Electrical Power Systems
By: Wadhwa, C L.
Material type:
BookPublisher: New Delhi New Age International 2011,c 1983Edition: 6th.Description: 962.ISBN: 978-81-224-2839-1.Subject(s): ElectricalDDC classification: 621.31
| Item type | Current location | Call number | Status | Date due | Barcode |
|---|---|---|---|---|---|
| Donated Books | BSDU Knowledge Resource Center, Jaipur General Stacks | 621.31 WAD (Browse shelf) | Available | DB0030 |
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| 621.310 42 RAM Power Systems Protection and Switchgear | 621.31 GRI Electric Power Engineering Hand Book : Power System Stability and Control | 621.31 SIN Electrical Power Generation, Transmission and Distribution | 621.31 WAD Electrical Power Systems | 621.31042 CHA Electric Machinery Fundamentals | 621.31042 MEH Principles of Electrical Machines | 621.312 DES Elements of Electrical Power Station Design |
The book covers the fundamentals of power system, performance of lines, high-voltage D.C. transmission, line constant calculations, and capacitance of transmission lines. Topics like Corona, Mechanical Design of Transmission Lines, Insulated Cables, Voltage Control, Overhead Line Insulators, and Neutral Grounding are explained. Transients in power systems, symmetrical components and fault calculations, protective relays, circuit breakers, insulation coordination and over-voltage protection, and power system synchronous stability are also covered in Electrical Power Systems. Flow charts are used to explain concepts including Load Flows, Economic Load Dispatch, Load Frequency Control, and Compensation in Power System. Other topics covered include Power System Voltage Stability, State Estimation in Power Systems, Unit Commitment, and Economic Scheduling of Hydrothermal Plants and Optimal Power Flows. Many objective questions with answers is available in the book to help the students. Electrical Power Systems is useful for students of electrical engineering and students preparing for competitive exams.
Fundamentals of power systems
Line constant calculations
Capacitance of transmission lines
Performance of lines
High voltage D.C. transmission
Corona
Mechanical design of transmission lines
Overhead line insulators
Insulated cables
Voltage control
Neutral grounding
Transients in power systems
Symmetrical components and fault calculations
Protective relays
Circuit breakers
Insulation coordination and over voltage protection
Power system synchronous stability
Load flows
Economic load dispatch
Load frequency control
Compensation in power system
Power system voltage stability
State estimation in power systems
Unit commitment
Economic scheduling of hydrothermal plants and optimal power flows
Appendices
27. Objective questions
28. Answers to objective questions
29. Answers to problems
30. Index
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