Power System Dynamics, Control and Monitoring

Power System Dynamics, Control and Monitoring

@VTU COE

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What you will learn

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This course is both for undergraduate and postgraduate Electrical Engineering students. This course will introduce and explain the concepts of synchronous machine modeling, reference frame transformation, automatic voltage regulation, power system stabilizer, transient stability for multimachine system, automatic generation control under deregulated environment, state estimation, eigenvalue and participation factor analysis. By the end of the course, the students should be able to gather high-quality knowledge on stability, operation and control of power systems.

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Lecture 1 : Power System stability
Preview 31:40
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Lecture 2 : Power System stability (Contd.)
Preview 31:18
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Lecture 3 : Power System stability (Contd.)
Preview 30:13
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Lecture 4 : Power System stability(Contd.)
Preview 31:57
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Lecture 5 : Power System stability(Contd.)
Preview 29:30

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Lecture 06: Power System Stability (Contd.)
Preview 29:13
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Lecture 07: Power System Stability (Contd.)
Preview 28:18
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Lecture 08: Power System Stability (Contd.)
Preview 26:56
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Lecture 09: Power System Stability (Contd.)
Preview 30:05
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Lecture 10: Power System Stability (Contd.)
Preview 28:11

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Lecture 11 : Power System Stability (Contd.)
Preview 26:50
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Lecture 12 : Power System Stability (Contd.)
Preview 28:20
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Lecture 13 : Power System Stability (Contd.)
Preview 28:45
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Lecture 14 : Power System Stability (Contd.)
Preview 40:05
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Lecture 15 : Power System Stability (Contd.)
Preview 29:49

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Lecture 16 : Power System Stability (Contd.)
Preview 30:15
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Lecture 17 : Power System Stability (Contd.)
Preview 29:11
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Lecture 18 : Power System Stability (Contd.)
Preview 26:32
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Lecture 19 : Power System Stability (Contd.)
Preview 29:46
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Lecture 20 : Power System Stability (Contd.)
Preview 31:04

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Lecture 21: Power System stability (Contd.)
Preview 29:43
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Lecture 22: Power System stability, Eigen properties of the state matrix
Preview 28:38
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Lecture 23: Power System stability, Eigen properties of the state matrix (Contd.)
Preview 29:45
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Lecture 24: Power System stability, Eigen properties of the state matrix (Contd.)
Preview 30:55
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Lecture 25: Power System stability, Eigen properties of the state matrix (Contd.)
Preview 27:52

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Lecture 26 : Power System stability, Eigen properties of the state matrix (Contd.)
Preview 32:39
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Lecture 27 : Power System stability, Eigen properties of the state matrix, Transient stability
Preview 26:46
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Lecture 28 : Transient stability
Preview 28:39
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Lecture 29 : Transient stability (Contd.)
Preview 27:35
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Lecture 30: Transient stability (Contd.)
Preview 27:17

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Lecture 31: Transient stability
Preview 29:08
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Lecture 32: Transient stability, Automatic generation control conventional scenario
Preview 28:01
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Lecture 33: Automatic generation control conventional scenario
Preview 27:37
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Lecture 34: Automatic generation control conventional scenario
Preview 28:12
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Lecture 35: Automatic generation control conventional scenario
Preview 28:01

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Lecture 36: Automatic generation control conventional scenario
Preview 28:48
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Lecture 37: Automatic generation control conventional scenario
Preview 29:45
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Lecture 38: Automatic generation control conventional scenario
Preview 27:20
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Lecture 39: Automatic generation control conventional scenario
Preview 32:41
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Lecture 40: Automatic generation control conventional scenario
Preview 31:31

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Lecture 41: AGC in deregulated system
Preview 29:27
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Lecture 42: AGC in deregulated system (Contd.)
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Lecture 43: AGC in deregulated system (Contd.)
Preview 28:51
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Lecture 44: AGC in deregulated system (Contd.)
Preview 29:12
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Lecture 45: AGC in deregulated system (Contd.)
Preview 31:33

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Lecture 46: AGC in deregulated system (Contd.)
Preview 29:32
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Lecture 47: AGC in deregulated system (Contd.)
Preview 28:11
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Lecture 48: AGC in deregulated system (Contd.)
Preview 28:34
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Lecture 49: AGC in deregulated system, Reactive power and voltage control
Preview 29:40
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Lecture 50: Reactive power and voltage control
Preview 29:02

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Lecture 51: Reactive power and voltage control, State extimation in power system
Preview 27:38
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Lecture 52: State estimation in power system
Preview 29:07
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Lecture 53: State estimation in power system (Contd.)
Preview 29:09
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Lecture 54: State estimation in power system (Contd.)
Preview 31:08
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Lecture 55: State estimation in power system (Contd.)
Preview 27:44

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Lecture 56: State estimation in power system (Contd.)
Preview 29:28
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Lecture 57: Hydraulic turbine modelling
Preview 31:02
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Lecture 58: Hydraulic turbine modelling (Contd.)
Preview 29:22
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Lecture 59: Subsynchronous oscillation
Preview 27:37
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Lecture 60: Subsynchronous oscillation, Windup and non windup limits
Preview 29:17
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Meet Your Instructor
@VTU COE
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Instructor
3.4 Rating
12672 Students
895 Courses
About Instructor

VTU is one of the largest Technological Universities in India with 24 years of Tradition of excellence in Engineering & Technical Education, Research and Innovations. It came into existence in the year 1998 to cater the needs of Indian industries for trained technical manpower with practical experience and sound theoretical knowledge.

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Free

  • Course Duration
    29 h 22 m 26 s
  • Course Level
    Advanced
  • Student Enrolled
    1
  • Language
    English
This Course Includes
  • 29 h 22 m 26 s Video Lectures
  • 0 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion