The 72W Street Light ECO Model is a highly efficient, weather-resistant , robust and versatile LED fixture designed for outdoor lighting solutions, such as roads, public areas, and campus environments. they are rightly chosen for all cities across the world. Here's why: High Energy Efficiency: LEDs consume between 50 and 70% less energy compared to other traditional lighting systems.
Below are the summarized technical features and application details for this model:

Key Specifications
* Power Consumption: 72W
* Luminous Output: 7200 ~ 8000 lumens with high luminous efficiency (up to 110 lumens/watt) , providing uniform and wide light coverage.
* LED Type: Utilizes SMD 2835 LEDs with a long lifespan (rated for 50,000 hours or more), ensuring lasting performance
* Color Temperature: 3000K (Warm White , 4000K ( Natural White) , 6500K (Cool White)
* Input Voltage: 110-270V AC (can vary 100V to 300V in some models)
* Power Factor: ≥0.95
* Material: Constructed from ADC12 grade, die-cast aluminium, or polycarbonate body, which is lightweight, corrosion-resistant, and ensures excellent heat dissipation.
* Lens and Cover: Features precision lens optics for optimal road-focused lighting and impact resistance.
* Ingress Protection: IP65 water and dust resistant
* Surge Protection: Up to 6kV
* Certification: BIS , LMPC , ISO (brand-dependent)
* Installation: Compatible with pole or wall mount installation, multiple bracket/fixture options.
Special Features
* High energy efficiency, saving 50–70% power compared to traditional street lights.
* Robust and efficient built-in LED driver with over-voltage, short-circuit, and over-temperature protection.
* Good heat dissipation for longer life, with polycarbonate or powder-coated aluminium design depending on the manufacturer.
* Weather-proof for outdoor use—suitable for roads, parking, industrial units, campuses, residential colonies, and public areas.
Electrical and Safety Protections
* Ingress Protection: Rated IP65 or IP66, ensuring complete protection against dust, rain, and outdoor elements.
* Surge Protection: Built-in surge suppressor (typically 2kV to 6kV, sometimes up to 10kV), which prevents failure during voltage spikes.
* Short Circuit Protection: Integral driver design to protect against short circuits and over-voltage.
* Over Temperature Protection: Driver includes temperature monitoring to avoid damage from overheating.
* Open Circuit Protection: Ensures automatic shut-off if a circuit fault occurs, preventing further damage.
* EMC Compliance: Designed to minimize electromagnetic interference, ensuring stable operation and compliance with CE, RoHS, or ISI safety standards.
* Warranty: Commonly comes with a 2-year warranty from most reputable manufacturers.
Applications
* City Streets and Urban Roads: Provide reliable illumination for residential and minor city streets, improving visibility and safety for vehicles and pedestrians.
* Parking Lots and Campus Grounds: Used to light up parking areas, commercial premises, school or college campuses, and public institutions, helping enhance security and reduce accidents.
* Public Parks and Recreational Spaces: Ideal for pathways, jogging tracks, playgrounds, and park perimeters, creating a safe and welcoming environment for urban dwellers.
* Sidewalks, Footpaths, and Cycle Tracks: Installed along pedestrian zones and bicycle tracks to enable safe movement during night-time hours.
* Gated Communities and Residential Complexes: Enhance the safety and convenience within housing societies, apartment blocks, and gated colonies.
* Urban Squares and Plazas: Provide uniform lighting in communal gathering places to promote social activities and public events.
* Industrial and Commercial Zones: Illuminate factory outlets, warehouses, office parking, and service roads, supporting secure operations.
These applications make 72W LED street lights a preferred choice in modern urban environments, contributing to enhanced safety, reduced energy consumption, and improved visual comfort for residents and visitors.
1. Precision Light Distribution
The optical lens system precisely directs light to targeted areas like roads or pathways, minimizing light spill and preventing unwanted illumination on nearby structures.
2. Higher Energy Efficiency
By focusing and refracting light rather than reflecting it, lens optics reduce light wastage, leading to better lumens-per-watt performance and lower energy consumption.
3. Uniform Illumination
Lenses provide balanced brightness across the lit surface, eliminating dark spots and reducing disparities between central and peripheral illumination.
4. Reduced Glare and Light Pollution
The controlled optical pattern minimizes glare, enhancing driver and pedestrian comfort while significantly cutting sky glow and light trespass.
5. Enhanced Visual Comfort and Safety
Soft, diffused lighting improves visibility without eye strain, contributing to safer night-time driving and walking experiences.
6. Longer Lifespan and Durability
Lenses protect LED chips from dust, moisture, and physical impact, extending light life beyond 50,000 hours and reducing maintenance needs.
7. Better Beam Control Flexibility
Lens angles (e.g. 60°, 90°, 120°) can be customized to suit specific applications such as narrow streets, parking lots, or highways.
8. Environmental and Aesthetic Benefits
Focused lighting not only cuts CO₂ emissions by consuming less power but also enhances urban aesthetics through uniform illumination.
Overall, lens-based LED street lights provide more controlled, efficient, and sustainable lighting solutions that improve safety, visibility, and energy efficiency compared to reflector-based alternatives.
