An electric motor having a pf of 85 percent (lagging) draws a current of 200 A from 6.6 kV, 3-phase line. a. Calculate t

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An electric motor having a pf of 85 percent (lagging) draws a current of 200 A from 6.6 kV, 3-phase line. a. Calculate t

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An Electric Motor Having A Pf Of 85 Percent Lagging Draws A Current Of 200 A From 6 6 Kv 3 Phase Line A Calculate T 1
An Electric Motor Having A Pf Of 85 Percent Lagging Draws A Current Of 200 A From 6 6 Kv 3 Phase Line A Calculate T 1 (33.95 KiB) Viewed 29 times
An electric motor having a pf of 85 percent (lagging) draws a current of 200 A from 6.6 kV, 3-phase line. a. Calculate the active power supplied to the motor. b. If the power factor is to be improved to 0.9 leading power factor, what should be the required capacitance c. Which power factor (0.85 lagging or 0.9 leading) will result into higher energy consumption? You can find out by calculating energy consumption for 1 hour in both cases.
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