摘要
对IED设备进行物理建模,并将模型与IED的ICD文件关联形成IED模型文件,将二次回路中IED设备物理模型可视化。在此基础上进行实回路的光纤光缆连接,由于每个IED模型关联了IED设备的ICD文件,在光纤光缆连接完成之后即可进行虚端子的配置,配置完成虚、实回路实现关联,可以通过虚回路和实回路的对应关系查找某一虚回路所对应的实回路,减少配置工作量,方便设计人员对变电站二次回路的理解,提高设计人员的工作效率。
In this paper, the IED device is physically modeled and the model is associated withthe IED's ICD file to form the IED model file, the physical model of the IED device in the second-ary circuit is visualized. On this basis, the real loop fiber-optic cable connection is configured.Since each IED model is associated with the ICD file, the virtual terminal can be configured afterthe fiber-optic cable configuration. After the configuration, the virtual loop and the real loop are as-sociated. The real loop corresponding to a virtual loop can be found out through the correspondingrelationship of virtual loop and the real loop, thus reduce the workload of configuration, and im-prove the efficiency of the design staff.
出处
《湖北电力》
2017年第11期32-38,共7页
Hubei Electric Power
关键词
智能变电站
二次回路
可视化
IED建模
二次回路设计
intelligent substation
secondary circuit
visualization
IED modeling
secondary circuit design
