Power Quality in Electrical Systems by Kusko and Thompson

Authors of Power Quality in Electrical Systems

ALEXANDER KUSKO, SC.D., P.E., is Company Vice President of Exponent. He was previously an affiliate professor of engineering at MIT. Dr. Kusko is a Life Fellow of the IEEE and served on the committee for the unique IEEE Commonplace 519-1981 on Harmonic Management in Electrical Power Systems.

MARC T. THOMPSON, PH.D., is President of Thompson Consulting, Inc., an engineering consulting agency specializing in energy electronics, magnetic design, and analog circuits and techniques.

He’s additionally an adjunct professor {of electrical} engineering at Worcester Polytechnic Institute and a firefighter with the Harvard (Massachusetts) Hearth Division.

Power Quality in Electrical Systems Contents

Chapter 1. Introduction

1. Background 
2. Splendid Voltage Waveform 
3. Nonlinear Load:The Rectifier 
4. The Definition of Power Quality 
5. Examples of poor energy high quality 
6. The necessity for corrections 
7. The Scope of This Textual content 
8. Touch upon References
9. References 

Chapter 2. Power-Quality Requirements

1. IEEE Requirements 519 and 1159 
2. ANSI Commonplace C84
3. CBEMA and ITIC Curves 
4. Excessive-Frequency EMI Requirements
5. Abstract
6. References 

Chapter 3. Voltage Distortion

1. Voltage Sag 
2. Voltage “Swell” 
3. Impulsive “Transient” 
4. Oscillatory “Transient” 
5. Interruption 
6. Notching 
7. Voltage Fluctuations and Flicker 
8. Voltage Imbalance 
9. Abstract 
10. References

Chapter 4. Harmonics and Interharmonics

1. Background
2. Periodic Waveforms and Harmonics 
3. Root-mean sq. 
4. DC present 
5. Pure sine wave 
6. Sq. wave 
7. DC waveform + ripple 
8. Triangular ripple 
9. Pulsating waveform 
10. Pulsating waveform with ripple 
11. Triangular waveform 
12. Piecewise Calculation 
13. Complete Harmonic Distortion 
14. Crest Issue 
15. Abstract 
16. References

Chapter 5. Harmonic Present Sources

1. Background 
2. Single-Section Rectifiers 
3. Three-Section Rectifiers
4. The six-pulse rectifier
5. The twelve-pulse rectifier
6. Excessive-Frequency Fluorescent Ballasts 
7. Transformers 
8. Different Systems that Draw Harmonic Currents
9. Abstract
10. References

Chapter 6. Power Harmonic Filters

1. Introduction 
2. A Typical Power System 
3. IEEE Std. 519-1992 
4. Line reactor 
5. Shunt passive filter 
6. Multisection filters 
7. Sensible Issues in the Use of Passive Filters 
8. Energetic harmonic filters 
9. Hybrid harmonic filters 
10. Abstract 
11. References

Chapter 7. Swap Mode Power Provides

1. Background
2. Offline Power Provides
3. DC/DC Converter high-frequency switching waveforms
4. and interharmonic technology 
5. Testing for performed EMI 
6. Corrective measures for enhancing performed EMI 
7. Abstract
8. References

Chapter 8. Strategies for Correction of Power-Quality

1. Issues 
2. Introduction 
3. Correction Strategies
4. Voltage disturbances versus correction strategies 
5. Reliability 
6. Design of load tools 
7. The design of electric-power provide techniques 
8. Power harmonic filters 
9. Utilization-dynamic voltage compensators
10. Uninterruptible energy provides
11. Transformers 
12. Standby energy techniques 
13. Abstract 
14. References

Chapter 9. Uninterruptible Power Provides

1. Introduction 
2. Historical past
3. Varieties of UPS Gear 
4. Business tools 
5. Vitality storage 
6. Batteries 
7. Flywheels 
8. Gasoline cells 
9. Ultracapacitors 
10. Abstract 
11. References

Chapter 10. Dynamic Voltage Compensators

1. Introduction 
2. Precept of Operation 
3. Operation on ITIC curve 
4. Detection of disturbance and management 
5. Business tools 
6. Abstract 
7. References

Chapter 11. Power Quality Occasions

1. Introduction 
2. Technique 1
3. Technique 2 
4. Private Computer systems 
5. Power-quality traits 
6. Modes of malfunction 
7. Sensitivity to voltage sags and interruptions 
8. Correction measures 
9. Correction measures 
10. AC Contactors and relays 
11. Operation
12. The Affect of Voltage Disturbance 
13. Correction strategies 
14. Abstract 
15. References

Chapter 12. Electrical Motor Drive Gear

1. Electrical Motors 
2. Induction Motors 
3. Operation 
4. Hazards 
5. Phenomena 
6. Safety 
7. Adjustable Pace Drives 
8. Utility 
9. Voltage disturbances 
10. Voltage unbalance 
11. Protecting measures 
12. Abstract 
13. References

Chapter 13. Standby Power Systems 

1. Rules: Standby Power System Design
2. Parts to Assemble Standby Power Systems 
3. Pattern Standby Power Systems 
4. Engine-Generator Units 
5. Requirements
6. Part components of an E/G set set up 
7. Switch switches 
8. Abstract
9. References

Chapter 14. Power Quality Measurements

1. Multimeters 
2. Oscilloscopes
3. Present Probes 
4. Search Coils 
5. Power-Quality Meters and Analyzers
6. Present Transformer Evaluation in Element 
7. Abstract 
8. References

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