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异步化同步发电机交流励磁控制方法
引用本文:颜湘武,王仁洲,柳焯.异步化同步发电机交流励磁控制方法[J].华北电力大学学报,1996(4).
作者姓名:颜湘武  王仁洲  柳焯
作者单位:华北电力大学电力系,哈尔滨工业大学电力系
摘    要:在气隙磁通观测与定向的基础上,推导出异步化同步发电机等效的直流电机控制模型。异步化同步发电机的电磁功率与转子交流励磁的T轴分量成正比,独立控制交流励磁的T轴分量和M轴分量可以分别控制交流励磁发电机有功功率和无功功率的输出

关 键 词:异步化同步发电机  磁通观测与定向  励磁控制

A Method of Controlling Asynchronous Synchronous Generator with Alternating-Current Excitation
Yan Xiangwu ,Wang Renzhou ,Liu Zhuo Dept. of Electric Power Engineering,NCEPU,Baoding Harbin Technology University,Harbin.A Method of Controlling Asynchronous Synchronous Generator with Alternating-Current Excitation[J].Journal of North China Electric Power University,1996(4).
Authors:Yan Xiangwu  Wang Renzhou  Liu Zhuo Dept of Electric Power Engineering  NCEPU  Baoding Harbin Technology University  Harbin
Affiliation:Yan Xiangwu 1,Wang Renzhou 1,Liu Zhuo 2 1)Dept. of Electric Power Engineering,NCEPU,Baoding 071003 2)Harbin Technology University,Harbin 150000
Abstract:A equivalent direct-current dynamo controlling model of an asynchronous synchronous generator is developed base on the observation and direction megnetic filed. The power of an asynchronous synchronous generator is direct ratio with T -aixs component of the rotor alternating excitation. THe power and wattless power of the alternating excitating generator can be regulated respectively when the T -aies component or M -aixs component of the rotor alternating excitation is controlled independently.
Keywords:asynchronous synchronous generator megnetic filed  observation and direction exciting control  
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