Centralized Monitoring System for Street Light Fault Detection and Location Tracking
Shivani Chavan1, Gayatri Pawar2, Ganesh Pawar3, Prof.J.S Kavathekar4
1Student, Electronics and Telecommunication Department & DACOE, Karad
2Student, Electronics and Telecommunication Department & DACOE, Karad
3Student, Electronics and Telecommunication Department & DACOE, Karad
4Professor, Electronics and Telecommunication Department & DACOE, Karad
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Abstract - Street lights are an essential part of our infrastructure, providing safety and security for pedestrians and motorists like. However, If any kind of fault occurred in street light that precise message will send to authorized and sub authorized incharge person through the application. In the message we are sending location of light pole and precise fault like damage wire or current flow. We are introducing the application in which administrative login will be provided. Message will send in application. After repairing the fault the incharge person have to scan his be RFID Card. RFID scanner will be mounted on the light pole. RFID reader recharge itself with solar panel. After scanning RFID card the reader will send message in application that fault has been repaired successfully with date and time, name of the person. This project helps to reduce the sloppiness of social workers and it is efficient wat to detect faults. The LDR sensor is a light-dependent resistor that changes its Subject to the quantity of available light, it is exposed to. The GPS module is a device that can determine the location of an object using satellite signals. The Blynk app is a mobile app that can be used to control IoT devices. The RFID reader is a device that can read RFID tags. The RFID tag is a small device that contains a unique identifier.
Key Words: Centralized system, IoT, real-time monitoring, scalability, esp32
