LOAD FLOW ANALYSIS

Load analysis in a three-phase bus power system refers to assessing electrical load amongst three-phase power sources.

The Load Flow converged in 2 iterations !              
                                                       
                                                       
                                                       
                                                       
SUMMARY for subnetwork No 1                            
                                                       
  Total generation  : P=    204.21 MW Q=    282.44 Mvar
  Total PQ load     : P=    190.00 MW Q=    250.00 Mvar
  Total Zshunt load : P=      0.00 MW Q=      0.00 Mvar
  Total ASM load    : P=      0.00 MW Q=      0.00 Mvar
  Total losses      : P=     14.21 MW Q=     32.44 Mvar
                                                       
                                                       
1 : BUS_1  V= 1.050 pu/10kV 0.00 deg  ; Swing bus      
        Generation : P= -175.79 MW Q=  257.94 Mvar     
        PQ_load    : P=    0.00 MW Q=    0.00 Mvar     
        Z_shunt    : P=    0.00 MW Q=    0.00 Mvar     
   -->  BUS_2      : P=    7.57 MW Q=  155.35 Mvar     
   -->  BUS_3      : P= -183.36 MW Q=  102.58 Mvar     
                                                       
2 : BUS_2  V= 0.990 pu/10kV 1.55 deg                   
        Generation : P=    0.00 MW Q=    0.00 Mvar     
        PQ_load    : P=  190.00 MW Q=  250.00 Mvar     
        Z_shunt    : P=    0.00 MW Q=   -0.00 Mvar     
   -->  BUS_1      : P=   -3.18 MW Q= -146.57 Mvar     
   -->  BUS_3      : P= -186.82 MW Q= -103.43 Mvar     
                                                       
3 : BUS_3  V= 1.040 pu/10kV 3.43 deg                   
        Generation : P=  380.00 MW Q=   24.51 Mvar     
        PQ_load    : P=    0.00 MW Q=    0.00 Mvar     
        Z_shunt    : P=    0.00 MW Q=   -0.00 Mvar     
   -->  BUS_1      : P=  187.37 MW Q=  -90.56 Mvar     
   -->  BUS_2      : P=  192.63 MW Q=  115.07 Mvar