Table of contents for Industrial power systems / Shoaib Khan, Sheeba Khan, Ghariani Ahmed.

Bibliographic record and links to related information available from the Library of Congress catalog.

Note: Contents data are machine generated based on pre-publication provided by the publisher. Contents may have variations from the printed book or be incomplete or contain other coding.


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Chapter 1
INTRODUCTION
Chapter 2
SYSTEM PLANNING
1	Introduction
2	Basic Design Considerations
3	Plant Distribution Systems
4	Distribution Types
5	Plant Power Demand and Load Estimate
6	Voltage Considerations
7	References
8	Figures
9	Tables
Chapter 3
POWER SYSTEM STUDIES
1	Introduction and Overview
2	Useful Formulae
3	Load flow
4	Short Circuits
5	Protective Device Coordination
6	Arc Flash Hazard Calculations
7	Harmonic Analysis
8	Power System Stability
9	Other Common Studies and Calculations
10	References
11	Figures
12	Tables
Chapter 4
SYSTEM NEUTRAL GROUNDING
1	Introduction and Overview 
2	Ungrounded System
3	High Resistance (HR) Grounded System
4	Low Resistance (LR) Grounded System
5	Solidly Grounded Neutral System
6	Generator Neutral Grounding
7	Grounding of Mine Power System
8	Neutral Grounding Equipment
9	System Capacitance Data
10	References
11	Figures
12	Tables
Chapter 5
POWER TRANSFORMERS AND REACTORS
1	General
2	Oil Filled (Immersed) Transformers
3	Non Flammable Liquid Filled Transformers
4	Dry Type Transformers
5	Transformers for Non-Linear Loads
6	Generator Step-Up and Other Special Transformers
7	Installation of Oil Filled Transformers and Reactors
8	Reactors
9	Inspection and Testing
10	References
11	Figures
12	Tables
Chapter 6
INSTRUMENT TRANSFORMERS
1	Introduction and Overview
2	Current Transformers (CT)
3	Voltage Transformers (VT)
4	Grounding of Secondary
5	European Standards
6	References
7	Figures
8	Tables
Chapter 7
SWITCHGEAR, CIRCUIT BREAKERS AND MCC
1	Low Voltage
2	Medium Voltage
3	Load Interrupter Switchgear
4	Power Fuse
5	Medium and High Voltage Circuit Breaker
6	SF6 Gas Insulated Switchgear (GIS)
7	Low and Medium Voltage Motor Control Centers
8	References
9	Figures
10	Tables
Chapter 8
STATION BATTERY
1	Introduction
2	System Types
3	DC Distribution Systems
4	Types of Battery
5	Battery Chargers
6	Application Criteria
7	Battery Sizing
8	References
9	Figures
Chapter 9
APPLICATION AND PROTECTION OF MEDIUM VOLAGE MOTORS
1	Introduction and Overview
2	Load Characteristics
3	Squirrel Cage Induction Motors
4	Wound Rotor (Slip Ring) Induction Motors
5	Synchronous Motors
6	Electric Motors for Variable Frequency Drives (VFD)
7	Voltage Drop and Acceleration Time
8	Motor controllers and Starting Methods
9	References
10	Figures
11	Tables
Chapter 10
POWER AND CONTROL CABLES
1	Introduction and Overview
2	Cable Selection Criteria
3	Cable Shielding
4	Additional Application Considerations
5	Cable Insulation
6	Testing
7	Control Cables 
8	References
9	Figures
10	Tables
Chapter 11
PROTECION
1	Introduction
2	Protection and Coordination Principles
3	Transformer Protection
4	Motor Protection
5	Generator Protection
6	Feeder Protection 
7	Capacitor Protection
8	Reactor Protection
9	Bus Protection
10	References
11	Figures
12	Tables
Chapter 12
HIGH VOLTAGE SUBSTATION DESIGN CONSIDERATIONS
1	Introduction
2	Necessary Information for the Design of Substations
3	Standards and Design Principles for Substation Design 
4	Substation Electrical Configuration 
5	Secondary System Aspects of Substation Design
6	High Altitude Considerations 
7	Substation Design Considerations
8	Grounding Design and Lightning Protection
9	Medium and Low Voltage Substations and Switchgear
10	Site testing and Commissioning
11	References
12	Figures
Chapter 13
SUBSTATION GROUNDING DESIGN CONSIDERATIONS
1	Introduction and Overview
2	Soil Resistivity Measurements
3	Permissible Potential Difference
4	Maximum Ground Current
5	Selection of Conductors and Joints
6	Design of Grounding System
7	Treatment of Substation Fence
8	Case Study (Ground Grid Design)
9	References
10	Figures
11	Tables
Chapter 14
ELECTRICAL ASPECTS OF POWER GENERATOR
1	Introduction and Overview
2	Generator Rating and Parameters
3	Excitation System
4	Synchronizing
5	Integration Into the Power System
6	Plant Power System and Utility Interface
7	System Disturbances and Islanding
8	Induction Generator
9	Station Auxiliaries
10	References
11	Figures
Chapter 15
APPLICATION OF CAPACITORS
1	Introduction
2	Capacitor Application
3	Large Bank Construction
4	Control and Monitoring System 
5	Capacitor Protection and Monitoring
6	Capacitor Bank Resonances
7	References
8	Figures
9	Tables
Chapter 16
IMPACT OF NON_LINEAR LOADS ON POWER SYSTEM AND EQUIPMENT
1	Introduction
2	Harmonic and Resonance 
3	Variable Frequency Drives
4	System Neutral Grounding
5	Design Recommendations for Mitigation of Harmonics
6	References
7	Figures
8	Tables

Library of Congress Subject Headings for this publication:

Electric power systems.