Learn · Power Network Analysis
Lecture 23 of 60Week 5
Lecture 23 : Transmission line parameters - capacitance of 3∅ lines, effect of earth
Prof. Abheejeet Mohapatra · IIT Kanpur
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- Power Network Analysis, IIT Kanpur (at NPTEL)
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All the lectures
- Lecture 1 : Introduction
- Lecture 2 : Basic Circuit Principles – Phasor Diagrams
- Lecture 3 : Basic Circuit Principles – Power in 1∅ AC circuit
- Lecture 4 : Basic Circuit Principles - Power in 3∅ AC circuit
- Lecture 5 : Transformers and per unit analysis – Basics of Transformers
- Lecture 6 : Transformer and per unit analysis – Basics and 3∅ transformers
- Lecture 7 : Transformer and per unit analysis – per unit analysis
- Lecture 8 : Transformer and per unit – example
- Lecture 9 : Synchronous – Basics of 3∅ machines
- Lecture 10 : Synchronous Generators – Induced emf, armature reaction
- Lecture 11 : Synchronous Generators – equivalent circuit representation
- Lecture 12 : Synchronous Generators – power expressions and capability curves
- Lecture 13 : Synchronous Generators – capability curves
- Lecture 14 : Synchronous Generators – Real and reactive power control
- Lecture 15 : Synchronous Generators – Economic Dispatch
- Lecture 16 : Synchronous Generators – Parallel Operation
- Lecture 17 : Transmission line parameters – line resistance
- Lecture 18 : Transmission line parameters – inductance due to internal flux
- Lecture 19. Transmission line parameters – inductance between points outside conductor
- Lecture 20 :Transmission line parameters – magnetic flux linkage of a conductor in a group of conductors
- Lecture 21 : Transmission line parameters – inductance of 3∅ lines
- Lecture 22 : Transmission line parameters – capacitance evaluation
- Lecture 23 : Transmission line parameters - capacitance of 3∅ lines, effect of earth
- Lecture 24 : Transmission line parameters – use of tables for reactance calculation and example
- Lecture 25 : Transmission line models and performance – basics, two-port network
- Lecture 26 : Transmission line models and performance – short line model
- Lecture 27 : Transmission line models and performance – medium line model
- Lecture 28 : Transmission line models and performance – long line model
- Lecture 29 : Transmission line models and performance – long line model, lossless long line
- Lecture 30 : Transmission line models and performance – surge impedance loading, complex power flow
- Lecture 31 : Transmission line models and performance – reactive power compensation
- Lecture 32 : Power flow analysis – Basic circuit analysis
- Lecture 33 : Power flow analysis – Basis/ assumptions in power flow, Bus admittance matrix
- Lecture 34 : Power flow analysis – Effect of mutually coupled impedances and transformer taps in bus admittance matrix
- Lecture 35 : Power flow analysis – equations, classification of buses
- Lecture 36 : Power flow analysis – equations, classification of buses
- Lecture 37 : Power flow analysis – Gauss-Seidel method
- Lecture 38 : Power flow analysis – Newton-Raphson method (polar coordinates)
- Lecture 39 : Power flow analysis – Newton-Raphson method (rectangular coordinates)
- Lecture 40 : Power flow analysis – Fast Decoupled method
- Lecture 41: Power flow analysis – DC Power flow
- Lecture 42 : Power flow analysis – backward-forward technique for distribution networks
- Lecture 43 : Fault analysis - Synchronous machine parameter variations, time constants
- Lecture 44 : Fault analysis – Behaviour of synchronous machine just after a fault, difference between power flow, fault, and stability analysis.
- Lecture 45 : Fault analysis – Basis of Thevenin’s theorem
- Lecture 46 : Fault analysis – Balanced fault analysis
- Lecture 47 : Fault analysis - Fortescue’s theorem and sequence components
- Lecture 48 : Fault analysis – Unbalanced fault analysis
- Lecture 49 : Fault analysis – Unbalanced fault analysis
- Lecture 50 : Fault analysis – Solved examples
- Lecture 51 : Fault analysis – Protection challenges due to Renewable Energy (RE) resource integration
- Lecture 52 : Stability analysis – Basics and classification of power system stability
- Lecture 53: Stability analysis – Swing equation - part I
- Lecture 54: Stability analysis - Swing equation – part II
- Lecture 55 : Stability analysis – Ward reduction, Single machine infinite bus system
- Lecture 56 : Stability analysis – Synchronizing power coefficient, Equal area criteria
- Lecture 57 : Stability analysis – More on equal area criteria, Basics of numeric integration
- Lecture 58 : Stability analysis – Solved examples
- Lecture 59 : Stability analysis – Multi-machine transient rotor angle stability
- Lecture 60 : Stability analysis – Challenge with RE integration