sep flujo ejercico
DESCRIPTION
FlujoTRANSCRIPT
Suponga que todos los generadores operan a us voltaje y frecuencia nominal y sus FEM están en fase
i 1
Vbz7 230 Sb 100
Vg2 18 Sg2 192 xg2 0.1198 Vbzg2 Vbz718
230
xg2pu xg2 iVg2
Vbzg2
2
Sb
Sg2 0.062i
St2 100 xt26.25
1000.063
xt2pu xt2 i18
Vbzg2
2
Sb
St2 0.063i
Vg1 16.5 Sg1 247.5 xg1 0.0608 Vbzg1 Vbz716.5
132.79
xg1pu xg1 iVg1
Vbzg1
2
Sb
Sg1 8.188i 10
3
St1 33.3 xt15.76
100 Vbzg1 28.579
Se conoce que las suceptancias capacitivas provee un cambio a tierra, que puede ser fácilmente visto en el modelo de la linea media
xt1pu xt1 i16.5
Vbzg1
2
Sb
St1 0.058i
Vg3 13.8 Sg3 128 xg3 0.1813 Vbzg3 Vbz77.96
132.79
xg3pu xg3 iVg3
Vbzg3
2
Sb
Sg3 0.142i
St3 33.3 xt35.86
100 Vbzg3 13.787
xt3pu xt3 i7.96
Vbzg3
2
Sb
St3 0.059i
zbaseVbz7
2
Sb529
z45r 150 0.03527 0.03527 i( ) z46r 75 0.11991 0.64891 i( ) z57r 90 0.18809 0.94632 i( )
z45puz45r
zbase0.01 0.01i z46pu
z46r
zbase0.017 0.092i z57pu
z57r
zbase0.032 0.161i
z69r 36 0.57308 2.49806 i( ) z78r 175 0.02569 0.21765 i( ) z89r 45 0.13989 1.18496 i( )
z69puz69r
zbase0.039 0.17i z78pu
z78r
zbase8.499 10
3 0.072i z89pu
z89r
zbase0.012 0.101i
loadA125 i 50( )
Sb1.25 0.5i loadB
90 i 30( )
Sb0.9 0.3i loadC
100 i 35( )
Sb1 0.35i
Ybase1
zbase1.89 10
3
B45 0.051 i 0.051i B46 0.0225 i 0.023i B57 0.0522 i 0.052i
B45rB45
1503.4i 10
4 B46r
B46
753i 10
4 B57r
B57
905.8i 10
4
B46puB46r
Ybase0.159i B57pu
B57r
Ybase0.307i
B45puB45r
Ybase0.18i
B96 0.0224 i 0.022i B78 0.0490 i 0.049i B89 0.0180 i 0.018i
B96rB96
366.222i 10
4 B78r
B78
1752.8i 10
4 B89r
B89
454i 10
4
B96puB96r
Ybase0.329i B78pu
B78r
Ybase0.148i B89pu
B89r
Ybase0.212i
Yb
17.344i
0
0
17.344i
0
0
0
0
0
0
16i
0
0
0
0
16i
0
0
0
0
17.048i
0
0
0
0
0
17.048i
17.344i
0
0
3.307 39.289i
1.365 11.604i
1.942 10.511i
0
0
0
0
0
0
1.365 11.604i
2.553 17.336i
0
1.188 5.975i
0
0
0
0
0
1.942 10.511i
0
3.224 15.855i
0
0
1.282 5.588i
0
16i
0
0
1.188 5.975i
0
2.804 35.445i
1.617 13.698i
0
0
0
0
0
0
0
1.617 13.698i
2.772 23.302i
1.155 9.784i
0
0
17.048i
0
0
1.282 5.588i
0
1.155 9.784i
2.437 32.15i