Example 12.59. wo 3-phase, star-connected all at 0-7 tagging p.f. at a line voltage of 6-6 kV. The two alternators are rated at 10 MVA, 6-6 kV. The machine I is operating on full-load at 0-8 lagging power factor. Find (i) the current supplied by machine 2 (ii) operating pf. of machine 2 (iii) power delivered by each machine. Fig 12.88
Example 12.59. wo 3-phase, star-connected all at 0-7 tagging p.f. at a line voltage of 6-6 kV. The two alternators are rated at 10 MVA, 6-6 kV. The machine I is operating on full-load at 0-8 lagging power factor. Find (i) the current supplied by machine 2 (ii) operating pf. of machine 2 (iii) power delivered by each machine. Fig 12.88
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Example 12.59. wo 3-phase, star-connected alternators 1 and 2 supply a total load of 18 MVA
at 0-7 tagging p.f. at a line voltage of 6-6 kV. The two alternators are rated at 10 MVA, 6-6 kV. The
machine I is operating on full-load at 0-8 lagging power factor. Find (i) the current supplied by
machine 2 (ii) operating p.f. of machine 2 (iii) power delivered by each machine.
Solution. Fig 12 00](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5c52d8a9-a2f5-4b7a-8dad-ae47cf206f11%2F84d81ce3-f835-4787-b48f-03304693dfc1%2Fw7riear_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Example 12.59. wo 3-phase, star-connected alternators 1 and 2 supply a total load of 18 MVA
at 0-7 tagging p.f. at a line voltage of 6-6 kV. The two alternators are rated at 10 MVA, 6-6 kV. The
machine I is operating on full-load at 0-8 lagging power factor. Find (i) the current supplied by
machine 2 (ii) operating p.f. of machine 2 (iii) power delivered by each machine.
Solution. Fig 12 00
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