The Intelligent Detection Method of Electric Energy Meter Overload Operating and Collaborative Edge Computing for Social Internet of Things Systems

Ruiming Yuan, Sida Zheng, Yan Liu, Fukuan Pang, Xiaokun Yang
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Abstract

This study describes a line cloud architecture and IDM-based energy metering system to replace existing meter reading methods. They can regularly monitor meter readings without sending someone to each residence, and the bill is automatically sent to each user via IDM. If the consumer fails to pay the bill, the service provider can cut off the supply; this technology will prevent the illicit use of electricity, often known as power detection, and locate line faults rapidly and precisely without the need for human intervention. Because of the increased deployment of energy meters, much data on electric energy is used. Developing cloud architecture technologies could utilize this data better to prevent power detection. In this paper, an intelligent detection method of electric energy meter overload functioning state based on cloud architecture (IDM EEMOF-CA) is provided in detail and utilized to identify electric energy detection. There are currently no studies involving the use of IDM EEM-CA to detect power exposure to the authors' knowledge.
面向社会物联网系统的电能表过载智能检测方法及协同边缘计算
本研究描述了一种线云架构和基于idm的能源计量系统,以取代现有的抄表方法。他们可以定期监控电表读数,而无需派人去每个住户,账单会通过IDM自动发送给每个用户。如果消费者不支付账单,服务提供商可以切断供应;这项技术将防止非法用电,通常被称为电力检测,并在不需要人为干预的情况下快速准确地定位线路故障。由于电能表部署的增加,使用了大量的电能数据。开发云架构技术可以更好地利用这些数据来防止电源检测。本文详细介绍了一种基于云架构的电能表过载功能状态智能检测方法(IDM EEMOF-CA),并将其用于电能检测识别。据作者所知,目前还没有涉及使用IDM EEM-CA来检测功率暴露的研究。
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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