
About Course
This power system protection and switchgear course are to be prepared to serve as an introductory course for power system protection and switchgear for undergraduate and postgraduate students of various technical universities. It aims to give a comprehensive up-to-date presentation of the role of the protection safety system, switchgear, and its advances in the modern power system. It begins with a state-of-the-art survey of theories and methods of protection and switchgear. In continuation, it provides a theoretical summary along with examples of real-life engineering applications to a variety of technical problems. In this point of view, the said course bridges the gap between theoretical advances, experimental validations, and practical engineering in real life.
COURSE LAYOUT:
Week 1: Fundamentals of Protective Relaying
Week 2: Current based Relaying Scheme
Week 3: Protection of Transmission Lines using Distance Relays
Week 4: Carrier Aided Schemes for Transmission Lines and Auto-reclosing and Synchronizing
Week 5: Protection of Generators, Transformers, Induction Motors, and Busbars
Week 6: Protection against Transients and Surges along with System Response to Severe Upsets
Week 7: Arc Interruption Theory in Circuit Breaker, Types of Circuit Breakers and their Testing
Week 8: Testing, Commissioning, and Maintenance of Relays
INTENDED AUDIENCE: Electrical Engineering, Electrical and Electronics Engineering
Course Content
POWER SYSTEM PROTECTION AND SWITCHGEAR
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Lecture 40 Testing, Commissioning and Maintenance of Relays-II
00:00 -
Lecture 29 Protection of Generators-II
00:00 -
Lecture 28 Protection of Generators-I
00:00 -
Lecture 27 Protection of Transformers-II
00:00 -
Lecture 26 Protection of Transformers-I
00:00 -
Lecture 25 Auto-reclosing and Synchronizing-III
00:00 -
Lecture 24 Auto-reclosing and Synchronizing-II
00:00 -
Lecture 23 Auto-reclosing and Synchronizing-I
00:00 -
Lecture 22 Carrier Aided Schemes for Transmission Lines-IV
00:00 -
Lecture 30 Protection of Induction Motors
00:00 -
Lecture 31 Protection of Busbars
00:00 -
Lecture 39 Testing, Commissioning and Maintenance of Relays-I
00:00 -
Lecture 38 Types of Circuit Breaker
00:00 -
Lecture 37 Arc Interruption Theory in Circuit Breaker IV
00:00 -
Lecture 36 Arc Interruption Theory in Circuit Breaker III
00:00 -
Lecture 35 Arc Interruption Theory in Circuit Breaker II
00:00 -
Lecture 34 Arc Interruption Theory in Circuit Breaker-I
31:40 -
Lecture 33 Protection against Transients and Surges along with System Response to Severe Upsets II
00:00 -
Lecture 32 Protection against Transients and Surges along with System Response to Severe Upsets-I
00:00 -
Lecture 21 Carrier Aided Schemes for Transmission Lines-III
00:00 -
Lecture 20 Carrier Aided Schemes for Transmission Lines-II
00:00 -
Lecture 19 Carrier Aided Schemes for Transmission Lines-I
31:47 -
Lecture 8 Current Based Relaying Scheme-III
00:00 -
Lecture 7 Current Based Relaying Scheme-II
00:00 -
Lecture 6 Current Based Relaying Scheme-I
00:00 -
Lecture 5 Fundamentals of Protective Relaying-V
00:00 -
Lecture 4 Fundamentals of Protective Relaying-IV
00:00 -
Lecture 3 Fundamentals of Protective Relaying-III
00:00 -
Lecture 2 Fundamentals of Protective Relaying-II
00:00 -
Lecture 1 Fundamentals of Protective Relaying-I
33:47 -
Lecture 9 Current Based Relaying Scheme-IV
00:00 -
Lecture 10 Current Based Relaying Scheme-V
00:00 -
Lecture 18 Protection of Transmission Lines Using Distance Relays-V
34:49 -
Lecture 17 Protection of Transmission Lines Using Distance Relays-IV
00:00 -
Lecture 16 Protection of Transmission Lines Using Distance Relays-III
00:00 -
Lecture 15 Protection of Transmission Lines Using Distance Relays-II
00:00 -
Lecture 14 Protection of Transmission Lines Using Distance Relays-I
31:58 -
Lecture 13 Current Based Relaying Scheme-VIII
00:00 -
Lecture 12 Current Based Relaying Scheme-VII
00:00 -
Lecture 11 Current Based Relaying Scheme-VI
00:00 -
POWER SYSTEM PROTECTION AND SWITCHGEAR (Promo)
02:32
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