High-Efficiency Smart Roadways & LED Street Lighting
Smart roadways and LED street lights provide incredibly efficient lighting with super high output options at 200lm/W, 175lm/W, 160lm/W, and 130lm/W to meet different budget requirements. These high-quality solutions adopt world-famous brand LED chips such as Phillips, Osram, and Cree, combined with professional road lighting optical lenses for high efficiency and uniform light distribution.
Power Range: 30W to 300W suitable for any pole height.
Dual Color Temperature Solutions (2700K ~ 6000K)
Our Dual Color Temperature LED street lighting is the perfect solution for heavy snow areas, serious fog, and rainy roads. The system automatically adjusts the CCT from Cool White/Daylight (4500K/6000K) to Warm White (2700K) via intelligent sensors when detecting dense fog or storms, ensuring maximum road safety.
The intelligent street lighting system is a core element for the smart city platform, offering up to 80% power savings compared to traditional high-pressure sodium lamps. It extends lamp service life dramatically by dimming to minimum safety illumination levels during midnight hours.
IoT Smart Street Light Management System
IoT LED Street Lighting enables synchronous maintenance and repair to provide safe access for all road users. This solution monitors the grid and lighting in real-time, linking to third-party devices such as energy meters, motion sensors, and illuminance sensors. By connecting with motion sensors, it provides seamless energy management for expressways, tunnels, warehouses, and airports.
Environmental Light Monitoring & Adaptive Control
Environmental Light Monitoring Equipment cooperates with centralized controllers to automatically adjust luminance based on environmental brightness. Unlike traditional loop controlling or fixed sunrise/sunset timers, this system responds to real-time weather changes like rain or sandstorms. The device utilizes GPRS communication to report data directly to the server.
Wireless LoRa Motion Sensor Integration
The Motion Sensor targets street lighting, tunnels, and factories. It utilizes advanced LoRa wireless technology with a communication distance of up to 1-3 kilometers. Lights are automatically triggered or dimmed based on vehicle or pedestrian movement, solving the problem of unnecessary energy waste in empty areas.
Multi-Communication Channels & Case Studies
Case Study: 93KM Expressway & Tunnel Lighting. Utilizing both PLC (Power Line Communication) and LoRa systems integrated with motion and ambient sensors to achieve maximum energy optimization.
Advanced Lighting Functions
Tunnel Lighting: Automatic dimming to prevent the "Black & White Hole Syndrome."
Vehicle Detection: Lights return to safe minimum illuminance when no vehicles are present.
Street Lighting: Automated Sunrise/Sunset switching and emergency lighting for abnormal weather.
Frequently Asked Questions
How many street lights can be controlled with one Centralised Controller?
The capacity depends on your current transformer's power supply quantity. For indoor industrial layouts, a single controller can support up to 1,000 units.
What is the expected payback period for this investment?
By achieving up to 85% power saving compared to HPS and 35% more than normal LED lights, most investments achieve payback in around 2 years. Dimming during off-peak hours (11pm-5am) also extends lamp lifetime by 30%.
Does the server support local languages and remote installation?
Yes, the server can be installed remotely with your local language settings. We also provide training for your engineering team on operation and maintenance.
How many units can the Smart City server handle simultaneously?
The server can handle a maximum of 1,000,000 units of street lights, meaning one server can manage an entire city's or even a small country's road light infrastructure.
How is road safety handled in cities with frequent fog or snow?
The system uses auto-varying CCT (2700K~5000K). When sensors detect heavy fog or snow, the light shifts to 2700K Warm White to provide stronger penetration and safer conditions for drivers.
What is PLC technology and does it require extra wiring?
PLC stands for Power Line Communication. It uses the existing street light wires for communication, so no extra power cords or cables are needed, making it stable and cost-effective.
DERT Lighting
