Kothari, D. P.
Modern power system analysis / D. P. Kothari, I. J. Nagrath. - 3rd ed. - New Delhi : Tata McGraw-Hill, c2003. - xiv, 694 p. : ill. ; 23 cm.
Preface to third edition. - Preface to first edition. 1. Introduction. - 2. Inductance and resistance of transmission lines. - 3. Capacitance of transmission lines. - 4. Representation of power system components. - 5. Characteristics and performance of power transmission lines. - 6. Lord flow studies. - 7. Optimal system operation. - 8. Automatic generation and voltage control. - 9. Symmetrical fault analysis. - 10. Symmetrical components. - 11. Unsymmetrical fault analysis. - 12. Power system stability. - 13. Power system security. - 14. An introduction to state estimation of power systems. - 15. Compensation in power systems. - 16. Load forecasting technique. - 17. Voltage stability. - Appendix A. Introduction to vector and matrix algebra. - Appendix B. Generalized circuit constants. - Appendix C. Triangular factorization and optimal ordering. - Appendix D. Elements of power system jacobian matrix. - Appendix E. Kuhu-Tucker theorem. - Appendix F. Real-time computer of power systems. - Appendix G. Introduction to MATLAB and SIMULINK. - Answers to problems. - Index.
0070494894 (pbk.)
Electric power systems.
621.319 / KOT
Modern power system analysis / D. P. Kothari, I. J. Nagrath. - 3rd ed. - New Delhi : Tata McGraw-Hill, c2003. - xiv, 694 p. : ill. ; 23 cm.
Preface to third edition. - Preface to first edition. 1. Introduction. - 2. Inductance and resistance of transmission lines. - 3. Capacitance of transmission lines. - 4. Representation of power system components. - 5. Characteristics and performance of power transmission lines. - 6. Lord flow studies. - 7. Optimal system operation. - 8. Automatic generation and voltage control. - 9. Symmetrical fault analysis. - 10. Symmetrical components. - 11. Unsymmetrical fault analysis. - 12. Power system stability. - 13. Power system security. - 14. An introduction to state estimation of power systems. - 15. Compensation in power systems. - 16. Load forecasting technique. - 17. Voltage stability. - Appendix A. Introduction to vector and matrix algebra. - Appendix B. Generalized circuit constants. - Appendix C. Triangular factorization and optimal ordering. - Appendix D. Elements of power system jacobian matrix. - Appendix E. Kuhu-Tucker theorem. - Appendix F. Real-time computer of power systems. - Appendix G. Introduction to MATLAB and SIMULINK. - Answers to problems. - Index.
0070494894 (pbk.)
Electric power systems.
621.319 / KOT