This book constructs a complete knowledge framework of undersea wireless power transfer technology, following the main thread of "fundamental theories-key technologies-application scenarios-future challenges". In the section on fundamental theories, authors delve into the characteristics of electromagnetic wave propagation in seawater media, magnetic coupling resonance mechanisms, electric field coupling mechanisms, and energy-information co-transmission models. The chapter on key technologies focuses on core issues such as high-frequency inverter design, adaptive impedance matching, multi-objective optimization algorithms, and pressure-and corrosion-resistant materials. The section on application scenarios combines practical cases from deep-sea exploration, underwater Internet of Things (IoT), and military equipment to analyze the engineering challenges faced in implementing these technologies. Additionally, this book features a special chapter on "Interdisciplinary Integration," highlighting the importance of cross-domain innovation involving ocean engineering, power electronics, mechanical engineering, materials science, and artificial intelligence within this field.
| ISBN: | 9789819572212 |
| Publication date: | 28th March 2026 |
| Author: | Lei Yang |
| Publisher: | Springer an imprint of Springer Nature Singapore |
| Format: | Hardback |
| Pagination: | 350 pages |
| Series: | Smart Energy Systems |
| Genres: |
Energy, power generation, distribution and storage Shipbuilding technology, engineering and trades Energy technology and engineering |
This book constructs a complete knowledge framework of undersea wireless power transfer technology, following the main thread of "fundamental theories-key technologies-application scenarios-future challenges". In the section on fundamental theories, authors delve into the characteristics of electromagnetic wave propagation in seawater media, magnetic coupling resonance mechanisms, electric field coupling mechanisms, and energy-information co-transmission models. The chapter on key technologies focuses on core issues such as high-frequency inverter design, adaptive impedance matching, multi-objective optimization algorithms, and pressure-and corrosion-resistant materials. The section on application scenarios combines practical cases from deep-sea exploration, underwater Internet of Things (IoT), and military equipment to analyze the engineering challenges faced in implementing these technologies. Additionally, this book features a special chapter on "Interdisciplinary Integration," highlighting the importance of cross-domain innovation involving ocean engineering, power electronics, mechanical engineering, materials science, and artificial intelligence within this field.
Undersea Power Conversion and Wireless Power Transfer Technology features in the following genres: Energy, power generation, distribution and storage, Shipbuilding technology, engineering and trades, Energy technology and engineering
Undersea Power Conversion and Wireless Power Transfer Technology is available in Hardback
Undersea Power Conversion and Wireless Power Transfer Technology was written by Lei Yang and published by Springer an imprint of Springer Nature Singapore
Undersea Power Conversion and Wireless Power Transfer Technology has 350 pages
Yes it is part of Smart Energy Systems series
£125.99