负荷建模

aopei16

计及感应电动机负荷的静态电压稳定性分析
孙华东1, 周孝信1，李若梅2
' ?" V% K  Z' q; d2 E2 a0 N(1. 中国电力科学研究院，北京市 海淀区100085； 2. 中国电机工程学会, 北京市 宣武区100761)
STATIC VOLTAGE STABILITY ANALYSIS CONSIDERING INDUCTION
' q, l1 x0 \9 W+ O1 X$ lMOTOR LOADS
- D1 o# P  |5 y  v! a2 aSUN Hua-dong1, ZHOU Xiao-xin1, LI Ruo-mei2
  P9 U# r$ ~% I, Y$ M2 r(1. Electric Power Research Institute, Haidian District, Beijing 100085, China;
4 g# ?7 A7 z( a  D7 l7 [8 E6 [2. Chinese Society of Electrical Engineering, Xuanwu District, Beijing 100761, China)
ABSTRACT: A small disturbance voltage stability analysis
4 p2 ~3 J( t3 y! k5 Pmathematical model of single load and infinite bus system is
( r3 X4 p1 v$ P0 t) e; C2 Mpresented including electromechanical transient model of
induction motor. The influence of induction motor parameters
" \: p$ Z& x. _- h' Uon eigenvalues on a simple power system is analyzed. The
common physical essence of static voltage stability indices
* s& s1 g8 g8 L! v' ]7 Z: R2 f: wbased on power flow model is illustrated on a simple system.
2 ]" H- X% Q7 c. X( v) f1 _The accuracy of static voltage stability indices based on power
3 Y$ ~) k$ N* D4 g  oflow model is analyzed by small disturbance voltage stability
analysis and dynamic simulation with different parameters of
7 H: ^5 B! B  v) f" E' v; {4 a$ g; ~5 ainduction motor. The results show that static indices based on
& v* ]. W/ b' f' L2 M  [power flow model is not accurate. The system may lose voltage
$ n& W# ~5 @5 D: _9 Z  ?stability which the static indices regard it is voltage stability.
The small disturbance voltage stability analysis mathematical
0 }4 C4 G2 [& H) Q0 _1 s2 smodel in this paper is simplified analysis. It is expected to be
used in the on-line environment in the future

pandaliuxin

wlm_28

英文摘要？

wlmwlm

什么意思，怎么建模呀？

csdcjk1

太专业了吧！！！

寥寮

也不下载个文章

qcsun

这是干嘛呀

qcsun

不懂，这个文章主要是研究电动机对电压稳定的影响