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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4 i$ }& I/ x& A. ~( L' |; `8 D ]
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lofl
7 O- Q& Z1 U/ m; i( W3 \ ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
8 N( K- e% b2 A, M/ @5 M Executing activity read,file
8 E& w& S( ?+ Y6 ~! U4 xread,file. q5 ~+ Y' T) s4 s
ENTER INPUT FILE NAME (0 TO EXIT, 1 FOR TERMINAL): 4g2a
* y/ i8 D( @/ f7 C, t F( _5 S' b4 U) j ENTER IC, SBASE
; F6 Y7 m8 [& u ENTER TWO LINE HEADING
! z$ b5 a+ k- F' Y, C' J ENTER BUS DATA
# Z' g. H1 Y' G) }' I [4 ^ ENTER LOAD DATA% \$ a2 n! q6 l9 H4 u2 m. Z( H
ENTER GENERATOR DATA c- N; N0 D6 r+ M2 ^/ Q9 Y6 B$ b
ENTER NON-TRANSFORMER BRANCH DATA
0 t( [6 B/ ]. O" P1 U! m% n ENTER TRANSFORMER DATA+ D6 Q- x" I/ ?4 S. f
ENTER AREA INTERCHANGE DATA
% _1 d( @8 c( X# l0 l' F$ H ENTER TWO-TERMINAL DC LINE DATA1 ?. g" I [9 r/ i8 p
ENTER VSC DC LINE DATA
' F* q, ?2 k- H9 v ENTER SWITCHED SHUNT DATA9 M: l/ N) S# B+ x8 P
ENTER TRANSFORMER IMPEDANCE CORRECTION DATA+ _ n2 {) I( X& {- k
ENTER MULTI-TERMINAL DC LINE DATA0 ^4 N2 R" A$ E+ [4 m- W, I) n" J
ENTER MULTI-SECTION LINE DATA$ v* @# N& u& [! W: D6 t( m
ENTER ZONE NAME DATA
, @5 N; H8 E t$ |, i ENTER INTER-AREA TRANSFER DATA
( c+ k8 `4 ?1 z: u ENTER OWNER NAME DATA
0 u! C2 b' D1 q' E% R ENTER FACTS DEVICE DATA
; ~* Y* S) r/ h% @# R; {2 u' { ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY? 8 ~( c0 T- \, h6 S' ~
Executing activity fnsl' J( b4 s3 ~8 k
fnsl
t/ K& K7 k" o( O ORDERING NETWORK
0 l0 ^* Z/ G8 K& i/ ^! r1 V) m5 { DIAGONALS = 10 OFF-DIAGONALS = 9 MAX SIZE = 18# `+ H* ^# q4 P& l
ENTER ITERATION NUMBER FOR VAR LIMITS
, ^" Z. k/ u0 G% D, d$ [ 0 FOR IMMEDIATELY, -1 TO IGNORE COMPLETELY: 99
! S- _3 m( c2 K1 \! K- o2 _0 H ITER DELTAP BUS DELTAQ BUS DELTA/V/ BUS DELTAANG BUS
Q f0 A$ g. E- K) m) r 0 21.2968( 401 ) 2.7013( 801 ) 0.12761( 801 ) 0.58266( 801 )# n: _" k& q3 r4 {( e( d
1 4.2106( 801 ) 8.1793( 901 ) 0.12606( 701 ) 0.04352( 1 )
( g3 j. x# w6 @7 A; e [ 2 0.2518( 901 ) 0.7799( 901 ) 0.02045( 701 ) 0.00508( 1 ), b6 f1 e( K# A h9 t
3 0.0122( 901 ) 0.0124( 901 ) 0.00048( 701 ) 0.00029( 801 )
. `; t0 u+ ~; N6 _! o# N 4 0.0000( 801 ) 0.0000( 901 ) 0.00000( 801 ) 0.00000( 801 )
2 j6 i1 r% N$ Y 5 0.0000( 801 ) 0.0000( 801 ) 5 R2 M$ S) C( x2 D! Z% t
REACHED TOLERANCE IN 5 ITERATIONS @1 g7 o# y- q; V: f! R
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 801 [9 230.00]
) ]/ R% D7 C1 v+ Q- [. j5 t& s8 E SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA
C4 j! P3 V9 }/ F" r1 D. w SWING BUS SUMMARY:9 k, C! T/ h% R# c, `
BUS# X-- NAME --X BASKV PGEN PMAX PMIN QGEN QMAX QMIN, l P0 n3 S5 D1 q' O
301 4 20.000 700.1 9999.0 -9999.0 202.3 9999.0 -9999.0. |3 S6 ~2 `. H" J. ]
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
7 S/ M7 t+ [, C- h) b7 T- u: V1 G Executing activity save,4g2a00
2 e8 C, Z f" a7 u# e0 t2 `save,4g2a00: O0 |+ C6 H# k3 M( [1 |
CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:061 a8 H6 @* u4 B0 d, F& |, x8 ~
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
) X! f8 K4 W; c+ V1 g Executing activity cong
1 X$ w6 E% ^3 @# y" m% v" \cong6 C) N; _8 H/ M' h3 Q+ C
GENERATOR CONVERSION COMPLETED R! K2 [+ t0 q, e+ L
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
5 p" T4 i+ \% c Executing activity conl all
0 Y7 m* y% i' e5 ^& P2 q: ~conl all9 x8 {9 C. O4 \
ENTER % CONSTANT I, % CONSTANT G FOR ACTIVE POWER: ( v1 R/ p7 r# N3 X
ENTER % CONSTANT I, % CONSTANT B FOR REACTIVE POWER:
: z0 u7 L5 S6 K6 l# o; f4 [2 z LOAD TO BE REPRESENTED AS:
2 b9 q. q* x# t7 H0 F$ A ACTIVE REACTIVE
; _/ |' c% D; u" i6 x 100.00% 100.00% CONSTANT POWER
5 r- C# w& R1 S' k& V 0.00% 0.00% CONSTANT CURRENT9 S# L7 b% Z" [: ~/ l4 m) `5 j
0.00% 0.00% CONSTANT ADMITTANCE9 V1 @! S S. u9 F% j; D8 H& S
ENTER 1 IF O.K., 0 OTHERWISE: 1
5 a4 ^0 q, E& u7 y9 W- v9 O 2 OF 2 LOADS CONVERTED' J/ Y9 a! ^1 }
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
6 [# D/ }& A! A% l& q) y' d Executing activity fact
, A5 Y% F+ N3 Vfact
8 z& D1 }# f1 ]- h, Q/ v4 E; L ORDERING NETWORK, O, G4 n5 G& G9 h7 A
DIAGONALS = 11 OFF-DIAGONALS = 10 MAX SIZE = 209 ?5 h. X1 {8 ~" A" L7 w
11 DIAGONAL AND 10 OFF-DIAGONAL ELEMENTS$ Y. i0 ]. B3 g3 U" W
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
) n! y% d _! l6 B Executing activity tysl
3 t3 M i, H% R$ ^( c* S6 ^8 stysl1 z% k5 ^2 ~. r+ J/ |% H$ t
ITER DELTAV/TOL X-------- AT BUS ---------X REAL(DELTAV) IMAG(DELTAV), B3 q, f& `; \" H* v* V6 f
1 0.003 1 [1 20.000] 0.3029E-07 -0.1089E-07) f. J1 g' h2 l
REACHED TOLERANCE IN 1 ITERATIONS' g* O/ z9 V- F# A( x2 M: r
LARGEST MISMATCH: 0.00 MW 0.00 MVAR 0.00 MVA AT BUS 601 [7 230.00]* c* G% s7 Y) |9 {, M! m0 ^2 @7 [3 {
SYSTEM TOTAL ABSOLUTE MISMATCH: 0.00 MVA
# t' f2 A" l4 U" t O8 D ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
, |" K; K1 y+ }* [) O- H! r Executing activity save,4g2a00
7 ~6 ^# i0 g g8 w% Xsave,4g2a00
2 }, A/ k6 N. g- p b$ c% X CASE SAVED IN FILE 4g2a00.sav ON SAT, JUN 02 2012 15:073 Q: B$ D8 Y) P" u8 G! e$ N! x5 g3 T
ACTIVITY RTRN TO RETURN TO DYNAMICS--ACTIVITY?
7 I3 E. Z+ }# y3 b Executing activity RTRN
( e: ~+ @' r* f4 S aRTRN2 K; a9 c- }0 c
ACTIVITY? / q. F9 N9 @5 n. D2 Q" E6 E
Executing activity DYRE
+ d4 N0 q8 D0 b OUT OF FILE DATA--SWITCH TO TERMINAL INPUT MODE
% W' H1 ^7 p( e* a GENERATOR MODELS USE:
, o7 g, v# ^0 ^) g( C) l CONS 1- 56- Q8 U6 I( r- \! `1 I
STATES 1- 24
+ Y8 K5 E6 E: |) E7 o# f* l% T0 ~1 {7 u' x9 z/ J# [
SUMMARY OF MODELS READ:4 ^4 q1 O3 g) l* o+ t5 H
GENS: GENROU
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NEXT AVAILABLE ADDRESSES ARE:9 j$ y" Z$ X6 f9 A) R9 ?" z! j
CON STATE VAR ICON
, A) }4 q9 D( r/ A 57 25 1 1
9 l3 P% Z% }2 a0 I* ?9 H+ i8 }5 x v NO MODEL CALLS IN CONNECTION ROUTINES--DYNAMICS SKELETON MAY BE USED9 p2 x% V$ ^2 T$ a
Executing activity CHAN. T5 u; b' a$ C4 G! H) f2 y
4 K! | B0 s% s0 w9 V 3 OUTPUT CHANNELS HAVE BEEN ADDED, {7 h, o1 x3 V5 i
NEXT AVAILABLE ADDRESSES ARE:, `0 i) r3 @1 l2 t7 S* ?
CHANNEL VAR ICON1 k2 | B: B; T! ^* G$ }1 o2 ~! g5 p' P
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Executing activity STRT$ `4 A+ A; I) `* h1 e, X
GENROU AT BUS 1 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.000002 ^; b2 X5 U: L' I9 o& |
GENROU AT BUS 101 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.000002 [( {# i0 L! ^, a6 r! e2 K, x
GENROU AT BUS 201 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
& V8 }/ }2 [5 X9 x# h& ~ GENROU AT BUS 301 MACHINE 1 : X'' =0.25000 IM(ZSORCE) =1.00000
0 a$ P/ D7 h0 { PTI INTERACTIVE POWER SYSTEM SIMULATOR--PSS/E SAT, JUN 02 2012 15:08. F) Z8 U4 s. i/ }$ B8 f
1
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INITIAL CONDITION LOAD FLOW USED 1 ITERATIONS' z0 @3 q2 v1 ]* {; \% o6 a
----------------------------- MACHINE INITIAL CONDITIONS -----------------------------) j% ?' f- {/ `. {) q; @
BUS# X-- NAME --X BASKV ID ETERM EFD POWER VARS P.F. ANGLE ID IQ4 _0 j' Q2 E8 p; ^/ o$ A9 c6 z8 V
1 1 20.000 1 1.0300 2.4652 700.00 185.25 0.9667 70.87 0.7104 0.3249
# i, U0 j% K* u( H% z ? 101 2 20.000 1 1.0100 2.5768 700.00 234.84 0.9481 59.45 0.7504 0.3109
4 k I m3 ~% N( S# \* G 201 3 20.000 1 1.0300 2.4910 719.00 176.22 0.9713 44.98 0.7270 0.33030 h2 y/ Z( ?, S( [; ^; X8 V4 U( s1 e2 U
301 4 20.000 1 1.0100 2.5189 700.10 202.33 0.9607 33.50 0.7359 0.31816 T) c# Y3 H- r8 m; g+ I
INITIAL CONDITIONS CHECK O.K.: I8 Q' w% a3 [& Y
SNAPSHOT STORED IN FILE D:\PSSE30\EXAMPLE\4g2a.snp AT TIME = -0.0203 v/ k( v0 X& q0 H" G
CHANNEL OUTPUT FILE IS D:\PSSE30\EXAMPLE\4g2a.out
8 I. t% e- E0 S0 }3 s3 s NETWORK NOT CONVERGED AT TIME = 0.1700
; q4 o) E7 e8 N, |( M 26 191.996 801 [9 230.00] 0.1697E-01 0.8974E-02- U* g- f, P$ K! {( C8 N
Decimal number outside allowable range!
5 G- j+ X$ O; H# x3 J9 |7 F) ] 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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, z3 ~4 L# t2 S0 E: |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
