1) main controlling node
主控节点
1.
On the basis of this,this paper introduces the specific function and structure characteristic of the main controlling node and other sub-node in details,not only completes the design of hardware but also the design of software of all the sub-node,with a conclusion of implementation of the online real-time monitoring.
在此基础上,详细介绍了主控节点及其他子节点的具体功能及结构特点。
2) Controllable pilot node
可控主导节点
1.
Therefore, using graphic theory and operation experience of foreign tertiary control model for reference, this thesis put forward a dynamic voltage partition based on controllable pilot nodes and voltage rectification method considering the voltage influence between voltage control areas (VCA).
因此本文利用图论的基本理论，借鉴国外电力系统电压三级控制模型的运行经验，提出了一种基于可控主导节点的动态电压分区及考虑区域间电压影响的电压校正方法。
3) time master-controlled node synchronization
时间主控节点同步
6) active node
主动节点
1.
J-Sim-based bandwidth resources management of active node;
基于J-sim的主动节点带宽资源管理
2.
Resources management framework of active node based on J-sim;
基于J-Sim的主动节点资源管理框架
3.
The Design of Security Model of DSAN Active Node;
DSAN主动节点安全模型设计
补充资料：50t炼钢电弧炉总降压变电所SVC主控室(大冶钢厂)
50t炼钢电弧炉总降压变电所SVC主控室(大冶钢厂)
容 50t炼钢电弧炉总降压变电所SVC主控室(大冶钢厂)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条