- 9.9.7: Determine the subtransient fault current in per-unit and in kA duri...
- 9.9.8: Equipment ratings for the five-bus power system shown in Figure 7.1...
- 9.9.9: Faults at bus n in 9.8 are of interest (the instructor selects n _ ...
- 9.9.1: Determine the subtransient fault current in per-unit and in kA duri...
- 9.9.11: Consider the system shown in Figure 9.18. (a) As viewed from the fa...
- 9.9.12: Equipment ratings and per-unit reactances for the system shown in F...
- 9.9.13: Consider the one-line diagram of a simple power system shown in Fig...
- 9.9.14: Determine the subtransient fault current in per-unit and in kA, as ...
- 9.9.15: Repeat 9.14 for a single line-to-ground arcing fault with arc imped...
- 9.9.16: Repeat 9.14 for a bolted line-to-line fault
- 9.9.17: Repeat 9.14 for a bolted double line-to-ground fault.
- 9.9.18: Repeat 9.1 and 9.14 including DY transformer phase shifts. Assume A...
- 9.9.19: (a) Repeat 9.14 for the case of 9.4 (b). (b) Repeat 9.19(a) for a s...
- 9.9.2: A 500-MVA, 13.8-kV synchronous generator with X00 d _ X2 _ 0:20 and...
- 9.9.21: Determine the subtransient fault current in per-unit and in kA, as ...
- 9.9.22: Repeat 9.21 for a bolted line-to-line fault.
- 9.9.23: Repeat 9.21 for a bolted double line-to-ground fault.
- 9.9.24: Determine the subtransient fault current in per-unit and in kA, as ...
- 9.9.25: Repeat 9.24 for a single line-to-ground arcing fault with arc imped...
- 9.9.26: Repeat 9.24 for a bolted line-to-line fault.
- 9.9.27: Repeat 9.24 for a bolted double line-to-ground fault
- 9.9.28: As shown in Figure 9.21(a), two three-phase buses abc and a0 b0 c0 ...
- 9.9.29: Repeat 9.28 for the two-conductors-open fault shown in Figure 9.21(...
- 9.9.3: For the system of 9.11, compute the fault current and voltages at t...
- 9.9.31: For the system of 9.12, compute the fault current and voltages at t...
- 9.9.32: For the system of 9.13, compute the fault current for the following...
- 9.9.33: For the three-phase power system with single-line diagram shown in ...
- 9.9.34: At the general three-phase bus shown in Figure 9.7(a) of the text, ...
- 9.9.35: Thevenin equivalent sequence networks looking into the faulted bus ...
- 9.9.36: The single-line diagram of a simple power system is shown in Figure...
- 9.9.37: Consider a simple circuit configuration shown in Figure 9.24 to cal...
- 9.9.38: The zero-, positive-, and negative-sequence bus impedance matrices ...
- 9.9.39: Repeat 9.38 for a bolted single line-to-ground fault at bus 1.
- 9.9.4: Repeat 9.38 for a bolted line-to-line fault at bus 1.
- 9.9.41: Repeat 9.38 for a bolted double line-to-ground fault at bus 1.
- 9.9.42a: Compute the 3 ? 3 per-unit zero-, positive-, and negative-sequence ...
- 9. 9.42b: Using the bus impedance matrices determined in 9.42, verify the fau...
- 9.9.43: The zero-, positive-, and negative-sequence bus impedance matrices ...
- 9.9.44: Repeat 9.43 for a bolted single line-to-ground fault at bus 1.
- 9.9.46: Repeat 9.43 for a bolted double line-to-ground fault at bus 1.
- 9.9.47: Compute the 3 ? 3 per-unit zero-, positive-, and negative-sequence ...
- 9.9.48: Using the bus impedance matrices determined in 9.47, verify the fau...
- 9.9.49: Compute the 4 ? 4 per-unit zero-, positive-, and negative-sequence ...
- 9.9.5: Using the bus impedance matrices determined in 9.42, verify the fau...
- 9.9.51: Compute the 5 ? 5 per-unit zero-, positive-, and negative-sequence ...
- 9.9.52: Using the bus impedance matrices determined in 9.51, verify the fau...
- 9.9.53: The positive-sequence impedance diagram of a five-bus network with ...
- 9.9.54: For the five-bus network shown in Figure 9.25, a bolted single-line...
- 9.9.55: A single-line diagram of a four-bus system is shown in Figure 9.27....
- 9.9.56: The system shown in Figure 9.28 is the same as in 9.48 except that ...
- 9.9.57: The results in Table 9.5 show that during a phase a single line-to-...
- 9.9.58: The results in Table 9.5 show that during the single line-to-ground...
- 9.9.59: Using PowerWorld Simulator case Example 9_8, plot the variation in ...
- 9.9.6: Using the Example 9.8 case determine the fault current, except with...
- 9.9.61: Using the Example 9.8 case determine the fault current, except with...
- 9.9.62: Re-determine the Example 9.8 fault currents, except with a new line...
- 9.9.63: Re-determine the Example 9.8 fault currents, except with a second g...
- 9.9.64: Using PowerWorld Simulator case Chapter 9_Design, calculate the per...

# Solutions for Chapter 9: Power System Analysis and Design 5th Edition

## Full solutions for Power System Analysis and Design | 5th Edition

ISBN: 978-1111425777

Solutions for Chapter 9

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