A 3-phase transmission line having a capacity of 10,000KVA serves as a balanced load that draws 5,000kW at a lagging power factor such that the transmission line is loaded to its capacity. An...


A 3-phase transmission line having a capacity of 10,000KVA<br>serves as a balanced load that draws 5,000kW at a lagging<br>power factor such that the transmission line is loaded to its<br>capacity. An additional load of induction motors operating at an<br>average pf of 0.80 is connected to the line. In order to make use<br>of the line to its full capacity in active power, a synchronous<br>condenser having losses of 300kW will be connected to the line.<br>What is the kVA rating of the synchronous motor required?<br>Draw the Phasor Diagram for Synchronous Motor.<br>

Extracted text: A 3-phase transmission line having a capacity of 10,000KVA serves as a balanced load that draws 5,000kW at a lagging power factor such that the transmission line is loaded to its capacity. An additional load of induction motors operating at an average pf of 0.80 is connected to the line. In order to make use of the line to its full capacity in active power, a synchronous condenser having losses of 300kW will be connected to the line. What is the kVA rating of the synchronous motor required? Draw the Phasor Diagram for Synchronous Motor.

Jun 11, 2022
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