介绍了一套可视化的发电机内部故障计算和主保护整定管理系统。
A visible calculation and management system for generator's internal faults and main protective relaying setting is developed.
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.
对研究发电机内部故障的不同分析方法进行比较，应用场路耦合法对发电机定予绕组内部故障建模。
A mathematical model is created by the coupled field-circuit method to analyze the internal faults in generator.
随着同步发电机组容量的增加，为防止发电机内部故障扩大，对发电机的灭磁系统提出了更高的要求。
Along with the synchronization power set capacity increasing, for prevent the generator interior breakdown from expanding, the generator has a higher request to the de-excitation system.
随着同步发电机组容量的增加，为防止发电机内部故障扩大，对发电机的灭磁系统提出了更高的要求。
Along with the synchronization power set capacity increasing, for prevent the generator interior breakdown from expanding, the generator has a higher request to the de-excitation system.
应用推荐