Key UNILIGHT features and advantages

We are developing our system as a universal IoT platform, allowing our clients to connect devices based on different technologies, as well as additional software modules.
Unilight lighting control system

of application:

 

 

  • Cities
  • Roads
  • Industrial premises and sport objects
  • Greenhouses
Unilight lighting control system

Economical advantages:

 

 

  • Decrease in maintenance expenses
  • Decrease in electricity consumption
  • Increase in lifetime of luminaires
Unilight lighting control system

Key features:

 

 

  • Wireless control channels: Lora / GSM / NB-IoT
  • Work with luminaires of any manufacturers, for different tasks
  • Easy integration of additional Smart City solutions into the system: pedestrian crosswalks, lighting poles with 24/7 power supply, charging stations for electric vehicles
  • Digital twin of lighting networks
Unilight lighting control system

Control options:

 

 

  • Flexible control of lighting modes
  • By phase line control
  • Addressable control of each luminaire
  • Individual or group dimming
  • Automatic control and diagnostics of the state of equipment and fixtures
  • Remote metering of energy consumption
  • Increasing the level of operational dispatch control
Unilight lighting control system

Lighting networks status monitoring:

 

 

  • Signaling about malfunctions of the lighting network
  • Rapid response to emergency events and their elimination
  • Automatic data transfer to the control room
  • Event log archive
  • Definition of unauthorized connection (theft) of electricity in networks
Unilight lighting control system

Telemetry and reporting:

 

 

  • Automatic metering of electricity consumption
  • Formation of a database and reports on energy consumption
  • Automatic data transfer to the control room
  • Uploading installed equipment inventory reports
Unilight lighting control system

Street lighting control cabinet

 

Unilight with the Unilight V3.0 controller installed allows you to remotely control outdoor lighting in manual, automatic or remote modes. The main purpose of control cabinet is the organization of a programmable power point for lighting devices, as well as for quick installation and deployment of the Unilight control system at the facility.

 

The main functionality of a control cabinet:

 

  • Automatic, manual or remote control of street lighting networks with any light sources;

     

  • Control of luminaires by groups according to the schedule;

     

  • Collection and transfer of electricity consumption parameters to the Unilight platform;

     

  • Control of network parameters (voltage, current, power, etc.);

     

  • Connection channels to the GSM server / Optical fiber / Twisted pair / WiFi.

UNILIGHT street lighting powerline controller

Unilight street lighting powerline controller can be a part of the street lighting control cabinet or be installed into an existing control cabinet
Unilight lighting control system

Transmission of data on the state of control cabinet elements

Unilight lighting control system

6 outputs to control lighting lines

Unilight lighting control system

27 inputs for monitoring voltage, line status, door sensor and fire alarm

Unilight lighting control system

Two RS-485 interfaces for interaction with external devices

Unilight lighting control system

Built-in GSM modem, 3G support, two SIM cards

Unilight lighting control system

Remote software update

Unilight lighting control system
Unilight lighting control system

Individual luminaire control

 

The device supports the Dim-to-Off function and is designed to control the luminous flux of luminaires using a wireless network and cloud infrastructure via following channels: GSM (3G), LoRa, NB-IoT and XNB.

 

Key functionality of the luminaire controller:

 

  • Wireless control of each luminaire using the cloud infrastructure via GSM (3G), NB-IoT, LoRa
  • Luminaire dimming from 0 to 100%
  • Luminaire operating parameters control
  • Temperature range from -40 to +70
  • Built-in sensors: humidity, temperature, illuminance
  • Automatically determines geolocation using GPS and GLONASS systems
  • Ensuring the protection of data transmission through multi-level encryption

 

Digital twin of lighting networks

 

A digital twin is a virtual or digital representation of a real or potential object on a map (GIS). It is created for cities, buildings, structures, industries and agricultural enterprises, and so on.

 

A digital inventory is being carried out to prioritize the allocation of funds for the maintenance of existing outdoor lighting lines, construction and overhaul of lines, identifying unlit streets, driveways and courtyards, attracting extra-budgetary sources of funding for outdoor lighting, as well as in order to reduce the number of residents' complaints about the state of outdoor lighting.

 

UNILIGHT software

Unilight lighting control system

Remote control

Unilight lighting control system

Simple, friendly interface

Unilight lighting control system

Displaying elements on the city map

Unilight lighting control system

Event archiving

Unilight lighting control system

Formation of reporting documents

Unilight lighting control system

Cloud access or onsite installation

Unilight lighting control system

Protection against unauthorized access

Unilight lighting control system

Interface and features of the UNILIGHT platform

 

The intuitive interface of the Unilight user platform allows you to monitor the status of control cabinet components. Also, the Unilight platform carries a number of additional functionality.

Map of objects
Map of street lighting networks
Schedule schedule on/off. lighting
Section "Monitoring and management" (display option 1)
Section "Monitoring and management" (display option 2)
Consumption report for the period
The "Events" section. An archive of all events on automatic/manual control of equipment is stored here, as well as an archive of events with errors in the equipment operation system.
Monitoring of the main parameters in the context of time.
Comparison of consumption for the period (month/year)