Power Transformers: Principles and ApplicationsComplete with equations, illustrations, and tables, this book covers the basic theory of electric power transformers, its application to transformer designs, and their application in utility and industrial power systems. The author presents the principles of the two-winding transformer and its connection to polyphase systems, the origins of transformer losses, autotransformers, and three-winding transformers and compares different types of transformer coil and coil construction. He describes the effects of short circuits on transformers, the design and maintenance of ancillary equipment, and preventative and predictive maintenance practices for extending transformer life. |
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... Regulation , Lorrin Philipson and H. Lee Willis 7. Electrical Power Cable Engineering , William A. Thue 8. Electric Systems , Dynamics , and Stability with Artificial Intelligence Applications , James A. Momoh and Mohamed E. El - Hawary ...
... Regulation , Lorrin Philipson and H. Lee Willis 7. Electrical Power Cable Engineering , William A. Thue 8. Electric Systems , Dynamics , and Stability with Artificial Intelligence Applications , James A. Momoh and Mohamed E. El - Hawary ...
Page iii
... regulation and energy trading may reshape the electric utility industry's manner of doing business , its future like its past rests on the capabil- ity of its transmission and distribution systems to convey safe , reliable , and ...
... regulation and energy trading may reshape the electric utility industry's manner of doing business , its future like its past rests on the capabil- ity of its transmission and distribution systems to convey safe , reliable , and ...
Page x
... Modeled in Zero Phase Sequence Networks 3.8 Series Impedance and Regulation 92 323 85 3.9 Matching Transformers for Parallel and Bank Operations 93 3.10 Impedance Mismatch in Three - Phase Transformer Banks 3.11 X Contents.
... Modeled in Zero Phase Sequence Networks 3.8 Series Impedance and Regulation 92 323 85 3.9 Matching Transformers for Parallel and Bank Operations 93 3.10 Impedance Mismatch in Three - Phase Transformer Banks 3.11 X Contents.
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Contents
1 | |
2 TwoWinding Transformer Connections | 25 |
3 Transformer Impedance and Losses | 69 |
4 Autotransformers and ThreeWinding Transformers | 117 |
5 Short Circuits Inrush Currents and Other Phenomena | 147 |
6 Ancillary Equipment | 189 |
7 Reading and Applying Nameplate Information | 221 |
8 Maintenance Testing Troubleshooting and Reliability | 235 |
Index | 277 |
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Common terms and phrases
A-connected ampere ampere-turns autotransformer B-H curve bushings calculated clip test common winding conductor cooling class copper losses core and coil core form transformer core leg core losses electrical equal equivalent circuit Example exciting current fault current Filtered oil flux density forces harmonic high-voltage IEEE induced voltages insulation kraft paper KVA base KVA rating load current load tap changer magnetic flux magnetizing current nameplate neutral oil level operating output path phase angle phase rotation phase sequence networks phase-to-ground fault phase-to-neutral phase-to-phase power transformers primary and secondary primary voltage primary winding secondary voltage secondary windings sequence currents series impedance series winding shown in Figure single-phase transformers symmetrical components tap changer terminals tertiary winding test report three-phase three-winding transformer trans transformer connection transformer impedance transformer tank turns ratio two-winding transformer unit vector diagram volt voltage rating voltage surge winding temperature Y-Y connection zero phase sequence zero-sequence