Open AccessA Design of Multichannel Data Transmission Through Power Line Communication
Author(s) -
A Kavitha,
V. Prabhu,
D. R. Thomas,
D Banupriya,
S. Dharanya,
M Roobini
Publication year - 2018
Publication title -
international journal of engineering and technology
Language(s) - English
Resource type - Journals
ISSN - 2227-524X
DOI - 10.14419/ijet.v7i2.24.11958
Subject(s) - power line communication , data transmission , smart grid , electrical engineering , computer science , transceiver , transmission (telecommunications) , electric power transmission , metering mode , power (physics) , maximum power transfer theorem , transmission line , line (geometry) , electronic engineering , power transmission , process (computing) , engineering , telecommunications , wireless , mechanical engineering , physics , geometry , mathematics , quantum mechanics , operating system
Smart Metering in the power grid is the present popular technology in and around the world. Future Generation is requiring new method for data transfer. This paper introduces a novel method called Power Line Communication (PLC) transceivers. PLC has many number of smart grid applications. This work proposes mainly about the transmission of data’s through Power Line. This work includes both electrical and electronic concept. Here, transmission process takes place through electrical line by using electronic equipment. This paperaddresses the important role of transferring data’s from one place to other. In this concept, dc loads are controlled by giving commands through power line. This work does not require additional medium for transmitting data’s. This paper reduces the human efforts and systematic transmission takes place. In this work, data transmission through power line communication takes place by passing constant 5v. Hence fluctuations are avoided in PLC transceivers, this protects the electronic device and dc load from damage. Here the dc loads are operated by giving ON and OFF commands. These commands can be coded in binary form or it can also be variables. Voltage sensors are used for sensing the current at the receiver (dc loads). The current which is sensed by the sensors are stored by using batteries. These currents can be retrieved for future use. This paperprovides advancement in data transmission process for future generation.