A100KVA, 6.6KV/300V, 50hz, the 1-phase transformer had the following figures in the short circuit test done on the HV side: 10A, 436 W at 100V. Calculate the voltage to be applied to the HV side on full load at pf 0.8 lagging when the secondary terminal voltage is 330 V. A 100KVA, 6.6kV/330V, So HE, 1-phace transformer had the bollauybeawres in short widiit last dene on HV side: 10A, 436W at 10ov.Calculate the uoltaje to ke applied to lthe blVside on bull Load atpt o.s lagging ushen the seeondary lorninal volrage is 330V.

Single phase transformer; voltage V=100KVA Primary terminal voltage =6.6KV =6600 V secondary…

Answered: 4A 100 KVA, 6.6KV/330V, SOHE, 1-phase…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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A100KVA, 6.6KV/300V, 50hz, the 1-phase transformer had the following figures in the short circuit test done on the HV side: 10A, 436 W at 100V. Calculate the voltage to be applied to the HV side on full load at pf 0.8 lagging when the secondary terminal voltage is 330 V.

A 100KVA, 6.6kV/330V, So HE, 1-phace transformer had the bollauy
beawres in short widiit last dene on HV side: 10A, 436W at 10ov.
Calculate the uoltaje to ke applied to lthe blVside on bull Load at
pt o.s lagging ushen the seeondary lorninal volrage is 330V.

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