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.

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.

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.

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.

This comprehensive work covers technologies enabling the smart grid: power electronics, simulation and control, protection, energy management, and use of AI. Also discussed are smart grid communication, technologies for fault detection and monitoring, PV integration and EV charging.

The hands-on review of islanding phenomena in electricity grids. Chapters cover definitions and principles of grid types and islanding, causes of formation, operation and stability, network restoration, detection of islanding, grid and plant protection, modelling and simulation, and practical examples.

Grid monitoring is vital for flexibility and renewable energy integration. The new edition of this successful work on synchrophasor technology covers the recent developments including cyber-security, cyber-physical attack detection, and ancillary services.

The new work on vehicle-to-grid technology and its role in power grids. Chapters cover the state of adoption, lessons learned, interactions with grids and utilities, charging and V2G technologies, market landscape as well as legislative and regulatory effects.