Semester 4 Electrical Engineering GTU book



Ebooks:Modern Power systems analysis by Nagrath and Kothari 

Modern Power System Analysis

Author: D P Kothari & I J Nagrath.
Publisher: McGraw Hill Education.
Publication Date: September 2003.
ISBN13: 9780070494893.
ISBN10: 0070494894.
Language: English.
Division: Higher Education.
Edition: 3
Pages: 354.
Format: PDF.
Size: 51MB.
Quality: Good (Pdf Text).
OCR: No.

Book Description:
In simple language, the book provides a modern introduction to power system operation, control and analysis. Key features New chapters added on Power System Security State Estimation Power System Compensation including SVS and FACTS Load Forecasting Voltage Stability New appendices on: METALAB and SIMULINK demonstrating their use in problem solving. Real time computer control of power systems.
Key Features:
  • New chapters added on
  • Power System Security
  • State Estimation
  • Power System Compensation including SVS and FACTS
  • Load Forecasting
  • Voltage Stability
  • New appendices on:
  • METALAB and SIMULINK demonstrating their use in problem solving.
  • Real time computer control of power systems. 
Table of Contents:
Chapter 1 Introduction 
Chapter 2 Inductance and Resistance of Transmission Lines 
Chapter 3 Capacitance of Transmission Lines 
Chapter 4 Representation of Power System Components 
Chapter 5 Characteristics and Performance of Power Transmission Lines 
Chapter 6 Load Flow Studies 
Chapter 7 Optional System Operation 
Chapter 8 Automatic Generation and Voltage Control 
Chapter 9 Symmetrical Fault Analysis 
Chapter 10 Symmetrical Components 
Chapter 11 Unsymmetrical Fault Analysis 
Chapter 12 Power System Stability 
Chapter 13 Power System Security 
Chapter 14 An Introduction to State Estimation of Power Systems 
Chapter 15 Compensation in Power Systems 
Chapter 16 Load Forecasting Technique 
Chapter 17 Voltage Stability 
Appendix A Introduction to Vector and Matrix Algebra 
Appendix B General Circuit Constants 
Appendix C Triangular Factorization and Optimal Ordering 
Appendix D Elements of Power System Jacobian Matrix 
Appendix E Kuhn-Tucker Theorem 
Appendix F Real-Time Computer Control of Power Systems 
Appendix G Introduction to MATLAB and SIMULINK 
Answers to Problems 
Index 

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