基于无线传感器和RFID的自动化家庭智能能源管理

Senthilkumar Subramanian, M. Bindhu, S. Umathe, Sarveswara Rao, Shanmugavel Deivasigamani, M. Ramarao
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引用次数: 1

摘要

一个常见的误解是人们经常忘记关掉电器。个人也可能更关心他们的安全,这增加了能源的使用,电力成本,增加了能源的使用。这个基于plc的智能家居自动化系统可以自动和手动关闭电器。其结果是能源消耗的减少和安全性的提高。集成PLC系统具有易于编程和提供多种解决方案的优点。为了手动打开或关闭电气设备,使用RFID标签。该设备能够使用三角测量和飞行时间进行测量、传感和定位。基于三角形的传感器是测量近距离精度的理想选择。在这项研究中,PLC被用于独立定位错位的RFID标签。RFID阅读器是一种电子设备,用于使用无线电波(询问器和应答器)读取附着在物体上的标签。一般来说,RFID阅读器和标签是无线通信的,因此它们之间不需要视线。如果一个应用程序使用两张以上的卡,将会从这项研究中受益。生物识别技术和射频识别技术被用于安全措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wireless Sensor & RFID Based Smart Energy Management for Automated Home
A common misconception is that people often forget to turn off their electrical appliances. Individuals may also be more concerned about their safety as a result, which increases energy use, electricity costs, and increases energy usage. An electric appliance can be turned off both automatically and manually with this PLC-based smart home automation system. The result is a reduction in energy consumption and an improvement in safety. An integrated PLC system has the advantage of being easy to program and offers a variety of solutions. To turn the electrical equipment on or off manually, the RFID tag is used. The devices are capable of measuring, sensing and positioning using triangulation and time-of-flight. Triangle-based sensors are ideal for measuring close distances with extreme accuracy. A PLC is being used in this research to locate misplaced RFID tags independently. An RFID reader is an electronic device that is used to read tags attached to objects using radio waves (the interrogator and transponder). Generally, RFID readers and tags communicate wirelessly, so line of sight between them is not necessary. There will be benefits from this research if an application utilizes more than two cards. Biometrics and RFID technology are employed in security measures.
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