A 1.8 MVA, 12.47 kV, 34 load presents a 0.81 lagging power factor. a. Calculate the amount of reactive power required to

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A 1.8 MVA, 12.47 kV, 34 load presents a 0.81 lagging power factor. a. Calculate the amount of reactive power required to

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A 1 8 Mva 12 47 Kv 34 Load Presents A 0 81 Lagging Power Factor A Calculate The Amount Of Reactive Power Required To 1
A 1 8 Mva 12 47 Kv 34 Load Presents A 0 81 Lagging Power Factor A Calculate The Amount Of Reactive Power Required To 1 (18.59 KiB) Viewed 32 times
A 1.8 MVA, 12.47 kV, 34 load presents a 0.81 lagging power factor. a. Calculate the amount of reactive power required to bring the power factor to 0.95 lagging b. The load is fed via a distribution feeder with an impedance of [R, X] = [2%, 5%). Compare the transmission efficiency before and after the compensation capacitors are in place. Assume the service is load regulated.
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