief: Discover the High-Performance LED Street Lights Pole Mounted Die-casting Aluminum, designed for superior outdoor lighting. With ultra-high light efficiency up to 130 lm/W, durable aluminum alloy construction, and intelligent features like automatic brightness adjustment, these lights are perfect for urban roads, parking lots, and community spaces. Create a bright, safe, and comfortable night environment with this advanced LED smart street light.
Related Product Features:
  • Ultra-high light efficiency with SMD LED light source, delivering up to 130 lm/W for bright, daylight-like illumination.
  • Durable aluminum alloy lamp body with excellent corrosion resistance and IP65 protection for harsh outdoor conditions.
  • Supports intelligent functions like automatic brightness adjustment and timing control for optimized lighting.
  • Versatile mounting bracket design suitable for various outdoor scenes, including urban roads and parking lots.
  • Available in multiple wattages (50W to 300W) to meet diverse lighting needs.
  • High color rendering index for natural light color saturation, enhancing visual experience.
  • Long lifespan of 50,000 hours, ensuring reliable and long-term performance.
  • Wide voltage range (AC85-310V/AC100-277V) for compatibility with different power supplies.
Faqs:
  • What is the light efficiency of these LED street lights?
    The LED street lights offer ultra-high light efficiency up to 130 lm/W, providing bright and natural illumination similar to daylight.
  • Are these lights suitable for harsh outdoor environments?
    Yes, the lights feature a durable aluminum alloy body with IP65 protection, making them resistant to wind, rain, snow, and other harsh outdoor conditions.
  • Do these LED street lights support smart functions?
    Absolutely, these lights support intelligent features like automatic brightness adjustment and timing control, allowing for optimized lighting output based on environmental conditions.