Smart LED Street Light Control System
For Gov Projects

Each smart street‑lighting fixture combines a standard LED luminaire with a built‑in IoT controller and wireless communication module. Unlike conventional street lights that only support basic on‑off switching, smart lamps establish real‑time connections with cloud‑based management platforms. They deliver practical capabilities such as remote switching, adaptive dimming, energy‑use metering and automatic fault detection. This transforms static lighting hardware into a dynamic, data‑powered network, cutting operational expenses while improving overall service quality.

Each luminaire in the system is equipped with an IoT controller. The device gathers operational data such as voltage, current, power factor and lamp working status, and transmits information to the cloud management platform (CMS) via NB‑IoT, LoRa or 4G networks. The CMS processes received data and allows operators to issue instructions for individual lamps or entire lighting zones, such as setting dimming timetables, performing group on‑off control and triggering emergency overrides. When system anomalies are detected, fault alerts will be automatically sent out to maintenance crews.Each luminaire in the system is equipped with an IoT controller. The device gathers operational data such as voltage, current, power factor and lamp working status, and transmits information to the cloud management platform (CMS) via NB‑IoT, LoRa or 4G networks. The CMS processes received data and allows operators to issue instructions for individual lamps or entire lighting zones, such as setting dimming timetables, performing group on‑off control and triggering emergency overrides. When system anomalies are detected, fault alerts will be automatically sent out to maintenance crews.

When compared with conventional high‑pressure sodium (HPS) lamps, modern LED road lighting can reduce energy consumption by up to 70%. This saving comes from three main factors. Firstly, LED technology delivers 50‑60% higher energy efficiency than HPS lamps. Secondly, adaptive dimming lowers brightness during periods of low traffic, typically from 11 p.m. to 5 a.m. Thirdly, remote oversight prevents unnecessary full‑power operation or accidental light activation when reduced brightness is adequate. With automatically generated reports, city authorities can accurately compute carbon‑reduction data to meet official sustainability targets.

The optimal communication option depends on actual field deployment environments. NB‑IoT delivers strong performance in areas with stable cellular coverage, with low costs per end‑device and the ability to leverage existing network infrastructure. LoRa fits locations with weak mobile‑network signals, supporting private network deployment whereby a single gateway can handle thousands of connected end‑points. 4G LTE is ideal for projects requiring large data throughput, real‑time video streams and multi‑sensor data convergence. Jinborui supports all three communication options and can assist you in identifying the most appropriate solution based on local site conditions and budget limits.

Yes. Jinborui provides complete OEM and ODM customization for connected road lighting hardware. Customizable items include fixture casing design, power rating, communication interfaces, colour temperature, optical performance, pole mounting adaptability and brand labelling. Our engineering team collaborates closely with contractors and distributors to build solutions tailored to individual projects. MOQ requirements are applicable. Please reach out to our sales team for further information regarding production lead‑times and mould‑related expenses.

Jinborui connected road‑lighting units and their matching management platform carry CE marking and meet RoHS requirements, while production follows ISO 9001 quality‑management standards. The lighting fixtures achieve IP66/IP67 ingress‑protection ratings and comply with IK10 impact‑resistance specifications. Further accreditations including ENEC, SAA, UL and CB may be obtained for both hardware and platform based on destination‑market needs. Complete test documentation is available to support bidding and tender submissions.