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Power System Analysis
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Power System Analysis
Power System Analysis

About The Book:

Utilizing itemized models representing how to ascertain and break down different parts of the vitality framework without depending on PC examination, this book gives complete inclusion of both hypothesis and practice in the principal territories of vitality framework investigation, including vitality stream, cut off, music, demonstrating the machine, characterization Equipment, intuitive force control, and advancement. The subsequent release reflects new turns of events and changes in national and worldwide measures. The extensive, decipherable content likewise contains two new parts on streak hazard examination and wind power age, two points that have assumed control over the business as of late.
Power system analysis is fundamental in the planning, design, and operating stages,
and its importance cannot be overstated. This book covers the commonly required
short-circuit, load flow, and harmonic analyses. Practical and theoretical aspects
have been harmoniously combined. Although there is the inevitable computer simu-
lation, a feel for the procedures and methodology is also provided, through examples
and problems. Power System Analysis: Short-Circuit Load Flow and Harmonics
should be a valuable addition to the power system literature for practicing engineers,
those in continuing education, and college students.
Short-circuit analyses are included in chapters on rating structures of breakers,
current interruption in ac circuits, calculations according to the IEC and ANSI/
IEEE methods, and calculations of short-circuit currents in dc systems.
The load flow analyses cover reactive power flow and control, optimization
techniques, and introduction to FACT controllers, three-phase load flow, and opti-
mal power flow.
The effect of harmonics on power systems is a dynamic and evolving field
(harmonic effects can be experienced at a distance from their source). The book
derives and compiles ample data of practical interest, with the emphasis on harmonic
power flow and harmonic filter design. Generation, effects, limits, and mitigation of
harmonics are discussed, including active and passive filters and new harmonic
mitigating topologies.
The models of major electrical equipment—i.e., transformers, generators,
motors, transmission lines, and power cables—are described in detail. Matrix tech-
niques and symmetrical component transformation form the basis of the analyses.
There are many examples and problems. The references and bibliographies point to
further reading and analyses. Most of the analyses are in the steady state, but
references to transient behavior are included where appropriate.

Contents Of The Book:

Chapter 1: Short-Circuit Currents and Symmetrical Components.
Chapter 2: Unsymmetrical Fault Calculations.
Chapter 3: Matrix Methods for Network Solutions.
Chapter 4: Current Interruption in AC Networks.
Chapter 5: Application and Ratings of Circuit Breakers and Fuses According to ANSI Standards.
Chapter 6: Short-Circuit of Synchronous and Induction Machines.
Chapter 7: Short-Circuit Calculations According to ANSI Standards.
Chapter 8: Short-Circuit Calculations According to IEC Standards.
Chapter 9: Calculations of Short-Circuit Currents in DC Systems.
Chapter 10: Load Flow Over Power Transmission Lines.
Chapter 11: Load Flow Methods: Part I.
Chapter 12: Load Flow Methods: Part II.
Chapter 13: Reactive Power Flow and Control.
Chapter 14: Three-Phase and Distribution System Load Flow.
Chapter 15: Optimization Techniques.
Chapter 16: Optimal Power Flow.
Chapter 17: Harmonics Generation.
Chapter 18: Effects of Harmonics.
Chapter 19: Harmonic Analysis.
Chapter 20: Harmonic Mitigation and Filters.

Information About The Book:

Title: Power System Analysis: Short-Circuit Load Flow and Harmonics.
Language: English.
Size: 15.0 Mb.
Pages: 866.
Format: PDF
Year: 2001.
Edition: 2.
Author: J. C. Das.