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A Boon To Electricity Board: A Technical Seminor ON Power Theft Identification Using Microcontroller

This document summarizes a technical seminar on using a microcontroller to identify power theft. The system has a transmitting section that detects power usage and sends that data using an FM transmitter. It also has a receiving section that includes an FM receiver, PLL, ADC and microcontroller to receive the transmitted information, decode it, and monitor for power theft. The system aims to reduce power theft by automatically identifying illegal users and displaying their meter numbers, which can help electricity boards catch power thieves easily and lower transmission losses to improve the economy.

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Madhu Yadav
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© Attribution Non-Commercial (BY-NC)
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51 views13 pages

A Boon To Electricity Board: A Technical Seminor ON Power Theft Identification Using Microcontroller

This document summarizes a technical seminar on using a microcontroller to identify power theft. The system has a transmitting section that detects power usage and sends that data using an FM transmitter. It also has a receiving section that includes an FM receiver, PLL, ADC and microcontroller to receive the transmitted information, decode it, and monitor for power theft. The system aims to reduce power theft by automatically identifying illegal users and displaying their meter numbers, which can help electricity boards catch power thieves easily and lower transmission losses to improve the economy.

Uploaded by

Madhu Yadav
Copyright
© Attribution Non-Commercial (BY-NC)
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PPTX, PDF, TXT or read online on Scribd
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A

TECHNICAL SEMINOR ON POWER THEFT IDENTIFICATION USING MICROCONTROLLER

a boon to electricity board


PRESENTED BY
K.KRANTHIKUMAR 09QP1A0449

CONTENTS
INTRODUCTION

OBJECTIVES
DESIGN TRANSMITTING SECTION

RECEIVER SECTION
ADVANTAGES CONCLUSION

INTRODUCTION
What is power theft??

Meter tampering

illegal connections

unpaid bills

Challenging task to electricity board.

OBJECTIVE
Reduce power thefts caused due to meter tampering. Using basic principles of radio communication and

microcontroller.
Display the illegal power consumers meter number

and address.

DESIGN

Two major sections 1. Transmitting section 2. Receiving section

TRANSMITTING SECTION
1.
2. 3. 4. 5.

Light /touch sensing circuit Relay Timer Tone generator FM Transmitter

BLOCK DIAGRAM

RECEIVING SECTION

FM Receiver 2. PLL 3. ADC 4. MICROCONTROLER


1.

BLOCK DIAGRAM

MICROCONTROLLERS
Receives power

theft information. Decodes Monitors

ADVANTAGES

Automatic user identification. Easy to implement and understand as it uses versatile components of electronics. Regular vigilance can be avoided. System operation is independent of time. Power can be supplied at economical rates.

CONCLUSION
With the present thesis, illegal power accessors can be caught easily and fined heavily so that in future the power generation tallies with the power consumption with no transmission and distribution losses. With the implementation of this kind of systems in real time , a lot of man power can be saved and rate of genuine energy consumers can be enhanced, thereby improving the economy of the country.

ENERGY THEFT IS CRIME

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