摘要
随着电力电子技术、控制技术及开关电源相关技术的发展,电能和信号传输逐渐从以电缆为传输媒介的传统传输方式逐渐向无线传输方向发展。对于需要在水介质中长时间工作的电气设备而言,能量供应是维持其正常工作的关键因素,但由于电缆进行物理连接的传统传输方式在水介质中运用较为不便,并且存在较大的安全隐患,因此需要构建一个基于共享通道的双向无线电能和信息同时传输的系统。
With the development of power electronics technology,control technology and related technologies of switching power supply,power and signal transmission has gradually developed from the traditional transmission mode with cable as transmission medium to wireless transmission.For electrical equipment that needs to work in the water medium for a long time,energy supply is the key factor to maintain its normal work,but the traditional transmission mode of physical connection by cable is more inconvenient to use in the water medium,and there are greater security risks,so it is necessary to build a two-way radio energy and information transmission system based on shared channels.
作者
张红丽
刘建萍
范莉
张来宾
李志英
ZHANG Hongli;LIU Jianping;FAN Li;ZHANG Laibin;LI Zhiying(Zhengzhou Electric Power Technology College,Zhengzhou 451450,Henan,China;Zhengzhou Xianglong Power Co.,Ltd.,Zhengzhou 450000,Henan,China)
出处
《流体测量与控制》
2024年第2期85-89,共5页
Fluid Measurement & Control
基金
河南省高等学校重点科研项目(22B480006)。
关键词
双向无线技术
共享通道
电能和信息同时传输
系统特性
two-way wireless technology
shared channel
simultaneous transmission of electrical energy and information
system characteristic
