The value of cosφ=0.8 is given for all receivers of the 3-phase Al-conductor branch network in the figure.AB, BC, CD, DE, EF, DG, GH 80 meter. If the forces withdrawn Pb=16kw, Pc=12kw, Pe=12kw, Pf=8kw, Pg=12kw, Ph=4 kw At all receiving points where these forces are withdrawn mains voltage will be accepted as U=380V. Calculate the transformer output section for a maximum voltage drop of 5%.(γAl=35)
The value of cosφ=0.8 is given for all receivers of the 3-phase Al-conductor branch network in the figure.AB, BC, CD, DE, EF, DG, GH 80 meter. If the forces withdrawn Pb=16kw, Pc=12kw, Pe=12kw, Pf=8kw, Pg=12kw, Ph=4 kw At all receiving points where these forces are withdrawn mains voltage will be accepted as U=380V. Calculate the transformer output section for a maximum voltage drop of 5%.(γAl=35)
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The value of cosφ=0.8 is given for all receivers of the 3-phase Al-conductor branch network in the figure.AB, BC, CD, DE, EF, DG, GH 80 meter.
If the forces withdrawn
Pb=16kw, Pc=12kw, Pe=12kw, Pf=8kw, Pg=12kw, Ph=4 kw
At all receiving points where these forces are withdrawn
mains voltage will be accepted as U=380V.
Calculate the transformer output section for a maximum voltage drop of 5%.(γAl=35)
Transcribed Image Text:B
D
E
U=380V
PB
PC
PE
PF
PG
PH
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