Product Overview

This smart street light head incorporates IoT technology for intelligent management. It features a smart controller supporting remote monitoring, control, and fault alarms. Through a mobile APP or computer management platform, users can view real-time status and set lighting strategies, improving management efficiency.

Technical Features

• IoT Management:​ Supports 4G/5G communication, enabling centralized management via a cloud platform for remote on/off switching, dimming, and timing.

• Smart Dimming:​ Intelligently adjusts brightness (0-100% stepless dimming) based on ambient light, time, and human activity, resulting in significant energy savings.

• Fault Diagnosis:​ Monitors battery status, charging state, and lighting status in real-time. Automatically sends alarms via APP notifications upon faults, facilitating timely maintenance.

Product Parameters

Application Case

Case: Smart City Lighting Project in Jiangsu

A city in Jiangsu Province implemented a smart city lighting upgrade, installing 500 sets of Liwei smart street light heads. Centralized cloud platform management enabled remote monitoring, smart dimming, and fault diagnosis. Over six months, smart dimming saved 40% in energy, approximately ¥100,000 annually. Remote monitoring allowed for quick detection and repair of faulty lights, increasing maintenance efficiency by 50%.

Q&A

Q1: What communication methods are available for the smart street light head?

A: It supports 4G, 5G, and WiFi. 4G offers wide coverage for remote areas; 5G provides high speed for urban areas; WiFi is a low-cost option where network coverage exists.

Q2: Does it support networking between lights?

A: Yes. It supports Mesh networking, allowing lights to form a self-organizing network, improving communication reliability. If one light's communication fails, others can relay signals.

Q3: What functions does the management platform offer?

A: Platform functions include: 1) Real-time monitoring of status, battery SOC, charging state; 2) Remote control for on/off, dimming, timing; 3) Fault diagnosis with automatic alarms; 4) Data analysis on electricity consumption, savings, failure rates; 5) Map display showing light locations and status.