The voltage stability of a ship power station is decided by the dynamic characteristic of its synchronous generator voltage regulation system.
船舶电站电压的稳定性主要取决于同步发电机调压系统的动态特性。
On the basis of this discrete model, the dynamic characteristic of the prototype of the generator structure is studied thus verifying the reliability of this generator structure designed.
最后据此按照设计图纸研究了发电机结构原型的动态特性，并进而论证了发电机结构设计的可靠性。
According to the analysis on test data, achieved the stationary characteristic and dynamic output characteristic, established the foundation on practicality research for PEMFC generator.
通过对测试数据的分析，获得了PEMFC发电机稳态运行特性和动态输出特性，为氢能发电机实用化研究奠定基础。
The voltage stability of a ship's power system is determined by the dynamic characteristic of the synchronous generator voltage regulation system in the ship's power station.
船舶电力系统电压的稳定性主要取决于船舶电站同步发电机调压系统的电压响应特性。
Under the circumstance of interconnection of power network, the dynamic characteristic of generator excitation system has significant effect on power system stability.
在全国联网的形势下，发电机励磁系统动态特性对系统的稳定水平影响很大。
It is very more comprehensive and exact to have dynamic characteristic testing of excitation device use equivalent real-time simulation models of turbine and generator under various conditions.
使用具有等效水轮发电机组实时仿真模型，对励磁装置进行各种工况下的动态试验，则更加全面、准确。
It is very more comprehensive and exact to have dynamic characteristic testing of excitation device use equivalent real-time simulation models of turbine and generator under various conditions.
使用具有等效水轮发电机组实时仿真模型，对励磁装置进行各种工况下的动态试验，则更加全面、准确。
应用推荐