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Green HV Switching Technologies for Modern Power Networks

Green HV Switching Technologies for Modern Power Networks

Edited by Kaveh Niayesh

In modern power networks with high shares of renewable energy sources, and a mixture of alternating (AC) and direct current (DC) technology in different sections of the network, power switching devices are exposed to more and different stresses compared with those in conventional AC networks.

Another pressure on power switching equipment is to minimize their long-term environmental impact, for example, to relinquish the use of SF6 with its high global warming potential. Solutions are either based on vacuum switching devices modified for higher voltages or on environmentally benign alternative gases.

This book systematically and thoroughly conveys the recent advances in the field of green HV switching technologies for an audience of researchers, engineers, senior students and professionals working on high voltage equipment at utilities and manufacturers. Chapters are written by leading scientists and professionals from manufacturing companies and testing organizations.

Green HV Switching Technologies for Modern Power Networks begins with an introduction to the topic, followed by chapters covering requirements for HV circuit breakers, aspects related to DC switching and high penetration of renewables, environmentally friendly high voltage vacuum circuit breakers, SF6-free gas circuit breakers, DC switching devices, as well as open research questions and future trends.

About the Editors

Kaveh Niayesh is a professor at the Norwegian University of Science and Technology. He earned his PhD at the RWTH-Aachen University of Technology, Germany. In the last 20 years, he held various academic and industrial positions in four different countries. His research interests focus on high voltage and switchgear technology, including current interruption, insulation materials, and diagnostic and condition assessment. He has (co)authored the book Power Switching Components, more than 150 papers, and 14 patents.

Item Subjects:
Energy Engineering

Publication Year: 2023

Pages: 434

ISBN-13: 978-1-83953-710-3

Format: HBK

Editors: Kaveh Niayesh

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