The regional network fault decision-making system is mostly composed of fault diagnosis, fault restoration and operation order.
地区电网故障决策系统主要由故障诊断、故障恢复和故障操作票三部分构成。
It is testified that they are very helpful to the operator, and it also can be used as the expert's knowledge of fault restoration system.
这些量化后的故障预案可以作为故障恢复系统中的专家知识使用,同时为调度人员在故障处理时提供了切实有效的保障。
This paper introduces the fault restoration of sensor, relay, contactor and electromotor of imported textile machines and the production practice of substitution of the devices made in China.
介绍了进口纺织设备上传感器、继电器、接触器、电动机等电气器件的修复和国产化替代方面的生产实践。
For traditional distribution network fault restoration algorithm, it is difficult to consider both the quickness of restoration process and optimization of restoration strategy simultaneously.
传统的配电网故障恢复算法难于同时兼顾恢复过程的快速性和恢复策略的最优化。
This article presents a searching tree based algorithm of fault location, isolation and restoration of distribution system on the basis of distribution network characteristics.
针对配电网络结构特点,提出了一种基于树形搜索的配电网故障区域检测、隔离及恢复算法。
It's one of the most important function for distribution automation to realize fault location, fault section isolation and service restoration in time when fault happens.
配电网发生故障时迅速判断故障地点并隔离故障区段,及时恢复供电,是配电自动化最重要的功能之一。
The expert system is able to give correct and effective schemes for restoration of units, network and loads under various fault conditions.
它可以为多种系统事故后状态的机组、电网和负荷提供正确、有效的恢复方案。
As the most fundamental and important functions in distribution automation system, fault diagnosis and service restoration has become one of the most urgent functions needed by management.
配电网故障诊断及恢复供电是配电自动化最基本和最重要的功能,己成为配电部门迫切需要的管理功能之一。
Restoration is defined as allowing the NOS (Novell Netware) to reload without hardware fault and a login prompt to appear on the server monitor.
在此,“恢复”的定义为:使得网络操作系统(Novell Netware)可以在无硬件故障的情况下重新加载,并在服务器的显示器上出现登录提示信息。
The system can isolate fault accuracy and timely in actual operation. It also can supply effective restoration scheme and improve Longyao Country distribution network.
该系统在试运行中已经过多次故障考验,故障点判断准确,隔离及时,并提供有效恢复方案,提高了隆尧配电网自动化运行水平。
Study of the algorithm for fault diagnosis and electricity service restoration is the main heart of this paper.
配网故障定位和供电恢复重构算法的研究及其改进成为本论文的工作方向和重点研究内容。
Finally, the function and database key problems of Distribution fault detection, islation and restoration system is presented.
最后,提出了故障处理系统的功能模型和数据库设计结构,以及故障处理系统的实现方式。
Finally, the function and database key problems of Distribution fault detection, islation and restoration system is presented.
最后,提出了故障处理系统的功能模型和数据库设计结构,以及故障处理系统的实现方式。
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