Learn · Power Electronics Applications in Power Systems
Lecture 11 of 35Week 4: Mid-point Compensation of transmission line
Lec 11: Numerical example of mid-point compensation: Part A
Prof. Sanjib Ganguly · IIT Guwahati
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- Power Electronics Applications in Power Systems, IIT Guwahati (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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All the lectures
- Lec 1: Basic Concepts of active and reactive power
- Lec 2: Basic Concepts of reactive power compensation
- Lec 3: Basic mathematical modelling of power transmission systems
- Lec 4: Derivation of the relation of sending and receiving end voltages and currents: Part A
- Lec 5: Derivation of the relation of sending and receiving end voltages and currents: Part B
- Lec 6: Derivations of power flow expressions
- Lec 7: Numerical example showing determination of power flow
- Lec 8: Generalized expression for active and reactive power at any point of a long line
- Lec 9: Mid-point voltage and current for long, lossless transmission lines
- Lec 10: Plot of mid-point voltage vs line loading
- Lec 11: Numerical example of mid-point compensation: Part A
- Lec 12: Numerical example of mid-point compensation: Part B
- Lec 13: Effect of Mid-point compensation on power flow of transmission lines
- Lec 14: Thyristor controlled reactor (TCR)
- Lec 15: Harmonics in TCR and Three-phase TCR configuration
- Lec 16: Operating Characteristics of TCR
- Lec 17: Categorization of different types of SVC and Fixed capacitor TCR (FC-TCR)
- Lec 18: Mechanically Switched Capacitor TCR (MSC-TCR) and Thyrisor Switch Capacitor (TSC)
- Lec 19: Thyristor Switch Capacitor (TSC)
- Lec 20: Design of TSC-TCR: Numerical Example
- Lec 22: SVC in enhancement of transient stability of power systems
- Lec 23: SVC in enhancement of synchronizing power coefficient
- Lec 24: SVC in power system oscillation damping
- Lec 25: SVC in voltage control of power systems: Modelling
- Lec 26: SVC in voltage control of power systems: Control characteristics
- Lec 27: SVC in voltage control of power systems: Numerical example
- Lec 28: Basic operating principle of TCSC
- Lec 29: Basic mathematical modelling of TCSC-Part 1
- Lec 30: Basic mathematical modelling of TCSC-Part 2
- Lec 31: TCSC reactance and hamomics analysis
- Lec 32: Applications of TCSC in power systems
- Lec 33: Basic mathematical modelling of STATCOM
- Lec 34: Applications of STATCOM in power systems
- Lecture 35: Basic mathematical modelling of SSSC
- Lec 36: Applications of SSSC in power systems