摘要
电网保护信号关系到电网安全可靠的运行,采用新通信技术改善电网性能是电网发展的需求,而量子远程传态技术具有一些难以比拟的优点,本文用量子远程传态技术传递电网保护信号,研究量子远程传态技术的业务适配性,包括误码率、时延、传输速率和传输距离等,分析量子远程传态技术应用到电力系统中的可行性。
The grid protection signal is related to the safe and reliable operation of the power grid. The use of new communication technologies to improve the performance of the power grid is a demand for power grid development. Quantum teleportation technology has some unparalleled advantages. In this paper, we apply quantum teleportation technology to transmit grid protection signal and study the service adaptability, including bit error rate, delay, transmission rate and transmission distance etc., to analyze the feasibility of applying quantum teleportation technique to grid.
作者
卢利锋
李香龙
陈振
朱向冰
Lifeng Lu;Xianglong Li;Zhen Chen;Xiangbing Zhu(Global Energy Internet Research Institute Limited, Beijing;State Grid Beijing Electric Power Company, Beijing;Department of Physics, Anhui Normal University, Wuhu Anhui)
出处
《光电子》
2018年第1期29-34,共6页
Optoelectronics
基金
国家电网公司2017科技项目(No.SGRIXTKJ[2017]658)。
关键词
量子远程传态技术
电网
性能
适配性
Quantum Remote Transmission Technology
Power Grid
Performance
Adaptability
