|
|
发表于 2010-3-19 23:48:03
|
显示全部楼层
回复 1# yongzhe578
8 ]1 f' \+ O, y/ i) {6 F; w
5 ^/ N) r. w% o. }! Z, W8 K5 _3 c- f" {/ p+ Y4 H
"热稳极限" is a kind of conductor property. You should be able to find it from conductor manuals. Try to not exceeding a conductor's "热稳极限" by running a normal power flow analysis and any other contingency analysis. In simple, don't burn your conductor.( h- O% I E. [
H7 d2 h! l- Q% U2 \3 ~
"静稳极限" could be calculated by ignoring any dynamic models like exiter, governor, stabilizer, etc. Typically this value could be calculated without doing a real time simulation and then it could be provided by an on-line analysis software. 1 M8 G! F2 W* r$ Q6 C
2 J* c* D- p7 F+ |2 Q5 R- c$ t, I8 M"动稳极限", similar to "静稳极限", with control devices like exciter modeled. Both "静稳极限" and "动稳极限" apply to small disturbance.
0 p" P" D! S. u) i
3 M( \- _' a j6 s( A"暂稳极限" is used to make sure the system will come back to previous stable state or changed stable state after a big disturbance like a fault, generator disconnection, reclosing. It needs a real time simulation and it is not possible for an on-line analysis software to provide such analysis currently. " }% P4 I. | N' O2 z
: L0 @4 C$ u0 D
Most popular stability analysis software should be able to provide these analysis for you. For theoretical understanding, I would recommend you to read page 133 of professor Ni-Yi-Xin's book "Dynamic Power System Theory and Analysis" which could be found here:
" T N! |" E1 R* p6 b. t4 Q+ j0 t7 e' r9 m, k
"倪以信-动态电力系统的理论和分析.高清晰PDF"
. S8 [+ {9 j/ f$ \3 q- }+ { https://tech.cepsc.com/viewthread.php?tid=39421&extra=&highlight=%B6%AF%CC%AC%B5%E7%C1%A6%CF%B5%CD%B3%B5%C4%C0%ED%C2%DB%BA%CD%B7%D6%CE%F6&page=1 |
|
赣公网安备36040302000210号 )|网站地图
狗仔卡
提升卡
置顶卡
沉默卡
喧嚣卡
变色卡
显身卡