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Research on Communication Network Configuration and Simulation of Smart Substation Based on Ethernet

机译:基于以太网的智能变电站通信网络配置与仿真研究

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The characters of the intelligent substation communication network structure are analyzed in the paper. Combining existing integrated automation substation hardware circuit and VLAN (Virtual Local Area Network) research foundation to optimize the network configuration. In accordance with IEC61850 standard, the network is partitioned into several VLANs based on the Tag VLAN division method of ID address. Real-time communication packets between GOOSE networks, SV (sampling information) networks, and switches use 802.1Q protocol headers to distinguish these packets. Finally, OPNET simulation software was used to simulate and verify the simplified dual-star topology. The results demonstrate that the delay and traffic bandwidth meet the requirements of actual substation operation standards. Compared with ordinary single-star networks, the reliability is greatly improved and the effectiveness is improved.
机译:在纸上分析了智能变电站通信网络结构的特征。结合现有的集成自动化变电站硬件电路和VLAN(虚拟局域网)研究基础来优化网络配置。根据IEC61850标准,该网络基于ID地址的标签VLAN划分方法将网络分为多个VLAN。鹅绒网络,SV(采样信息)网络之间的实时通信数据包以及交换机使用802.1Q协议标题来区分这些数据包。最后,OPNET仿真软件用于模拟和验证简化的双星拓扑。结果表明,延迟和流量带宽符合实际变电站运营标准的要求。与普通单星网络相比,可靠性大大提高,提高了有效性。

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