摘要
磁耦合谐振式无线电能传输(Magnetic Coupling Resonance Wireless Power Transfer,MCR-WPT)作为常用无线电能传输技术之一,拥有传输距离远,效率高,辐射低等优势。针对线圈参数设计与MCR-WPT系统传输性能之间的关系,以磁耦合谐振原理为切入点,基于双线圈SS型谐振补偿电路模型,对磁耦合线圈进行建模分析,确定影响线圈和MCR-WPT系统性能的参数,并对线圈参数和系统电气参数与传输性能的关系,展开了深层次仿真分析,对比单参数优化和多参数优化的效果,最后针对特定电气参数,兼顾系统的传输效率和输出功率设计,确定多参数优化方案。
Magnetic coupling resonator wireless power transfer(MCR-WPT),as one of the commonly used radio energy transmission technologies,has advantages such as long transmission distance,high efficiency,and low radiation.Regarding the relationship between coil parameter design and transmission performance of MCR-WPT system,based on the principle of magnetic coupling resonance and the double coil SS type resonant compensation circuit model,the magnetic coupling coil is modeled and analyzed to determine the parameters that affect the performance of the coil and MCR-WPT system.A deep simulation analysis is conducted on the relationship between coil parameters and system electrical parameters and transmission performance,and the effects of single parameter optimization and multi-parameter optimization are compared.Finally,a multi-parameter optimization plan is determined based on specific electrical parameters,taking into account the transmission efficiency and output power design of the system.
作者
赵国文
林雅坤
张会新
ZHAO Guowen;LIN Yakun;ZHANG Huixin(Key Laboratory of Micro/nano Devices and Systems,Ministry of Education,North University of China,Taiyuan 030051)
出处
《舰船电子工程》
2025年第2期196-201,共6页
Ship Electronic Engineering
