Example 3:- An over head three-phase short transmission Line delivers 1000KW at 11kv at 0.8 P.f lagging frequency 60 Hz, R= 52,L=25 mH, Determine :-1-Sending-end voltage 2- Sending-end P.f 3-transmission Efficiency .4-Voltage Regulation 5- Draw the vector diagram.
Example 3:- An over head three-phase short transmission Line delivers 1000KW at 11kv at 0.8 P.f lagging frequency 60 Hz, R= 52,L=25 mH, Determine :-1-Sending-end voltage 2- Sending-end P.f 3-transmission Efficiency .4-Voltage Regulation 5- Draw the vector diagram.
Example 3:- An over head three-phase short transmission Line delivers 1000KW at 11kv at 0.8 P.f lagging frequency 60 Hz, R= 52,L=25 mH, Determine :-1-Sending-end voltage 2- Sending-end P.f 3-transmission Efficiency .4-Voltage Regulation 5- Draw the vector diagram.
An over head three-phase short transmission Line delivers1000KW at 11Kv at 0.8 P.f lagging frequency 60 Hz, R= 5 Ω, L = 25 mH, Determine:-1-Sending-end voltage 2- Sending-end P.f 3- transmission Efficiency .4-Voltage Regulation 5- Draw the vector diagram.
Transcribed Image Text:Example 3:- An over head three-phase short transmission Line delivers 1000KW at 11kv at
0.8 P.f lagging frequency 60 Hz, R= 52,L=25 mH, Determine :-1-Sending-end voltage
2- Sending-end P.f 3-transmission Efficiency .4-Voltage Regulation 5- Draw the vector
diagram.
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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