A (1000+n ) VA 230/2300-V Y-A has been tested to determine its equivalent circuit. The results of the tests are shown below (Given that core lose is 150% of the Cu loss at rated condition) Short-Circuit test (on High voltage side) V sc (20+m) V Isc = (10+m) A Psc = (140+m) W a) Find the equivalent circuit of this transformer per unit system b) Find the transformers efficiency at rated condition and .8 pf lagging

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m=3 and n=33

 
 
A (1000+n ) VA 230/2300-V Y-A has been tested to determine its equivalent circuit. The
results of the tests are shown below (Given that core lose is 150% of the Cu loss at rated
condition)
Short-Circuit test
(on High voltage side)
V sc
(20+m) V
Isc = (10+m) A
Psc = (140+m) W
a) Find the equivalent circuit of this transformer per unit system
b) Find the transformers efficiency at rated condition and .8 pf lagging
Transcribed Image Text:A (1000+n ) VA 230/2300-V Y-A has been tested to determine its equivalent circuit. The results of the tests are shown below (Given that core lose is 150% of the Cu loss at rated condition) Short-Circuit test (on High voltage side) V sc (20+m) V Isc = (10+m) A Psc = (140+m) W a) Find the equivalent circuit of this transformer per unit system b) Find the transformers efficiency at rated condition and .8 pf lagging
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