Modish Energy Datum using LoRa Technology

C. Kumari, Rohit Kumar, Saurav Gupta, Shourjya Hazra, Mayurakshya Paul
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Abstract

The advancement in emerging technologies to make life easier has brought a boon to the world of innovations. In the rural parts of the country, still it has been seen in door-to-door electricity bill collection where a person from the electricity department needs to visit each home to take a household electric meter reading. This manual process of reading bills is a rigid and time taking task. Errors in the reading bill such as extra amount and crime committed in name of reading bills have been recorded in the last few years. In times of pandemic, it became more difficult to read bills, and consumers were pressurized to pay bills of more than 9- 10 months at a single time. To overcome this, there is a need for a smart energy meter that could automate the system of bill reading. This paper introduces the idea of the smart energy meter using LoRa technology. LoRa module which can work with a microprocessor can be very useful to implement this idea. LoRa can transmit a huge amount of data accurately up to a large distance without any significant loss. In big cities, smart energy meter is being used which can read the units and send bills. But since these devices need high-speed network connectivity, hence it is not possible to implement the same technology in rural parts of the country. This paper tends to implement a smart energy meter that could make the existing meter smart, rather than installing a new meter. The implemented idea uses very low energy and works without internet connectivity. The stored data can be accessed by the department globally as it is stored in the cloud.
使用LoRa技术的moddish能源基准
新兴技术的进步使生活变得更加便利,为创新的世界带来了福音。在农村地区,仍然存在挨家挨户收取电费的情况,电力部门的人需要挨家挨户地读取家庭电表读数。这种手工阅读账单的过程是一项死板而耗时的任务。近年来,在阅票过程中出现了虚报金额、借阅票之名犯罪等错误现象。在大流行时期,阅读账单变得更加困难,消费者被迫一次支付9- 10个月以上的账单。为了克服这个问题,需要一种智能电表,它可以自动读取账单系统。介绍了基于LoRa技术的智能电能表的设计思想。可以与微处理器一起工作的LoRa模块可以非常有用地实现这一想法。LoRa可以将大量的数据准确地传输到很远的距离,而不会有明显的损失。在大城市,智能电能表正在使用,它可以读取单位并发送账单。但由于这些设备需要高速网络连接,因此不可能在该国农村地区实施相同的技术。本文倾向于实现一个智能电能表,它可以使现有的电表智能化,而不是安装一个新的电表。实现的想法使用非常低的能源,并且在没有互联网连接的情况下工作。存储的数据可以被部门全局访问,因为它存储在云中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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