Yoshihide Hase: Handbook of Power Systems Engineering, Gebunden

Klappentext

Advanced industrial and distribution power engineering with rigorous derivations

Rapid advances in power electronics, electric motor applications, and automatic control combined with unprecedented demand from AI-driven data centres require updated analytical treatment. Handbook of Power Systems Engineering delivers that treatment, combining theoretical foundations with practical techniques across industrial power consumption, distributed generation, and utility-scale systems in a concise format.

The Handbook provides an overview of the detailed theories behind double-fed and squirrel-cage induction motors, wind power generation, and permanent-magnet synchronous generators and motors for industrial applications. Covering the hierarchical theories of power electronics, including devices, circuits, circuit control, and system automation, it features a dedicated section on automatic drive control for electric motors, offering a thorough explanation of the control algorithms including typical examples. Each topic is accompanied by detailed mathematical derivations that link mechanical theory, converter theory and system-level engineering.

Readers will also find:

• Coverage of power electronics applications for power transmission, load-industry operation, and railway traction system engineering
• Analysis of wind-power and solar-power generation technologies integrated with distribution-power system design and operation
• Thorough treatment linking three-phase circuit theory, phasors, complex power, and control-oriented transforms to real-world applications
• Accessible equation-based explanations that unify machine equivalent circuits with power electronic converter theory and driving control
• A focused scope connecting industrial power engineering with distribution-level challenges across multiple sectors and infrastructure types

Written for engineers at industrial facilities, distribution-power providers, and large-scale data-centre projects, as well as researchers and advanced students in power electronics, electrical machines and drives, and industrial power systems, this Handbook delivers the analytical depth and technical precision required for professional practice and rigorous study.