Computer Techniques and Models in Power Systems

K Uma Rao

ISBN 10: 8189866400 / ISBN 13: 9788189866402

Published by I.K. International, 2014

About this Item

Contents: 1. Basic Principles. 2. Network Topology. 3. Network Matrices. 4. Symmetrical Faults. 5. Symmetrical Components. 6. Unsymmetrical Faults. 7. Load Flow Studies. 8. Economic Operation of Power Systems. 9. Power System Stability. 10. Modeling of Excitation Systems. 11. Modeling of Prime Movers and Loads. 12. Power System Control. 13. Appendices. 14. Bibliography. Index. "The book deals with the application of digital computers for power system analysis including fault analysis, load flows, stability assessment, economic operation and power system control. The book also covers extensively modeling of various power system components. The required mathematical background is presented at the appropriate sections in the book. A sincere attempt has been made to include a number of solved examples in every chapter, so that the students get an insight into the problems in practical power systems. Results from simulation are presented wherever applicable. The simulations have been carried out in MATLAB. The book covers more than a semester course. It can be used for UG courses on Power System Analysis, Computer applications in power system analysis, modeling of power system components, power system operation and control. It is also useful to postgraduate students of power engineering.".

Seller Inventory # 83247

Bibliographic Details

• Title: Computer Techniques and Models in Power Systems
• Publisher: I.K. International
• Publication Date: 2014
• Language: English
• ISBN 10: 8189866400
• ISBN 13: 9788189866402
• Binding: Soft cover
• Edition: 2nd Edition
• Condition: New
• Dust Jacket Condition: New

About this title

Synopsis

The book deals with the application of digital computers for power system analysis including fault analysis, load flows, stability assessment, economic operation and power system control. The book also covers extensively modeling of various power system components. The required mathematical background is presented at the appropriate sections in the book. A sincere attempt has been made to include a number of solved examples in every chapter, so that the students get an insight into the problems in practical power systems. Results from simulation are presented wherever applicable. The simulations have been carried out in MATLAB. The book covers more than a semester course. It can be used for UG courses on Power System Analysis, Computer applications in power system analysis, modeling of power system components, power system operation and control. It is also useful to postgraduate students of power engineering.