Канал: Saher Albatran

Power System Stability (8): The Equal-Area Criterion (3)

Power System Stability (8): The Equal-Area Criterion (3)

Power System Stability (7): The Equal-Area Criterion (2)

Power System Stability (7): The Equal-Area Criterion (2)

Power System Stability (6): The Equal-Area Criterion (1)

Power System Stability (6): The Equal-Area Criterion (1)

Power System Stability (5): Synchronous Machine Model

Power System Stability (5): Synchronous Machine Model

Power System Stability (4) Swing Equation (3): Examples

Power System Stability (4) Swing Equation (3): Examples

Power System Stability (3) Swing Equation (2)

Power System Stability (3) Swing Equation (2)

Power System Stability (2) Swing Equation (1)

Power System Stability (2) Swing Equation (1)

Power System Stability (1) Introduction

Power System Stability (1) Introduction

Application of Tap-Changing Transformers to Transmission Systems

Application of Tap-Changing Transformers to Transmission Systems

Distribution System Voltage Regulation

Distribution System Voltage Regulation

(EE731 Only) Exergy Analysis of combined cycle power plant, BY: Eng. Mahdi Alshatnawi

(EE731 Only) Exergy Analysis of combined cycle power plant, BY: Eng. Mahdi Alshatnawi

Power Flow Analysis: Short Revision (3)

Power Flow Analysis: Short Revision (3)

Power Flow Analysis: Short Revision (2)

Power Flow Analysis: Short Revision (2)

Power Flow Analysis: Short Revision (1)

Power Flow Analysis: Short Revision (1)

Reactive Power Control (15): illustrative example

Reactive Power Control (15): illustrative example

Reactive Power Control (14): Effect of compensation

Reactive Power Control (14): Effect of compensation

Reactive Power Control (13): Principles of Transmission System Compensation (2)

Reactive Power Control (13): Principles of Transmission System Compensation (2)

Reactive Power Control (12): Principles of Transmission System Compensation (1)

Reactive Power Control (12): Principles of Transmission System Compensation (1)

Reactive Power Control (11): Thyristor-switched capacitor

Reactive Power Control (11): Thyristor-switched capacitor

Reactive Power Control (10): Thyristor-controlled reactor

Reactive Power Control (10): Thyristor-controlled reactor

Reactive Power Control (9): Static Var Systems (3)

Reactive Power Control (9): Static Var Systems (3)

Reactive Power Control (8): Static Var Systems (2)

Reactive Power Control (8): Static Var Systems (2)

Reactive Power Control (7): Static Var Systems (1)

Reactive Power Control (7): Static Var Systems (1)

Reactive Power Control (6): Synchronous Condensers

Reactive Power Control (6): Synchronous Condensers

Reactive Power Control (5): Series Capacitors

Reactive Power Control (5): Series Capacitors

Reactive Power Control (4): Shunt Capacitors

Reactive Power Control (4): Shunt Capacitors

Reactive Power Control (3): Shunt Reactors

Reactive Power Control (3): Shunt Reactors

Reactive Power Control (2): Introduction (2)

Reactive Power Control (2): Introduction (2)

Reactive Power Control (1): Introduction (1)

Reactive Power Control (1): Introduction (1)

Transformer: Introduction (4)

Transformer: Introduction (4)

Transformer: Introduction (2)

Transformer: Introduction (2)

Transformer: Introduction (3)

Transformer: Introduction (3)

Transformer: Introduction (1)

Transformer: Introduction (1)

Sinusoidal Excitation

Sinusoidal Excitation

Magnetic Circuits (7)

Magnetic Circuits (7)

Magnetic Circuits (6)

Magnetic Circuits (6)

Magnetic Circuits (5)

Magnetic Circuits (5)

Magnetic Circuits (4)

Magnetic Circuits (4)

Magnetic Circuits (3)

Magnetic Circuits (3)

Magnetic Circuits (2)

Magnetic Circuits (2)

Magnetic Circuits (1)

Magnetic Circuits (1)

Introduction to the protection of renewable energy sources By: Eng. Abdurrahman AlQiam

Introduction to the protection of renewable energy sources By: Eng. Abdurrahman AlQiam

92. S-domain analysis (6): Damping types

92. S-domain analysis (6): Damping types

91. S-domain analysis (5): transfer function (2)

91. S-domain analysis (5): transfer function (2)

90. S-domain analysis (4): transfer function (1)

90. S-domain analysis (4): transfer function (1)

89. S-domain analysis (3): Examples (2)

89. S-domain analysis (3): Examples (2)

88. S-domain analysis (2): Examples

88. S-domain analysis (2): Examples

87. S-domain analysis (1): introduction

87. S-domain analysis (1): introduction

Simple exam on Moodle

Simple exam on Moodle

Calculated Multiple Choice Questions in Moodle using Formulas and Matlab results

Calculated Multiple Choice Questions in Moodle using Formulas and Matlab results

86. Laplace Transform (2): The Inverse Laplace Transform

86. Laplace Transform (2): The Inverse Laplace Transform

85. Laplace Transform (1): quick review

85. Laplace Transform (1): quick review

84. Complex Frequency (2): Is it pure math (2)

84. Complex Frequency (2): Is it pure math (2)

83. Complex Frequency (1): Is it pure math (1)

83. Complex Frequency (1): Is it pure math (1)

82. Phase and Gain margins

82. Phase and Gain margins

81. Other Resonant Forms

81. Other Resonant Forms

80. Resonance: Scaling

80. Resonance: Scaling

79. Passive Filters (7): Summary

79. Passive Filters (7): Summary

78. Passive Filters (6): Examples

78. Passive Filters (6): Examples

77. Passive Filters (5): Band-stop filter

77. Passive Filters (5): Band-stop filter

76. Passive Filters (4): Band-pass filter

76. Passive Filters (4): Band-pass filter

75. Passive Filters (3): High-pass filter

75. Passive Filters (3): High-pass filter

74. Passive Filters (2): Low-pass filter

74. Passive Filters (2): Low-pass filter

73. Passive Filters (1): Introduction

73. Passive Filters (1): Introduction

71. Bode Plots (6): Examples

71. Bode Plots (6): Examples

72. Bode Plots (7): Discussion

72. Bode Plots (7): Discussion

70. Parallel Resonance

70. Parallel Resonance

69. Series Resonance (5): Summary and example

69. Series Resonance (5): Summary and example

68. Series Resonance (4)

68. Series Resonance (4)

67. Series Resonance (3)

67. Series Resonance (3)

66. Series Resonance (2)

66. Series Resonance (2)

65. Series Resonance (1)

65. Series Resonance (1)

How to use Elearning to generate online exam with many forms

How to use Elearning to generate online exam with many forms

64. Bode Plots (5): Examples

64. Bode Plots (5): Examples

63. Bode Plots (4): Examples

63. Bode Plots (4): Examples

62. Bode Plots (3): Higher Order

62. Bode Plots (3): Higher Order

Question 1 Quiz 2

Question 1 Quiz 2

61. Bode Plots (2): introduction and phase plot

61. Bode Plots (2): introduction and phase plot

60. Bode Plots (1): introduction and magnitude diagram

60. Bode Plots (1): introduction and magnitude diagram

59. What is decibel scale? (4)

59. What is decibel scale? (4)

58. What is decibel scale? (3)

58. What is decibel scale? (3)

57. What is decibel scale? (2): Log and Semilog curve

57. What is decibel scale? (2): Log and Semilog curve

56. What is decibel scale? (1)

56. What is decibel scale? (1)

55. Frequency Response: Introduction: Example 14.2

55. Frequency Response: Introduction: Example 14.2

54. Frequency Response: Introduction

54. Frequency Response: Introduction

53. Transformer applications

53. Transformer applications

53. Ideal Autotransformer (2)

53. Ideal Autotransformer (2)

Induction motor characteristic under variable frequency

Induction motor characteristic under variable frequency

52. Ideal Autotransformer (1)

52. Ideal Autotransformer (1)

51. Ideal Transformer: Examples

51. Ideal Transformer: Examples

50. Ideal Transformer: Reflected circuit and example

50. Ideal Transformer: Reflected circuit and example

49. Ideal Transformer: Dot convention vs turns ratio

49. Ideal Transformer: Dot convention vs turns ratio

48. Ideal Transformer: Reflected Impedance

48. Ideal Transformer: Reflected Impedance

47. Ideal Transformer

47. Ideal Transformer

46. Linear Transformer (examples)

46. Linear Transformer (examples)

45. Linear Transformer

45. Linear Transformer

44. Coupling coefficient: Example 13.3

44. Coupling coefficient: Example 13.3

44. Coupling coefficient

44. Coupling coefficient

43. Energy in a coupled circuit

43. Energy in a coupled circuit

42. Magnetically Coupled Circuits: Example 3.2

42. Magnetically Coupled Circuits: Example 3.2

limitations of the Two-Wattmeter method in Unbalanced three-phase load

limitations of the Two-Wattmeter method in Unbalanced three-phase load

41. Magnetically Coupled Circuits: Example

41. Magnetically Coupled Circuits: Example

40. Magnetically Coupled Circuits: Circuit Analysis

40. Magnetically Coupled Circuits: Circuit Analysis

39. Magnetically Coupled Circuits: Dot Convention

39. Magnetically Coupled Circuits: Dot Convention

38. Magnetically Coupled Circuits: Mutual Inductance

38. Magnetically Coupled Circuits: Mutual Inductance

37. Magnetically Coupled Circuits: Introduction

37. Magnetically Coupled Circuits: Introduction

36. Effective Value with Multiple-Frequency Circuits

36. Effective Value with Multiple-Frequency Circuits

35. Two Wattmeter Method (2): ُExamples

35. Two Wattmeter Method (2): ُExamples

34. Two Wattmeter Method (1)

34. Two Wattmeter Method (1)

How to upload your assignment on E-learning (Abd AlRahman AlQiam)

How to upload your assignment on E-learning (Abd AlRahman AlQiam)

33. Unbalanced three-phase System (2): Example

33. Unbalanced three-phase System (2): Example

32. Unbalanced three-phase System (1):Discussion

32. Unbalanced three-phase System (1):Discussion

Saher Albatran Live Stream

Saher Albatran Live Stream

31. Power in a Balanced three-phase System (4): Power Factor Correction

31. Power in a Balanced three-phase System (4): Power Factor Correction

30. Power in a Balanced three-phase System (3): Line Current

30. Power in a Balanced three-phase System (3): Line Current

29. Power in a Balanced three-phase System (2): Examples

29. Power in a Balanced three-phase System (2): Examples

28. Power in a Balanced three-phase System (1)

28. Power in a Balanced three-phase System (1)

27. Per-Phase equivalent Circuit "Summary"

27. Per-Phase equivalent Circuit "Summary"

26. Balanced three phase Delta- Delta and Delta-Wye connections

26. Balanced three phase Delta- Delta and Delta-Wye connections

25. Balanced three phase Wye-Delta connection

25. Balanced three phase Wye-Delta connection

24. Balanced three phase Y Y connection

24. Balanced three phase Y Y connection

23. Balanced load

23. Balanced load

22. Introduction to three-phase

22. Introduction to three-phase

Homework (all semester all courses)

Homework (all semester all courses)

21. Discussion about energy consumption and the electricity bill

21. Discussion about energy consumption and the electricity bill

20. AC Power Analysis (13): Wattmeter

20. AC Power Analysis (13): Wattmeter

19. AC Power Analysis (12):Power factor and Complex Power (2)

19. AC Power Analysis (12):Power factor and Complex Power (2)

First Exam Spring 2020

First Exam Spring 2020

18. AC Power Analysis (11): importance of the power factor

18. AC Power Analysis (11): importance of the power factor

17. AC Power Analysis (10):Complex Power

17. AC Power Analysis (10):Complex Power

16. AC Power Analysis (9): Power Factor

16. AC Power Analysis (9): Power Factor

15. AC Power Analysis (8): Root Mean Square (rms) value (2) Examples

15. AC Power Analysis (8): Root Mean Square (rms) value (2) Examples

14. AC Power Analysis (7): Root Mean Square (rms) value (1)

14. AC Power Analysis (7): Root Mean Square (rms) value (1)

13. AC Power Analysis (6): Maximum Power transfer (2) Examples

13. AC Power Analysis (6): Maximum Power transfer (2) Examples

12. AC Power Analysis (5): Maximum Power transfer (1)

12. AC Power Analysis (5): Maximum Power transfer (1)

11. AC Power Analysis (4): Solved Examples

11. AC Power Analysis (4): Solved Examples

10. AC Power Analysis (3): Average power (3)

10. AC Power Analysis (3): Average power (3)

9.AC Power Analysis (2): Average power (2)

9.AC Power Analysis (2): Average power (2)

8. AC Power Analysis (1): instantaneous and average power (1)

8. AC Power Analysis (1): instantaneous and average power (1)

7. Sinusoidal Steady-State Analysis (3): Thévenin's theorem (2): Examples

7. Sinusoidal Steady-State Analysis (3): Thévenin's theorem (2): Examples

6. Sinusoidal Steady-State Analysis (3): Thévenin's theorem (1): Discussion

6. Sinusoidal Steady-State Analysis (3): Thévenin's theorem (1): Discussion

5. Sinusoidal Steady-State Analysis (2): Superposition

5. Sinusoidal Steady-State Analysis (2): Superposition

4. Sinusoidal Steady-State Analysis (1) Mesh and Nodal

4. Sinusoidal Steady-State Analysis (1) Mesh and Nodal

3. Sinusoids and Phasors (3)

3. Sinusoids and Phasors (3)

2. Sinusoids and Phasors (2)

2. Sinusoids and Phasors (2)

Sinusoids and Phasors (1)

Sinusoids and Phasors (1)

Tutorial: DC machines (Second_Exam_Fall_2018) Q2 and Q3

Tutorial: DC machines (Second_Exam_Fall_2018) Q2 and Q3

Tutorial: DC machines (Second_Exam_Fall_2017) Q2

Tutorial: DC machines (Second_Exam_Fall_2017) Q2

Open Delta

Open Delta

Short review for power transmission lines (Chapter 6)

Short review for power transmission lines (Chapter 6)

tutorial 22/ 7/2019

tutorial 22/ 7/2019

47. Active Power Control (17) AGC : Collection

47. Active Power Control (17) AGC : Collection

46. Active Power Control (16) Example 11.3 part 5

46. Active Power Control (16) Example 11.3 part 5

45. Active Power Control (15) Example 11.3 part 4

45. Active Power Control (15) Example 11.3 part 4

44. Active Power Control (14) Example 11.3 part3

44. Active Power Control (14) Example 11.3 part3

43. Active Power Control (13): Example 11.3 part 2

43. Active Power Control (13): Example 11.3 part 2

42. Active Power Control (12) Example 11.3 part1

42. Active Power Control (12) Example 11.3 part1

41. Active Power Control (11): Frequency bias tie line control

41. Active Power Control (11): Frequency bias tie line control

40. Active Power Control (10) Fundamentals of AGC (2): Interconnected Power System

40. Active Power Control (10) Fundamentals of AGC (2): Interconnected Power System

39. Active Power Control (9) Fundamentals of AGC (1)

39. Active Power Control (9) Fundamentals of AGC (1)

38. Active Power Control (8) Example 11.2 part b

38. Active Power Control (8) Example 11.2 part b

37. Active Power Control (7) Example 11.2 part a

37. Active Power Control (7) Example 11.2 part a

36. Active Power Control (6) Composite Regulating Ch/s of Power System

36. Active Power Control (6) Composite Regulating Ch/s of Power System

35. Active Power Control (5) Control of generating unit power output: LfC

35. Active Power Control (5) Control of generating unit power output: LfC

34. Active Power Control (4) fundamentals of speed governing (3): Droop

34. Active Power Control (4) fundamentals of speed governing (3): Droop

33. Active Power Control (3) fundamentals of speed governing (2): Isochronous Governor

33. Active Power Control (3) fundamentals of speed governing (2): Isochronous Governor

32. Active Power Control (2) fundamentals of speed governing (1)

32. Active Power Control (2) fundamentals of speed governing (1)

31. Active Power Control (1) Introduction

31. Active Power Control (1) Introduction

30. PrimeMover (8) Steam Turbines and Governing Systems (3)

30. PrimeMover (8) Steam Turbines and Governing Systems (3)

29. PrimeMover (7) Steam Turbines and Governing Systems (2)

29. PrimeMover (7) Steam Turbines and Governing Systems (2)

28. PrimeMover (6) Steam Turbines and Governing Systems (1)

28. PrimeMover (6) Steam Turbines and Governing Systems (1)

27. PrimeMover (5) Hydraulic Turbines and Governing Systems (3): Example

27. PrimeMover (5) Hydraulic Turbines and Governing Systems (3): Example

26. PrimeMover (4) Hydraulic Turbines and Governing Systems (2): Reaction Turbines

26. PrimeMover (4) Hydraulic Turbines and Governing Systems (2): Reaction Turbines

25. PrimeMover (3) Hydraulic Turbines and Governing Systems (1)

25. PrimeMover (3) Hydraulic Turbines and Governing Systems (1)

QA (1): 22-06-2019

QA (1): 22-06-2019

24. PrimeMover (2) Power and Generation Control

24. PrimeMover (2) Power and Generation Control

23. PrimeMover (1): Introduction (1): Energy

23. PrimeMover (1): Introduction (1): Energy

22. Excitation System (18): Load Capability Curve (2)

22. Excitation System (18): Load Capability Curve (2)

21. Excitation System (17): Load Capability Curve (1)

21. Excitation System (17): Load Capability Curve (1)

20. Excitation System (16): V-Curve (3)

20. Excitation System (16): V-Curve (3)

19. Excitation System (15): V-Curve (2)

19. Excitation System (15): V-Curve (2)

18. Excitation System (14): V-Curve (1)

18. Excitation System (14): V-Curve (1)

17. Excitation System (13) Control and Protective Functions (4): Pole-Slipping

17. Excitation System (13) Control and Protective Functions (4): Pole-Slipping

16. Excitation System (12): Control and Protective Functions (3)

16. Excitation System (12): Control and Protective Functions (3)

15. Excitation System (11): Control and Protective Functions (2): Load Compensation

15. Excitation System (11): Control and Protective Functions (2): Load Compensation

14. Excitation System (10): Control and Protective Functions (1)

14. Excitation System (10): Control and Protective Functions (1)

13. Excitation System (9) Small Signal Performance Measures

13. Excitation System (9) Small Signal Performance Measures

12. Excitation System (8): Dynamic Performance Measures (2) Nominal Response

12. Excitation System (8): Dynamic Performance Measures (2) Nominal Response

11. Excitation System (7) Dynamic Performance Measures (1)

11. Excitation System (7) Dynamic Performance Measures (1)

10. Excitation System (6) Static Excitation System

10. Excitation System (6) Static Excitation System

9. Excitation System (5) Rotating Rectifier

9. Excitation System (5) Rotating Rectifier

8. Excitation System (4) Stationary Rectifier (2)

8. Excitation System (4) Stationary Rectifier (2)

7. Excitation System (3) Stationary Rectifier (1)

7. Excitation System (3) Stationary Rectifier (1)

6. Excitation System (2): DC Excitation

6. Excitation System (2): DC Excitation

5 Excitation System (1): Introduction

5 Excitation System (1): Introduction

4. Revision to synchronous generator

4. Revision to synchronous generator

3. Operating States of Power System

3. Operating States of Power System

2. Control of Power System

2. Control of Power System

1. What is Power System

1. What is Power System

Course Syllabus

Course Syllabus