Design and Implementation of a Low C Distribution Traostnsformer Monitoring System for Remote Electric Power Grids

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  • 8/18/2019 Design and Implementation of a Low C Distribution Traostnsformer Monitoring System for Remote Electric Power …

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    DESIGN AND IMPLEMENTATION OF A LOW COSTDISTRIBUTION TRANSFORMER MONITORING

    SYSTEM FOR REMOTE ELECTRIC POWER 

    GRIDS

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    AIM:

      The main aim of this project is to monitor and record key operation indictors of a

    distribution transformer like load currents, voltages and ambient temperatures.

     PURPOSE: 

    The purpose of this project is to send the information to the mobile by using GSM

    technology about the distribution transformer operations like load currents, voltages and

    ambient temperature. If there is any abnormality or an emergency situation the system

    sends SMS (Short Message Service messages to designated mobile telephones.

      METHODOLOGY:

    BLOCK DIAGRAM:

    M

    I

    C

    O

    C

    O

    N

    T

    O

    L

    L

    ER 

    M

    A

    X

    2

    3

    2

    DISTRIBUTION

    TRANSFORMER 

    RELAY

    MAIN AC

    SUPPLY

    (230V)

    POWER

    SUPPLY

    VOLTAGE

     CURRENT

    TEMPERATURE

    A

    D

    C

    8DATA

    LINES

    !"#$

    GSM

    MODEM

    DISPLAY UNIT

    LCD

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    POWER SUPPLY:

    DESCRIPTION:

      This project presents design and implementation of a mobile embedded system to

    monitor and record key operation indictors of a distribution transformer like load

    currents, voltages and ambient temperatures. The proposed on%line monitoring system

    integrates a Global Service Mobile (GSM Modem, &ith stand alone single chip

    microcontroller and sensor packages. It is installed at the distribution transformer site and

    the above mentioned parameters are recorded using the built%in '%channel analog to

    digital converter (#$ of the embedded system.

    The ac)uired parameters are processed and recorded in the system memory. If there

    is any abnormality or an emergency situation the system sends SMS (Short Message

    Service messages to designated mobile telephones containing information about the

    abnormality according to some predefined instructions and policies that are stored on the

    Micro ontroller. #lso, it sends SMS to a central database via the GSM modem for 

    further processing. This mobile system &ill help the utilities to optimally utili*e

    transformers and identify problems before any catastrophic failure.

    TECHNOLOGY:  +very system is automated in order to face ne& challenges in the present day

    situation. #utomated systems have less manual operations, so that the fleibility,

    reliabilities are high and accurate. -ence every field prefers automated control systems.

    +specially in the field of electronics automated systems are doing better performance.

    S!"# D$%&

    T'&*$'+"'

    B',-."

    R"/!,*,"'

    F,!"'

    C,'/1,!

    R".1!$'

    "/!,$&

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      robably the most useful thing to kno& about the global system for mobile

    communication is that it is an international standard. If you travel in parts of &orld,

    GSM is only type of cellular service available. Instead of analog services, GSM &as

    developed as a digital system using T$M# technology.

    SOFTWERE USED:

    /+I!

    #SM

    +M0+$$+$

    HARDWARE:

    Micro controller

    o&er supply

    Sensors

    #$

    GSM modem

    M#1 232

    #ppliances

    4elay

    $ 5an

    RESULT:

      This kind of project is very effective and can be used for providing safety to the

    distribution transformer.