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Electrical Engineering: Ch 13: 3 Phase Circuit (36 of 53) 3-Phase Systems Save Power, Why?
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In this video I will calculate the power saving by changing (less wire) the wiring system instead of using the 3-phase system. In the previous video we calculated the ratio (power loss in 1-phase/power loss in 3-phase)=2/1, thus we loss 2 times as much power in a 1-phase vs 3-phase system. (Part 2)
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Electrical Engineering: Ch 13: 3 Phase Circuit (1 of 53) What is a 3 Phase Circuit?
Electrical Engineering: Ch 13: 3 Phase Circuit (14 of 42) How to Find the currents in a Y-Y System?
Electrical Engineering: Ch 13: 3 Phase Circuit (36 of 53) 3-Phase Systems Save Power, Why?
Electrical Engineering: Ch 13: 3 Phase Circuit (40 of 53) How to Find the Power Factor?
Electrical Engineering: Ch 13: 3 Phase Circuit (23 of 53) Balanced Y-Delta Circuit: Ex 2
Electrical Engineering: Ch 13: 3 Phase Circuit (37 of 53) 3-Phase System Saves Power, Why?
Electrical Engineering: Ch 13: 3 Phase Circuit (21 of 42) How to Solve Equivalent Y-Delta Circuit?
Electrical Engineering: Ch 13: 3 Phase Circuit (11 of 42) The General Y-Y Circuit
Power System 2.0 | Lect-3 | Electrical Engineering | RRB JE | SSC JE | Sumit Sir #rrb_je #rseb
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