Printed
Power System Engineering 2ed
Salient Features :
- Systematic exposition of basic principles
involved in operation, control, and analysis of
modern power systems.
- Detailed coverage of power system transients,
circuit breakers, and protection.
- Computational algorithms for various system
studies presented.
- Appendix on MATLAB & SIMULINK gives simulation
programs for power system analysis.
1. Introduction , 1
2. Inductance and Resistance of Transmission
Lines , 95
3. Capacitance of Transmission Lines , 127
4. Representation of Power System Components , 146
5. Characteristics & Performance of Power
Transmission Lines , 177
6. Load Flow Studies , 235
7. Optimal System Operation , 331
8. Automatic Generation & Voltage Control , 409
9. Symmetrical Fault Analysis , 453
10. Symmetrical Components , 495
11. Unsymmetrical Fault Analysis , 523
12. Power System Stability , 558
13. Power System Transients , 635
14. Circuit Breaker s , 682
15. Power System Protection , 723
16. Underground Cables , 810
17. Insulators for Overhead Lines , 829
18. Mechanical Design of Transmission Lines , 841
19. Corona , 852
20. High Voltage DC (HVDC) Transmission , 860
21. Distribution Systems , 886
Voltage Stability , 902
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