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Transformer Design Principles : With Applications to Core-Form Power Transformers, Second Edition

Transformer Design Principles : With Applications to Core-Form Power Transformers, Second Edition (Paperback, 2 New edition)

Robert M. Del Vecchio, Bertrand Poulin, Pierre T. Feghali, Dilipkumar M. Shah, Rajendra Ahuja (지은이)
CRC Pr I Llc
151,170원

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Transformer Design Principles : With Applications to Core-Form Power Transformers, Second Edition
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책 정보

· 제목 : Transformer Design Principles : With Applications to Core-Form Power Transformers, Second Edition (Paperback, 2 New edition) 
· 분류 : 외국도서 > 기술공학 > 기술공학 > 전력자원 > 전기 에너지
· ISBN : 9781138746169
· 쪽수 : 636쪽
· 출판일 : 2010-08-02

목차

Introduction

Historical Background

Uses in Power Systems

Core-Form and Shell-Form Transformers

Stacked and Wound Core Construction

Transformer Cooling

Winding Types

Insulation Structures

Structural Elements

Modern Trends

Magnetism and Related Core Issues

Basic Magnetism

Hysteresis

Magnetic Circuits

Inrush Current

Distinguishing Inrush from Fault Current

Optimal Core Stacking

Circuit Model of a Two-Winding Transformer with Core

Circuit Model of the Core

Two-Winding Transformer Circuit Model with Core

Approximate Two-Winding Transformer Circuit Model without Core

Vector Diagram of a Loaded Transformer with Core

Per-Unit System

Voltage Regulation

Reactance and Leakage Reactance Calculations

General Method for Determining Inductances and Mutual Inductances

Two-Winding Leakage Reactance Formula

Ideal Two-, Three-, and Multiwinding Transformers

Leakage Reactance for Two-Winding Transformers Based on Circuit Parameters

Leakage Reactances for Three-Winding Transformers

Phasors, Three-Phase Connections, and Symmetrical Components

Phasors

Wye and Delta Three-Phase Connections

Zig-Zag Connection

Scott Connection

Symmetrical Components

Fault Current Analysis

Fault Current Analysis on Three-Phase Systems

Fault Currents for Transformers with Two Terminals per Phase

Fault Currents for Transformers with Three Terminals per Phase

Asymmetry Factor

Phase-Shifting and Zig-Zag Transformers

Basic Principles

Squashed Delta Phase-Shifting Transformer

Standard Delta Phase-Shifting Transformer

Two-Core Phase-Shifting Transformer

Regulation Effects

Fault Current Analysis

Zig-Zag Transformer

Multi-terminal Three-Phase Transformer Model

Theory

Transformers with Winding Connections within a Phase

Multiphase Transformers

Generalizing the Model

Regulation and Terminal Impedances

Multiterminal Transformer Model for Balanced and Unbalanced Load Conditions

Rabins’ Method for Calculating Leakage Fields, Leakage Inductances, and Forces in Transformers

Theory

Rabins’ Formula for Leakage Reactance

Application of Rabins’ Method to Calculate the Self-Inductance of and Mutual Inductance between Coil Sections

Determining the B-Field

Determination of Winding Forces

Numerical Considerations

Mechanical Design

Force Calculations

Stress Analysis

Radial Buckling Strength

Stress Distribution in a Composite Wire-Paper Winding Section

Additional Mechanical Considerations

Electric Field Calculations

Simple Geometries

Electric Field Calculations Using Conformal Mapping

Finite Element Electric Field Calculations

Capacitance Calculations

Distributive Capacitance along a Winding or Disk

Stein’s Disk Capacitance Formula

General Disk Capacitance Formula

Coil Grounded at One End with Grounded Cylinders on Either Side

Static Ring on One Side of Disk

Terminal Disk without a Static Ring

Capacitance Matrix

Two Static Rings

Static Ring Between the First Two Disks

Winding Disk Capacitances with Wound-in Shields

Multistart Winding Capacitance

Voltage Breakdown and High-Voltage Design

Principles of Voltage Breakdown

Geometric Dependence of Transformer-Oil Breakdown

Insulation Coordination

Continuum Model of Winding Used to Obtain the Impulse-Voltage Distribution

Lumped-Parameter Model for Transient Voltage

Distribution

Losses

No-Load or Core Losses

Load Losses

Tank and Shield Losses Due to Nearby Busbars

Tank Losses Associated with the Bushings

Thermal Design

Thermal Model of a Disk Coil with Directed Oil Flow

Thermal Model for Coils without Directed Oil Flow

Radiator Thermal Model

Tank Cooling

Oil Mixing in the Tank

Time Dependence

Pumped Flow

Comparison with Test Results

Determining m and n Exponents

Loss of Life Calculation

Cable and Lead Temperature Calculation

Tank Wall Temperature Calculation

Tieplate Temperature

Core Steel Temperature Calculation

Load Tap Changers

General Description of Load Tap Changer

Types of Regulation

Principles of Operation

Connection Schemes

General Maintenance

Miscellaneous Topics

Setting the Impulse Test Generator to Achieve Close to Ideal Waveshapes

Impulse or Lightning Strike on a Transformer through a Length of Cable

Air Core Inductance

Electrical Contacts

References

Index

저자소개

Robert M. Del Vecchio (지은이)    정보 더보기
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Bertrand Poulin (지은이)    정보 더보기
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Pierre T. Feghali (지은이)    정보 더보기
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Dilipkumar M. Shah (지은이)    정보 더보기
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Rajendra Ahuja (지은이)    정보 더보기
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