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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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3 s/ q! _$ ]" I ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
4 G% A% l1 O' Q0 R8 D* g) H( m# _ Executing activity read,file6 \3 b; t* U( a* w* m+ p3 G5 R( ?
read,file
6 R f1 _ l7 D$ N ENTER INPUT FILE NAME (0 TO EXIT, 1 FOR TERMINAL): 4g2a& E5 [( m" J3 a+ \8 }6 F0 M& h' K, e! q
ENTER IC, SBASE5 P1 \$ y5 L. A0 A- x+ {; d
ENTER TWO LINE HEADING
8 @; n/ W/ _7 f T( s1 ] ENTER BUS DATA
5 Y/ k1 H- a, W ENTER LOAD DATA
4 E* V* N& L7 g3 B2 n; h% D ENTER GENERATOR DATA' a7 W# G5 x' T, b- L1 g
ENTER NON-TRANSFORMER BRANCH DATA
" Y8 c2 h6 k& j3 }, D2 n2 |$ n ENTER TRANSFORMER DATA1 i* v# ]7 x! j$ F5 N- m) O, Q# W, f! n
ENTER AREA INTERCHANGE DATA
" [* V7 f* \0 q" p ENTER TWO-TERMINAL DC LINE DATA
4 @: G. o" q5 s1 M! \7 }6 b ENTER VSC DC LINE DATA
$ W- O; f: D" E( a0 V- m' H ENTER SWITCHED SHUNT DATA
' Z" p$ T& L7 }9 K ENTER TRANSFORMER IMPEDANCE CORRECTION DATA
, W0 Z6 S3 X* M8 ]/ ~ ENTER MULTI-TERMINAL DC LINE DATA" e3 B/ z7 G% H
ENTER MULTI-SECTION LINE DATA Q A' G2 V3 z8 Y1 d; G
ENTER ZONE NAME DATA
& d' t! }0 m) d ENTER INTER-AREA TRANSFER DATA, R0 w7 B5 b h
ENTER OWNER NAME DATA
, t2 p$ E: q) D9 a, H1 {9 m; s ENTER FACTS DEVICE DATA
3 a7 L: k& o# _) f% `: I ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
4 z) K/ K, }& B4 D8 @ Executing activity fnsl! U9 v3 h% w1 b) { X# A ]
fnsl! f3 p5 j! L4 [) p
ORDERING NETWORK
! f6 a+ i& S( \5 n, |- Q/ _7 y* x4 Z DIAGONALS = 10 OFF-DIAGONALS = 9 MAX SIZE = 18" ^9 }) h5 Z* u2 D- ?8 t$ h
ENTER ITERATION NUMBER FOR VAR LIMITS
1 _( o2 [. J9 R 0 FOR IMMEDIATELY, -1 TO IGNORE COMPLETELY: 99+ }+ M3 W$ Y9 h0 `' T2 T$ N
ITER DELTAP BUS DELTAQ BUS DELTA/V/ BUS DELTAANG BUS* @. a7 K+ ^7 ^& @/ {! Q
0 21.2968( 401 ) 2.7013( 801 ) 0.12761( 801 ) 0.58266( 801 )3 d F8 s& V' l2 l
1 4.2106( 801 ) 8.1793( 901 ) 0.12606( 701 ) 0.04352( 1 )9 q0 V) ^6 @' B" Y- c
2 0.2518( 901 ) 0.7799( 901 ) 0.02045( 701 ) 0.00508( 1 ), L) N( n8 q% ~9 m1 |, }& z7 k6 `1 l
3 0.0122( 901 ) 0.0124( 901 ) 0.00048( 701 ) 0.00029( 801 )" G. T" m" u) q# z/ F8 ?/ i
4 0.0000( 801 ) 0.0000( 901 ) 0.00000( 801 ) 0.00000( 801 )
* y" y* I) t+ l6 U+ ] 5 0.0000( 801 ) 0.0000( 801 ) : O5 B) Z. \/ i/ L3 y
REACHED TOLERANCE IN 5 ITERATIONS. ~' ^! v7 g) V8 M4 T
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 801 [9 230.00]
, Y$ d1 z8 |) B SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA8 K0 k0 o# S" k( }
SWING BUS SUMMARY:
: |+ h7 a$ W9 I. n' Z( c ` BUS# X-- NAME --X BASKV PGEN PMAX PMIN QGEN QMAX QMIN
0 e7 q/ X- F6 @2 {& i) x( R3 Q# ` 301 4 20.000 700.1 9999.0 -9999.0 202.3 9999.0 -9999.04 X! q1 O, B0 M+ Z# A; `1 j1 K
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? " J9 L! J5 k* k' G a
Executing activity save,4g2a00. q7 x" N5 M$ y) _
save,4g2a00
1 y' l* U& o, ?6 I) X CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:06
/ [( W0 n2 l' u; Q( G$ P ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? ; T2 w) ]) S4 n: F
Executing activity cong
- g8 `; k, m& Q; B1 O. P8 jcong
* `! Y. a7 O! k6 R GENERATOR CONVERSION COMPLETED
& q( u; Z1 J. t* t: |( a3 l; N V5 y6 f ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
3 I- `" J2 ?9 Y7 `7 c Executing activity conl all! k, ^0 P# U0 @) c$ G; `
conl all, P0 ^8 f/ v5 E) m7 `
ENTER % CONSTANT I, % CONSTANT G FOR ACTIVE POWER: 1 M; j' D& v8 r% h! o
ENTER % CONSTANT I, % CONSTANT B FOR REACTIVE POWER:
$ |! J* j- R+ Y) n0 D* P LOAD TO BE REPRESENTED AS:* \% |% {6 F$ z, k2 r( x+ s
ACTIVE REACTIVE8 J k7 l4 h: H1 i
100.00% 100.00% CONSTANT POWER
- C4 Y ^9 O3 i2 w4 U 0.00% 0.00% CONSTANT CURRENT
3 A/ t) b# B$ q 0.00% 0.00% CONSTANT ADMITTANCE
* [3 ?2 X9 M8 d+ R6 U! Q, [! P7 S+ } ENTER 1 IF O.K., 0 OTHERWISE: 1
4 v$ x. V( v9 ^6 W 2 OF 2 LOADS CONVERTED
& J3 J( X( r3 Y& P& z7 i8 q6 I ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? 8 E: O) x8 ?$ Y% T
Executing activity fact
3 [, Z% p9 p: m+ | X4 [fact
t* c, @) u, p: B ORDERING NETWORK
) H! @1 n, l6 j/ l DIAGONALS = 11 OFF-DIAGONALS = 10 MAX SIZE = 209 W5 |% }* x8 P4 c; A/ v
11 DIAGONAL AND 10 OFF-DIAGONAL ELEMENTS
; w+ T. R4 h/ }9 `; ~( j* | ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
; e3 I8 d, m& N4 a8 k Executing activity tysl# y8 Q3 c% E+ C ]% A
tysl( V) m2 [4 N$ U* D1 U8 y
ITER DELTAV/TOL X-------- AT BUS ---------X REAL(DELTAV) IMAG(DELTAV)
! L- W, T$ F* g8 q) n+ x 1 0.003 1 [1 20.000] 0.3029E-07 -0.1089E-07
3 H& { x/ w( D4 r6 t( |- c REACHED TOLERANCE IN 1 ITERATIONS8 f( a9 x+ u" k; ?* B
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 601 [7 230.00]* l+ q: A& p5 m3 D
SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA/ O8 D$ a3 d/ M
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? . Y0 D- Q/ l9 }8 y1 R
Executing activity save,4g2a00
0 h% E: N* Q. Bsave,4g2a00
. z, ]* y. [9 ?. b( F1 ^1 F o CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:07
' D( G, U6 s' E: s6 j: \ ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
: l8 r4 D6 w$ L3 Z3 U Executing activity RTRN
9 I. b N3 U0 YRTRN( W' o0 {, V( f
ACTIVITY? & Q3 g# S# |# R
Executing activity DYRE
' R! @. v( y2 p& K0 S+ W OUT OF FILE DATA--SWITCH TO TERMINAL INPUT MODE6 S, P" t1 F4 r0 W- A/ v4 n( x
GENERATOR MODELS USE:
: _2 j/ }0 T! @. X5 W; m CONS 1- 563 k, c* u4 W+ T: `4 E6 o1 i6 m$ J
STATES 1- 24
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9 ?4 O+ N: q3 R' k% n3 x0 {: H0 [ SUMMARY OF MODELS READ:2 @+ Z6 z. E2 T/ k7 ? `2 h
GENS: GENROU
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NEXT AVAILABLE ADDRESSES ARE:3 U, F: C/ |6 j( C
CON STATE VAR ICON
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$ Y0 U) I7 T$ k6 [, @* P NO MODEL CALLS IN CONNECTION ROUTINES--DYNAMICS SKELETON MAY BE USED! j% I* J' U7 u+ j0 r' _) L
Executing activity CHAN0 t; K( d5 C9 x9 ~3 L8 v
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3 OUTPUT CHANNELS HAVE BEEN ADDED0 h$ Z+ N5 x2 T, v+ {/ B, l4 q
NEXT AVAILABLE ADDRESSES ARE:
( s8 s+ J# P4 z! Q& | CHANNEL VAR ICON
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Executing activity STRT
7 i7 H+ b% c7 ]$ F; Y; o GENROU AT BUS 1 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.000005 [5 T4 Z D) I# C( B7 {/ s* C
GENROU AT BUS 101 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
& l+ b3 q* I% p: W- Q: P GENROU AT BUS 201 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000. A- t' _6 v, H3 a
GENROU AT BUS 301 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.000004 [' ]* V) T# H9 q1 Q2 D
PTI INTERACTIVE POWER SYSTEM SIMULATOR--PSS/E SAT, JUN 02 2012 15:08, x6 a+ V! p& N, h0 A
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2
; S* N7 K7 K7 q& Z1 Z INITIAL CONDITION LOAD FLOW USED 1 ITERATIONS. }, [: F. \6 C/ i, j
----------------------------- MACHINE INITIAL CONDITIONS -----------------------------
) J; L5 k) u2 e3 `+ F BUS# X-- NAME --X BASKV ID ETERM EFD POWER VARS P.F. ANGLE ID IQ
w9 S- [5 p/ ~ 1 1 20.000 1 1.0300 2.4652 700.00 185.25 0.9667 70.87 0.7104 0.3249# |; i" G, y- Y3 }- b% x- m( o# R0 v
101 2 20.000 1 1.0100 2.5768 700.00 234.84 0.9481 59.45 0.7504 0.3109
5 ]1 _ F0 X* k2 K8 ]. r1 c 201 3 20.000 1 1.0300 2.4910 719.00 176.22 0.9713 44.98 0.7270 0.33039 W5 m! t) y# M9 Z! G0 d: ~
301 4 20.000 1 1.0100 2.5189 700.10 202.33 0.9607 33.50 0.7359 0.3181
5 H! Q+ y5 ?+ B INITIAL CONDITIONS CHECK O.K.. r' Y8 k3 C' h8 ]' s
SNAPSHOT STORED IN FILE D:\PSSE30\EXAMPLE\4g2a.snp AT TIME = -0.020
8 {6 b: F( C# q# Y$ ?5 V CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out# S( @% O" Y5 i9 x9 @
NETWORK NOT CONVERGED AT TIME = 0.1700& L; [0 N" \7 [4 d
26 191.996 801 [9 230.00] 0.1697E-01 0.8974E-027 o! o- Z; [4 B5 p: i
Decimal number outside allowable range!& H% A1 ~4 G" Q9 D- Q9 ]
CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out
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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
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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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狗仔卡
发表于 2012-6-2 15:22:14
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发表于 2012-6-7 01:07:16
