Electrical Power Systems Handbook

Electrical Power Systems Handbook is a comprehensive engineering book designed to bridge fundamental electrical theory with practical power system and applied electronics design. The book provides a structured and progressive learning approach, beginning with core principles of electrical engineering such as charge, current, voltage, resistance, AC/DC behavior, and circuit laws. It then advances into network analysis, power calculations, and system-level engineering concepts essential for real-world applications.
A strong emphasis is placed on modern power systems, including electrical distribution, system sizing, protection coordination, grounding, and fault analysis. The handbook further integrates applied power electronics concepts such as inverters, MPPT control, and energy conversion systems, making it highly relevant for renewable energy and solar photovoltaic applications. Energy storage systems, battery design fundamentals, and basic BMS concepts are also included to reflect current industry requirements.
In addition, the book introduces engineering economics for power projects, including efficiency, losses, and cost-performance evaluation. Each topic is supported with mathematical formulations, engineering interpretations, and practical examples. This handbook is intended for engineering students, practicing electrical engineers, and renewable energy professionals seeking a clear, application-oriented reference for designing and analyzing modern electrical and power systems.