d_bpa_mdl.m

基于PSAT 软件的多目标最优潮流计算用于中小型电力系统的分析和管理

Bus.con = [ ... 
   1     13.8        1        0    1    1;
   2     13.8        1        0    1    1;
   3     13.8        1        0    1    1;
   4      500        1        0    1    1;
   5      500        1        0    1    1;
   6      500        1        0    1    1;
   7      115        1        0    1    1;
   8      115        1        0    1    1;
   9      115        1        0    1    1;
  10     13.8        1        0    1    1;
 ];

Line.con = [ ... 
   4    5      100      500       60        0        0        0    0.004        0        0        0        0        0        0 ;
   5    6      100      500       60        0        0   0.0015   0.0288    1.173        0        0        0        0        0 ;
   5    6      100      500       60        0        0   0.0015   0.0288    1.173        0        0        0        0        0 ;
   5    6      100      500       60        0        0   0.0015   0.0288    1.173        0        0        0        0        0 ;
   5    6      100      500       60        0        0   0.0015   0.0288    1.173        0        0        0        0        0 ;
   5    6      100      500       60        0        0   0.0015   0.0288    1.173        0        0        0        0        0 ;
   8    9      100      115       60        0        0    0.001    0.003        0        0        0        0        0        0 ;
   2    5      100     13.8       60        0   0.0276        0   0.0045        0   0.8857        0        0        0        0 ;
   1    4      100     13.8       60        0   0.0276        0    0.002        0   0.8857        0        0        0        0 ;
   3    6      100     13.8       60        0   0.0276        0   0.0125        0   0.9024        0        0        0        0 ;
   3    6      100     13.8       60        0   0.0276        0   0.0125        0   0.9024        0        0        0        0 ;
   6    7      100      500       60        0    4.348        0    0.003        0    1.066        0        0        0        0 ;
   6    8      100      500       60        0    4.348        0   0.0026        0     1.08        0        0        0        0 ;
 ];

Shunt.con = [ ... 
   4      100      500       60        0        1 ;
   5      100      500       60        0        1 ;
   6      100      500       60        0     9.63 ;
   7      100      115       60        0        7 ;
   8      100      115       60        0        4 ;
  10      100     13.8       60        0        1 ;
 ];

Breaker.con = [ ... 
   6    5      100      500       60        1        1     1000 ;
 ];

SW.con = [ ... 
   1     5000     13.8     0.98        0     0.32     -0.2      1.1      0.9      0.8        1 ;
 ];

PV.con = [ ... 
   2     2200     13.8   0.7891   0.9646   0.3295 -0.09091      1.1      0.9        1 ;
   3     1600     13.8   0.7219    0.973   0.4375  -0.0625      1.1      0.9        1 ;
 ];

PQ.con = [ ... 
   7      100      115    33.69    10.46      1.2      0.8  1;
  10      100     13.8    34.86        0      1.2      0.8  1;
 ];

Pl.con = [ ... 
   7      100      115       60        0        0      100        0        0      100  1;
 ];

Syn.con = [ ... 
   2     2200     13.8       60    6     0.15   0.0046     2.07     0.28    0.215      4.1    0.033     1.99     0.49    0.215     0.56    0.062     2.09      0.2        0        0        1        1        0        0        0 ;
   3     1600     13.8       60    6     0.15   0.0046     2.07     0.28    0.215      4.1    0.033     1.99     0.49    0.215     0.56    0.062     2.33      0.2        0        0        1        1        0        0        0 ;
 ];

Ltc.con = [ ... 
   9   10      100      115       60     13.8    0.001  0.03333     1.12     0.82        0    0.922    0.001        0        0    1;
 ];

Tg.con = [ ... 
   1    1        1     0.05       20        0    0.376      0.5        0        0     10.1 ;
   2    1        1     0.05       20        0    0.376      0.5        0        0     10.1 ;
 ];

Exc.con = [ ... 
   1    2      5.7     -5.7      400      0.1     0.05        1     0.01        1    0.001   0.0006      0.9 ;
   2    2      5.7     -5.7      400      0.1     0.05        1     0.01        1    0.001   0.0006      0.9 ;
 ];

Pss.con = [ ... 
   1    2    1     0.05    -0.05     24.4        3     0.05     0.15     0.05     0.15       25      0.5       20        5    0.045    0.045    0.045   -0.045        1     0.95  0;
   2    2    1     0.05    -0.05     24.4        3     0.05     0.15     0.05     0.15       25      0.5       20        5    0.045    0.045    0.045   -0.045        1     0.95  0;
 ];

Oxl.con = [ ... 
   1    4.032    1      0.2     0.18    30.67;
   2    4.032    1      0.2     0.18    30.67;
 ];

Varname.bus = {... 
'Bus01'; 'Bus02'; 'Bus03'; 'Bus05'; 'Bus06'; 
'Bus07'; 'Bus08'; 'Bus09'; 'Bus10'; 'Bus11'};