SUBJECT SYLLABUS
Biểu mẫu 3
(Major: Power & Energy Engineering )
1. Subject name: ADVANCED ELECTRICAL MACHINE ANALYSIS
2. Credit: 3
3. Instructors: Dr. Pham Dinh Truc, Assoc. Prof., Dr. Nguyen Huu Phuc.
4. Department: Power Equipments, Faculty of Electrical- Electronics Engineering
5. Course Description: The course introduces transient process issues in electrical rotating
machines with the following topics covered: Electromechnical Energy Conversion equations;
Transient problems in Electrical machines; Transient process in DC Machines; Transient
process in Synchronous Machines operating at synchronous speed; Transient process in
Synchronous Machines operating at sub-synchronous speed; Transient process in
Synchronous Machines operating at variable sub-synchronous speed; Transient process in
Asynchronous Machines; Modelling and Simulation of Electrical Machines in Transient
Process using MATLAB; ATP-EMTP.
5. Subject content :
No
1
2
3
4
Content
Chapter 1:Basics of Magnetics and Line Modeling
1.1: Introduction
1.2: Magnetic Materials
1.3: Energy Coversation
1.4: Permanent Magnets
1.5: Line Parameters
1.6: Lumped Parameter Circuit Models
1.7: Distributed Parameter Model
3.8: Simulation of a Single- phase Line
3.9: Projects
Chapter 2: Transformers
2.1: Introduction
2.2: Ideal Transformer
2.3: Model of a Two_winding Transformer
2.4: Simulation of a Two_winding Transformer
2.5: Terminal Conditions
2.6: Incorporating Core Staturation into Simulation
2.7: Three-phase Connections
2.8: Projects
Chapter 3: Basics of Electric Machines and Transformations
3.1: Introduction
3.2: Electrical Radians and Synchronous Speed
3.3: Flux Per Pole and Induced Voltage
3.4: Spatial mmf Distributionof a Winding
3.5: Winding Inductances
3.6: Rotating Fields
3.7: Developed Torque of a Uniform Airgap Machine
3.8: Three-phase Transformations
3.9: qdO Transformation Applied to Line Elements
3.10: Space Vetors and Transformations
3.11: Projects
Chapter 4: Three-phase Induction Machines
Reference
[1], [2], [3]
[1], [2], [3]
[1], [2], [3]
[1], [2], [3]
5
6
7
8
4.1: Introduction
4.2: Rotating Magnetic Field and Slip
4.3: Circuit Model of a Three-phase Induction Machine
4.4: Machine Model in Arbitrary qdO Reference Frame
4.5: qdO Stationary and Synchronous Reference Frames
4.6: Steady-State Model
4.7: Transient Model
4.8: Simulation of an Introduction Machine in the Stationary
Reference Frame
4.9: Linearized Model
4.10: Single-phase Introduction Model
4.11: Projects
Chapter 5: Synchronous Machines
5.1: Introduction
5.2:Mathematical Model
5.3: Currents in Terms of Flux Linkages
5.4: Steady- state Operation
5.5: Simulation of Three-phase Synchronous Machines
5.6: Machine Parameters
5.7: Calculating Machine Parameters
5.8: Higher-order Models
5.9: Permanent Magnet Synchronous Motors
5.10: Synchronous Machine Projects
Chapter 6: DC Machines
6.1: Introduction
6.2: Armature Windings
6.3: Field Excitation
6.4: Induced Voltage of the Armature Winding
6.5: Electromagnetic Torque
6.6: Armature Reaction
6.7: Commutation
6.8: Models of Operation
6.9: Feasible Torque-speed Region
6.10: Braking
6.11: Speed Control
6.12: Four-quadrant Operation
6.13: Staring a Shunt dc Generator
6.14: Starting a Shunt dc Motor
6.15: Projects
Chapter 7: Control of Induction Machines
7.1: Introduction
7.2: Speed Control
7.3: Constant Airgap Flux Operation
7.4: Constant Volts/Hertz Flux Operation
7.5: Induction Machine Drives
7.6: Field-orientation Methods
7.7: Inderect Field Orientation Methods
7.9: Projects
Chapter 8: Synchronous Machine in Power Systems and Drives
8.1: Introduction
8.2: Synchronous Generators in Power Systems
8.3: Transient Model with.7 d and q Field Windings
[1], [2], [3]
[1], [2], [3]
[1], [2], [3]
[1], [2], [3]
8.4: Sub-transient Model with Field and Damper Windings
8.5: Specific Cases
8.6: Excitation Systems
8.7: Shaft Torsional
8.8: Synchronous Motor Drives
8.9: Projects
6. Reference Literature :
[1]. Response Analysis of AC Electrical Machines, Computer Models and Simulation; John
R.Smith; John Wiley & Sons 1990.
[2]. Three-Phase Electrical Machine Systems, Computer Simulation; John R.Smith, Meng-Jen
Chen; John Wiley & Sons 1993.
[3]. Introduction aø l’eùlectrotechnique approfondie; J. Lesenne, F.Notelet, G. Seùguier; TEC
DOC 1990.
7. Evaluation:
No
Method
Number of test
Weight(%)
1
Mid-term test
0
2
Practice, Experiment
0
3
Seminar, Assignment in classes
8
50
4
Final test (Report assignment)
1
50
Instructors