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Contents: 1. Introduction. 2. The Line Parameters. 3. Mechanical Design. 4. Insulators. 5. Corona and Interference. 6. Performance of Transmission Lines. 7. Cables. 8. Substations and Neutral Grounding. 9. Distribution System. 10. Over Voltages. 11. Protection against Over Voltages. 12. Graph Theory and Network Matrices. 13. Short Circuit Analysis. 14. Unbalanced Fault Analysis. 15. Circuit Breakers. 16. Relaying and Protection. 17. Power System Stability. 18. ...
Modelling of Power System Components is a prerequisite course for the study of Power System Analysis, Operation and control. Models for several electric power network components are not readily available for dynamic studies. In this book these models are presented in a lucid way. In chapter 1 per unit relations and primitive network models are reviewed. Chapter 2 deals with graph theory that is relevant to various incidence matrices required in network modeling ...
Operation and Control of Interconnected power system is a field where significant changes are taking place continuously. Energy demand is growing at the rate of nearly ten percent per annum. Generation is added in stages along with transmission capacity. The integration of the five electrical regional grids which operate at different frequencies into a single national grid requires knowledge of various control strategies for proper inter regional exchange of ...