基于物联网的家用电器功耗分析

Apurva Shashank, R. Vincent, A. K. Sivaraman, A. Balasundaram, M. Rajesh, S. Ashokkumar
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引用次数: 7

摘要

近年来,电力领域从发电到用电发生了重大变化,智能技术发挥了重要作用。在物联网领域有很多智能设备和智能家居作为解决方案,就像只有智能电表可以作为解决方案在我们的家庭中使用。可以使用非侵入式(非接触式)负载跟踪使用智能电表来控制我们的家用电器的用电量。在这项工作中,电能表通过实时检查通过电线的方式和电量,来计算电气设备内部组件的能源使用情况和性能概况。计算后,它会将所有内容保存在缓存中,并准备通过传感器将其上传到云和微控制器上,并将其上传到消费者想要的任何显示设备。它可以存储更长的时间,并且可以从之前连接的任何智能设备访问。这使消费者能够了解哪些电器使用更多的电力,使他们能够制定如何减少使用的计划,或制定一些规则并提出新的想法来节省电力,电力使用标准和环境,或者只是有效地使用适当的电器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power Analysis of Household Appliances using IoT
In recent years, significant changes have occurred in the fields of the power sector, from producing electricity to power consumption, with smart technology having a major role. In the field of IoT there are a lot of smart devices and smart homes as a solution, like that only there are Smart Energy Meters which can be used as a solution in our homes. It is possible to use non-intrusive (contactless) load tracking using smart meters to control our home appliances' power usage. In this work, the electrical energy meter is used to calculate the energy usage and performance profile of the inner components of the electrical devices by checking how and what amount of electricity is passing through an electric wire in real-time. After calculating, it will save everything in its cache and be ready to upload it to the cloud and the microcontroller via sensors to any display device the consumer desires. Which can be stored for a longer period and accessed from any smart device to which it has previously been connected. This allows the consumer to understand how and which appliances use more electricity, allowing them to make plans on how to reduce usage, or set some rules and come up with new ideas to save electricity, power usage criteria, and the environment, or simply to use the appropriate appliances efficiently.
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