Automation of outdoor lighting: reduce energy costs by up to 75%
A comprehensive system for remote control, monitoring, and analysis of each street light. For cities, housing and utilities, and industrial facilities.
Daily problems of traditional lighting
There is no way to adjust the brightness, the lighting control is only manual (on/off).
It can take several days to inspect the area for burnt-out lights.
There is no data to justify modernization and cost optimization.
Dark streets due to improper lighting on/off.
Theft of electricity, damage to control cabinets
The lighting works without taking into account the need (time of day, weather conditions, availability of people).
How Video Analytics system
Description and visual representation of the composition of a lighting control system, which includes many modules.
Visualization of the system operation
- Data from the lights: Sensors and controllers.
- Data transmission: via GSM, LoRaWAN, and Ethernet.
- Control Center: Cloud-based or server-based software with an object map, graphs, and reports.
- Management and analytics: The dispatcher sees everything, manages everything, and receives reports.
Examples of mind maps from DigiCity
Key benefits and economic impact
A single system for maximum savings,
reliability and modern management.
Lighting for objects of any scale and purpose
The system adapts to the specifics of your facility, ensuring maximum efficiency and resource savings.
Urban infrastructure: streets, squares, parks, courtyards, and squares
- Improving pedestrian safety in the evening and at night.
- Reduction of budget expenditures on electricity to 70%.
- Automatic on/off based on a schedule and light sensors.
Transport infrastructure: highways, tracks, tunnels, and bridges.
- Guaranteed visibility and increased traffic safety.
- Savings are achieved through intelligent dimming (brightness reduction) during low-intensity hours.
- Instant notification of malfunctions in critical areas.
Industry and business: territories of factories, warehouses, and office parks.
- Lighting according to the production schedule and perimeter security.
- Reduction of operating costs and production costs.
- Protection against unauthorized access using light.
Social and public facilities include schools, hospitals, clinics, and stadiums.
- Emergency and full lighting for safety purposes.
- Manage lighting scenarios for events and training sessions.
- Creating a favorable environment while reducing costs.
Module management and accounting
DigiCity systems support all wireless communication channels and all types of connection to luminaires.
Supports all wireless channels
NB-IoT, GSM, LoRa
Supports all types of luminaire connections
NEMA-socket, SR-socket, Коробочное исполнение
Video Analytics System lighting systems
Control panel
Control modules
Controller
Expansion module
Software
Modules of lighting systems
Description and visual representation of the composition of a lighting control system, which includes many modules.
Lighting control panel is intended for:
Automatic, manual or remote control of street lighting networks and lighting installations of industrial buildings, structures, territories of any objects with any light sources (incandescent lamps, DRL, DRI, HPS, fluorescent, etc.).
Automatic control and metering of electricity.
Automatic data transfer to the control center.
Specifications:
Degree of protection: IP 54; IP 65.
Various cabinet options: 50A, 100A, 160A, 250A.
Dimensions: from 600x600x250.
Emergency signaling.
Operating temperature range: from -45°C to +60°C
Scope of delivery:
- DigiCity controller.
- Electric energy meter.
- Power equipment.
- GSM antenna.
Individual luminaire control module:
The device is designed to control the luminous flux of lamps via a wireless network using cloud infrastructure via channels: GSM(3G), LoRa, NB-IoT and XNB.
Control is implemented in automatic mode (according to a schedule/sensor) or manually at the command of a dispatcher, and it is also possible to monitor the state of the luminaires for any accidents via feedback.
The system allows the use of any types of luminaires equipped with drivers with control protocols 0/1-10 or DALI.
The controller is intended for:
- Control of 4 contactors.
- Setting an individual schedule for each contactor.
- Possibility of connecting several meters to one controller via network synchronization.
- Condition monitoring of 27 control points.
- Setting threshold levels to identify failed luminaires and unauthorized connections.
- Collection of data from meters via RS-485 interface.
- Built-in memory for autonomous operation of the controller according to a schedule in case of loss of the GSM signal.
- Built-in battery with the ability to operate autonomously for up to 60 minutes.
- Remote device firmware update.
- Automatic reboot when frozen.
- Connecting door opening sensors and fire alarms.
- Built-in non-volatile clock with automatic.
The modules are designed to collect data from built-in discrete inputs and transmit them to the RS-485 network.
Mx110 modules are configured on a PC via an RS-485/RS-232 or RS-485/USB interface adapter using the M110 Configurator program included in the delivery kit.
Device Description:
- The built-in inputs can operate in pulse counter mode with a frequency of up to 1 kHz.
- Automatic protocol detection (only for MV110-8DF).
- Removable terminal blocks with captive screws.
- Universal power supply (=24 V or ~230 V).
- Firmware update via RS-485.
- Support for the OwenCloud cloud service (when using the PM210 network gateway).
The DigiCity platform is a universal cloud software product created to manage various services and smart city monitoring systems
The services include an Automated outdoor lighting control system, an Automated electricity control and Metering system, Waste monitoring, Pedestrian crossing management, a Smart Support complex, a Digital Twin, a Smart Enterprise, etc. The digital management and monitoring platform DigiCity has been included in the Register of Russian Software.
Since 2021, the digital management and monitoring platform DigiCity has been included in the Register of Russian Software.
Cases and results
Stages of implementations
- Consultation and audit: Free analysis of your property
- Technical proposal: Development and approval of KP
- Supply and installation: Supply of equipment, supervision of installation
- Installation and training: System launch, staff training
- Technical support: Warranty and post-warranty service.
Customer Reviews of the DIGICITY Outdoor Lighting System
The DigiCity Automated Outdoor Lighting Control System is recommended for implementation at all facilities of the St. Petersburg State Budgetary Institution "LENSVET".
We would like to express our gratitude for the successful implementation of projects to automate outdoor lighting control systems in Khimki and Lugansk.
The implementation of ASUNO by Proenergy has significantly improved street safety through stable and adaptive lighting, as well as simplified monitoring.
Now we know exactly where and when the lighting is malfunctioning, which has reduced repair and maintenance costs by up to 40% thanks to the operational control of ASUNO.
ASUNO completely eliminated cases of unjustified electricity overconsumption and allowed us to centrally control all lighting. Easy integration and tangible results.
We have not just received a management system, but a tool for improving the quality of life for citizens. ASUNO provides perfect lighting where it is needed.
Any other questions?
Get a free engineering consultation and cost estimate for your project.