大型发电机内部故障主保护配置方案需要通过定量化设计来确定。
The final main protection configuration scheme for internal faults of Urge generators should be determined by means of quantitative design.
强调指出当系统对稳定性有要求时，主保护必须进行双重化配置。
It emphasizes when system stability is required, the main protection must be double configuration.
介绍一种新型电铁主变保护装置的特点及保护配置，对主要的保护原理及判据进行分析。
The feature and configuration are introduced for the new generation of electrification railway transformer protection. Its main protective principle and criterion are analyzed.
对于多分支的水轮发电机，可以采用多种中性点引出方式，相应主保护的构成方式和组合方案数目巨大，很难通过穷举法获得最优的配置方案。
Since a multi-branch hydro-generator could adopt many modes of neutral-point lead, its main protection configuration has a large number of constitute manners and compound schemes.
对于多分支的水轮发电机，可以采用多种中性点引出方式，相应主保护的构成方式和组合方案数目巨大，很难通过穷举法获得最优的配置方案。
Since a multi-branch hydro-generator could adopt many modes of neutral-point lead, its main protection configuration has a large number of constitute manners and compound schemes.
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