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潮流结果和PSASP的完全对得上，但在不设故障情况下在0.17s失稳，G1的Pelec如图
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9 Z( S; w" Q( b% U& |8 x+ w0 Jlofl
8 t- `/ z* }/ c9 E: r9 E ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? ; U$ h3 W8 U' F5 r
Executing activity read,file) B* b: d2 @# y# {) o/ g
read,file/ j# u6 v1 d7 y" l2 g
ENTER INPUT FILE NAME (0 TO EXIT, 1 FOR TERMINAL): 4g2a8 [+ m4 k I* l1 u2 x
ENTER IC, SBASE
* }: R2 O. n- S$ b' t ENTER TWO LINE HEADING) j8 B! h9 B5 q# Y9 d" H4 ^
ENTER BUS DATA
7 X: Y; }, Y; i) f7 K ENTER LOAD DATA$ Z9 g- S& q# e! M8 s7 G
ENTER GENERATOR DATA& s2 R3 I0 y- B8 c$ g' F
ENTER NON-TRANSFORMER BRANCH DATA
$ v- b! \- y: n( d1 w ENTER TRANSFORMER DATA# {7 l( a/ I0 P) T) t P% h
ENTER AREA INTERCHANGE DATA5 W* H) s0 }" m8 t6 S3 O0 K- V
ENTER TWO-TERMINAL DC LINE DATA+ y4 }% j0 U. h' R. [/ {% j" S9 f
ENTER VSC DC LINE DATA
" o: _$ d) E5 j; z8 G$ i+ j. E ENTER SWITCHED SHUNT DATA
4 g" X$ ?) l+ X3 }& }% l ENTER TRANSFORMER IMPEDANCE CORRECTION DATA2 m# G- D5 `9 P
ENTER MULTI-TERMINAL DC LINE DATA
1 q7 s! W% [ E# D2 i ENTER MULTI-SECTION LINE DATA& G8 G3 Q% g* C* D8 M) i- Z
ENTER ZONE NAME DATA0 d! u1 S" W6 ?' H+ s7 t2 G. B2 T
ENTER INTER-AREA TRANSFER DATA
1 R$ |! S0 Z% I ENTER OWNER NAME DATA
' t# v* C. L e* D7 F ENTER FACTS DEVICE DATA
/ [8 b4 ?8 R# v) ` ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
- A* {- j/ R7 l5 W) {1 c3 n3 j- ? Executing activity fnsl2 o; c( e7 X5 [5 w/ u
fnsl7 X+ h( \2 ~% N& U& C
ORDERING NETWORK2 l2 l$ F" t3 Y$ d
DIAGONALS = 10 OFF-DIAGONALS = 9 MAX SIZE = 18
8 @6 ]: e, a: n4 i# g ENTER ITERATION NUMBER FOR VAR LIMITS0 g2 y2 j" B( s# ~/ T5 f+ K& s, G
0 FOR IMMEDIATELY, -1 TO IGNORE COMPLETELY: 99* ]% m, F* o( q4 A; D
ITER DELTAP BUS DELTAQ BUS DELTA/V/ BUS DELTAANG BUS
0 j- m) ?& _; i8 R. S/ ] 0 21.2968( 401 ) 2.7013( 801 ) 0.12761( 801 ) 0.58266( 801 )
8 A6 ]6 o# J. B9 [. a 1 4.2106( 801 ) 8.1793( 901 ) 0.12606( 701 ) 0.04352( 1 )* \* q2 ^: t. ~! G1 D$ Y- a+ O& M
2 0.2518( 901 ) 0.7799( 901 ) 0.02045( 701 ) 0.00508( 1 )
+ A7 p" p6 ?* v 3 0.0122( 901 ) 0.0124( 901 ) 0.00048( 701 ) 0.00029( 801 )
) _& ^7 f: p% }' c' E. v7 O4 O9 u 4 0.0000( 801 ) 0.0000( 901 ) 0.00000( 801 ) 0.00000( 801 )3 x, e6 V4 t; u6 H- J$ o
5 0.0000( 801 ) 0.0000( 801 )
& m, @* ]( N0 T u% {' r REACHED TOLERANCE IN 5 ITERATIONS* h" \$ R5 y8 R. c4 c8 F. G4 I' g
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 801 [9 230.00]. s( {' Z: g. C. g' N6 S
SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA
1 B- ^" c# Z2 r1 C, g9 X SWING BUS SUMMARY:
& }* r) O, K# F1 T BUS# X-- NAME --X BASKV PGEN PMAX PMIN QGEN QMAX QMIN* b6 E( Y M: O2 ~2 s8 e
301 4 20.000 700.1 9999.0 -9999.0 202.3 9999.0 -9999.0+ W7 K. K/ {& p/ d4 n+ M
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
4 `- v0 S6 ?7 O8 p) ~5 R Executing activity save,4g2a00+ Z! y; ?$ {1 s
save,4g2a00. m2 O# _4 g% B7 m0 }. I
CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:06; k V* N% h6 W5 @
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
9 I6 l3 k1 y E! v, l Executing activity cong
6 z/ e, U* o2 J' D2 k1 M+ H' Qcong
3 P7 D( j' K6 p2 R" B6 Z GENERATOR CONVERSION COMPLETED- \: D/ |) r. \' `' R+ R' [
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
5 J0 K+ d7 F4 [) B Executing activity conl all+ N1 ?4 f3 c( I! `$ v( c
conl all z `+ A# Y' c9 q W& {
ENTER % CONSTANT I, % CONSTANT G FOR ACTIVE POWER: 9 P4 ~: V# o1 n! M$ a4 `* p
ENTER % CONSTANT I, % CONSTANT B FOR REACTIVE POWER: ' x7 V/ b6 `6 T- U7 q
LOAD TO BE REPRESENTED AS:0 [8 ^2 W4 Y+ _5 o7 d4 T- u7 S% I
ACTIVE REACTIVE
# s, p/ U2 F. f' Q3 k7 Y 100.00% 100.00% CONSTANT POWER' `% Y' A9 L9 X3 [, g
0.00% 0.00% CONSTANT CURRENT# Y( x- K" E1 c8 |3 d# n
0.00% 0.00% CONSTANT ADMITTANCE
% f8 H/ \$ C3 {2 j6 n5 Z ENTER 1 IF O.K., 0 OTHERWISE: 14 {5 n1 A- V: S: w) H
2 OF 2 LOADS CONVERTED& s# R/ C8 S7 a
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
$ @: Q' N3 E2 B# B! `8 q. G& { Executing activity fact8 i+ a& c- K5 X, R/ C8 r( m: F
fact" w- z7 C7 m t6 p! p* }$ n8 ]8 X
ORDERING NETWORK
9 o) b! i/ C0 M( } DIAGONALS = 11 OFF-DIAGONALS = 10 MAX SIZE = 20
% ^; x: l' _/ _# }' q 11 DIAGONAL AND 10 OFF-DIAGONAL ELEMENTS
2 `& P% ^7 R* z- n( ^. h1 k. V" @ ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? ; N4 Y* z" D7 y+ i6 I3 W$ ^
Executing activity tysl% S. i: ]5 _$ {
tysl
8 d1 ]/ ~ O) _. [ U+ u ITER DELTAV/TOL X-------- AT BUS ---------X REAL(DELTAV) IMAG(DELTAV)$ C' \3 D: U* D# X! f
1 0.003 1 [1 20.000] 0.3029E-07 -0.1089E-07: o9 a$ |4 \2 j
REACHED TOLERANCE IN 1 ITERATIONS8 e t: i- E9 S4 [7 m+ i7 @
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 601 [7 230.00]
6 L: f" w! ^' A+ Y- n3 g# j" G7 T SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA1 U& Z+ T- n9 u, U3 i7 m
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
; }/ ~( o& n) r4 L Executing activity save,4g2a00' X* t3 \* r4 ^# s/ Q- m! A
save,4g2a00& j @) E5 @$ q- z
CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:07
/ C/ G3 [/ Z x' j0 F7 o ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
! u& V, y* i8 `, A2 z Executing activity RTRN
* T5 w# c" b9 r3 f' }RTRN
& z' v5 R& p- s2 d6 T1 y" t7 d; P! U1 x ACTIVITY?
2 }8 C2 @- j) x Executing activity DYRE
3 c9 E: b! R& [9 p) r4 ? OUT OF FILE DATA--SWITCH TO TERMINAL INPUT MODE+ C0 v* S0 `; l0 `7 [& {4 {5 t6 U
GENERATOR MODELS USE:
# |3 F0 k3 D6 C( e! W$ j4 x- E! @! D CONS 1- 56
' n/ i! g0 a( J: a' M# H STATES 1- 24& k9 E7 Z1 c3 X3 a; M5 `) Y+ y
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SUMMARY OF MODELS READ:5 E( S( k2 n1 a1 @+ W1 }
GENS: GENROU* F/ e6 J7 j" e* L0 D5 G
4
. j$ s5 u0 k$ c4 K- G* _ NEXT AVAILABLE ADDRESSES ARE:& B" L, V; r W
CON STATE VAR ICON
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NO MODEL CALLS IN CONNECTION ROUTINES--DYNAMICS SKELETON MAY BE USED
: w* g5 R! \8 ~* M, c$ Z Executing activity CHAN
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) Q7 ?4 Q$ r) ` 3 OUTPUT CHANNELS HAVE BEEN ADDED
3 Z; J, d+ p* D- Q3 r NEXT AVAILABLE ADDRESSES ARE:
9 _4 ?/ F* N$ C, X" q0 E C CHANNEL VAR ICON3 R! Q& B6 Z% k% I9 a8 f/ J
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$ h# @( ^# }3 a2 u Executing activity STRT1 r, d2 k/ P& ^ k/ o2 V, `
GENROU AT BUS 1 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
+ @8 N' y3 r& L0 u& _) g8 A7 ^1 f GENROU AT BUS 101 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.000004 e1 k7 p6 S* m) `- P i6 w
GENROU AT BUS 201 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
k- B! f8 A2 x1 A) t/ ~ GENROU AT BUS 301 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000( Q# g! `2 x9 [. K6 i5 H6 o; u
PTI INTERACTIVE POWER SYSTEM SIMULATOR--PSS/E SAT, JUN 02 2012 15:08
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21 p' |1 L$ d; C" F
INITIAL CONDITION LOAD FLOW USED 1 ITERATIONS# K* P) v2 N( ^. q' m2 I9 d" b
----------------------------- MACHINE INITIAL CONDITIONS -----------------------------: R. f' ]/ K( D; ]5 s/ T7 W) j: }0 x
BUS# X-- NAME --X BASKV ID ETERM EFD POWER VARS P.F. ANGLE ID IQ
1 d/ `1 ?9 g! i6 \2 g 1 1 20.000 1 1.0300 2.4652 700.00 185.25 0.9667 70.87 0.7104 0.32490 |$ M) E' B" M6 d
101 2 20.000 1 1.0100 2.5768 700.00 234.84 0.9481 59.45 0.7504 0.3109) G- C9 M1 b% x
201 3 20.000 1 1.0300 2.4910 719.00 176.22 0.9713 44.98 0.7270 0.3303. M- F* a$ q5 e. n* \
301 4 20.000 1 1.0100 2.5189 700.10 202.33 0.9607 33.50 0.7359 0.3181
3 Y; u D' }: v/ c5 S+ i( V; n* ? INITIAL CONDITIONS CHECK O.K.
4 X0 ?0 `7 P) M+ ~. `: z; m: m# \% Q$ V SNAPSHOT STORED IN FILE D:\PSSE30\EXAMPLE\4g2a.snp AT TIME = -0.020
* B1 `- S% m' v3 D1 f% Y, C CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out1 h$ \, h+ u* G0 t( X7 r" a
NETWORK NOT CONVERGED AT TIME = 0.1700
% q( C% n7 W! e0 t2 V. @" \ 26 191.996 801 [9 230.00] 0.1697E-01 0.8974E-02
' J. Y F5 J7 X% _( S8 |. \Decimal number outside allowable range!
) [( x' |7 D. d CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out$ d- l4 |1 j( Z5 J
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5 ~9 ?* R) e5 k& y; u0 T4 a; w潮流数据预处理应该没问题，dyr文件只包括发电机模型，用PSASP6型模型仿真结果正常，到PSS/E就出问题了
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最后两项饱和度是自己随便写的，其他数据来自kunder的书 |
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发表于 2012-6-7 01:07:16
