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A Smart Distribution Automation using Supervisory Control and Data Acquisition with Advanced Metering Infrastructure and GPRS Technology
BibTeX
@MISC{Sharmila_asmart,
author = {A. Merlin Sharmila},
title = {A Smart Distribution Automation using Supervisory Control and Data Acquisition with Advanced Metering Infrastructure and GPRS Technology},
year = {}
}
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Abstract
Abstract — To realize some of the power grid goals, for the distribution system of the rural area, which builds up a real-time, wireless, multi-object monitoring remote system of electrical equipment depending on GPRS network, with a feeder automation based on Advanced Metering Infrastructure (AMI) is proposed. GRID uses Supervisory Control and Data Acquisition (SCADA) to monitor and control switches and protective devices. This will improve routine asset management, quality of service, operational efficiency, reliability, and security. The three parts of the system are assimilated with the advanced communication and measurement technology. As a added advantage to the existing system, the proposed methodology can monitor the operating situation, easily detect and locate the fault of the feeders and status of breakers,. The information from the system helps in apprehending the advanced distribution operation, which includes improvement in power quality, loss detection and state estimation.
Keyphrases
supervisory control data acquisition advanced metering infrastructure gprs technology smart distribution automation advanced distribution operation electrical equipment added advantage advanced communication operational efficiency multi-object monitoring remote system routine asset management gprs network measurement technology loss detection power quality protective device power grid goal state estimation rural area operating situation feeder automation distribution system
