The up-to-date reference on energy management of microgrids, using different algorithms and technologies for integrating microgrids with distributed wind, PV, batteries and EV. Wind energy is particularly considered as key pillar of future power systems.

This reference on smart grids for residential areas covers algorithms for sizing, economic dispatch, assessment of configuration of renewable energy systems, EV, optimization and sizing of hybrid systems for residential areas, as well as 100% green hybrid energy systems.

Key reading on optimization algorithms for the design of smart grids. After summarizing smart grid concepts and strategies, chapters cover demand response, power quality parameters, frequency and voltage control, fault identification and protection, as well as smart communication.

The concise work on methods and algorithms for simulation of circuits in power electronics, vital for clean generation, distribution, and use of power in machines and EV. It enables readers to apply simulation to circuitry in their research activities.

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.

A new edition of this classic book on the topic of converter and device reliability, taking account of the crucial role of power electronics with renewable generation and variable loads. Besides a thorough update, new application-oriented content has been added.

Flexible alternate current transmission systems offer increased controllability and reliability in power systems through novel power electronic components. High voltage direct current transmission offers efficient electricity transport over long distances. This reference covers the combination of these two technologies.

The comprehensive and systematic overview of system level microgrid control with examples and case studies; covering dynamic modelling, frequency and voltage regulation, autonomous microgrids, risk-averse transactive energy management, and laboratory validation, and case studies.

A systematic overview of hydrogen energy technologies: production, storage, transport and utilization; covering physical, chemical, electrochemical and materials related aspects, as well as environmental considerations. The work also addresses efficiencies, and key types of fuel cells.

Ammonia is a vector for a future cleaner energy system. It can be used in combustion devices for electricity generation and as fuel for transport. This work covers technology and measurements for combustion devices for power generation and propulsion.

A systematic treatise on multiphase permanent magnet machines and their control techniques. Coverage includes their superior attributes, their various applications including electric transport, and offers an overview of multiphase machines and control techniques compared to various electrical machine technologies.

Power line communications enable electric power system components to use the very power lines for communication about voltage, frequency, generation and loads. This work covers the technology systematically. This second edition offers updates and new content on noise types, mitigation, and properties of power line channels.

The new edition of this systematic reference about clean power from tides and waves. Chapters cover a wider range of wave and tidal devices, onshore AC sub-stations, practicability and deploy-ability, and lessons from offshore wind and other maritime industries.

A concise overview of key developments to tackle unwanted effects in inductive components and to reduce device volumes. Compiled by specialists, from industry and academia, the focus is on practical advice and application examples to help readers solve their problems.

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.

A new edition in two volumes of the systematic and comprehensive reference on metaheuristic methods for power systems with distributed renewables, which offers MATLAB-based software, with revised and new chapters.

A new edition in two volumes of the systematic and comprehensive reference on metaheuristic methods for power systems with distributed renewables, which offers MATLAB-based software, with revised and new chapters.

This work supports the goal of achieving affordable and clean energy, with a focus on low income and remote communities. Chapters cover deployment of solar systems, small wind turbines, run-of-river hydropower, storage, water desalination, and case studies.