This book Useful for Electronics & Electricals Engineering Students.
1. Introduction
2. High-voltage A.C. Circuit-breakers
3. Fundamentals Of Fault Clearing, Switching Phenomena And Circuit-breaker Ratings
4. The ARC-extinction
5. Air-break Circuit-breaker
6. Air-blast Circuit-breaker
7. Sulphur Hexafluoride (SF6) Circuit-breaker And SF6 Insulated Metalclad Switchgear (GIS)
8. Bulk Oil And Minimum Oil Circuit-breaker
9. Vacuum Interrupter And Vacuum Circuit-breaker
10. Testing Of High Voltage A.C. Circuit-breaker
11. Short Circuit Testing Of Circuit-breakers
12. Requirement And High Voltagetesting Of Circuit-breakers
13. Installation And Maintenance
14. HRC Fuses And Their Application
15A. Metal-enclosed Switchgear, Control Gear And Contactor
15B. Medium Voltage Metal Enclosed Switchgear With SF6 CB And VCB
15C. Low-voltage Controlgear And Switchgear
16. Hvdc Circuit-breaker And Metallic Return Transfer Breaker (MRTB)
17. Electrical Substations, Equipment And Bus-bar Layouts
18A. Transient Overvoltage Surges, Surge Arresters And Insulation Co-ordination
18B. Neutral Grounding (Neutral Earthing)
18C. Substation Earthing System And Equipment Earthing
19. Introduction To Fault Calculations
20. Symmetrical Faults And Current Limiting Reactors
21. Symmetrical Components
22. Unsymmetrical Faults On An Unloaded Generator
23. Faults On Power Systems
23. Faults On Power Systems
24. Use Of A.C. Network Analyser And Digital Computer In Fault Calculations
25. Introduction To Protective Relaying
26. Electromagnetic Relays
27. Overcurrent Protection And Earth Fault Protection
28. Differential Protection
29. Distance Protection
30. Protection Of Transmission Lines
31. Protection Of Induction Motors
32. Protection Of Transformers
33. Protection Of Generators
34. Station Bus-zone Protection
35. Current Transformers And Their Applications
36. Voltage Transformers And Their Applications
37. Testing And Maintenance Of Protective Relays
38A. Introduction To Static And Microprocessor-based Integrated Programmable Protection, Monitoring And Control Systems
38B. Introduction To Analogue And Digital Static Relays
39. Comparators And Level Detectors
40. Static Overcurrent Relays
41. Static Differential Protection Of Power Transformers
42. Static Distance Relays And Distance Protection Of EHV Lines
43A. Important Assorted Topics And Static Protection Schemes
43B. Digital Relays, Microprocessors Based Relays, Fault Recorders And Fault Locators
43C. Modern Protection System–A Summary
43D. Microprocessor Based Substation Protection Control And Monitoring
44. Power System Stability, Auto-reclosing Schemes, Methods Of Analysis And Improvement Of Transient Stability
45A. Load-frequency Control, Load Shedding And Static Frequency Relay
45B. Voltage Control And Compensation Of Reactive Power
45C. Voltage Stability Of Electrical Network
46A. Digital Computer Aided Protection And Automation
46B. Economic Operation Of Power System And Automatic Economic Load Dispatch
47. HVDC Transmission Systems
48. EHV – AC Transmission Systems And Static Var Sources
49. Interconnected Power Systems
50. Operation And Control Of Interconnected Power Systems, AGC And SCADA
51. Power System Planning
52. Improving Dynamic Stability By Flexible AC Transmission System (FACT) And HVDC Systems
53. Computer Aided Power System Studies
54. Power System Reliability Studies
55. Power System Security And Optimum Load Flow
56. Renewable And Conventional Energy And Power Plants
57A. Power Flow Calculations — Part I
57B. Power Flow Calculations — Part II
58. Applications Of Switchgear
59. Electrical Safety
Appendices
Index
