(b) A balanced Y-connected load has phase voltage of 230 V and positive phase sequence. The impedances Za, Zs, and Zc are 10430° N, respectively. (i) By taking VaB on the load side as a reference, determine all the line currents and phase voltages. (ii) Determine total real power, P, total reactive power, Q and total apparent power, S of the system. (iii) Total real power of the loads can be measured using two wattmeter methods. Draw the connection of the two wattmeters if their current coils are in line A and C, respectively. What is the total real power measured by each wattmeter? Prove and compare the value with Q2(b)(ii).

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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(b) A balanced Y-connected load has phase voltage of 230 V and positive phase sequence.
The impedances Za, Zs, and Zc are 10430° 2, respectively.
(i)
By taking VaB on the load side as a reference, determine all the line currents and
phase voltages.
(11)
Determine total real power, P, total reactive power, Q and total apparent power,
S of the system.
(i11) Total real power of the loads can be measured using two wattmeter methods.
Draw the connection of the two wattmeters if their current coils are in line A
and C, respectively. What is the total real power measured by each wattmeter?
Prove and compare the value with Q2(b)(ii).
Transcribed Image Text:(b) A balanced Y-connected load has phase voltage of 230 V and positive phase sequence. The impedances Za, Zs, and Zc are 10430° 2, respectively. (i) By taking VaB on the load side as a reference, determine all the line currents and phase voltages. (11) Determine total real power, P, total reactive power, Q and total apparent power, S of the system. (i11) Total real power of the loads can be measured using two wattmeter methods. Draw the connection of the two wattmeters if their current coils are in line A and C, respectively. What is the total real power measured by each wattmeter? Prove and compare the value with Q2(b)(ii).
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