Power Generation, Transmission & Distribution Systems is a practical, standards-driven reference for the engineers who design, protect, and operate the electrical grid. Fully revised and technically reviewed for this second edition, it follows the complete power chain — generation, high-voltage transmission, substations, and distribution — and then goes deep on the engineering core that working professionals are paid to get right. Inside you will find clear, worked treatment of: • Fault analysis and short-circuit studies • Protection coordination and the complete ANSI device-number system • Arc-flash analysis to IEEE 1584-2018 • Transformer, motor, and transmission-line protection • Power quality, harmonics, and system stability • Renewable and distributed-energy interconnection under IEEE 1547-2018 • HVDC and inverter-based-resource (IBR) protection • Microgrids, black start, and resynchronization • Grid cybersecurity, AI in grid operations, and advanced energy storage • Resilient design for extreme weather, commissioning, and acceptance testing The book closes with integrated case studies, a full ANSI device-number reference table, conductor and transformer reference data, a glossary, and a standards bibliography. Throughout, it is careful to apply the right code to the right side of the meter — the National Electrical Code (NFPA 70) on the customer side and the National Electrical Safety Code (NESC, ANSI C2) on the utility side — a distinction behind many real-world design errors. Written in plain engineering language with figures, one-line diagrams, and tables on every topic, it serves equally as a daily desk reference for practicing power, protection, and distribution engineers and as a structured study guide for those preparing for the Electrical PE (Power) exam.
