Electrical Transmission & Distribution Reference Book, 5 Edition Summary:
ABB Power Company | 1997 | ISBN: N/A | 888 pages | PDF | 62,5 MB
A standard reference text for utility engineers -- a "must-have." The Electrical Transmission and Distribution Reference Book, popularly known as the "T&D Book," is a standard reference for utility engineers, and many colleges have adopted it as a basic textbook. Since its first appearance as a Westinghouse Electric Company publication, three generations of power engineers have used this book, both as a core technical reference and as a tutorial on the finer points of power delivery system design and operation. ABB Inc. has published the fifth edition. This edition not only continues the traditional, practical focus of the T&D Book's creators, but has added R&D activities focused on meeting the needs of the 21st century with new equipment, designs, and technology. The book comes along with a CD-ROM, which is an invaluable search resource for all readers. The material presented in the book is the result of research, investigation and practical application by many engineers and scientists, including cooperative studies with electric utilities, conductor and cable manufacturers, communications companies and industrial power users. This is a "must-have" book for all power systems engineers and for electrical engineers in general.
Table of Contents * General Considerations of Transmission
* Symmetrical Components
* Characteristics of Aerial Lines
* Electrical Characteristics of Cables
* Power Transformers and Reactors
* Machine Characteristics
* Excitation Systems
* Application of Capacitors to Power Systems Regulation and Losses of Transmission Lines Steady-State Performance of Systems Including Methods of Network Solution Relay and Circuit Breaker Application Power-Line Carrier Application Power-System Stability Power-System Voltages and Currents During Abnormal Conditions Wave Propagation on Transmission Lines Lightning Phenomena Line Design Based on Direct Strokes Insulation Coordination Grounding of Power-System Neutrals Distribution System Primary and Secondary Network Distribution Systems Lamp Flicker on Power Systems Coordination of Power and Communication Systems Characteristics of Distribution Loads
Table of Contents General Considerations of Transmission Symmetrical Components Characteristics of Aerial Lines Electrical Characteristics of Cables Power Transformers and Reactors Machine Characteristics Excitation Systems Application of Capacitors to Power Systems Regulation and Losses of Transmission Lines Steady-State Performance of Systems Including Methods of Network Solution Relay and Circuit Breaker Application Power-Line Carrier Application Power-System Stability Power-System Voltages and Currents
During Abnormal Conditions Wave Propagation on Transmission Lines Lightning Phenomena Line Design Based on Direct Strokes Insulation Coordination Grounding of Power-System Neutrals Distribution System Primary and Secondary Network
Distribution Systems Lamp Flicker on Power Systems Coordination of Power and
Communication Systems Characteristics of Distribution Loads
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