An Integrated Solution for Monitoring Domestic Appliances Using iot Facilitating Energy Conservation

Himadri Nath Saha, Tanishq Banerjee, Somshubhra Roy, S. Pandit, Sayan Dutta, Subham Sadhukhan, Nityasree Upadhyay, P. Chakraborty, Souranshu Ghosh
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Abstract

In this paper, we present an effective implementation of loT(lnternet of Things)which is used for monitoring regular domestic appliances. Our system facilitates energy conservation as well. The proposed system is using the concept of IoT that uses computers or mobile devices to control basic domestic appliances and features automaticallyfrom a large distance. There are five sub-projects namely: automated water tap control system, automated lighting control system, automated door lock system, automated gas detector system and automated temperature control system. The automated water tap control system detects the level of the water and controls the tap accordingly. The automated lighting control system detects the presence of a person in a room and glows the light accordingly. The objective of automated door lock system is to enhance the security of the home. The gas detector system rings an alarm on detecting leakage of any kind of gas. The temperature control system detects the rise in temperature of the room and controls the air conditioner subsequently. The proposed system performs better than all the existing systems in terms of energy efficiency, cost, usability and portability. Our aim is to propose a system which would minimize the wastage of energy as well as human effort starting from our home itself.
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基于物联网的家用电器监控集成解决方案助力节能
在本文中,我们提出了一种用于监控普通家用电器的loT(物联网)的有效实施。我们的系统也有利于节约能源。该系统是利用计算机或移动设备控制基本家电,远距离自动运行的物联网(IoT)概念。五个子项目分别是:自动自来水控制系统、自动照明控制系统、自动门锁系统、自动气体检测系统和自动温度控制系统。自动水龙头控制系统检测水位并相应地控制水龙头。自动照明控制系统检测到房间里有人,并相应地发光。自动门锁系统的目的是提高家庭的安全性。气体探测系统在探测到任何气体泄漏时都会发出警报。温度控制系统检测到房间温度的上升,然后控制空调。该系统在能源效率、成本、可用性和便携性方面优于所有现有系统。我们的目标是提出一种系统,可以最大限度地减少能源的浪费,以及从我们的家庭本身开始的人力。
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