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Description
(Text)
This book systematically introduces the common solid, liquid, and gas insulating materials used in electrical engineering, providing a comprehensive analysis of their fundamental properties, such as insulating characteristics, mechanical properties, dielectric properties, and thermal properties. Additionally, it discusses innovative sustainable developments in insulating materials, including self-healing, degradable, and recyclable options. The book focuses on the development trends and directions of electrical insulating materials in the context of the green transition, delving deeply into the current challenges and contradictions in research. Furthermore, it introduces readers to future developments and innovations, aiming to provide low-carbon, eco-friendly, and sustainable insulating solutions for the power industry and drive innovation and advancement in the field of electrical materials. By systematically reviewing both foundational research and cutting-edge applications oflow-carbon, eco-friendly, and sustainable insulating materials, this book facilitates a deeper understanding of new milestones and sustainable developments for researchers and professionals across various disciplines.
(Table of content)
Preface
Chapter 01 Overview of Development of Insulating Materials
Chapter 02 Key Issues of Conventional Insulating Materials
Chapter 03 Characteristics and Types of Green Insulating Materials
Chapter 04 Milestone of Insulating Plastics
Chapter 05 Milestone of Insulating Resin
Chapter 06 Milestone of Insulating Rubber
Chapter 07 Milestone of Insulating Paper
Chapter 08 Milestone of Insulating Oil
Chapter 09 Multi-dimensional evaluation, optimization and operating condition evolution characteristics of eco-friendly insulating gas performance
Chapter 10 Synergistic Improvement of the Performance of Green Insulating Materials in Power Equipment
Chapter 11 Prospects and Innovation of Green Insulating Materials
(Author portrait)
Jun-Wei Zha is a Professor at the University of Science and Technology Beijing, China. His current research interests are the electrical/thermal properties of dielectric/insulating polymer materials. He won the first prize in Natural Science from the Ministry of Education in 2019, the first prize in Natural Science of Beijing Science and Technology Award in 2022, and the Young Scientist Award of the Chinese Society for Composite Materials in 2021. He also serves as the Subject editor of IET Nanodielectrics, guest editor/editorial board member of Energy & Environmental Science, High Voltage Engineering, and editorial board member of Chinese Physics Letters, etc. He is currently the IET Fellow, Senior Member of IEEE, member of IEEE/DEIS Technical Committee on Nanodielectrics and CIGRE WG D1-73, secretary-general of Dielectric Polymer Composites Committee of Chinese Society for Composite Materials, and Council Member of the Chinese Society for Composite Materials, deputy director ofEnergy Storage System and Equipment Committee of China Electrotechnical Society, etc.
