Power Saving, Safety and Remote Controlling Smart Building Based on IoT

Farhad Muhammed-Ameen Zebari, M. Er
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引用次数: 1

Abstract

Currently, everything has become digitalized due to the rapid and remarkable advancements in technology in all aspects of life especially the Internet and smart technology. Automation system (AS) is a part of this rapid development due to its multiple and various utilization such as smart building control systems. This paper will study smart building control system, which monitors and manages power consumption and safety. It presents two different models named remote control appliances and safety. The first model is employed to reduce power consumption by controlling building appliances remotely and the second model consists of sensors, which increase the safety by monitoring temperature & humidity, gas and fire in buildings. The system's design is based on Internet of Things (IoT) through using NodeMCU microcontroller and Blynk platform via Internet connection. The building appliances such as A/C, water heater (W-H), TV and lights are connected to the control board (CB). The owner of the building can monitor and control the status of appliances via Blynk application through Internet connection. Moreover, safety is based on sensors such as DHT22, gas and flame sensors, which are placed to monitor the vulnerable areas in the building and sending alert message (notification and email) in real-time to the owner via Blynk Application if there are any critical values detected by the sensors. Such monitoring system increases the building safety. The implementation results of the presented system shows a major impact on power saving which reduce power consumption as well as increasing safety of the building.
基于物联网的节能、安全、远程控制智能建筑
目前,由于技术在生活的各个方面,特别是互联网和智能技术的快速和显着的进步,一切都变得数字化。自动化系统(AS)由于其多种多样的应用,如智能楼宇控制系统,成为这一快速发展的一部分。本文将研究智能楼宇控制系统,以监控和管理电力消耗和安全。它提出了两种不同的模型,分别是遥控电器和安全装置。第一种模式是通过远程控制建筑设备来减少功耗,第二种模式是由传感器组成,通过监测建筑中的温度和湿度,气体和火灾来增加安全性。该系统的设计基于物联网(IoT),通过使用NodeMCU微控制器和Blynk平台通过互联网连接。空调、热水器(W-H)、电视和灯等建筑电器连接到控制板(CB)上。业主可以通过网络连接,通过Blynk应用程序对家电的状态进行监控。此外,安全性基于DHT22、气体和火焰传感器等传感器,这些传感器用于监控建筑物中的脆弱区域,并在传感器检测到任何临界值时通过Blynk应用程序实时向业主发送警报消息(通知和电子邮件)。这样的监控系统增加了建筑物的安全性。该系统的实施结果表明,在降低建筑能耗的同时,也提高了建筑的安全性。
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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