摘要
通过四线圈结构磁谐振式无线电能传输系统的电路模型推导出其传输效率表达式,用两线圈模型对参数进行初步设计得出谐振线圈的半径、匝数、线径等参数.利用四线圈模型对参数进行优化,调整线圈之间的互感使系统获得最大传输效率.通过两线圈模型和四线圈模型进行系统参数设计和分析,既保证了模型分析的准确性,又简化了谐振线圈设计过程,为谐振式无线电能传输系统的优化设计提供了理论依据.
Through the circuit model of the magnetically resonant wireless power transfer system consisting of four coils, the expression of the transmission efficiency is obtained. First, use a two-coil model in a preliminary design of the parameters to determine the transmission distance and resonant frequency and to obtain the radius, number of turns and wire diameter of the resonance coil. Then, use the four-coil model to optimize the parameters and adjust the mutual inductance between coils to achieve the maximum transmission efficiency of the system. Combination of the two-coil model and the four-coil model for design and analysis of the system parameters ensures the model analysis accuracy and simplifies the resonant coil design process, thus providing a theoretical basis for design optimization of the magnetically resonant wireless power transfer system.
出处
《厦门理工学院学报》
2013年第4期41-45,50,共6页
Journal of Xiamen University of Technology
基金
广东省自然科学基金研究项目(8151009001000059)
关键词
磁谐振式
无线电能传输
两线圈模型
四线圈模型
优化设计
magnetic-resonance
wireless power transfer
two-coil model
four-coil model
design optimization
