1) Three loads are connected in parallel across a 1400 V, 60 Hz, single phase as shown in below: 1400 V I Load Load 1: Inductive Load 2: Capacitive Load 3: Resistive I. II. 1₁ Load 1 1₂ Load 1 13 Load 1 Information 125 kVA, p.f =0.28 lagging 10 kW, 40 kVAR, 15 kW Find the total active power, Reactive power, Apparent power, and the power factor of power supply? A pure capacitor (c) is connected in parallel with above loads to improve the power factor to 0.8 lagging. Find the kVAR and the capacitor in µF.

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1) Three loads are connected in parallel across a 1400 V, 60 Hz, single phase as shown in below:
1400 V
I
Load
Load 1: Inductive
Load 2: Capacitive
Load 3: Resistive
I.
II.
1₁
Load 1
1₂
Load 1
13
Load 1
Information
125 kVA, p.f =0.28 lagging
10 kW, 40 kVAR,
15 kW
Find the total active power, Reactive power, Apparent power, and the power factor of
power supply?
A pure capacitor (c) is connected in parallel with above loads to improve the power
factor to 0.8 lagging. Find the kVAR and the capacitor in µF.
Transcribed Image Text:1) Three loads are connected in parallel across a 1400 V, 60 Hz, single phase as shown in below: 1400 V I Load Load 1: Inductive Load 2: Capacitive Load 3: Resistive I. II. 1₁ Load 1 1₂ Load 1 13 Load 1 Information 125 kVA, p.f =0.28 lagging 10 kW, 40 kVAR, 15 kW Find the total active power, Reactive power, Apparent power, and the power factor of power supply? A pure capacitor (c) is connected in parallel with above loads to improve the power factor to 0.8 lagging. Find the kVAR and the capacitor in µF.
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