Savitribai Phule Pune University, Maharashtra, Electrical Engineering Semester 8, Switch gear and protection Syllabus

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Unit - 1 Fundamentals of Protective Relaying

Unit – 1

Fundamentals of Protective Relaying

1.1 Need for Protective System

1.2 Nature Causes of fault

1.3 Types of Faults

1.4 Effects of Faults

1.5 Zones of Protection

1.6 Primary and Backup Protection

1.7 Essential Qualities of Protection

1.8 Trip Circuit of C.B.

1.9 Classification of Protective Relays

1.10 Various basic operating principles of protection over current

1.11 Theory of Induction Relay Torque

1.12 Current and time setting in induction relay

1.13 Current Differential Relays

Unit - 2 Fundamentals of arc interruption

Unit – 2

Fundamentals of arc interruption

2.1 Current Interruption in in AC circuit breaker

2.2 High and low resistance principles arc interruption theories

2.3 Arc voltage

2.4 Recovery voltage

2.5Expression for Restrikingvtg RRRV

2.6 Interruption of capacitive current resistance switching

2.7 Numerical on RRRV current chopping and resistance switching

Unit - 3 Circuit Breakers

Unit 3

Circuit Breakers

3.1 Classification of high voltage circuit breaker

3.2 Different ratings of circuit breaker

3.3 Working and constructional features of ACB

3.4 SE6 Circuit Breaker

3.5 VCB advantagesdisadvantages and applications

3.6 Auto Reclosing

Unit - 4 Static and Digital Relaying

Unit – 4

Static and digital relaying

4.1 Overview of Static relay block diagram operating principal merits and demerits of static relay

4.3 Sampling Theorem

4.4 Anti aliasing filter how to eliminate aliasing

4.5 3 Phase Induction Motor Protection

4.6 Single phasing protection Overload protection Short circuit protection

Unit - 5 Transformer Protection

Unit 5

Transformer Protection

5.1 Types of Faults in TIF

5.2 Percentage Differential Protection of TIF

5.3 Restricted EF protection incipient faults

5.4 Protection against inrush current

5.5 Buchholz Relays

5.6 Phenomenon of over – fluxing in TIF

5.7 Various faults in Alternator

5.8 Abnormal operating conditions

5.9 Longitudinal Percentage Diff. Protection

5.10 ROTOR FAULT

5.11 Unbalances loading

5.12 OVER SPEEDING

5.13 Loss of Excitation

5.14 Protection against Loss of Excitation using offset Mho relay

5.15 Loss of Prime Mover

Unit - 6 Transmission line protection

Unit – 6

Transmission line protection

6.1 Over current protection for feeder using directional and non directional over current relays

6.2 Introduction to distance protection impedance relay reactance relay mho relay and Quadrilateral Relays

6.3 Introduction to PLCC block diagram advantages disadvantages three stepped distance protection

6.4 Effect of arc resistance and power swing on performance of distance relay

6.5 Realization of distance relaysimpedance reactance and mho relay using numerical relaying algorithmflowchart block diagram

6.6 Introduction to Wide Area Measurement WAM system.

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