Development of Security System Using Motion Sensor Powered by RF Energy Harvesting

Win Adiyansyah Indha, Nur Syahirah Zamzam, A. Saptari, J. Alsayaydeh, N. Hassim
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引用次数: 2

Abstract

This paper developed security system prototype using motion sensor powered by Radio Frequency Energy Harvesting, one form of energy harvesting that regardless its lowest output power among other energy harvesting forms, its all the time availability, batteryless and readiness everywhere make its own advantages no other type of energy harvesting have. Motion sensor acts as a shield to detect movement as to detect crime. In this project, there are two security system by using motion sensor. First stage of security system which in outdoor, operated as the sensor detect motion, the bulb will light up. Second stage security system which in indoor, operated as the sensor detect motion, it will trigger the dial speed key of the GSM and send an alarm call to user. The RF to DC energy will stored in the LiPO battery to power up the operation of motion sensor. Together with data and analysis measured, the RF energy harvesting able to generate voltage and current which can operate the low power consumption of the PIR sensor.A 3 Watt stand-alone power transmitter at frequency 915 Mhz used to test the prototype to replace the ambient available radio frequency resources. The results showed the security system prototype using motion sensor works properly, able send alarm to owner.
基于射频能量采集的运动传感器安防系统的研制
本文利用运动传感器开发了以射频能量收集为动力的安防系统原型。射频能量收集是一种能量收集形式,尽管它的输出功率在其他能量收集形式中最低,但它的全天候可用性、无电池性和随时可用性使其具有其他能量收集类型所没有的优点。运动传感器就像一个盾牌,可以探测到运动,也可以探测到犯罪。在本课题中,有两种采用运动传感器的安防系统。第一阶段的安防系统在室外,当传感器检测到运动时,灯泡就会亮起。第二级安防系统在室内,当传感器检测到运动时,它将触发GSM的拨速键并向用户发送报警呼叫。射频到直流的能量将存储在LiPO电池中,为运动传感器的操作供电。结合测量的数据和分析,射频能量收集能够产生电压和电流,从而可以运行低功耗的PIR传感器。频率为915 Mhz的3瓦独立功率发射器,用于测试原型,以取代环境可用的无线电频率资源。结果表明,采用运动传感器的安防系统样机工作正常,能够向业主发出报警信号。
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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