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Development of Energy Meter Monitoring System (EMMS) for Data Acquisition and Tampering Detection using IoT

机译:使用物联网开发用于数据采集和篡改检测的电表监控系统(EMMS)

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Electricity Crisis has become a serious issue, since the demand of power is increased over its production. One of the major challenges in electricity management is misuse of the power consumption due to electricity theft in public area. Energy Meter Monitoring System (EMMS) comprises of Raspberry Pi board and it mainly focuses on the implementation concept of Internet of Things (IoT) as the underlying framework to achieve real time monitoring of energy meter readings. The main theme is to have a system which can be installed with existing electronic meters, instead of developing a new smart meter. Raspberry pi connected to the meter continuously monitors the data sent by energy meter, read the data and print the actual values of parameters. These actual values of parameters are further communicated along with decimals and appropriate SI units. Go-daddy’s web server is developed and its database will store the data from the energy meter in front of its serial number. A multipurpose android application is designed to get the information regarding voltage ratings, current ratings, energy consumption and the meter tampering details which further can be useful to take actions against those customers. Upon providing the serial number of meter in the application, tampering status of energy meter is traced along with the basic parameter values.
机译:电力危机已成为一个严重的问题,因为电力的需求在其生产中不断增加。电力管理中的主要挑战之一是由于公共场所盗窃电导致的用电量滥用。电表监控系统(EMMS)由Raspberry Pi板组成,它主要关注物联网(IoT)的实现概念,作为实现电表读数实时监控的基础框架。主要主题是拥有一个可以与现有电子仪表一起安装的系统,而不是开发新的智能仪表。连接到电表的Raspberry pi持续监视电表发送的数据,读取数据并打印参数的实际值。这些实际的参数值将与小数点和适当的SI单位一起传送。 Go-daddy的网络服务器已经开发完毕,其数据库将在序列号前存储电表的数据。一个多功能的android应用程序旨在获取有关电压额定值,电流额定值,能耗和电表篡改细节的信息,这些信息对于进一步针对这些客户采取措施可能非常有用。在应用程序中提供电表的序列号后,将跟踪电表的篡改状态以及基本参数值。

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