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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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% y. T) @4 ^. B8 Tlofl
- T1 C/ X! c/ U( C' Q( ^ M ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? - Z9 t) f; c+ q* S3 a
Executing activity read,file, `5 H ^/ \; X; y
read,file% f& ?6 p& w F2 {/ u
ENTER INPUT FILE NAME (0 TO EXIT, 1 FOR TERMINAL): 4g2a
; f5 M3 a. E! p$ H ENTER IC, SBASE
" ]; P, T1 U0 D; @* y! U9 q# U ENTER TWO LINE HEADING
' P3 _9 H" q5 N& x' ? ENTER BUS DATA
5 |7 e" G/ I7 U3 ?. P ENTER LOAD DATA# o% o5 A! ^# U+ h% h: H
ENTER GENERATOR DATA7 K/ A, Z' \5 O1 D
ENTER NON-TRANSFORMER BRANCH DATA6 L# `4 j3 Y3 H- J c4 _* E
ENTER TRANSFORMER DATA
0 p6 _2 ^3 B) W/ f' k ENTER AREA INTERCHANGE DATA
# E, p& ]+ y' Y u ENTER TWO-TERMINAL DC LINE DATA
8 Q7 g! ?& K$ L; @ ENTER VSC DC LINE DATA6 Z/ [4 ^4 Y! O4 R4 n W0 a% c
ENTER SWITCHED SHUNT DATA8 b) f1 U' u x. i% E/ x* ]
ENTER TRANSFORMER IMPEDANCE CORRECTION DATA( V% m$ A F( B) x" D2 s
ENTER MULTI-TERMINAL DC LINE DATA, p# A+ D3 C/ L; d8 t1 D
ENTER MULTI-SECTION LINE DATA
( z. C- X% o7 {& b- G) ?+ Z ENTER ZONE NAME DATA
% w7 C$ l# ~$ M$ i& c' Z ENTER INTER-AREA TRANSFER DATA* Z; ?/ q# c, a8 O; X- v
ENTER OWNER NAME DATA
$ F, R8 P M' Y- C ENTER FACTS DEVICE DATA
& c) ?7 }! n: v) P: z! B! R ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
9 s# r1 b' _" u; R; u/ t* O Executing activity fnsl1 b. P# j* c1 E$ F7 m4 e
fnsl
2 l, m7 ]+ r# Y% ~3 q: y. P ORDERING NETWORK; c+ y9 o3 y, ]* t
DIAGONALS = 10 OFF-DIAGONALS = 9 MAX SIZE = 18
) k V; ]/ W* z# n. V* E& Y7 M ENTER ITERATION NUMBER FOR VAR LIMITS) D* w* Y+ l) h$ E; a) P+ A
0 FOR IMMEDIATELY, -1 TO IGNORE COMPLETELY: 99
; A6 ]; l! a( i* ]+ `1 p ITER DELTAP BUS DELTAQ BUS DELTA/V/ BUS DELTAANG BUS% v0 T: y( P; q0 G" p3 h4 F, B5 K
0 21.2968( 401 ) 2.7013( 801 ) 0.12761( 801 ) 0.58266( 801 )( S6 p6 _0 \: B$ W& A
1 4.2106( 801 ) 8.1793( 901 ) 0.12606( 701 ) 0.04352( 1 )
& a( U: C" B; u; X ]' H% \ 2 0.2518( 901 ) 0.7799( 901 ) 0.02045( 701 ) 0.00508( 1 )
9 L4 d4 u/ x. g$ B 3 0.0122( 901 ) 0.0124( 901 ) 0.00048( 701 ) 0.00029( 801 )+ ]1 P6 n5 H2 @3 a+ o& [8 \
4 0.0000( 801 ) 0.0000( 901 ) 0.00000( 801 ) 0.00000( 801 )
: F) i# R7 u6 K) Y. {% j3 V 5 0.0000( 801 ) 0.0000( 801 ) ! a8 a3 j8 i1 E+ l H' }
REACHED TOLERANCE IN 5 ITERATIONS3 d) I" u0 m- b+ z* y9 z
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 801 [9 230.00]& K" ^8 D) W0 `7 H
SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA
$ z) n& G6 [3 Z$ |2 ^9 w5 J SWING BUS SUMMARY:
- _) t+ G- j0 I6 F BUS# X-- NAME --X BASKV PGEN PMAX PMIN QGEN QMAX QMIN
& Y$ e) w8 _3 ]" i 301 4 20.000 700.1 9999.0 -9999.0 202.3 9999.0 -9999.0
; m# x2 \2 Q8 I3 S3 R4 X7 N) T J' |& S ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
+ N6 U0 `: o2 t( b2 v Executing activity save,4g2a00. R9 t8 o9 J2 `; R* @. u4 Y4 U
save,4g2a00
4 M& T' c( I- J) M# w CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:06
; K: v0 x( m5 n5 I ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? 4 s. ?1 D5 m4 g! i/ ?
Executing activity cong+ j. w0 [ V9 n! [& C8 e. f$ d
cong! ~3 k8 P, s' O- E7 }& a) ^
GENERATOR CONVERSION COMPLETED( y. j* f8 R( k* n' u& e9 |
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
! w) z3 q- Q( ^9 r/ | Executing activity conl all% p( n! D- P5 `4 ?5 U+ _" H# O# E
conl all
' l! [$ ]/ Y" y0 D! @ ENTER % CONSTANT I, % CONSTANT G FOR ACTIVE POWER: - Z) \9 Z2 o0 n0 W# G8 y
ENTER % CONSTANT I, % CONSTANT B FOR REACTIVE POWER:
' Z5 |" w/ w+ }0 Y LOAD TO BE REPRESENTED AS:' @# V) [ @9 \; T4 w
ACTIVE REACTIVE
. f/ S K1 D4 {0 L3 L- @ 100.00% 100.00% CONSTANT POWER6 }3 V- v6 L4 Q9 K1 s
0.00% 0.00% CONSTANT CURRENT
7 c7 G" S/ i/ L7 B* V 0.00% 0.00% CONSTANT ADMITTANCE
. h4 E% J" x' t, e5 J* I8 @ ENTER 1 IF O.K., 0 OTHERWISE: 1
4 i4 U, _2 q/ x% a5 A/ ~4 U- c6 A 2 OF 2 LOADS CONVERTED, n9 I3 A' j2 @
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? 7 B4 T) v4 Q' o* w! y' m" I
Executing activity fact
% g* [, K( @. n, w! Ffact
& q$ S/ f0 B1 a ORDERING NETWORK& p% l7 j! V9 T3 P' H, H3 K
DIAGONALS = 11 OFF-DIAGONALS = 10 MAX SIZE = 20
, [7 X5 M9 |6 z$ V) a 11 DIAGONAL AND 10 OFF-DIAGONAL ELEMENTS9 I, a8 \% V+ w1 f+ r
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
$ D: B; l2 B' e( Q5 @- L Executing activity tysl' p3 |1 i$ t7 G+ A k# k
tysl
) P$ n# P$ r) K1 C3 E- X; x* J# X ITER DELTAV/TOL X-------- AT BUS ---------X REAL(DELTAV) IMAG(DELTAV)
0 B( u! C6 l |9 n# [3 @, ^3 U 1 0.003 1 [1 20.000] 0.3029E-07 -0.1089E-07
: [. T' H$ \. d" R REACHED TOLERANCE IN 1 ITERATIONS y( \) `3 N' `; I9 H. i' o1 T
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 601 [7 230.00]+ V8 I$ ~' u. I. j& S
SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA/ o* b ^* j7 j; I m
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? $ q% |1 W# O" G# C% Y& d
Executing activity save,4g2a00, t, }# {; P |- M
save,4g2a00
* P& N4 @0 p1 c# A: {# v& B0 C- I6 R CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:07) O1 R' C( K4 J* ]1 i: H! ]
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? * @! c- x& g# W( e
Executing activity RTRN
/ l' a. g5 ?* l4 GRTRN3 a; S& S1 z5 o# \' [& w
ACTIVITY? ! ]% q/ R- k3 f; O
Executing activity DYRE
8 ?. x! M! j3 G# S' t0 ]1 F OUT OF FILE DATA--SWITCH TO TERMINAL INPUT MODE0 t$ V% r0 {% \& o5 k
GENERATOR MODELS USE:" ]; s# U- ?; t& u' l
CONS 1- 56
. r; t6 F+ d4 R1 W9 M T& c7 Q STATES 1- 24" p8 B" p% e9 y" A/ w
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SUMMARY OF MODELS READ:
, E1 u4 _7 |: b GENS: GENROU
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9 d* c. |& i1 |# S2 ^- b# G6 _' _3 { NEXT AVAILABLE ADDRESSES ARE:
% x6 G% H* y* Z- c0 j* v CON STATE VAR ICON9 N7 j1 L7 K1 t% B
57 25 1 1
8 v& s. u; f! g8 c# g# i NO MODEL CALLS IN CONNECTION ROUTINES--DYNAMICS SKELETON MAY BE USED& x6 A1 e8 H, F2 w/ `
Executing activity CHAN
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* ^- z* J8 k- M7 Z1 O 3 OUTPUT CHANNELS HAVE BEEN ADDED2 Z) \- V# i' X l+ Q
NEXT AVAILABLE ADDRESSES ARE:
|2 V6 m) l! a2 I CHANNEL VAR ICON
$ S5 {5 I% T* x) e 4 2 2
# h! K- G7 C0 ^9 O$ }) P Executing activity STRT/ T5 _+ f+ l2 z5 X2 T5 [- F
GENROU AT BUS 1 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
. k$ }. O4 L/ e GENROU AT BUS 101 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000# [) _ c7 ~0 ~" _
GENROU AT BUS 201 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
/ U3 h4 Z& x0 r6 M) I GENROU AT BUS 301 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000% i1 c* T& W j, Q4 y# D4 X+ e
PTI INTERACTIVE POWER SYSTEM SIMULATOR--PSS/E SAT, JUN 02 2012 15:085 @' V. ~3 Q l
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INITIAL CONDITION LOAD FLOW USED 1 ITERATIONS. o+ ~1 `* y* z- [
----------------------------- MACHINE INITIAL CONDITIONS -----------------------------
! X4 P& z6 @' C: [ BUS# X-- NAME --X BASKV ID ETERM EFD POWER VARS P.F. ANGLE ID IQ
* F; l( K% d5 P* Y3 B 1 1 20.000 1 1.0300 2.4652 700.00 185.25 0.9667 70.87 0.7104 0.3249
3 q& E5 _1 B" X; `, P! U" M 101 2 20.000 1 1.0100 2.5768 700.00 234.84 0.9481 59.45 0.7504 0.3109+ O! o; u: L* ]6 T; C1 O. p) }
201 3 20.000 1 1.0300 2.4910 719.00 176.22 0.9713 44.98 0.7270 0.33030 K3 R# E$ @. Q$ M. x! R
301 4 20.000 1 1.0100 2.5189 700.10 202.33 0.9607 33.50 0.7359 0.3181
3 X1 d% H" j$ L INITIAL CONDITIONS CHECK O.K.& E" e: S2 L; z- L' h; T+ ]8 R
SNAPSHOT STORED IN FILE D:\PSSE30\EXAMPLE\4g2a.snp AT TIME = -0.020% ^1 E+ T+ r/ G* T$ H% U1 _6 \
CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out
/ i+ O" F0 Y8 j0 G: o7 `6 d NETWORK NOT CONVERGED AT TIME = 0.17008 K. t; l. k8 F
26 191.996 801 [9 230.00] 0.1697E-01 0.8974E-02
3 J& q+ U- u% c/ N* vDecimal number outside allowable range!! p3 l* |2 \7 P+ z
CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out3 P: T( o, t1 M. h
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3 u8 y% ` h5 p, t* i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0 @4 Z6 _& s& l% A8 ^
& Y A% a( o' G' }1 Q8 ]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
