I need a solution plz and thank u #dogso7:57°11A short 3-phase transmission line delivers 1000 KVA at 10kV, 0.8 power JSfactor lagging to a balanced load. The resistance per conductor is 40 and thereactance is 60. calculate the voltage and current at the sending-end, andalso calculate the voltage regulation.AS vsLARGWsending andA short line has a series impedance of 10 + 130NSphasereceiving voltages of 140 and 120 kV. respectively, and a load angle of 5%Calculate the receiving, the sending-end powers, power factors, powerlosses and the efficiency. 5PREohms= Vsh

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3. A short 3-phase transmission line delivers 1000 KVA at 10kV, 0.8 power JS factor lagging to a balanced load. The resistance per conductor is 40 and the Y reactance is 60. calculate the voltage and current at the sending-end, and AS vs also calculate the voltage regulation.

3. A short 3-phase transmission line delivers 1000 KVA at 10kV, 0.8 power JS factor lagging to a balanced load. The resistance per conductor is 40 and the Y reactance is 60. calculate the voltage and current at the sending-end, and AS vs also calculate the voltage regulation.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter3: Power Transformers

Section: Chapter Questions

Problem 3.23P: Figure 3.32 shows the oneline diagram of a three-phase power system. By selecting a common base of...

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DC Generator

An electromechanical machine which converts input mechanical energy to respective output electric energy is called a generator.

Question

I need a solution plz and thank u

#dogso
7:57°11
A short 3-phase transmission line delivers 1000 KVA at 10kV, 0.8 power JS
factor lagging to a balanced load. The resistance per conductor is 40 and the
reactance is 60. calculate the voltage and current at the sending-end, and
also calculate the voltage regulation.
AS vs
LARG
W
sending and
A short line has a series impedance of 10 + 130
NS
phase
receiving voltages of 140 and 120 kV. respectively, and a load angle of 5%
Calculate the receiving, the sending-end powers, power factors, power
losses and the efficiency. 5
PRE
ohms
= Vsh

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