Smart Lighting System ASTRO-3

Software and hardware illumination control platform ASTRO-3 modification is designed to control luminaires with a possibility to integrate them into a network and implement operating schedule control.

Solution Description

The radio network is automatically generated when power is supplied to luminaires, however it requires some professional settings. As a result of the system commissioning, the user gets the possibility to quickly control individual luminaires or some groups of luminaires he can create, wide functionality for automation of all technological processes.

The luminaires in the ASTRO-3 system can operate in an autonomous mode similar to the ASTRO-2 system.


The modification is designed to control luminaires with a possibility to integrate them into a network and implement operating schedule control.

Field of application

  • Megalopolises, big cities, districts;
  • Federal motorways and motorway networks;
  • Separate infrastructure facilities which require professional control and parameter metering.
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Maximum functionality

Comprehensive data on each element of the system as well as extensive analytical capabilities allow to achieve maximum economic effect.

Individual approach

ASTRO-3 allows to have a flexible approach to the selection and configuration of hardware and software systems, providing the optimal solution to each specific task of a project.

Openness for integration

SLMS can be integrated with almost any other data collection and processing system as a part of the IoT concept which is widely developing today.

Cost saving operation

The use of unlicensed radio frequency 868 MHz for data transmission does not require any transmission fees for data traffic during the system operation.

High reliability

The automatically generated radio network ensures a steady signal transmission in even in case when up to 10 poles (300 m) fail in the chain. The control is carried out via secure data channels. In case of loss of communication, the system goes to autonomous mode.

Variant of solution ASTRO (ASTRO-1, ASTRO-2, ASTRO-3)

More components

System element Designation and functionality
Remote controller ASTRO 3
Remote controller ASTRO 3N

Designed for installation inside of outside a luminaire housing, provides automatic control of switching on/off as well as luminaire power dimming in operating mode or according to a preprogrammed schedule, can have a power meter, light or temperature sensor etc.

Designed for installation into a NEMA type specialized connector on the luminaire housing, provides automatic control of switching on/off as well as luminaire dimming according to a preprogramed schedule, can have a power meter, light, temperature sensor etc.

SLCC ASTRO Box Designed to control a network segment of luminaires. Ensures data reception and transmission from the dispatcher's automated workplace (AWP) to a luminaire. Consists of the contol unit, modem, magnetic starters, input and output breakers, manual controls etc. The detailed SLCC specifications are determined by functional requirements for a particular project. It is installed at a remote (up to 300m) distance from the luminaires.
Software ASTRO Manager Designed for installation on the dispatcher's personal computer (AWP) for luminaires operating control and requires professional installation and setting. See description in the “Software” section.

The remote controllers used in this modification, as a rule, have enhanced functionality which allows receiving data on electricity consumption separately for each luminaire.
Additionally the remote controllers can have temperature, light and ecological monitoring sensors etc. The remote controllers can have not only embedded but also external modification types. 

Additional functionality is provided by the use of outdoor lighting control cabinets (SLCC), an integral part of which are control units. 

Professional software is used to control SLMS which provides organization of multi-level control for device networks, the maximum level of automation for technological processes, such as notification of emergency situations, preparation of various analytical reports on system operation, drawing up applications requesting arrival of a maintenance team etc.

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