A system based on ZigBee telecommunication mesh wireless network and Raspberry-Pi control card is realized for a complete remote management of an isolate high efficiency street lightning system. The system uses devices and sensors to manage the single street lamppost and to send information by a ZigBee tlc network to a central lamppost equipped with a Raspberry-Pi control Card able to collect and elaborate information. The device allows a remote access through the Web becoming a powerful and complete system able to check the state of the street lamps and allowing appropriately acting in case of failure. The lamp posts are powered by Photovoltaic energy and represents an excellent example of Sustainable Energy paradigm.

Leccese, F., M., C. (2014). An Intelligent and High Efficiency Street Lighting System Isle Based on Raspberry-Pi Card, ZigBee Sensor Network and Photovoltaic Energy. INTERNATIONAL JOURNAL OF ENGINEERING SCIENCE AND INNOVATION, 3(6), 274-285.

An Intelligent and High Efficiency Street Lighting System Isle Based on Raspberry-Pi Card, ZigBee Sensor Network and Photovoltaic Energy

LECCESE, Fabio;
2014-01-01

Abstract

A system based on ZigBee telecommunication mesh wireless network and Raspberry-Pi control card is realized for a complete remote management of an isolate high efficiency street lightning system. The system uses devices and sensors to manage the single street lamppost and to send information by a ZigBee tlc network to a central lamppost equipped with a Raspberry-Pi control Card able to collect and elaborate information. The device allows a remote access through the Web becoming a powerful and complete system able to check the state of the street lamps and allowing appropriately acting in case of failure. The lamp posts are powered by Photovoltaic energy and represents an excellent example of Sustainable Energy paradigm.
2014
Leccese, F., M., C. (2014). An Intelligent and High Efficiency Street Lighting System Isle Based on Raspberry-Pi Card, ZigBee Sensor Network and Photovoltaic Energy. INTERNATIONAL JOURNAL OF ENGINEERING SCIENCE AND INNOVATION, 3(6), 274-285.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11590/116132
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