IoT Based Smart Plug-Load Energy Conservation and Management System

A. Srinivasan, Krishnamoorthy Baskaran, Grynberg Yann
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引用次数: 10

Abstract

In the last decades, energy and energy management has grown as an important research area. Energy consumption can be significantly reduced by making people aware of their behavior as energy consumers. In this project we implement a Smart and Sustainable technology by adapting IoT based methodologies using Smart plugs for capturing data which is transferred through the Wireless-gateway to the central database [1]. The system is designed in way that the Smart plugs can be switched on/off when not in use from the central server. Due to this facility a system has been enabled to turn off the smart plugs apart from office hours. Moreover we have also performed a deep analysis on the amount of energy saved by implementing our system by comparing it with the total energy consumed before implementing the system. Using the data obtained from the smart plug various approaches are adapted to identify the consumer behaviour and take necessary effort in order to minimize the total energy consumption. A Time-series based analysis has been implemented and Forecast of total energy consumption has been obtained [2], [3].
基于物联网的智能插电负载节能管理系统
在过去的几十年里,能源和能源管理已经成长为一个重要的研究领域。通过让人们意识到他们作为能源消费者的行为,可以显著减少能源消耗。在这个项目中,我们通过采用基于物联网的方法来实现智能和可持续技术,使用智能插头捕获通过无线网关传输到中央数据库的数据[1]。该系统的设计方式是,智能插头可以在不使用时从中央服务器打开/关闭。由于这一设施,在办公时间以外,智能插头可以关闭。此外,我们亦深入分析了系统实施后所节省的能源,并将其与系统实施前所消耗的总能源进行比较。利用从智能插头获得的数据,采用各种方法来识别消费者的行为,并采取必要的努力,以尽量减少总能源消耗。采用了基于时间序列的分析方法,得到了总能耗预测[2],[3]。
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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