Fundamental of Generator Protection

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Elite Engineering

5:36:08

19 View

1 - Introduction

1 - Introduction.mp4

21:28

2 - Simplified Single Line Diagram of Generator Turbine Power Station

2 - Simplified Single Line Diagram of Generator Turbine Power Station.mp4

05:09

3 - Working of Gas Turbine overview

3 - Working of Gas Turbine overview.mp4

04:11

4 - Performance of Synchronous Machines

4 - Performance of Synchronous Machines.mp4

03:29

5 - Power Plant Layout and Grounding Techniques

5 - Power Plant Layout and Grounding Techniques.mp4

09:21

6 - Classification of Generator Tripping

6 - Classification of Generator Tripping.mp4

24:14

7 - Class A Protection

7 - Class A Protection.mp4

12:35

8 - Class B Protection

8 - Class B Protection.mp4

07:13

9 - Class C Protection

9 - Class C Protection.mp4

05:08

10 - Types of Fault and location of faults

10 - Types of Fault and location of faults.mp4

03:50

11 - Types of Generator Protection

11 - Types of Generator Protection.mp4

18:05

12 - Generator Differential Protection

12 - Generator Differential Protection.mp4

20:39

13 - Restricted Earth Fault Protection

13 - Restricted Earth Fault Protection.mp4

13:12

14 - Negative Sequence or Unbalance Protection

14 - Negative Sequence or Unbalance Protection.mp4

16:19

15 - Protection against inadvertent Energization

15 - Protection against inadvertent Energization.mp4

06:56

16 - Over Current Protection

16 - Over Current Protection.mp4

06:20

17 - Voltage Controlled Over Current Protection

17 - Voltage Controlled Over Current Protection.mp4

19:52

18 - Inter Turn Short Circuit Protection

18 - Inter Turn Short Circuit Protection.mp4

07:53

19 - Over and Under Voltage Protection

19 - Over and Under Voltage Protection.mp4

02:37

20 - Under and Over Frequency Protection

20 - Under and Over Frequency Protection.mp4

03:00

21 - Loss of Excitation and Mho Characteristics

21 - Loss of Excitation and Mho Characteristics.mp4

08:31

22 - Vector Shift Relay

22 - Vector Shift Relay.mp4

04:12

23 - Reverse Power Relay

23 - Reverse Power Relay.mp4

07:04

24 - Impedance Protection of Generator

24 - Impedance Protection of Generator.mp4

03:55

25 - 2nd and 3rd Zones of Impedance Protection

25 - 2nd and 3rd Zones of Impedance Protection.mp4

05:32

26 - Stator Earth Fault Protection

26 - Stator Earth Fault Protection.mp4

05:32

27 - Over Excitation or Over Flux Protection

27 - Over Excitation or Over Flux Protection.mp4

03:10

28 - Rotor Earth Fault Protection

28 - Rotor Earth Fault Protection.mp4

01:54

29 - Out of Step Protection

29 - Out of Step Protection.mp4

12:24

30 - ROCOF Protection

30 - ROCOF Protection.mp4

03:44

31 - Bearing Insulation Protection

31 - Bearing Insulation Protection.mp4

02:13

32 - Generator Low forward power protection

32 - Generator Low forward power protection.mp4

02:16

33 - Thermal Over Load Protection Stator and Rotor

33 - Thermal Over Load Protection Stator and Rotor.mp4

03:34

34 - Frequency Adaptivity and Generator Startup protection

34 - Frequency Adaptivity and Generator Startup protection.mp4

03:21

35 - Protection against Rotor Distortion

35 - Protection against Rotor Distortion.mp4

11:29

36 - Generator Vibration Protection

36 - Generator Vibration Protection.mp4

02:25

37 - Directional Neutral Overcurrent

37 - Directional Neutral Overcurrent.mp4

06:28

38 - Circuit Breaker Failure Protection

38 - Circuit Breaker Failure Protection.mp4

11:48

39 - Load Encroachment

39 - Load Encroachment.mp4

05:37

40 - VT Fuse Fail VT MCB Fail Function

40 - VT Fuse Fail VT MCB Fail Function.mp4

09:03

41 - Tripping Philosophy and sequential Tripping

41 - Tripping Philosophy and sequential Tripping.mp4

04:10

42 - Single Line Diagram and Trip Matrix in brief

42 - Single Line Diagram and Trip Matrix in brief.mp4

06:15

Description

Learn from Professionals, Electrical Power Engineering

What You'll Learn?

Generators Protection
Working of Gas Turbine
Simplified Single Line Diagram of Generator Turbine Power Station
Performance of Synchronous Machines
Power Plant Layout and Grounding Techniques
Classification of Generator Tripping
Class A Protection, Class B Protection, Class C Protection
Types of Fault and location of faults, Types of Generator Protection
Generator Differential Protection
Restricted Earth Fault Protection
Negative Sequence or Unbalance Protection
Protection against inadvertent Energization
Over Current Protection
Voltage Controlled Over Current Protection
Inter Turn Short Circuit Protection
Over and Under Voltage Protection
Under and Over Frequency Protection
Loss of Excitation and Mho Characteristics
Vector Shift Relay
Reverse Power Relay
Impedance Protection of Generator
2nd and 3rd Zones of Impedance Protection
Stator Earth Fault Protection
Over Excitation or Over Flux Protection
Rotor Earth Fault Protection
Out of Step Protection
ROCOF Protection
Bearing Insulation Protection
Generator Low forward power protection
Thermal Over Load Protection Stator and Rotor
Frequency Adaptivity and Generator Startup protection
Protection against Rotor Distortion
Generator Vibration Protection
Directional Neutral Overcurrent
Circuit Breaker Failure Protection
Load Encroachment
VT Fuse Fail VT MCB Fail Function
Tripping Philosophy and sequential Tripping
Single Line Diagram and Trip Matrix in brief

Who is this for?

Students, Engineers, Technicians, Professionals

What You Need to Know?

Basics of Electrical

More details

Description

Course Highlights
Generators are most important part of power system, they are called as heart of power system. Therefore protection of generators is ultimate requirement, turbine-generators are also very costly part of the power system. Course consist of 42 lectures & total duration of 5 hours and 36 mins.
This course was made as a reference guide for generator protection. Protection relays that are described in this course are applicable to one or more generator protection schemes.
There are a number of protection relay types and those are used for protection against a wide variety of conditions. These protection relays protect the generator or prime mover from damage. Also they are used for protection of the external power system or the processes it supplies. The basic principles that are described in this course apply equally to individual relays and to multifunction numeric relays.
This online course is intended for engineers with a desire to understand the fundamentals of generator protection. Upon successful completion engineers will be able to address key generator protection concepts, terms and characteristics.
Learning Objectives
This course is intended to provide you with the following specific knowledge and skills:
1. Introduction to Power System and Power Plants
2. Simplified Single Line Diagram of Generator Turbine Power Station
3. Working of Gas Turbine overview
4. Performance of Synchronous Machines
5. Power Plant Layout and Grounding Techniques
6. Classification of Generator Tripping
7. Class A Protection
8. Class B Protection
9. Class C Protection
10. Types of Fault and location of faults
11. Types of Generator Protection
12. Generator Differential Protection
13. Restricted Earth Fault Protection
14. Negative Sequence or Unbalance Protection
15. Protection against inadvertent Energization
16. Over Current Protection
17. Voltage Controlled Over Current Protection
18. Inter Turn Short Circuit Protection
19. Over and Under Voltage Protection
20. Under and Over Frequency Protection
21. Loss of Excitation and Mho Characteristics
22. Vector Shift Relay
23. Reverse Power Relay
24. Impedance Protection of Generator
25. 2nd and 3rd Zones of Impedance Protection
26. Stator Earth Fault Protection
27. Over Excitation or Over Flux Protection
28. Rotor Earth Fault Protection
29. Out of Step Protection
30. ROCOF Protection
31. Bearing Insulation Protection
32. Generator Low forward power protection
33. Thermal Over Load Protection Stator and Rotor
34. Frequency Adaptivity and Generator Startup protection
35. Protection against Rotor Distortion
36. Generator Vibration Protection
37. Directional Neutral Overcurrent
38. Circuit Breaker Failure Protection
39. Load Encroachment
40. VT Fuse Fail VT MCB Fail Function
41. Tripping Philosophy and sequential Tripping
42. Single Line Diagram and Trip Matrix in brief

Best Regards

Who this course is for:
Students, Engineers, Technicians, Professionals

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Power Engineering

Elite Engineering

Instructor's Courses

Elite Engineering is an engineering academy that is formed by professional with experience in the field of electrical, substation, power transformers, power plants, transmission lines, project management, errection, installation & testing & commissioning.Trainers have up to 20 years of field experience at various voltage levels starting from low voltage, 11kV, 33kV, 66kV, 132kV, 220kV, 380kV, 500kV AC system & 660kV HVDC voltage level. Experienced gain while serving in Middle East, EU, South Asia while serving several companies like Saudi Electricity, Saudi Aramco, SABIC, Marafiq, Siemens, ABB, Alstom, AREVA.Excellent knowledge and delivering the theory and practical concept with such an ease. Trainer possesses strong competency in power plant and substation secondary system, scheme like busbar protection, breaker failure protection, substation automation, transformer differential, substation schemes lines/transformer/reactor/busbar, testing & commissioning of relays, scheme testing, testing of GIS/AIS substation equipment, testing of generator protection, on site trainings.

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