Large Scale Grid Integration of Renewable Energy Sources

Antonio Moreno-Muñoz

ISBN 10: 1839538422 / ISBN 13: 9781839538421

Published by Institution of Engineering and Technology, GB, 2024

About this Item

Key to the further growth of shares of renewables is their integration with the existing grid system including EV and sector coupling. This in turn requires technical developments to enable flexibility and dispatch. Approaches to meeting these challenges include hybridization of different distributed energy resources, forecasting and control, storage and demand response, and modelling. Technological advances are also being accompanied by changes in business models. The first edition of this book for researchers in academia, power industry and at grid operators presented an overview of the steps on the way toward 100% clean power, covering systematically the different challenges and technologies. The 2nd edition has been substantially revised and updated. The book begins with an overview of the role of the power grid in a sustainable energy system. Chapters cover recent developments and future challenges for integration of renewable energy, wind energy forecasting, wind and PV integration, energy resources integration and demand response, DC distribution, distributed micro-storage and hydrogen energy systems. Providing an up-to-date and thorough overview of trends and developments on this essential renewable energy topic, the book is suitable for researchers in academia and industry as well as at utilities involved with renewables deployment and power grids.

Seller Inventory # LU-9781839538421

Bibliographic Details

• Title: Large Scale Grid Integration of Renewable Energy Sources
• Publisher: Institution of Engineering and Technology, GB
• Publication Date: 2024
• Language: English
• ISBN 10: 1839538422
• ISBN 13: 9781839538421
• Binding: Hardback
• Edition: 2nd Edition
• Condition: New
• Dimensions: 15.6W x 2.24H x 23.39D centimeters 15.6 centimeters width by 2.24 centimeters height by 23.39 centimeters depth

About this title

Synopsis

Key to the further growth of shares of renewables is their integration with the existing grid system including EV and sector coupling. This in turn requires technical developments to enable flexibility and dispatch. Approaches to meeting these challenges include hybridization of different distributed energy resources, forecasting and control, storage and demand response, and modelling. Technological advances are also being accompanied by changes in business models.

The first edition of this book for researchers in academia, power industry and at grid operators presented an overview of the steps on the way toward 100% clean power, covering systematically the different challenges and technologies. The 2nd edition has been substantially revised and updated.

The book begins with an overview of the role of the power grid in a sustainable energy system. Chapters cover recent developments and future challenges for integration of renewable energy, wind energy forecasting, wind and PV integration, energy resources integration and demand response, DC distribution, distributed micro-storage and hydrogen energy systems.

Providing an up-to-date and thorough overview of trends and developments on this essential renewable energy topic, the book is suitable for researchers in academia and industry as well as at utilities involved with renewables deployment and power grids.

About the Author

Antonio Moreno-Muñoz is currently a professor at the Department of Electronics and Computer Engineering, Universidad de Córdoba, Spain, where he is also the chair of the Industrial Electronics and Instrumentation Research and Development Group. His research interests include smart cities, smart grids, power quality, and the internet of energy. He has more than 200 publications on these topics. His memberships include the Technical Committee on Smart Grids of the IEEE Industrial Electronics Society and the European Technology and Innovation Platforms (ETIP) Smart Networks for Energy Transition (SNET) WG-4 and the IEEE Flexible Grid-interactive Efficient Buildings to Enhance Electric Service Resilience (FlexGEB) TF. He serves as an international project evaluator and on the boards of various key journals.