5.2.2.-UTILIZANDO MATLAB

5.2.2.1.-METODO DE GAUSS-SEIDEL

Obteniendo:

5.2.2.2-METODO DE NEWTON-RAPHSON:

Mostrando:

5.2.2.3.-UTILIZANDO LIBRERIAS DE SIMULINK.-

Quedando:

Guardamos y procesamos los datos:

Obteniendo el siguiente reporte:

POWER FLOW RESULTS

Bus V phase P gen Q gen P load Q load

[p.u.] [rad] [p.u.] [p.u.] [p.u.] [p.u.]

Bus1 1.05 0 4.095 1.89 0 0

Bus2 0.98183502 -0.06114816

1.4948E-09 6.4641E-10 2.566 1.102

Bus3 1.00124922 -0.0499584 -3.6458E-10

7.7154E-10 1.386 0.452

LINE FLOWS

From Bus To Bus Line P Flow Q Flow P Loss Q Loss

[p.u.] [p.u.] [p.u.] [p.u.]

Bus1 Bus2 1 1.995 0.84 0.085 0.17

Bus1 Bus3 2 2.1 1.05 0.05 0.15

Bus2 Bus3 3 -0.656 -0.432 0.008 0.016

LINE FLOWS

From Bus To Bus Line P Flow Q Flow P Loss Q Loss

[p.u.] [p.u.] [p.u.] [p.u.]

Bus2 Bus1 1 -1.91 -0.67 0.085 0.17

Bus3 Bus1 2 -2.05 -0.9 0.05 0.15

Bus3 Bus2 3 0.664 0.448 0.008 0.016

GLOBAL SUMMARY REPORT

TOTAL GENERATION

REAL POWER [p.u.] 4.095

REACTIVE POWER [p.u.]

1.89

TOTAL LOAD

REAL POWER [p.u.] 3.952

REACTIVE POWER [p.u.]

1.554

TOTAL LOSSES

REAL POWER [p.u.] 0.143

REACTIVE POWER [p.u.]

0.336