book

Power System Analysis

by N. V. Ramana

August 2010

Intermediate to advanced

452 pages

9h 53m

English

Pearson India

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1.1 - Power System Studies1.2 - Organisation of Text Book1.3 - Computer's Role in Power System Studies1.4 - Matlab Fundamentals
2.1 - Introduction2.2 - Graph of a Power System Network2.3 - Definitions2.4 - Incidence Matrices2.5 - Primitive Network2.6 - Network Equations and Network Matrices2.7 - Bus Admittance Matrix2.8 - Network Matrices by Singular Transformation Method2.9 - Network Matrices by Non-Singular Transformation MethodQuestions from Previous Question PapersCompetitive Examination Questions
3.1 - Introduction3.2 - Partial Network3.3 - Case Studies in Zbus Algorithm3.4 - Algorithm for Formation of Bus Impedance Matrix — No Mutual Coupling between the Elements3.5 - Algorithm for the Formation of Zbus— Consideration of Mutually Coupled Elements3.6 - Modifications In Zbus for Changes in the NetworkQuestions from Previous Question PapersCompetitive Examination Questions
4.1 - Introduction4.2 - Network Modelling4.3 - Mathematical Modelling4.4 - Gauss–Seidel Iterative Method4.5 - Classification of Buses4.6 - Case Studies in Power Flow Problem4.7 - Algorithm for Power Flow Solution by the Gauss–Seidel Method4.8 - ConclusionQuestions from Previous Question PapersCompetitive Examination Questions

5.1 - Introduction5.2 - Newton–Raphson Method5.3 - Power Flow Solution by Newton–Raphson Method5.4 - Decoupled Newton Method5.5 - Fast Decoupled Power Flow MethodQuestions from Previous Question PapersCompetitive Examination Questions
6.1 - Introduction6.2 - Power System Representation6.3 - Per Unit Method6.4 - Symmetrical Fault Caculation6.5 - Current-Limiting Series Reactors6.6 - Consideration of Pre-Fault Load CurrentQuestions from Previous Question PapersCompetitive Examination Questions
7.1 - Introduction7.2 - Symmetrical Components7.3 - Sequence Impedances7.4 - Sequence Networks7.5 - Unbalanced or Unsymmetrical Fault Analysis7.6 - Comparison of SLG and 3-Phase Faults7.7 - Consideration of Pre-Fault Load Currents7.8 - Fault Calculations Using Bus Impedance MatrixQuestions from Previous Question PapersCompetitive Examination Questions
8.1 - Introduction8.2 - Forms of Power System Stability8.3 - Physical Concept of Torque and Torque Angle8.4 - Power Angle Curve and Transfer Reactance8.5 - The Swing Equation8.6 - Modelling Issues in the Stability Analysis8.7 - Assumptions made in Steady-State Stability Analysis8.8 - Steady-State Stability Analysis8.9 - Methods to Improve Steady-State StabilityQuestions from Previous Question PapersCompetitive Examination Questions
9.1 - Transient Stability—Equal Area Criterion9.2 - II Solution of the Swing Equation: Point-By-Point Method9.3 - Methods to Improve Transient StabilityQuestions from Previous Question PapersCompetitive Examination Questions

Overview

Power System Analysis is a comprehensive text designed for an undergraduate course in electrical engineering. Written in a simple and easy-to-understand manner, the book introduces the reader to power system network matrices and power system steady-state stability analysis. The book contains in-depth coverage of symmetrical fault analysis and unbalanced fault analysis; exclusive chapters on power flow studies; a comprehensive chapter on transient stability; precise explanation supported by suitable examples and is replete with objective questions and review questions.