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.

This concise review covers the recent advances in development of environmentally friendly high voltage switching equipment, addressing both AC and DC interruption in modern power networks. Applications of DC at different voltage levels for various purposes are covered.

A comprehensive and critical view on electrode processing and manufacturing for lithium-ion batteries; this book outlines the fabrication process from powder to cell formation, covers electrode processing and cell fabrication, technologies, processing cost, and scaling up from lab to pilot scale.

Offering a comprehensive and structured overview of deploying energy storage for renewables in urban areas, this book covers grid resilience, EV usage and charging infrastructure, standards and grid codes, monitoring and power quality, hosting capacity, intelligent electricity markets, and integrated operation.

An authoritative overview of the technology for tidal energy generation as reliable clean power source, this book presents the principles, conversion drivetrain design options, control, resilience and fault-tolerant control, monitoring as well as the specific issue of biofouling.

A concise work on photovoltaics research, development and operation in desert regions to tap their enormous solar potential. Chapters cover energy yield under desert conditions, cells and bifacial modules, soiling, a case study from Australia, conclusions and future outlooks.

Power converters are vital for clean power, and so is their control. This book covers recent advances in converter control, comparing control methods for different converters. Chapters present control of DC-DC and AC-DC converters, for example using sliding mode and robust control.

This work conveys the use of time synchronized measurements of voltages or currents for planning and operation of electricity grids. Such so-called synchrophasors are key to managing complex grids with rising shares of intermittent renewables and varying loads from EV.