Power System Analysis - Google Play

Electric Power System & Analysis is a free Electrical Engineering handbook covering important course topics, detailed notes, diagrams, equations, formulas and study materials. Download this digital book and reference guide for Diploma, BE, BTech and related engineering degree courses.

Explore 90 topics across 5 chapters on power system analysis, transmission line parameters, inductance, capacitance, per-unit systems, bus admittance and impedance matrices, transmission models, economic dispatch and load flow. Useful for exams, GATE revision, viva, interviews, assignments and projects.

RELATED ENGINEERING BRANCHES
Electrical Engineering, Electrical and Electronics Engineering (EEE), Power Systems Engineering, Power Engineering, Energy Engineering and Electronics and Communication Engineering (ECE).

56 LISTED TOPICS FROM 90

POWER SYSTEM FUNDAMENTALS & INDUCTANCE
1. Development of Modern Power Systems
2. Introduction to Modern Power Systems
3. Basic Structure of a Power System
4. Series Parameters of Transmission Lines
5. Line Resistance
6. Inductance of a Straight Conductor
7. Internal Inductance
8. External Inductance
9. Inductance of a Single-Phase Line
10. Inductance of Symmetrically Spaced Three-Phase Lines
11. Inductance of Asymmetrically Spaced Three-Phase Lines
12. Transposed Lines
13. Composite Conductors
14. Conductor Inductance
15. Bundled Conductors

TRANSMISSION LINE CAPACITANCE
16. Shunt Parameters of Transmission Lines
17. Capacitance of a Straight Conductor
18. Capacitance of a Single-Phase Transmission Line
19. Capacitance of Equilaterally Spaced Three-Phase Lines
20. Capacitance of Unsymmetrically Spaced Three-Phase Lines
21. Capacitance of a Double-Circuit Line
22. Effect of Earth on Transmission Line Capacitance

POWER SYSTEM MODELS & BUS MATRICES
23. Synchronous Machine Model
24. Transformer Model
25. Balanced Three-Phase Circuit Operation
26. Per-Unit Representation
27. Network Admittance and Impedance Matrices
28. Formation of the Bus Admittance Matrix (Ybus)
29. Node Elimination by Matrix Partitioning
30. Node Elimination by Kron Reduction
31. Inclusion of Line-Charging Capacitance
32. Elements of Bus Impedance and Admittance Matrices
33. Modification of the Bus Impedance Matrix (Zbus)
34. Adding a New Bus to the Reference Bus
35. Adding a New Bus to an Existing Bus via Impedance
36. Adding Impedance Between Two Existing Buses
37. Direct Determination of the Zbus Matrix
38. Thevenin Impedance and Zbus Matrix

TRANSMISSION LINE MODELS & PERFORMANCE
39. Transmission Line Models
40. ABCD Parameters
41. Short Transmission Lines
42. Medium Transmission Lines
43. Equivalent Representation of Long Transmission Lines
44. Nominal-T Representation
45. Characteristics of a Long Lossless Line
46. Voltage and Current in a Single-Machine Infinite-Bus (SMIB) System
47. Midpoint Voltage and Current of Loaded Lines
48. Power in a Lossless Line

ECONOMIC OPERATION & LOAD FLOW
49. Economic Operation of Power Systems
50. Economic Load Distribution Among Generating Units
51. Generation Limits
52. Economic Load Sharing Between Power Plants
53. Automatic Generation Control (AGC)
54. Load Frequency Control (LFC)
55. Coordination of LFC and Economic Dispatch
56. Load Flow Studies

Use this free Power System Analysis ebook to revise power transmission, network modeling, load frequency control and economic operation of electrical power systems.