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Smart Infrastructure Control

Our street light intelligence system is made up software, concentrator and a terminal controller. The concentrator controller is installed in the distribution cabinet while the terminal controller is installed in the lighting terminal. Communication is via GPRS/CDMA/WCDMA wireless network or cable network between the concentrator and the monitoring centre. Communication the street lights and the concentrator is via Zigbee, PLC or LoRA (Long Range Radio). The concentrator can control each terminal controller via receiving, executing and forwarding control commands which can control the lamp’s switching on/off or dimming operations. The intelligent light system can also detect and report faulty lamps. The concentrator controller can connect with other equipment to collect local illumination, temperature and other information and feedback all this vital data to the PC management software.

Endless possibilities 

There is a large array of sensors and applications that can be mounted on the lighting network. Security cameras, communication antennas, pollution sensors, noise detectors or traffic density sensors are just a few examples, we can adjust the system to suit your particular needs.

Improved uptime

The system keeps a real time, complete network mapping and inventory. You will know at any time which lamps and equipments are approaching their average lifetime, making them candidates for possible failures. Also, should a power relay be broken, it will be possible for you to react before it damages the light bulbs in the entire area. By knowing exactly the status of every component of the system, you can even anticipate malfunctions and project budgets accordingly, as you will know when the replacements will be needed.

LoRa

 

LoRa stands for Long Range Radio. It is the wireless technology mainly targeted for M2M and IoT networks. This technology will enable public or multi-tenant networks to connect multiple applications running in the same network. This LoRa technology will fulfil to develop smart city with the help of LoRa sensors and automated products/applications.

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Energy Costs savings

If the pedestrian traffic decreases significantly during the evening/night/early morning the streetlights can be scheduled to dim through the central Streetlight Network Management Software. Energy saving can be up to 35%, while still making sure that the right amount of light is provided where and when needed

OPEX reduction

Cuts maintenance costs and increases the overall quality of the street lighting service. You can save up to 42% of operational costs and up to 35% energy costs through this reliable, efficient and proactive remote control system of every street lighting fixture in your city

LoRa System 433MHZ/470MHZ/868MHZ/915MHZ

Most important specifications of LoRa gateway

Easy and rapid maintenance

The technicians have easy access to relevant grid information anywhere and anytime. Furthermore, the system offers them remote detection of lamp outages and equipment failures so, in case of malfunction, your team will get precise GPS coordinates and information regarding the nature of the problem in seconds. Save up to 42% off maintenance costs as the team will know where to go, when to go, and will always be prepared for the necessary replacements or repairs. All the city lights will function as planned and there won’t be any need for the citizens to report issues, nor for the municipality to keep the regular surveillance routes.

Environmental sustainability

Efficient management of energy consumption by streetlights reduces energy waste resulting in less amount of released CO2. This helps reduce the impact that the city has on the environment and also helps meet the increasingly tougher environmental norms. Furthermore, the light pollution affecting migrating birds and wildlife in general is significantly decreased

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