Week 1: Introduction:
1. Introduction
2. Active and reactive power in electrical circuits
3. Reactive power compensation
Week 2: Long transmission line modelling:
4. Transmission line modelling: Categorization
5. Derivation of the relation of sending and receiving end voltages and currents
6. Concept of surge impedance, phase constant, and symmetrical lines
Week 3: Power flow in Long transmission lines:
7. Derivation of the expressions of active and reactive power
8. Numerical Example
9. Numerical Example
Week 4: Mid-point compensation of transmission lines:
10. Expressions of the voltage and current at the mid-point
11. Mid-point compensation with numerical examples - I
12. Mid-point compensation with numerical examples - II
13. Series and Shunt compensations
Week 5: Static VAR Compensator (SVC): Part-I
14. Different types of SVC: Thyristor controlled Reactor (TCR) - I
15. Different types of SVC: Thyristor controlled Reactor (TCR) - II
16. Different types of SVC: Fixed capacitor TCR and Mechanically switched capacitor TCR
Week 6: Static VAR Compensator (SVC): Part-II:
17. Different types of SVC: Thyristor switched capacitor (TSC)
18. Different types of SVC: TSC-TCR
19. Numerical examples
Week 7: Applications of SVC in power systems - I:
20. Application of SVC in power system voltage control
21.Numerical Example
Week 8: Applications of SVC in power systems - II:
22. Application of SVC in enhancing power system stability
23. Application of SVC in power system damping
Week 9: Thyristor controlled series capacitor(TCSC) - I:
24. Basic mathematical modelling - I
25. Basic mathematical modelling - II
Week 10: Thyristor controlled series capacitor (TCSC) - II:
26. Application of TCSC in power systems - I
27. Application of TCSC in power systems - II
Week 11: Static Synchronous compensator (STATCOM):
28. Basic mathematical modelling
29. Applications of STATCOM in power systems
Week 12: Static synchronous series capacitor (SSSC):
30. Basic mathematical modelling
31. Applications of SSSC in power systems
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