LoRaWAN Mesh Networks: An efficient mesh formation of LoRa devices in rural energy system
I. Farzhana, A. Chandrasekar, S. Diwakaran, S. Hemavathi, G. Ramkumar
Abstract
For Iot systems, LoRa (Long Range) offers the lowest wide-area network solution. The use of Iot systems for remote monitoring and control is growing in popularity with the growth of the Internet of Things. Compared to conventional metres, digital metres have several benefits, and smart metering is one of the applications of the Internet of Things (IoT). Because of its distant load measurement and management abilities, it aids in the integration of new concepts into the old power system, such as smart grids, blockchain technologies, and automated systems. However, because of the high installation and operational costs and the unpredictability of smart metres, classic analogue metres are still favored in many applications. Because of the absence of dependable and economical communication systems, these difficulties may be solved by deploying a LoRa-based network. The rural energy system is discussed in this article in relation to LoRa technology and how it might be used to address smart metering issues. As part of a simulation-based research, a rural microgrid has been examined to see whether the LoRa technology can be used in various architectures, as well as to discover the most cost-effective and reliable approach to integrate smart metres.