Thevenin source impedance behind the bus equal to 0.002 + j0.01 Q/phase. A power factor-correcting capacitor rated 500 KVAR3, is connected to the bus as shown in Figure P5.5. Determine the parallel resonance frequency and iden- tify the precaution needed for connecting a power electronics load to this bus. Bus 0.002 + j 0.01 2/phase Multiple 'feeders Gen Pf correction capacitors C

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Problem 5.5: A 460-V bus in a factory supplying power to several feeders has the
Thevenin source impedance behind the bus equal to 0.002 + j0.01 Q/phase. A
power factor-correcting capacitor rated 500 KVAR34, is connected to the bus as
shown in Figure P5.5. Determine the parallel resonance frequency and iden-
tify the precaution needed for connecting a power electronics load to this bus.
Bus
0.002 + j 0.01 2/phase
Multiple
feeders
Gen
Pf correction
capacitors C
Transcribed Image Text:Problem 5.5: A 460-V bus in a factory supplying power to several feeders has the Thevenin source impedance behind the bus equal to 0.002 + j0.01 Q/phase. A power factor-correcting capacitor rated 500 KVAR34, is connected to the bus as shown in Figure P5.5. Determine the parallel resonance frequency and iden- tify the precaution needed for connecting a power electronics load to this bus. Bus 0.002 + j 0.01 2/phase Multiple feeders Gen Pf correction capacitors C
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