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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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* h, Z7 F/ j6 R: Ylofl' M% k. R+ z8 h% l& q
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? ) ^7 `# M' k9 e- l: v
Executing activity read,file
0 U+ D6 {$ |0 [: sread,file( r3 {: ?: I. S! _ p! b8 m
ENTER INPUT FILE NAME (0 TO EXIT, 1 FOR TERMINAL): 4g2a3 C/ s2 t" R% U
ENTER IC, SBASE
. i/ A3 ] g) ] ENTER TWO LINE HEADING
7 `) c; L3 r( }0 x8 Y1 R0 ^4 N% w" |' ` ENTER BUS DATA
) k4 C1 O! @. O& E6 z ENTER LOAD DATA8 _( F9 r" f& d0 w% J& U: i
ENTER GENERATOR DATA
" b6 D/ u( H4 I# E2 m/ ^/ g5 E0 ^( M ENTER NON-TRANSFORMER BRANCH DATA. V9 l# ]# Z9 ^' F2 k
ENTER TRANSFORMER DATA/ e" F6 W9 E7 A9 W" K7 b9 f+ Q! W/ r
ENTER AREA INTERCHANGE DATA' i8 O. j% g! ~& E1 [
ENTER TWO-TERMINAL DC LINE DATA5 i- ]; x6 I. G% I. I
ENTER VSC DC LINE DATA
$ D7 ~- O! t4 x- u ENTER SWITCHED SHUNT DATA
( l7 x. a: M. i3 R# h1 u ENTER TRANSFORMER IMPEDANCE CORRECTION DATA
# D! ]4 f2 ]6 h! G5 O+ N ENTER MULTI-TERMINAL DC LINE DATA
8 d ?; {% \+ W9 l: ]- p ENTER MULTI-SECTION LINE DATA& Z$ D8 ?* h- d6 B( z K; U' z, R1 l4 S
ENTER ZONE NAME DATA5 Q9 j2 |# d ]+ \5 h7 D! M
ENTER INTER-AREA TRANSFER DATA
6 n2 \! b( g2 z/ L ENTER OWNER NAME DATA
9 @* j8 A% Y/ T2 U% c ENTER FACTS DEVICE DATA i" M) m G' @( `3 q1 b
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? % _" U4 m( C: _
Executing activity fnsl/ H' Q: F' J5 P$ `6 U
fnsl" @, K7 S$ u# S1 @$ M! }
ORDERING NETWORK
! `, H$ _ b: p2 n DIAGONALS = 10 OFF-DIAGONALS = 9 MAX SIZE = 18
) P3 i. R: o1 Z4 Q* e7 r% P8 O ENTER ITERATION NUMBER FOR VAR LIMITS
( A K+ L# r7 I6 n 0 FOR IMMEDIATELY, -1 TO IGNORE COMPLETELY: 99
$ Y* U% z1 R' g& Y' I ITER DELTAP BUS DELTAQ BUS DELTA/V/ BUS DELTAANG BUS% f" {+ t8 R( {7 R) b! C! i
0 21.2968( 401 ) 2.7013( 801 ) 0.12761( 801 ) 0.58266( 801 )
, r( {+ s9 `4 \2 z1 |3 k 1 4.2106( 801 ) 8.1793( 901 ) 0.12606( 701 ) 0.04352( 1 )0 K1 _% G! I. @3 O/ S; Q
2 0.2518( 901 ) 0.7799( 901 ) 0.02045( 701 ) 0.00508( 1 )' G) C$ z9 W. e
3 0.0122( 901 ) 0.0124( 901 ) 0.00048( 701 ) 0.00029( 801 )$ O: D6 }' U1 L7 L2 z7 v) D8 [" V% w
4 0.0000( 801 ) 0.0000( 901 ) 0.00000( 801 ) 0.00000( 801 )7 y+ d6 o% G1 V2 B
5 0.0000( 801 ) 0.0000( 801 ) / C# L- Y! h% F) c y
REACHED TOLERANCE IN 5 ITERATIONS5 T; O5 |7 S3 E" e
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 801 [9 230.00]
) z( L+ {" \# e r" } SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA# X ~# F+ T. l/ f* s- E' I2 g
SWING BUS SUMMARY:9 W1 R% C* Y' S" M; W
BUS# X-- NAME --X BASKV PGEN PMAX PMIN QGEN QMAX QMIN9 ?* M0 V8 |5 U" K5 W8 z+ Y0 |; m# `
301 4 20.000 700.1 9999.0 -9999.0 202.3 9999.0 -9999.06 u) C. S) @0 \# l- P- S+ F/ A& p, b
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
]4 C# { k+ }+ C/ z* W% l Executing activity save,4g2a00
) ~. `7 ~' g6 m; n* e' k% csave,4g2a00
: T1 z2 \2 D# B" W6 |! U j CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:06- b- X& N' Z7 c0 n3 Y8 ~( V
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
) ?5 G0 ]7 G, M7 ]( r3 C Executing activity cong. x: F( p8 }7 g
cong
. k- S: L: o4 O GENERATOR CONVERSION COMPLETED
: Z/ R- l3 H" z4 C1 \0 s ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? + h4 I2 e* ?0 b0 N
Executing activity conl all) F. R) o# m! v4 m1 a
conl all
: A2 ?, t4 J# S: X1 R ENTER % CONSTANT I, % CONSTANT G FOR ACTIVE POWER:
' I4 s* D/ J0 L% t4 r$ {( A- _* n% [ ENTER % CONSTANT I, % CONSTANT B FOR REACTIVE POWER:
: P, A* R+ U. w s1 d6 K6 x H LOAD TO BE REPRESENTED AS:+ n, O" s( R! j% X {8 x! C& a1 g
ACTIVE REACTIVE
1 P! q8 @0 n; X 100.00% 100.00% CONSTANT POWER8 j* H; U) b5 G3 n3 P# C# M- n
0.00% 0.00% CONSTANT CURRENT+ n. J+ J& l% N6 t2 B+ Y9 ^: B
0.00% 0.00% CONSTANT ADMITTANCE
/ {& @ ^2 b$ [ ENTER 1 IF O.K., 0 OTHERWISE: 1
3 y8 [ ^/ _7 O3 \* @ 2 OF 2 LOADS CONVERTED& R* ^& b4 Y2 N. i3 r
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
# f0 `; ]. G5 \' w5 U Executing activity fact* A8 W0 e# Q2 v3 A) N) g
fact0 M# d( Z2 ^9 f6 o
ORDERING NETWORK* |4 h z4 ~ M. V' w, j
DIAGONALS = 11 OFF-DIAGONALS = 10 MAX SIZE = 20
4 V- k4 V2 {) d {1 X 11 DIAGONAL AND 10 OFF-DIAGONAL ELEMENTS
4 g; Y( L1 a6 n) H ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
' _1 w8 X" k! b4 K8 @ Executing activity tysl6 m7 V/ _$ o! M8 M
tysl
* j2 z% m9 C- k# [, ?& V' p* B2 w ITER DELTAV/TOL X-------- AT BUS ---------X REAL(DELTAV) IMAG(DELTAV); W& T: S5 @; ]- f) Z
1 0.003 1 [1 20.000] 0.3029E-07 -0.1089E-07* b7 M( B( ~3 p7 E$ }
REACHED TOLERANCE IN 1 ITERATIONS* l* Z% }/ K: l: o
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 601 [7 230.00]3 S, {3 w9 Z. H) e" D
SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA2 z/ M, W/ q+ o7 L% z p
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? 4 @+ j! R4 W" J
Executing activity save,4g2a00
8 U8 k/ G) @5 x+ u5 psave,4g2a00
2 n- m/ j5 c/ ?$ j3 f4 y: Q8 D$ C CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:07+ w9 `6 k( X5 t5 g, T* |) w; M
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? 9 Y- v7 d8 r7 b* ?' p3 W% K8 G
Executing activity RTRN
' ~# l, [6 u1 n( T3 o/ {1 vRTRN3 [. N- x" { t
ACTIVITY?
& a: ]! B/ ~7 A' T' ? Executing activity DYRE
- o% u7 b. d. y8 R; Q' S% D OUT OF FILE DATA--SWITCH TO TERMINAL INPUT MODE
6 C4 u( p5 C, v5 X6 B GENERATOR MODELS USE:* ^+ K% |5 ~9 e1 e5 f
CONS 1- 56/ [' Y; q8 ^' _ [% l* K8 C" v
STATES 1- 24) ]8 h$ A' y- X
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SUMMARY OF MODELS READ:3 ]. d% p3 m) H0 Q% ]. z' z
GENS: GENROU
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& V) {0 ] r; c" N4 {5 {& A NEXT AVAILABLE ADDRESSES ARE:
% x$ e2 ]& H+ l* x# X5 f" B& ~6 r CON STATE VAR ICON {2 A- j1 O6 Q* N, k- j
57 25 1 1
4 Q' i4 _" g6 b NO MODEL CALLS IN CONNECTION ROUTINES--DYNAMICS SKELETON MAY BE USED
1 S$ U" ]5 {6 B- J, I+ F Executing activity CHAN
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9 k! o+ K }5 O4 m$ l I% P 3 OUTPUT CHANNELS HAVE BEEN ADDED6 e3 g, i- N6 ]: r4 N* ?
NEXT AVAILABLE ADDRESSES ARE: |: ^3 y C2 d: O
CHANNEL VAR ICON( E* K" H/ q2 h4 l. K. R
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Executing activity STRT/ X) U1 k! k* _6 S
GENROU AT BUS 1 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000; k6 x6 H# r4 N3 P$ k3 q9 @
GENROU AT BUS 101 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
: m& ~& |! p* `/ M3 o GENROU AT BUS 201 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
( r! ?4 `( B6 _2 T GENROU AT BUS 301 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.000003 `0 B( b/ _5 x7 T4 ]0 s" h' t, Y
PTI INTERACTIVE POWER SYSTEM SIMULATOR--PSS/E SAT, JUN 02 2012 15:087 K0 B% ^- ]6 @" z' a0 M/ w7 X, s& D
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2
! Y# c+ s$ \9 ?! a2 m6 _# W INITIAL CONDITION LOAD FLOW USED 1 ITERATIONS. H% [$ }! \6 W- r
----------------------------- MACHINE INITIAL CONDITIONS -----------------------------
3 c7 q: j/ U S" @) {% Z* |, `4 S BUS# X-- NAME --X BASKV ID ETERM EFD POWER VARS P.F. ANGLE ID IQ
. a& o9 s9 j3 `) w8 D 1 1 20.000 1 1.0300 2.4652 700.00 185.25 0.9667 70.87 0.7104 0.3249
. H2 a. d8 c: X, `8 p6 e0 w 101 2 20.000 1 1.0100 2.5768 700.00 234.84 0.9481 59.45 0.7504 0.3109: N6 m- ~! Z3 n R' P7 C1 o
201 3 20.000 1 1.0300 2.4910 719.00 176.22 0.9713 44.98 0.7270 0.3303
' S0 I$ a% n C, x* U/ w# M 301 4 20.000 1 1.0100 2.5189 700.10 202.33 0.9607 33.50 0.7359 0.3181& ~8 q- d5 x; T7 ?4 U
INITIAL CONDITIONS CHECK O.K.4 o) h7 V; o5 T1 T
SNAPSHOT STORED IN FILE D:\PSSE30\EXAMPLE\4g2a.snp AT TIME = -0.020
3 o5 R' r. n7 w# m0 M, t0 j5 B CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out' Q9 h1 W; j/ N! [& D) d. `
NETWORK NOT CONVERGED AT TIME = 0.1700
1 s4 \; q3 n- z" w: n 26 191.996 801 [9 230.00] 0.1697E-01 0.8974E-02
0 T* {4 v5 T$ j/ R- o hDecimal number outside allowable range!
$ C7 G, Q% g/ V* n! w* h CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out8 @; J" Z+ ~% p
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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. j8 Y: {/ w& Y; ]! R% D9 v
3 `) z- }$ C+ _: F) T$ A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 2012-6-2 15:22:14
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发表于 2012-6-7 01:07:16
