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Ready-to-use electric power calculations
Fully revised to include calculations needed for the latest technologies, the new edition of this essential guide provides the step-by-step procedures required to solve a wide array of electric power problems. This time-saving tool makes it easy to find and use the right calculation. New sections address power electronics, alternate energy, power quality, and smart grids. Featuring coverage of the entire electrical engineering spectrum, this practical resource contains graphs, illustrations, and SI and USCS equivalents.
Handbook of Electric Power Calculations, Fourth Edition, covers:
- Basic network analysis
- Instrumentation
- DC motors and generators
- Transformers
- Three-phase induction motors
- Single-phase motors
- Synchronous machines
- Generation of electric power
- Overhead transmission lines and underground cables
- Electric power networks
- Power flow analysis in power systems
- Power system control
- Short-circuit computations
- System grounding and earthing
- Power system protection
- Power system stability
- Cogeneration
- Stationary batteries
- Electric energy economic models
- Lighting design
- Power electronics
- Alternate energy sources
- Power quality
- Smart grids
H. Wayne Beaty (Flower Mound, TX) is editor of McGraw-Hill’s Standard Handbook of Electrical Engineering and Handbook of Electric Power Calculations, co-editor of Electric Motor Handbook, editor of Alexander Publication’s An Introduction to Electric Power Distribution. He is the former managing editor of Electric Light and Power and Power Delivery Product News. Beaty is a Senior Member of IEEE.
Dr. Surya Santoso (Austin, TX) is an Associate Professor at the University of Texas. He earned MSE and PhD degrees from the University of Texas at Austin in electrical engineering. Dr. Santoso's research interests are in electric power quality and wind power systems. His most significant contributions are in pioneering and advancing the engineering science of root-cause analysis of electric power quality disturbance phenomena, education of electric power quality, and in the time-domain modeling and simulation of electromagnetic transients and wind power systems for integration studies. While working in the industry, he was a principal investigator for over twenty industrial and utility studies in power quality and wind power integration. His research in academia has been supported by EPRO, TVA, ONR, NSF, NREL, Electrotek, and Manitoba HVDC Research Center.