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© 2015 YOGESH KUMAR SOME RIGHTS RESERVED
Yogesh Kumar, NE2042/Computer Aided Design and Simulation Lab
Electrical Engineering and Computer Science Department University of Toledo
Fault Analysis of IEEE 14-Bus System with Three Phase Faults
G-1
G-2
C
C
C
Bus-1
Bus-2
Bus-3
Bus-4
Bus-8
Bus-9
Bus-6
Bus-5
Bus-7
Bus-10
Bus-11
Bus-12
Bus-13 Bus-14
Fault at
bus 2
Fig. 1: IEEE 14-bus system with three phase faults at bus 2.
Fig. 2: Bus voltages at each bus when faults occurred at different buses. The voltages are obtained from
PowerWorld for three phase faults occurred at from bus 1 to bus 14 independently. The values are
for phase A, because of balanced fault, the value of voltages is same for all three phases.
1 2 3 4 5 6 7 8 9 10 11 12 13 14
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
Faulted Bus Number
BusVoltage(p.u)
Bus-1
Bus-2
Bus-3
Bus-4
Bus-5
Bus-6
Bus-7
Bus-8
Bus-9
Bus-10
Bus-11
Bus-12
Bus-13
Bus-14

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Fault Analysis of IEEE 14 (2)

  • 1. © 2015 YOGESH KUMAR SOME RIGHTS RESERVED Yogesh Kumar, NE2042/Computer Aided Design and Simulation Lab Electrical Engineering and Computer Science Department University of Toledo Fault Analysis of IEEE 14-Bus System with Three Phase Faults G-1 G-2 C C C Bus-1 Bus-2 Bus-3 Bus-4 Bus-8 Bus-9 Bus-6 Bus-5 Bus-7 Bus-10 Bus-11 Bus-12 Bus-13 Bus-14 Fault at bus 2 Fig. 1: IEEE 14-bus system with three phase faults at bus 2. Fig. 2: Bus voltages at each bus when faults occurred at different buses. The voltages are obtained from PowerWorld for three phase faults occurred at from bus 1 to bus 14 independently. The values are for phase A, because of balanced fault, the value of voltages is same for all three phases. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 Faulted Bus Number BusVoltage(p.u) Bus-1 Bus-2 Bus-3 Bus-4 Bus-5 Bus-6 Bus-7 Bus-8 Bus-9 Bus-10 Bus-11 Bus-12 Bus-13 Bus-14