Performance Comparison of an implemented Wired and Wireless Micro Smart Grid

Abstract

Sustainable energy relies on energy management through smart devices. Traditional electrical networks are gradually integrating advanced technology and smart grid features. The interference between different communication methods and IoT is one of these features. For smart grid implementation, the focus is on the growth of the smart metering industry. This paper compares two implemented wired and wireless smart meter systems based on different communication methods. The wired micro smart grid is based on KQ-330 power line communication, and the wireless micro smart grid is based on Bluetooth, ZigBee and GSM communication methods. A Comparison is held with performance features, such as bit error rate, latency and bandwidth. It was found that the amount of transmitted data significantly affects the time to transmit and receive data. The results show that the present study is needed for the test cases to improve the metrics sought application for the advanced future industrial system by anticipating system features.