摘要
针对云边端的低压台区纵向通信网络中断时,智能量测开关无法及时将电能计量箱的数据上送至台区智能终端而影响计量箱的状态感知问题,提出基于智能量测开关的HPLC双模横纵向协同通信方案,通过对HPLC双模信道控制及横向最优链路寻找的研究,设计横纵向通信流程,利用真型横纵向场景测试,验证了HPLC双模横纵向协同通信的有效性。
Aiming at the problem of intelligent measurement switches being unable to timely transmit the data of the energy metering box to the intelligent terminal in the low-voltage substation area when the vertical communication network of the cloud edge is interrupted,which affects the state perception of the metering box,a HPLC&HRF horizontal and vertical collaborative communication scheme based on intelligent measurement switches is proposed.Through the research and design of HPLC&HRF channel control and the search for the optimal Assistant horizontal and vertical link,the effectiveness of HPLC&HRF horizontal and vertical collaborative communication is verified through real horizontal and vertical scene testing.
作者
石明丰
甘永根
赵玉珂
刘飞飞
林俊加
SHI Mingfeng;GAN Yonggen;ZHAO Yuke;LIU Feifei;LIN Junjia(China Gridcom Co.,Ltd.,Shenzhen 518109,China)
出处
《长江信息通信》
2024年第11期4-7,共4页
Changjiang Information & Communications
基金
深圳市国电科技通信有限公司自筹科技项目(549608230004)。
关键词
智能量测开关
HPLC双模
横向通信
纵向通信
最优链路
intelligent measurement switch
HPLC&HRF
horizontal communication
vertical communication
Optimal link
