电力系统自动化2011，Vol.35Issue(2)：93-96,4.
励磁系统静态放大倍数和发电机有功功率对调差的影响分析
Effect Analysis of Static Gain of Excitation System and Generator Active Power on the Reactive Current Compensation
摘要
Abstract
The excitation static amplifying gain (K) and active power have great influences on the generator voltage droop characteristics. The effects of K on generator voltage droop characteristics without reactive current compensation are analyzed, and the effects of K on reactive current compensation are studied. At last, the influences of active power on the generator voltage droop characteristics are analyzed on a single machine infinite bus system. The results show that when K is smaller, the terminal voltage drops more along with reactive power increases, and the effects of reactive current compensation are reduced evidently, so the active power has great influences on the terminal voltage; when K is large enough , the influences of active power on terminal voltage will be very small. If only K satisfies the national standard demand, the influences of active power on terminal voltage can be ignored.关键词
发电机/励磁系统/电压下降特性/静态放大倍数/有功功率/调差Key words
generator/ excitation system/ voltage drop charateristic/ static amplifying gain/ active power/ reactive current compensation引用本文复制引用
霍承祥,刘增煌..励磁系统静态放大倍数和发电机有功功率对调差的影响分析[J].电力系统自动化,2011,35(2):93-96,4.
