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The definitive guide to electrical equipment, design, and methodsupdated with details on smart grids and smart meters The Standard Handbook for Electrical Engineerscontains, in a single volume, all of the pertinent electrical engineering data essential to both engineering students and practicing engineers. It provides information relative to the generation, transmission, distribution, control, operation, and application of electric power. The Sixteenth Edition provides comprehensive, up-to-date coverage of electrical engineering equipment, design, and methods, including details on green technologies. New to this Edition: New information on energy storage systems New section on smart grids for electrical utilities New section on electricity markets Chapters updated throughout to cover current information and green technologies Complete coverage: Units, Symbols, Constants, Definitions, and Conversion Factors; Electric and Magnetic Circuits; Measurements and Instruments; Properties of Materials; Generation; Prime Movers; Alternating-Current Generators; Direct-Current Generations; Hydroelectric Power Generation; Power System Components; Alternate Sources of Power; Electric Power System Economics; Project Economics; Transmission Systems; Direct Current Power Transmission; Power-System Operations; Substations; Power Distribution; Wiring Design for Commercial and Industrial Buildings; Motors and Drives; Industrial and Commercial Applications of Electric Power; Power Electronics; Power Quality and Reliability; Grounding Systems; Computer Applications in the Electric Power Industry; Illumination; Lightning and Overvoltage Protection; Standards in Electrotechnology, Telecommunications, and Information Technology
Table of Contents
Section 1. Units, Symbols, Constants, Definitions, and Conversion Factors Section 2. Electric and Magnetic Circuits Section 3. Measurements and Instruments Section 4. Properties of Materials Section 5. Generation Section 6. Prime Movers Section 7. Alternating-Current Generators Section 8. Direct-Current Generations Section 9. Hydroelectric Power Generation Section 10. Power System Components Section 11. Alternate Sources of Power Section 12. Electric Power System Economics Section 13. Project Economics Section 14. Transmission Systems Section 15. Direct Current Power Transmission Section 16. Power-System Operations Section 17. Substations Section 18. Power Distribution Section 19. Wiring Design for Commercial and Industrial Buildings Section 20. Motors and Drives Section 21. Industrial and Commercial Applications of Electric Power Section 22. Power Electronics Section 23. Power Quality and Reliability Section 24. Grounding Systems Section 25. Computer Applications in the Electric Power Industry Section 26. Illumination Section 27. Lightning and Overvoltage Protection Section 28. Standards in Electrotechnology, Telecommunications, and Information Technology Index