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双发射无线电能传输系统的同步控制策略研究

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在无线电能传输系统的设计中,为了提升系统的功率传输能力以及降低功率变换器件上的电压电流应力,笔者设计了一种双发射无线电能传输系统,该系统有2种工作模式:休眠工作模式和增强工作模式。当接收端所需功率较低时,其中1个发射端在休眠工作模式,仅由另外1个发射端为接收端提供能量;当接收端所需功率较高时,该发射端由休眠工作模式切换到增强工作模式,连同另外1个发射端一起为接收端提供能量。除此之外,针对2个独立发射端逆变器的输出电压相位不一致带来的能量抵消问题,笔者提出同步控制方法使二者保持同步以提升系统的功率传输能力,通过实验验证了所提方案的可行性和有效性。
Synchronization control strategy for dual-transmitter wireless power transfer system
In wireless power transfer(WPT)system design,incorporating multiple transmitters can improve power transmission capacity and reduce voltage and current stress on power conversion components.This paper proposes a dual-transmitter WPT system featuring two operational modes:standby and strengthening.When the receiver requires low power,one transmitter operates in standby mode,while the other provides power to reduce system losses.When the receiver's power demand increases,the system switches from standby to strengthening mode,with both transmitters supplying power to the receiver.Additionally,to address energy cancellation caused by phase inconsistencies in the output voltages of the two transmitter inverters,a synchronization control method is introduced,ensuring synchronized operation and boosting system power capacity.Experimental results confirm the feasibility and effectiveness of the proposed method.

wireless power transferdual-transmitterpower transfer enhancementsynchronization control

陈永明、杨茹、蒋成

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国网镇江供电公司,江苏 镇江 212000

中国电力科学研究院有限公司,北京 100192

无线电能传输 双发射 传输功率提升 同步控制

2024

重庆大学学报
重庆大学

重庆大学学报

CSTPCD北大核心
影响因子:0.601
ISSN:1000-582X
年,卷(期):2024.47(12)