Transmission of Electrical Energy Overhead Lines 1st Edition by Ailson De Moura, Adriano Aron de Moura, Ednardo da Rocha ISBN 0367477092 978-0367477097

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ISBN 10: 0367477092
ISBN 13:  978-0367477097
Author: Ailson De Moura, Adriano Aron de Moura, Ednardo da Rocha

Transmission of Electrical Energy-Overhead Lines 1st Table of contents:

1 ATPdraw Program

1.1 Introduction

1.2 Resolution Algorithms

1.3 Trapezoidal Integration Rule

1.3.1 Lumped Resistance Model

1.3.2 Lumped Inductance Model

1.3.3 Nodal Equations

1.3.3.1 Conductance Matrix Assembly by Inspection

1.3.4 Lumped Capacitance Model

1.4 Transmission Line Models

1.4.1 Models with Lumped Parameters

1.4.2 Models with Distributed Parameters

1.4.3 Models with Frequency-Dependent Parameters

1.5 Models of Lightning Discharge Current Sources

1.5.1 Double Exponential Source

1.5.2 Heidler Source

1.5.3 Standler Source

1.5.4 CIGRÉ Source

1.6 Numerical Oscillations

1.7 Using ATPdraw

1.7.1 First ATPdraw Circuit

1.7.2 Using the Line Constant Routine

1.8 Problems

2 Transmission Lines: Physical Aspects

2.1 Introduction

2.2 Transmission System

2.3 Components of a Transmission Line

2.3.1 Supporting Structures

2.3.1.1 Suspension Structure

2.3.1.2 Mooring or Anchoring Structure

2.3.1.3 Angle Structure

2.3.1.4 Transposition Structure

2.3.1.5 Wooden Structure

2.3.2 Conductors and Ground Wire Cables

2.3.2.1 Conductors

2.3.2.2 Ground Wire Cables

2.3.3 Insulators

2.3.4 Fittings

2.3.4.1 Suspension Chain Fittings

2.3.4.2 Anchor Chain Fittings

2.4 Construction of a Transmission Line

2.4.1 Project Execution in the Field

2.4.1.1 Execution of the Work

2.5 Corona Effect

2.6 Problems

3 Transmission Line Parameter Calculation

3.1 Introduction

3.2 Resistance

3.3 Inductance

3.4 Flux Linkages of One Conductor in a Group

3.5 Inductance of Composite-Conductor Lines

3.6 GMD Proper Bundled Conductor Calculation

3.7 TL Parameter Matrix Calculation

3.7.1 Internal Impedance Calculation

3.7.2 Carson Method

3.7.2.1 External Impedance Calculation

3.7.2.2 Ground Impedance Calculation (Carson’s Corrections)

3.7.3 Approximate Carson Method

3.7.4 Carson’s Method Operationalization

3.8 Sequence Impedances

3.9 Capacitance

3.9.1 Capacitance for Neutral

3.9.2 Capacitance Calculation with Earth Effect

3.9.3 Operationalization of the Image Method

3.10 Sequence Admittances

3.11 Problems

4 Operation of Transmission Lines at Steady-State

4.1 Introduction

4.2 General Equations for TLs

4.2.1 Circuit of Distributed Parameters

4.2.2 General Propagation Equations of a TL

4.3 Equations of the TL at Steady-State

4.3.1 Analysis of CLI and PC

4.3.2 Variation of Propagation Parameters with Frequency

4.4 Hyperbolic Form of TL Equations

4.5 Passive Quadrupole

4.5.1 Association of Quadrupoles

4.6 Short-Length Lines

4.7 Medium-Length Lines

4.8 Long-Length Line Equivalent Circuit

4.9 Voltage Regulation

4.10 Lossless Lines

4.11 Voltage Profile

4.12 Stability Limit of Steady-State (PR)

4.13 Maximum Power Flow for Line with Loss

4.14 Reactive Compensation

4.14.1 Series Capacitors

4.14.2 Capacitor Switchable to Thyristors

4.14.3 Shunt Reactor

4.14.4 Thyristor-Controlled Reactor

4.14.5 Saturated Reactor

4.14.6 Shunt Capacitor

4.14.7 Synchronous Compensators

4.14.8 Static Compensator

4.14.8.1 Static Compensator of the Type SR/FC

4.14.8.2 Static Compensator Type TSC/FR

4.14.8.3 TCR/FC Compensator

4.14.8.4 Compensator Type TCR/TSC

4.15 Compensation of TLs

4.16 Introduction to the Electrical Design of a TL

4.17 Problems

5 Transmission Lines Operation at Transient State

5.1 Introduction

5.2 Transients in Single-Phase Lines

5.3 Traveling Waves

5.4 Transient Analysis: Reflections on a Discontinuity

5.4.1 Resistive Termination

5.4.2 Inductive Termination

5.4.3 Capacitive Termination

5.5 Bewley Lattice Diagram

5.6 Lightning Surges

5.7 Switching Surges

5.8 Problems

6 Modal Propagation Theory

6.1 Introduction

6.2 Voltage Equation for a Single Conductor System

6.3 The Modal Matrix, Eigenvalues and Eigenvectors

6.3.1 The Eigenvalues of a Matrix

6.3.2 The Eigenvectors of a Matrix

6.3.3 The Modal Matrix

6.4 Propagation in a N-Conductor System

6.5 Karrenbauer’s Transformation

6.6 Clarke’s Transformation

6.7 Problems

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Tags: Ailson De Moura, Adriano Aron de Moura, Ednardo da Rocha, Energy Overhead