电力线载波通信使用自动抄表

R. Gunasekaran, C. Karthikeyan, J. Pavalam, P. MohanaPriya, A. Preethi, V. Indhumathi
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引用次数: 3

摘要

电力线通信的新概念。现在,人工操作员从一家到另一家、从一栋到另一栋的电表读数。它需要大量的劳动力,需要更多的时间来完成这个过程。读取错误是人为操作的常见原因。自动抄表(AMR)成为一种可执行的选择,以克服耗费大量时间来获得电能表读数的问题,测量值以千瓦时(kWh)为单位。消费者读出单位的供电状态,我们就确定了电能表的磁盘旋转情况。该系统的主要优点是低成本系统产生非常令人鼓舞的结果,它可以在现有的机电仪表上实施,因此无需购买新的仪表。AMR是通过电力线从客户的电能表远程收集消耗数据。电力线通信(PLC)在导体上传输数据,同时也用于交流电力分配给消费者。PLC发射机负责从提供端传输数据。在提供端,将有PLC接收器,负责接收数据,该模块与计算机接口,负责数据处理。
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Power Line Carrier Communication Using Automated Meter Reading
A new concept of Power line Communication. Now human operators do the Meter reading for the consumption of Electricity from house to house and building to building. It requires huge number of labor and takes more time to complete the process. Reading error is a common cause of human operator. Automatic Meter Reading (AMR) becomes an executable option to overcome the problems of huge time taking to get the meter readings, the measured values are in kilo watt-hours (kWh) by energy meter. The supply status of the consumer reading unit we identified the disk rotation of the energy meter. The main advantage of this system is a low cost system that produces very encouraging results and it can be implemented upon existing electro-mechanical meters so there is no need to purchasing new meters AMR is the remote collection of consumption data from customer’s utility meters over power line. Power-Line Communication (PLC) carries data on a conductor that is also used simultaneously for AC electric power distribution to consumers. PLC transmitter is responsible for transmission of data from the provider end. At the provider end, there will be the PLC receiver, which is responsible for data receiving, and this module makes an interface with computer, which is responsible for data processing.
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