LoRa lighting control cabinet

MEIGROUP

Products

LoRa lighting control cabinet

MEI smart lighting cabinet system is an IoT solution that helps centrally monitor and control the lighting system via Web and Mobile platforms. The system allows turning on/off, adjusting the brightness of each light or each line via the LoRa network, setting up automatic operating scenarios over time, and monitoring voltage, current, power and energy consumption. Incidents such as overload, lost connection or faulty equipment are alerted immediately. In addition, the system supports displaying device locations on GIS maps, monitoring Online/Offline status and exporting reports for effective management and operation.

MEI smart lighting cabinet system is a centralized lighting control and management solution, applying IoT technology and LoRa communication, helping to monitor, operate and optimize the lighting system remotely via Web and Mobile platforms. Suitable solution for roads, urban areas, industrial parks, factories, parks and technical infrastructure works.

The system allows direct control of each lighting line or each set of lights, turns on/off, adjusts brightness (dimming) and builds automatic operating scenarios according to time, events or actual requirements. Communication via LoRa network helps ensure stable connection over long distances, reduces infrastructure deployment costs and easily expands system scale.

In addition to control capabilities, the system also continuously monitors operating parameters such as voltage, current, power, energy consumption and operating status of each device. Incidents such as overload, overcurrent, power loss, loss of connection or abnormal equipment operation will be detected and warned immediately, helping the management unit proactively handle and minimize downtime.

All controllers and lighting cabinets are centrally managed on a software platform, visually displayed on digital maps (GIS) with full location information, Online/Offline status and real-time operating data. The system also supports storing operation history, statistics, analysis and exporting reports on energy consumption, power, control logs and warnings in many formats to serve management, operation and evaluation of energy efficiency.

With open architecture, flexible expansion and integration of many modern communication technologies, MEI smart lighting cabinets not only improve the efficiency of lighting system management but also contribute to saving energy, reducing operating costs, increasing system reliability and meeting the requirements of smart urban construction, digital infrastructure and digital transformation in the field of lighting management.

REQUEST A QUOTE

TECHNICAL SPECIFICATIONS

Monitor – Control – Save energy

The MEI smart lighting system is designed to centrally manage the entire lighting system in industrial parks, factories, urban areas, parks, residential areas and infrastructure works. The system allows remote operation, monitoring and control via Web and Mobile platforms.

Direct control of lighting lines

  • Turn on/off each light line independently.

  • Control by group of lights.

  • Control the entire system with just one operation.

  • Control from computer, phone or operating center.

  • Supports manual and automatic control.

Adjust brightness via LoRa network

The light controllers communicate with the central cabinet through technology LoRa with long transmission distance and low energy consumption.

The system allows:

  • Adjust the brightness of each light.

  • Adjustable for each region.

  • Adjust according to each line.

  • Adjust multiple devices simultaneously.

  • Real-time status feedback.

Adjustable dimming level:

  • 0%

  • 10%

  • 20%

  • ...

  • 100%

Set up lighting scenarios

Users can create many different operating scenarios such as:

  • Night lighting.

  • Save energy after 22:00.

  • Event lighting.

  • Holiday mode.

  • Emergency mode.

  • Maintenance mode.

  • Seasonal lighting.

For example:

Time

Brightness

18:00

100%

22:00

70%

00:00

40%

05:00

80%

06:00

Turn off

Monitor power consumption

The system continuously monitors:

  • Voltage.

  • Electric current.

  • Instant power.

  • power of each line.

  • energy consumption.

  • Power factor (PF).

  • Frequency.

  • Total electricity by day, month, year.

All data is updated in real time on the Dashboard.

Warning of excess power

The system automatically detects abnormalities such as:

  • power exceeded limit.

  • Overcurrent.

  • Overvoltage.

  • Voltage drop.

  • Loss of phase.

  • Power loss.

  • Short load.

  • The lamp is broken.

  • Driver error.

  • Overheating of the electrical cabinet.

Warnings are sent immediately via:

  • Dashboard

  • Email

  • SMS (optional)

  • Zalo/Telegram (optional)

  • Notifications on mobile applications

Monitor Online/Offline status

Monitor the operating status of each device:

  • Gateway LoRa.

  • Light controller.

  • Client LoRa.

  • Electric clock.

  • Sensor.

Visual display:

???? Online

???? Offline

???? Temporarily lost connection

Operators can quickly identify malfunctioning equipment for troubleshooting.

Smart reporting

The system supports exporting reports according to:

  • Date.

  • Week.

  • Month.

  • Quý.

  • Year.

Report contents include:

  • energy consumption.

  • On/off time.

  • Average brightness.

  • power of each line.

  • Operation log.

  • Warning log.

  • Control history.

  • Online/Offline device statistics.

Data export support:

  • Excel

  • PDF

  • CSV

GIS map

All cabinets and lights are attached with GPS coordinates and displayed on a digital map.

Function:

  • Displays the location of each cabinet.

  • Displays the location of each controller.

  • Display Online/Offline status.

  • Display warnings by color.

  • Quickly search for devices.

  • View device information right on the map.

  • Control directly from the map interface.

Intuitive dashboard

Dashboard interface provides:

  • Total number of lighting cabinets.

  • Total number of lights.

  • Online Devices.

  • Offline devices.

  • Current power.

  • energy consumption.

  • Power graph over time.

  • Electricity chart.

  • Warning list.

  • Operation log.

Benefits brought

  • Reduce electricity costs from 30–60% thanks to intelligent brightness control.

  • Reduce operating and maintenance costs.

  • Detect problems quickly.

  • Centrally manage multiple areas on the same platform.

  • Easily expand the system with thousands of light points.

  • Long distance LoRa communication, stable and low energy consumption.

  • Improve the efficiency of management and operation of smart lighting systems in the direction of digital urbanization and digital transformation.

Technical specifications are subject to change.
Print this page