SMART LIGHT CONTROLLER
Public lighting system with Arduino industrial PLC
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The Smart Light Controller allows full control over the operation and main parameters of the luminaires.
Using standards such as DALI and 12-24v you can connect with:
- Drivers
- Power supplies
- Ballasts with dimmer
The PLC also allows you to have parameters information that are previously configured for monitoring, such as:
- Power consumption
- Tension
- Current
It is also important to have notification systems, alerts or alarms, in case of any type of failure or incident in the luminaires.
Thanks to the Smart Light Controller you can have a complete view of the status of the luminaires.
Advantages in a Smart Light Controller controlled installation:
- Greater flexibility of the lighting system.
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Switching the luminaires on and off remotely.
- Control and monitoring of the infrastructures.
- Energy savings of up to 60%.
- Better security.
- Simple PLC installation in public lighting solutions.
- Use of existing power lines to send commands.
- 10% additional savings in case of using LED technology.
- Dim the lights thanks to network communication.
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Resistance to external interferences.
Smart Light Controller Applications
Controlling a public lighting system with an Arduino PLC will allow us to act directly on:
- Accurate on / off times based on location, calendar and weather conditions.
- Adapt the amount of lighting during sunrise / sunset and night.
- Traffic control by attenuation.
- Traffic monitoring.
- Lamp failure notification.
- Lamp maintenance warning according to temperature, current, PF or hours of life.
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On / Off / Emergency intensity control.
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Real-time monitoring of energy consumption.
Cost reduction
Energy use is reduced by up to 50% with efficient LED lighting and dedicated, application-adapted optics.
Maintenance costs decrease with IoT-ready repairable luminaires.
Modular components and digital maintenance tools enable ultra-fast maintenance operations.
Improved experience
The aesthetics of the street are improved while subtly illuminating the surrounding areas. Remove light absences by ensuring that residential lighting is a benefit for citizens.
The latest lighting technology ensures that drivers and pedestrians feel safe, comfortable and not isolated.
Commitment to Sustainability
Reduction of CO2 emissions achieving a greener and more sustainable environment. The night sky is preserved and the bats are protected using special solutions.
Future-proof urban lighting with upgradeable infrastructure.
BRIEF SUMMARY OF THE HARDWARE SOLUTION
The performance and the capacity of a lighting automation system are determined by the range, data rate, noise immunity and routing capabilities of the PLC system.
A hub modem with a WAN connection, such as fiber or 2G / 3G wireless, communicates with a network of modems or nodes that control each lamp.
The range of the PLC modem determines the number of nodes to which the concentrator can communicate directly. The greater the number of nodes, the more efficient the system will be.
An electrical network analyzer monitors the voltage and current of three lines; this data is processed by the PLC and sent periodically via GPRS to the central servers so that it is possible to determine the status of the electrical network, detect possible faults and perform predictive maintenance.
The system is also automatic; when it detects anomalies in the electrical network, it can cut the line if necessary.
Additionally, two sensors have also been added to protect the installation: the first one detects possible openings of the electrical panel and the second one activates an alarm in case of cable theft.
The communication range on a power line is affected by several factors. Noise immunity is crucial to maintaining the essential characteristics of the automation system. By incorporating routing capabilities into the nodes, a mesh network can be established to allow the nodes connected to the hub to extend the network.
Complete solution ready to install
Main elements of the Smart Light Controller. As easy as wiring the installation and putting the control and monitoring system into operation.
