摘要
为解决数字化变电站中多源异构通信网络融合的协议差异、数据格式不统一及网络性能不均等问题,提出一种分层融合架构设计方案。通过站控层、间隔层及过程层的功能划分,结合协议转换引擎、公共信息模型重组及虚拟局域网隔离技术,实现多源数据的统一调度与高效传输。案例分析表明,该架构显著降低了传输延迟与数据丢包率,提升了系统实时性与可靠性。
To solve the problems of protocol differences,inconsistent data formats,and uneven network performance in the fusion of multi-source heterogeneous communication networks in digital substations,this article proposes a layered fusion architecture design scheme.By dividing the functions of the station control layer,interval layer,and process layer,combined with protocol conversion engine,public information model recombination,and virtual local area network isolation technology,unified scheduling and efficient transmission of multi-source data can be achieved.Case analysis shows that this architecture significantly reduces transmission latency and data packet loss rate,improving system real-time performance and reliability.
作者
落鹏飞
张乐
LUO Pengfei;ZHANG Le(Baotou Power Supply Branch of Inner Mongolia Electric Power(Group)Co.,Ltd.,Baotou 014030,China)
出处
《通信电源技术》
2025年第22期34-36,共3页
Telecom Power Technology
关键词
数字化变电站
多源异构网络
通信融合
digital substation
multi-source heterogeneous network
communication integration
