The main electric connection of substation is simplified.
该设计简化了电气主接线；
This paper presents a synthetic assessment system for main electric connection, especially for high-voltage main electric connection of 110KV substation.
本论文研究的电气主接线综合评价系统，主要针对高压配电网中110KV变电站高压电气主接线的设计。
On the base of assessment system data, we can calculate and analyze the reliability of all the main electric connection schemes by minimal path set method.
在评价系统数据建立的基础上，利用可靠性计算中的最小路法对各种主接线方式的可靠性进行计算和分析。
In order to improve its reliability, the main electric connection mode with double 12-pulse valve groups is adopted.
为此，在一次接线上采用了双12脉动阀组接线，使得一个阀组故障时仍可传送一半功率。
It presents the circuitry diagram of the main loop of electric drive system and the external wire-connection diagrams of PLC and converter.
给出了电力拖动系统的主回路电路图、PLC和变频器的外部接线图。
On the base of practical transformer substation main connection, electric components and system circuit model are first formed in the paper;
本文针对中低压变电站的实际主接线建立各电气元件及系统的电路模型；
The dissertation attach to five AutoCAD drawings including the main electric connection, outdoor distribution equipment setting, the relay protection of generator, the decoration of protection scream.
包括电气主接线图、室外配电装置图、发电机保护的原理接线图、展开图、保护屏的布置及端子排 接线图。
This paper presents a minimal cut set method based on the adjacent terminal matrix, which can be used to evaluate the reliability of main electric connection schemes for the railway station-oriented.
在邻接矩阵和邻接表的基础之上，提出了一种新的有向图存储结构-扩展邻接矩阵，并研究了建立该矩阵的算法。
This paper presents a minimal cut set method based on the adjacent terminal matrix, which can be used to evaluate the reliability of main electric connection schemes for the railway station-oriented.
在邻接矩阵和邻接表的基础之上，提出了一种新的有向图存储结构-扩展邻接矩阵，并研究了建立该矩阵的算法。
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