If 60 MVA, 60 Hz, 2 Pole Synchronous generator running at rated speed has E = 1.35 pu , Xg=0.4 pu, V = 1 pu, X1 = X2 = 0.66 pu. The moment of inertia of the machine is 15,000 KG-m?. The three phase fault (F) occurs at middle of line 2. The generating is delivering a power of 1.0 pu at normal working condition. (i) Draw the power angle curve during the fault of the fault occurs at the middle of the line. (ii) If the fault clearing time is 1.36 seconds, determine the critical clearing angle. (Calculate using the clearing time). св X1 св X2 Infinite

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Author:Robert L. Boylestad
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If 60 MVA, 60 Hz, 2 Pole Synchronous generator running at rated speed has E = 1.35 pu , Xg=0.4 pu, V = 1 pu, X1 = X2 = 0.66 pu. The
moment of inertia of the machine is 15,000 KG-m2. The three phase fault (F) occurs at middle of line 2. The generating is delivering a
power of 1.0 pu at normal working condition.
(i)
Draw the power angle curve during the fault of the fault occurs at the middle of the line.
(ii)
If the fault clearing time is 1.36 seconds, determine the critical clearing angle. (Calculate using the clearing time).
св
X1
CB
E
G
X2
Infinite
CB
CB
bus
Transcribed Image Text:If 60 MVA, 60 Hz, 2 Pole Synchronous generator running at rated speed has E = 1.35 pu , Xg=0.4 pu, V = 1 pu, X1 = X2 = 0.66 pu. The moment of inertia of the machine is 15,000 KG-m2. The three phase fault (F) occurs at middle of line 2. The generating is delivering a power of 1.0 pu at normal working condition. (i) Draw the power angle curve during the fault of the fault occurs at the middle of the line. (ii) If the fault clearing time is 1.36 seconds, determine the critical clearing angle. (Calculate using the clearing time). св X1 CB E G X2 Infinite CB CB bus
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