IOT News

Basic Concept

An intelligent lighting management system is a smart building lighting control system built on technologies such as IoT, wired and wireless communication, big data, and cloud computing. It upgrades the traditional model of manual on/off switching at fixed times into a lighting control solution featuring remote control, fault alerting, automated adjustment, and energy-saving management—providing users with a more convenient, comfortable, and energy-efficient lighting experience. It is an important component of modern intelligent buildings.

System Composition

The intelligent lighting management system mainly consists of four components: a control host, sensors, IoT gateways, and a management platform.
Control Host – As the core of the system, it is responsible for overall control and management. It typically consists of a controller PLC or program and, by connecting to various sensors and actuators, enables real-time monitoring and control of lighting equipment.

Sensors – Responsible for collecting various environmental parameters—such as illuminance, human presence detection, and door/window open-close status—and transmitting them to the control host, providing the foundational information for intelligent lighting control.

WideIOT IoT Gateway – Responsible for connecting the control host with various sensors and actuators, enabling data acquisition and transmission as well as control signal delivery. Connections can be wired or wireless, such as Ethernet, Wi-Fi, 5G/4G, and more.

Management Platform – A visualized human-machine interface that allows users to conveniently operate and control lighting equipment. It provides functions such as remote monitoring, fault alerting, brightness control, and intelligent strategies, with access supported via mobile phones, computers, and other mobile devices.

Main Functions

Remote Monitoring – Collects and uploads real-time operating data from the lighting system—such as voltage, current, and power—providing management personnel with comprehensive information on building lighting operating status, including light on/off times, lighting adjustment records, and fault alarm frequency.

Fault Alerting – Supports flexible configuration of alarm rules. When lighting equipment faults or inability to switch on/off are detected, the system automatically triggers alerts and notifies management personnel via WeChat, SMS, email, and other channels for timely maintenance.

Intelligent Control – Staff no longer need to remain in the control room at all times. Using mobile phones or computers, they can remotely control the on/off status of each lighting device and flexibly set scheduled switching strategies according to seasonal changes or holidays—achieving refined management.

Data Analytics – Generates building lighting energy consumption reports, fault reports, and maintenance reports. Management personnel can intuitively understand key indicators such as lighting energy consumption, illumination rate, and failure rate—formulating scientific and rational lighting management strategies.System Advantages
Energy Saving and Environmental Protection – Through intelligent adjustment and the use of low-energy lighting fixtures, energy consumption and carbon emissions are significantly reduced, achieving energy-saving and environmental protection goals.

Improved Management Efficiency – Remote control and automated adjustment reduce manual intervention, lower labor costs, and improve lighting management efficiency.

Enhanced User Experience – Lighting settings are automatically adjusted based on environmental changes and user needs, providing users with a more comfortable and convenient lighting experience.

Broad Applications – The intelligent lighting management system is suitable for indoor lighting, outdoor lighting, industrial lighting, agricultural lighting, automotive lighting, and many other fields, with broad application prospects.