LoRa Mesh Network for Smart Metering in Rural Electrification

A. Marahatta, Yaju Rajbhandari, A. Shrestha, Ajay Singh, A. Thapa, Seokjoo Shin
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Abstract

Digital smart meters hold many advantages over traditional analogue meters as the smart meters can be easily associated with the concept of smart grid. However, smart meters still face many challenges due to problems linked with communication mechanism such as low range, low data rate, high deployment and operating cost, and less reliability. To address such issues, smart metering can also be implemented with the deployment of a dedicated network formed with Low Power Wide Area Platform devices also known as LoRa devices. This paper discusses, how the LoRa technology can be implemented to solve the problems associated with smart metering especially considering rural energy system which uses microgrids. A simulation-based study has been done to analyse the applicability of LoRa technology in different architecture for smart metering purposes and also to identify a cost-effective and reliable way to implement smart metering, especially in rural microgrids.
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面向农村电气化智能计量的LoRa网状网络
与传统的模拟电表相比,数字智能电表具有许多优点,因为智能电表可以很容易地与智能电网的概念联系起来。然而,智能电表仍然面临着通信机制方面的问题,如距离小、数据速率低、部署和运行成本高、可靠性差等。为了解决这些问题,还可以通过部署由低功率广域平台设备(也称为LoRa设备)组成的专用网络来实现智能计量。本文讨论了如何实施LoRa技术来解决与智能计量相关的问题,特别是考虑到使用微电网的农村能源系统。一项基于仿真的研究分析了LoRa技术在不同架构中的智能计量目的的适用性,并确定了一种经济有效且可靠的方式来实施智能计量,特别是在农村微电网中。
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