AUTONOMOUS RADIO COMPLEX FOR COMMUNICATIONS IN REMOTE REGIONS
Developed by NIIR (Radio Research & Development Institute)
AUTONOMOUS RADIO COMPLEX FOR COMMUNICATIONS IN REMOTE REGIONS
Developed by NIIR (Radio Research & Development Institute)
Where are communications critical?
Access to high-quality communications is critical to a range of industries. Effective management of roads, forestry, transport, especially unmanned, remote industrial facilities without modern types of communications is impossible.
Given the size of our country, with its vast remote territories, the issue becomes especially important.
Transport infrastructure
logistics, shipping, unmanned transport
Agriculture
Tourism
Forestry
Industrial sector
Remote and sparsely populated areas
Where are communications critical?
Access to high-quality communications is critical to a range of industries. Effective management of roads, forestry, transport, especially unmanned, remote industrial facilities without modern types of communications is impossible.
Given the size of our country, with its vast remote territories, the issue becomes especially important.
Transport infrastructure
logistics, shipping, unmanned transport
Agriculture
Tourism
Forestry
Industrial sector
Remote and sparsely populated areas
Unique advantages
Maintenance
The radio complex operates maintenance-free for almost 20 years, which allows placing powerful batteries underground.
Modularity
The radio complex is entirely configurable to the requirements and capabilities of the customer, taking into account climatic and geographical conditions. You can choose a simplified version – a concrete pole with a mounted payload, while solar panels are placed horizontally on the ground.
Security
The complex is protected from unauthorized access: batteries, as well as control equipment are located underground in a special caisson, solar panels are vandal-proof, and the tower is equipped with video surveillance and alarm system.
Maintenance
The radio complex operates maintenance-free for almost 20 years, which allows placing powerful batteries underground.
Modularity
The radio complex is entirely configurable to the requirements and capabilities of the customer, taking into account climatic and geographical conditions. You can choose a simplified version – a concrete pole with a mounted payload, while solar panels are placed horizontally on the ground.
Security
The complex is protected from unauthorized access: batteries, as well as control equipment are located underground in a special caisson, solar panels are vandal-proof, and the tower is equipped with video surveillance and alarm system.
Due to particularly durable solar panels and reliable wind turbines the complex generates more than 3 kW. This allows operating all types of payloads on the tower around the clock.
1 - Internet of Things (IoT) base station
✓ Supports 300 device types
✓ Coverage area – up to 1.2 thousand km2
✓ Domestic technology
2 - Weather station
3 - Radio-relay station
4 - LTE base station
✓ Joint development of NIIR and Laboratory of Infocommunication Networks
✓ Operates in the frequency band 2.3-2.4 GHz
5 - Wind turbines
✓ Two types: for weak and strong winds
✓ Combined operation at wind speeds 2.5 - 10 m/s
✓ Domestic technology
6 - Solar panels
✓ Can withstand even strong impacts
✓ Operational even if individual panels are damaged
✓ Domestic technology
7 - Video surveillance
8 - Powerful batteries
✓ Located underground in a special caisson together with control equipment
✓ Unique domestic technology
✓ Maintenance-free up to 20 years
Payload configuration options
LTE base station
Satellite communication station
Fire surveillance system
Digital weather station
Tropo-scatter and radio-relay system
Internet of Things (IoT) base station
LTE base station
Satellite communication station
Fire surveillance system
Digital weather station
Tropo-scatter and radio-relay system
Internet of Things (IoT) base station
To date, the most common solution for ensuring communications in remote regions is to install a standard base station powered by a diesel generator. Such station is easier and cheaper to install, however it requires constant maintenance and regular overhaul, generators are often stolen and fuel is drained. The autonomous radio complex developed by NIIR can operate for up to 20 years almost without maintenance, which makes it more economically beneficial in the long run (with virtually no operating costs).
In mass production, the capital costs for installation of the complex are covered within 4-5 years. The complex is also protected from unauthorized access: batteries, as well as control equipment are located underground in a special caisson, solar panels are vandal-proof, and the tower is equipped with video surveillance and alarm system.
To date, the most common solution for ensuring communications in remote regions is to install a standard base station powered by a diesel generator. Such station is easier and cheaper to install, however it requires constant maintenance and regular overhaul, generators are often stolen and fuel is drained. The autonomous radio complex developed by NIIR can operate for up to 20 years almost without maintenance, which makes it more economically beneficial in the long run (with virtually no operating costs).
In mass production, the capital costs for installation of the complex are covered within 4-5 years. The complex is also protected from unauthorized access: batteries, as well as control equipment are located underground in a special caisson, solar panels are vandal-proof, and the tower is equipped with video surveillance and alarm system.
What tasks does the complex solve?
Providing the remote and sparsely populated areas with mobile communications
Communications service for remote roads
Search and rescue of people in the remote areas
Environmental and weather monitoring
Autonomous video surveillance of important areas
Early detection of forest fires and other emergencies
Possible questions
At least 2 weeks and 6 people (depending on the geographical location and the complex design chosen)
There is a specific design for northern regions: with other materials and lubricants, as well as a different ratio of solar panels to wind turbines
The complex is safe for the surrounding flora and fauna, operates silently and does not emit harmful substances
The complex is equipped with the lightning protection system and grounding, and all elements are particularly rugged
Possible questions
At least 2 weeks and 6 people (depending on the geographical location and the complex design chosen)
There is a specific design for northern regions: with other materials and lubricants, as well as a different ratio of solar panels to wind turbines
The complex is safe for the surrounding flora and fauna, operates silently and does not emit harmful substances
The complex is equipped with the lightning protection system and grounding, and all elements are particularly rugged
We invite you for demonstration!
Demonstration site with payload options is located in Balashikha district of Moscow region.
For demonstration, please call us by phone +74956471777 (ext. 2000) or submit a request by mail tynyankin@niir.ru