book

Power System Analysis

by N. V. Ramana

August 2010

Intermediate to advanced

452 pages

9h 53m

English

Pearson India

Read now

Unlock full access

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

Content preview from Power System Analysis

About the Author

N. V. Ramana is Professor and Head, Department of Electrical and Electronics Engineering in Jawaharlal Nehru Technological University (Hyderabad) College of Engineering, at Jagityal, Karimnagar (D), Andhra Pradesh. His areas of interest include power system operations and control, and dynamics and design of intelligent controllers for power system problems. He is an M.Tech. from S. V. University, Tirupati and a PhD degree holder from JNTU, the university he is associated with since 1992.

Professor Ramana has about 18 years of teaching and two years of industrial experience. He has more than 20 research papers to his credit and has presented papers at international conferences held in Singapore, Vancouver (Canada) and Las Cruces ...