Two loads are connected in parallel to a 2000 V(rms) 50Hz source. one of the loads Each of them has 500KVAR reactive power and 0.6 reverse power factor. Other load 300KW since it has absorbing power and 100KVAR dissipating power a) Draw the equivalent circuit of the system b) Find the common power factor of the system c) In order for the power factor to be 0.98 back, the capacitor to be connected in parallel with the loads find its value

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Two loads are connected in parallel to a 2000 V(rms) 50Hz source. one of the loads
Each of them has 500KVAR reactive power and 0.6 reverse power factor. Other load 300KW
since it has absorbing power and 100KVAR dissipating power
a) Draw the equivalent circuit of the system
b) Find the common power factor of the system
c) In order for the power factor to be 0.98 back, the capacitor to be connected in parallel
with the loads
find its value
d) The magnitude of the current drawn from the source is measured before and after the
capacitor is connected
Find and compare for the next cases.
Not. Solve this question in detail step by step and explain your requests in detail
Transcribed Image Text:Two loads are connected in parallel to a 2000 V(rms) 50Hz source. one of the loads Each of them has 500KVAR reactive power and 0.6 reverse power factor. Other load 300KW since it has absorbing power and 100KVAR dissipating power a) Draw the equivalent circuit of the system b) Find the common power factor of the system c) In order for the power factor to be 0.98 back, the capacitor to be connected in parallel with the loads find its value d) The magnitude of the current drawn from the source is measured before and after the capacitor is connected Find and compare for the next cases. Not. Solve this question in detail step by step and explain your requests in detail
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