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Philip Galkin
Philip Galkin

A Review of A Text Book on Power System Engineering by Four Renowned Authors



# A Text Book on Power System Engineering by A. Chakrabarti, M.L. Soni, P.V. Gupta, U.S. Bhatnagar: A Review ## Introduction - What is power system engineering and why is it important? - What are the main topics covered in the book and who are the authors? - What are the objectives and features of the book? ## Chapter 1: Basic Concepts of Power Systems - What are the components and classifications of power systems? - What are the per-unit system and the single-line diagram? - What are the load flow analysis and the Gauss-Seidel method? ## Chapter 2: Transmission Line Parameters - What are the types and models of transmission lines? - What are the resistance, inductance, and capacitance of transmission lines? - What are the ABCD constants and the voltage regulation of transmission lines? ## Chapter 3: Performance of Transmission Lines - What are the short, medium, and long transmission lines? - What are the voltage drop, power loss, and efficiency of transmission lines? - What are the Ferranti effect and the corona loss? ## Chapter 4: Overhead Line Insulators - What are the functions and types of insulators? - What are the factors affecting the performance of insulators? - What are the methods of improving the insulation strength of insulators? ## Chapter 5: Mechanical Design of Transmission Lines - What are the sag and tension calculations of transmission lines? - What are the effects of wind and ice loading on transmission lines? - What are the stringing charts and vibration dampers? ## Chapter 6: Underground Cables - What are the advantages and disadvantages of underground cables? - What are the construction and insulation materials of underground cables? - What are the capacitance, inductance, and charging current of underground cables? ## Chapter 7: Distribution Systems - What are the primary and secondary distribution systems? - What are the radial and ring-main distribution systems? - What are the load characteristics and voltage drop calculations of distribution systems? ## Chapter 8: Fault Analysis - What are symmetrical and unsymmetrical faults? - What are fault currents and fault impedances? - What are symmetrical components and sequence networks? ## Chapter 9: Protective Relaying - What are the principles and functions of protective relaying? - What are the types and characteristics of relays? - What are the protection schemes for generators, transformers, buses, feeders, and transmission lines? ## Chapter 10: Circuit Breakers - What are the types and ratings of circuit breakers? - What are the arc phenomena and arc extinction methods? - What are the testing and maintenance of circuit breakers? ## Chapter 11: Power System Stability - What are steady-state, transient, and dynamic stability? - What are swing equation and equal area criterion? - What are power system stabilizers and FACTS devices? ## Chapter 12: Load Frequency Control - What is load frequency control and why is it needed? - What are frequency deviation and tie-line power deviation? - What are speed-governing system and automatic generation control? ## Chapter 13: Economic Operation of Power Systems - What is economic operation of power systems and why is it important? - What are incremental cost and optimal power dispatch? - What are transmission loss formula and unit commitment problem? ## Chapter 14: Power System Control Centers - What is power system control center and what are its functions? - What are SCADA system and energy management system? - What are state estimation and security analysis? ## Conclusion - Summarize the main points of the article - Highlight the benefits of reading the book - Provide a call to action for buying or downloading the book ## FAQs 1. Who should read this book? 2. How can I get a copy of this book? 3. How can I contact the authors for feedback or queries? 4. How can I learn more about power system engineering? 5. How can I apply the concepts learned from this book to real-world problems?




(2011) Power System Engineering Soni,gupta,chakrabarti,14


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