Street

Efficient LED street lighting is paramount for urban safety and aesthetics. This overview focuses on key design requirements, including installation heights and appropriate wattages, tailored to different settings such as country roads, school areas, parking lots, and municipal streets. By understanding these specifications, communities can ensure optimal illumination and safety in diverse urban environments.

01Country Roads/Town Roads

• Installation Height: 5-8 meters
• Lamp Fixture Options: 50W, 60W, 80W, 100W, 120W

02School/Community/Park Street Light

• Installation Height: 3-6 meters
• Lamp Fixture Options: 30W, 50W, 60W, 80W, 100W

03Parking Lot

• Lamp Options: 100W, 150W, 200W, 250W, 300W
• Selection based on different light illumination requirements.

04Municipal Outdoor Street Lighting and Highway

• Installation Height: 8-15 meters
• Urban Road Lighting Types:
  • Conventional Lighting: Below 15 meters, regularly installed on one side, both sides, or the middle lane. Lamp head perpendicular to the ground or at a certain angle. （Lamp Fixture Options: 100W, 120W, 150W, 200W, 250W, 300W）
  • LED High Pole Lighting
  • LED Half-High Pole Mast Lighting

01Layout Options

LED roadway lighting offers flexible layouts, including one-sided, crossing, opposite, T-shaped intersection, crossroad, and curved lighting options, catering to varying urban needs for enhanced safety and aesthetics.

02Conditions for Single-Side Lighting

Single-side lighting is recommended for roads with low lighting requirements and a width of less than 9m, providing a cost-effective solution tailored to specific urban conditions.

03Conditions for Opposite Sides or Crossing Lights on Both Sides

Opposite sides or crossing lights on both sides are advisable for roads with high lighting requirements and a width exceeding 9m, ensuring comprehensive visibility and meeting the demands of broader urban landscapes.

03T-shaped Intersection and Intersections

For a T-shaped intersection, two street lights can be strategically arranged based on the specific layout requirements, ensuring optimal visibility and safety. For intersections, the recommendation is either arranging four street lights or opting for high pole lighting directly, with a typical pole height exceeding 20m, ensuring thorough illumination and visibility in these critical urban junctions.

04Bends

For bends in the road, lights are typically positioned on the outside, and the pole height is generally maintained at more than 20m. This strategic placement ensures effective illumination along curved sections of the roadway, optimizing visibility and safety.

05Curves

For curves in the road, lights are placed on the outside, ensuring that illumination is optimized to enhance visibility along curved sections and contribute to overall road safety.

06Different Road Types

Considerations for LED street light layouts vary between common roads with sidewalks and motor vehicle lanes, as well as roads composed of sidewalks, non-motor vehicle lanes, and motor vehicle lanes. These distinctions ensure tailored solutions to meet the specific lighting needs of diverse road types, contributing to effective and efficient urban illumination.

01Conventional Lighting

• Height below 15 meters
• Installed on one side, both sides, or the middle lane
• Maintain lamp head perpendicular or at a specific angle for road surface illumination.

02High Pole Lighting

• LED lamps at 20 meters or higher
• Used for large area lighting, especially at intersections
• Each pole supports 10-20 lamps.

03Half-High Pole Lighting

• Installation at 15-20 meters
• Method for road lighting with height typically 15-20m
• Below 15m is conventional, and 20m or above is high pole lighting.

A High IP Rating 

Choose roadway/parking lot lights with at least an IP65 certification for outdoor installations. This standard safeguards against water and solids, ensuring resistance to moisture, dirt, water spray, and precipitation.

 B Uniformity of Light:

Optimal light distribution, measured by the ratio of minimum to average illuminance, enhances visual comfort for drivers and pedestrians on roadways.

 C Lamps Power

Avoid unnecessary electricity waste by selecting street lights based on actual needs. Embrace energy-saving solutions, including different lighting modes and sensors like daylight and motion sensors.

D  Color Temperature

Opt for a 4000-5700K color temperature for streets, roads, and highways, resembling natural light. Community and park areas may benefit from a warmer 3000-3500K for a more inviting atmosphere.

E  Low Glare

Minimize glare from street lights and signage to ensure a safer and more pleasant experience for oncoming vehicles and pedestrians.

F  Interference Light

Address interference light impact on residents by carefully planning urban lighting design, including lamp selection and layout, to mitigate light pollution.

G  Bracket Adjustable Angle

Utilize LED street lights with adjustable installation angles for flexibility in directing illumination, optimizing effectiveness in different environments.