A novel distribution automation system (das) on customer side distribution system

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This document describes a novel distribution automation system for customer-side power distribution that was designed and developed using automation techniques in both hardware and software. Remote controllers and smart meters allow the electrical utility to monitor and operate the substation remotely via a communication network. A multipurpose power meter gathers customer energy consumption data. The system utilizes GSM functionality to allow remote operation and messaging via SMS from anywhere. Testing of the system on a real distribution network demonstrated successful remote operation and control.

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A novel distribution automation system (DAS) on customer side
distribution system

Abstract

This research work has been done in designing and developing a Novel
Distribution Automation System (DAS) in an open loop customer side distribution
system. The research has utilized an automation techniques in both hardware and
software environment using a communication network and embedded controllers
along with power meters which has utilized the possible best solution for the fault
operation and control tasks remotely. All hardware and software components have
been developed and integrated together. Data exchange mechanism has been
developed between the host computer and the embedded controllers that function
in two way data exchanges between the two. The remote hardware controllers such
as remoter terminal units (RTUs) are enabled to the communication modules to
operate the substation remotely. The metering equipment is used as real time data
restoration tool and gathers the customer's consumption energy information. Thus a
multipurpose power meter is used as hand of the electrical utility at the customer
side. IsaGraf provides communication - GSM (Global system for Mobile
Communications) function blocks such as SMS (Short Message Service) operating
functions “SMS_send”, “SMS_test”, “SMS_gets” and developed SMS usage
functions. These are functions are created for GSM based messaging system to
communicate with the person in charge to operate the system at anytime and
anywhere remotely. Fabrication testing has been done on real distribution system
and the results are shown in this paper.

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