Power Electronics: Drive Technology and Motion Control explores the principles and practices of power electronics, emphasizing drive technology and motion control. The book covers the fundamentals of electric machine transformers, drive systems, electric traction and renewable energy in an e-Mobility chapter. Supported with illustrations and worked examples, the book covers theory, real life applications, and practical/industrial applications of power electronic drive technology and motion control. This book is intended for engineers, researchers and students who are interested in advanced control of power converters and control specialists who like to explore new applications of control theory.
Electronic power control is a coupling of electronic technology and applications from power engineering which rely on one another to provide cleaner electrical power, increased speed, reliability of power and accurate and efficient control of power.
1. Cover image - p. iv 2. Title page - p. iv 3. Table of Contents - p. iv 4. Copyright - p. iv 5. Dedication - p. v 6. Preface - p. vii 7. Principal Symbols - p. xi 8. 16: Electric Machines - p. 16.1 9. Abstract - p. 16.1 10. 16.1 Transformers - p. 16.1 11. 1.1 Transformer at no load - p. 16.1 12. 1.2 Transformer with load - p. 16.3 13. 1.3 Transformer vector diagram - p. 16.4 14. 1.4 Impedance transformation - p. 16.5 15. 1.5 Magnetizing inductance - p. 16.7 16. 1.6 Leakage inductance - p. 16.9 17. 1.7 Energy losses - p. 16.11 18. 1.8 Equivalent diagram - p. 16.13 19. 1.9 No-load and short circuit test - p. 16.15 20. 1.10 Nominal values of a transformer - p. 16.16 21. 1.11 Three-phase transformers - p. 16.16 22. 1.12 Transformer types - p. 16.18 23. 16.2 DC Commutator Machines - p. 16.19 24. 2.1 DC Generator - p. 16.19 25. 2.2 DC Motor - p. 16.27 26. 16.3 Three-Phase Asynchronous Motor - p. 16.36 27. 3.1 Rotating stator field - p. 16.36 28. 3.2 Three-phase induction motor - p. 16.47 29. 3.3 M-n curve of an induction motor - p. 16.52 30. 3.4 Starting current of induction motor - p. 16.59 31. 3.5 Displacement factor of an induction motor - p. 16.61 32. 3.6 Power diagram - p. 16.63 33. 3.7 Construction of induction motors - p. 16.63 34. 3.8 Motor terminals - p. 16.64 35. 3.9 Speed and torque control - p. 16.65 36. 3.10 Simple mathematical model of an induction motor - p. 16.65 37. 16.4 Synchronous Machines - p. 16.66 38. 4.1 Synchronous three-phase machine - p. 16.66 39. 4.2 Electronically controlled synchronous motors - p. 16.71 40. 16.5 Small Appliance Motors - p. 16.71 41. 5.1 Single phase induction motor - p. 16.71 42. 5.2 Universal motor - p. 16.75 43. 17: Drive Systems - p. 17.1 44. 18: Current -, Angular Position -, Speed Transducers - p. 18.1 45. 19: Speed- and (or) Torque-Control of a DC-motor - p. 19.1 46. 20: Speed- and (or) Torque- Control of THREE-PHASE Asynchronous Motor - p. 20.1 47. Abstract - p. 20.1 48. 1 Three-Phase Asynchronous Motor - p. 20.1 49. 2 Electronic Control of an Induction Motor - p. 20.7 50. 3 Scalar Control of Induction Motor Speed - p. 20.9 51. 4 Slip Control - p. 20.10 52. 5 Scalar Frequency Converters - p. 20.11 53. 6 Indirect Frequency Converter of the VSI-Type - p. 20.13 54. 7 Vector Control - p. 20.35 55. 8 Micro Electronics in Power Electronics - p. 20.80 56. 9 Soft-Starters - p. 20.81 57. 10 Indirect Frequency Converter with Current Source Inverter (CSI) - p. 20.86 58. 21: Electronic control of: Appliance- / SR- / Synchronous 3-phase- / & Induction servo-Motors - p. 21.1 59. 22: Electrical Positioning Systems - p. 22.1 60. 23: e - MOBILITY - p. 23.1 61. Vocabulary - p. VO1 62. Index - p. I.1
Power Electronics: Drive Technology and Motion Control explores the principles and practices of power electronics, emphasizing drive technology and motion control. The book covers the fundamentals of electric machine transformers, drive systems, electric traction and renewable energy in an e-Mobility chapter. Supported with illustrations and worked examples, the book covers theory, real life applications, and practical/industrial applications of power electronic drive technology and motion control. This book is intended for engineers, researchers and students who are interested in advanced control of power converters and control specialists who like to explore new applications of control theory.
Electronic power control is a coupling of electronic technology and applications from power engineering which rely on one another to provide cleaner electrical power, increased speed, reliability of power and accurate and efficient control of power.
1. Cover image - p. iv 2. Title page - p. iv 3. Table of Contents - p. iv 4. Copyright - p. iv 5. Dedication - p. v 6. Preface - p. vii 7. Principal Symbols - p. xi 8. 16: Electric Machines - p. 16.1 9. Abstract - p. 16.1 10. 16.1 Transformers - p. 16.1 11. 1.1 Transformer at no load - p. 16.1 12. 1.2 Transformer with load - p. 16.3 13. 1.3 Transformer vector diagram - p. 16.4 14. 1.4 Impedance transformation - p. 16.5 15. 1.5 Magnetizing inductance - p. 16.7 16. 1.6 Leakage inductance - p. 16.9 17. 1.7 Energy losses - p. 16.11 18. 1.8 Equivalent diagram - p. 16.13 19. 1.9 No-load and short circuit test - p. 16.15 20. 1.10 Nominal values of a transformer - p. 16.16 21. 1.11 Three-phase transformers - p. 16.16 22. 1.12 Transformer types - p. 16.18 23. 16.2 DC Commutator Machines - p. 16.19 24. 2.1 DC Generator - p. 16.19 25. 2.2 DC Motor - p. 16.27 26. 16.3 Three-Phase Asynchronous Motor - p. 16.36 27. 3.1 Rotating stator field - p. 16.36 28. 3.2 Three-phase induction motor - p. 16.47 29. 3.3 M-n curve of an induction motor - p. 16.52 30. 3.4 Starting current of induction motor - p. 16.59 31. 3.5 Displacement factor of an induction motor - p. 16.61 32. 3.6 Power diagram - p. 16.63 33. 3.7 Construction of induction motors - p. 16.63 34. 3.8 Motor terminals - p. 16.64 35. 3.9 Speed and torque control - p. 16.65 36. 3.10 Simple mathematical model of an induction motor - p. 16.65 37. 16.4 Synchronous Machines - p. 16.66 38. 4.1 Synchronous three-phase machine - p. 16.66 39. 4.2 Electronically controlled synchronous motors - p. 16.71 40. 16.5 Small Appliance Motors - p. 16.71 41. 5.1 Single phase induction motor - p. 16.71 42. 5.2 Universal motor - p. 16.75 43. 17: Drive Systems - p. 17.1 44. 18: Current -, Angular Position -, Speed Transducers - p. 18.1 45. 19: Speed- and (or) Torque-Control of a DC-motor - p. 19.1 46. 20: Speed- and (or) Torque- Control of THREE-PHASE Asynchronous Motor - p. 20.1 47. Abstract - p. 20.1 48. 1 Three-Phase Asynchronous Motor - p. 20.1 49. 2 Electronic Control of an Induction Motor - p. 20.7 50. 3 Scalar Control of Induction Motor Speed - p. 20.9 51. 4 Slip Control - p. 20.10 52. 5 Scalar Frequency Converters - p. 20.11 53. 6 Indirect Frequency Converter of the VSI-Type - p. 20.13 54. 7 Vector Control - p. 20.35 55. 8 Micro Electronics in Power Electronics - p. 20.80 56. 9 Soft-Starters - p. 20.81 57. 10 Indirect Frequency Converter with Current Source Inverter (CSI) - p. 20.86 58. 21: Electronic control of: Appliance- / SR- / Synchronous 3-phase- / & Induction servo-Motors - p. 21.1 59. 22: Electrical Positioning Systems - p. 22.1 60. 23: e - MOBILITY - p. 23.1 61. Vocabulary - p. VO1 62. Index - p. I.1
