Publication

Abstract : Current system of power line monitoring system does not deal with forecast and counteractive action of power cut. As a customer we will not know the reason behind power supply fail and even though we know that power supply fails or there is a problem in power supply we cannot prevent from happening. Due to natural calamities like thundering or human interruption or any other problem. If there is a problem in the line, we don’t know for what reason power line has been damaged. Common man doesn’t have any idea of what is happening or how to prevent it. In worst case if there is no intimation from the people the problem doesn’t reach the powerline monitoring system station at all. Many technologies are there to measure and monitor the power line but we here using modern method to control and monitor the power line remotely. The power line holding poles are made of insulator, and these are the basics support structures of power grid. The Isolated Node selection unit keeps on checking the poles by switching the Trans-receivers. Parallelly the short circuit and voltage/current monitor unit keeps on checking the switching power line poles, if Network. The application displays the status of the power line. Any variation found on the respective pole the unit will send a signal to Microcontroller unit. The Microcontroller analyses the data and display the current scenario on the display unit, the display unit displays the status of the poles on the LCD display for quick analyzation. By the same time of displaying the status on an LCD the Microcontroller will send a AT commands to WIFI module for sending the data to cloud data storage for remote data analysis on a website. The application uses the HTTP protocol over the network or via a local area to store and retrieve data from files is an API and Internet of things application. © TJPRC Pvt. Ltd.