원문정보
초록
영어
This paper reviews the magnetic coupling resonance wireless energy transmission from the principle, models and theories based on the development and classification of wireless energy transmission technologies. Firstly, it introduces MIT coupled mode theory and the main circuit theory models and experiments, summarizes and illustrates the characteristics of the two theories. Secondly, it introduces the worldwide research progress in this area, including the circuit theories, three-coil energy transfer systems, multi-receptor, four-coil energy transfer systems, frequency tunable resonance body, adaptive tuning and frequency division, the loss distribution, new materials, mutual inductance coupling and frequency tracking. Finally combined with the main research content of magnetically coupled resonant wireless energy transmission, it points out the existing problems and the direction for the studies of the theory and application next step.
목차
1. Introduction
2. Basic Principle of Magnetic Coupling Resonance Wireless Energy Transmission
3. Characteristics of Magnetically Coupled Resonance based Wireless Energy Transfer Proposed by the MIT
3.1 Integration Resonance Technology
3.2 The Use of the Character that Magnetic Near Field does not Spread to the Distance
4. Theoretical basis of Magnetically Coupling Resonant Wireless Energy Transfer
4.1 MIT's Couple-mode Theory
4.2 Circuit Theory
5. The Research Progress of the Magnetic Coupling Resonant Wireless Power Transmission
5.1 Circuit Theory
5.2 Three-coil Energy Transfer System
5.3 The Energy Transmission of Multi-receiving System
5.4 Four-coil Energy Transfer Sysem
5.5 Adjustable Frequency Resonance Body
5.6 Adaptive FM and Frequency Splitting Phenomenon
5.7 Loss Distribution
5.8 New Material
5.9 Lumped Parameter Method and Dipole Analysis
5.10 Mutual Inductance Coupling and Frequency Tracking
5.11 Other Developments
6. Problems and Future Research
Acknowledgement
References