Electrical Distribution Engineering 3rd Edition by Anthony Pansini 0849382491 9780849382499

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ISBN 10: 0849382491

ISBN 13: 9780849382499

Author: Anthony J. Pansini

Newly revised and edited, this comprehensive volume provides up-to-date information on the latest developments which impact planning and design of electrical distribution systems. Addressing topics such as mechanical designs, materials improvements, total quality control, computer, and electronic circuitry, this book answers questions on everything from the basics of electrical and mechanical design to the selection of optimum materials and equipment. Beginning with initial planning consideration, this book gives a step-by-step guide through each stage of mechanical design of the principal facilities, including substation installation. Also included is data-backed assessment of the latest advance in materials, conductors, insulators, transformers, regulators, capacitators, switches, and substation equipment. Also covered is key non-technical and operation considerations such as safety, quality of service, load shedding, brownouts, demand controls and more. New material in the third edition includes data on polymer insulators, expansion of coverage of cogeneration, distributed generation and underground systems.

Electrical Distribution Engineering 3rd Table of contents:

Part One The Distribution System

1 The Distribution System: Description

2 Distribution System Considerations

Desired Features

Types of Electric Systems

Types of Delivery Systems

Overhead versus Underground

Part Two Planning and Design

3 Load Characteristics

Connected Loads

Consumer Factors

Consumer Classification

Fluctuation in Demand

Future Requirements

Voltage Requirements

Service Reliability

4 Electrical Design

Services

The Secondary System

The Primary System

Voltage Regulators

Taps

Boosters

Capacitors

Reactors

Transformers

Substations

Protective Devices

Fault-Current Calculation

Street Lighting

Practical Basis of Design

5 Mechanical Design: Overhead

Criteria

Poles

Cross Arms

Pins

Secondary Racks

Insulators

Guys and Anchors

Conductors

Grades of Construction

Clearances

Joint Construction

Practical Design Methods

Appendix 5 A Practical Method of Calculating Pole and Guy Sizes

Introduction

Pole Class Requirements

Guying Requirements

Appendix 5B Examples

Appendix 5C Concrete and Metal Poles

Introduction

Construction

Installation

Design

6 Mechanical Design: Underground

High-Density Loads: City and Downtown Areas

Practical Manhole Design Procedure

Design Loading

Design Stress Bases

Wall Design

Roof Design

Floor Design

Reinforcing Specifications

Gratings

Construction Practices

Reinforced Concrete Design

Sample Design Problem

Underground Residential Distribution (URD)

Design of Direct-buried Electrical Distribution Systems

Appendix 6A Technical Reference Data

Use of Load-Estimating Curves for Residential Loads Including Space Heating

Use of the URD-Loop Primary Conductor Size-Selector Chart

7 Distribution Substations

Site Selection

General Design Features

Substation Construction

One-Line Diagrams of Connections

8 Metering

Scope

Operation-Monitoring Meters

Revenue Metering

Wiring Diagrams

Electronic Metering

Transducers

Part Three Materials and Equipment

9 Conductors

Introduction

Materials

Cables

Secondary Mains

Service Conductors

Connections

Overhead-to-underground Connection

Ties

Electrical Characteristics

10 Poles, Cross Arms, Pins, Racks, and Insulators

Wood Poles

Concrete and Metal Poles

Concrete Poles

Metal Poles

Cross Arms

Pins

Racks

Insulators

Test Voltages

Appendix 10A Concrete Distribution Poles: Representative Specifications

Scope

Shape

Dimensions and Strength

Colors and Finishes

Materials

General Requirements

Manufacture

11 Transformers, Cutouts, and Surge Arresters

Transformers

Distribution Transformers

Fuse Cutouts

Surge Arresters

12 Regulators, Capacitors, Switches, and Reclosers

Voltage Regulators

Capacitors

Switches

Circuit Breakers

Reclosers

13 Distribution Substation Equipment

Equipment

Transformers

Circuit Breakers and Protective Relaying

Fuses

Disconnect and Air-Break Switches

Surge or Lightning Arresters

Voltage Regulators

Storage Batteries

Measuring Instruments

Capacitors and Street Lighting Equipment

Buses and Bus Supports

All Substation Equipment

Part Four U.S. Energy Policy Act of 2005

14 U.S. Energy Policy Act of 2005

Preface

Wind Power

Solar Power

Other “Green” Fuels

Conservation

Storage

The Primary Circuit

Part Five Other Design Considerations

15 Nontechnical Considerations

Introduction

Safety

Quality of Service

Economy

Conclusion

16 Operating Considerations

Introduction

Quality of Service

Load Shedding

Cogeneration and Distributed Generation

Metering

Remote Meter Reading and Demand Control

Transformer Load Monitoring

Power Factor Correction

Demand Control

Demand Control (or Peak Suppression)

Conclusion

Appendixes

Appendix A Circuit Analysis Methods

Introduction

Circuit Transformations

Superposition Theorem

Symmetrical Components

Sequence Filters

Appendix B Economic Studies

Introduction

Annual Charges

Broad Annual Charge

Time Value of Money

Examples

Procedure for Economic Studies

Conclusion

Appendix C The Grid Coordinate System: Tying Maps to Computers

Introduction

Grid Coordinate Maps

Coordinate Data Handling

Other Applications

Economics

Appendix D Automated Distribution Comes of Age

Introduction

Bridging the Islands of Communication

Single Functions Now Justify Installation

Simulating an Operator’s Decisions

Load Management Tool

Automated Distribution Features

Installing an Automated Distribution System

Conclusion

Appendix E U.S. and Metric Relationships Index

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