The new, enhanced edition of this comprehensive classic; written by international top-level experts, the two stand-alone volumes cover converters, electric drives, and reliability in power electronics, hardware-in-the-loop, power electronics for grids, renewables, automotive, batteries, electric aircraft, and fault ride-through.

The new edition of this established work on wireless power transfer. Updates include output characteristics of multi-hop systems, technologies, new experimental data, developments on regulation and standardization, WPT for dynamic EV charging, and far-field WPT.

Hydrogen has an important role to play in decarbonised energy systems, but it is vital to generate it without carbon emissions, for example, using sunlight and abundant sea water. This work covers techniques for generating hydrogen from seawater, their advantages and shortcomings.

An account of the engineering history of extracting energy from our environment in sustainable ways, this book describes the status of energy usage, then reviews energy demands through history, covering science, engineering, and electricity, with graphical and schematic data presentation.

Wind energy is a pillar of the emerging clean energy system. This volume, written by industry experts, is the complete reference on how to configure efficient wind turbine systems, focusing on the generator, converter, their control, automation and maintenance.

Transformers convert electric power from one voltage system to another. They are essential for electric power systems. This book covers key developments in high voltage transformer technology that are critical to adapting power systems to rising shares of renewables.

Analysing and conveying the interactions of wind turbines with aviation radar and radio systems, this much-needed book provides knowledge about aviation systems to facilitate analysis of the impact of turbines, existing and future technologies for mitigation, and general analytical techniques.

The comprehensive resource on measuring and improving the strength of power systems with distributed generation and loads. Covering the latest evaluation methods, best practice, case studies, and applications, the book enables researchers to advance the movement towards stable clean power systems.