Q1: In a distribution power system, the feeder voltage is 13.8 kV and the total feeder-based load is 15000 kW with a unity power factor, including 4000 kW constant impedance load, 5000 kW constant current load, and 6000 kW constant power load. The requested demand reduction (DR) is 1300kW with a 0.9 lagging power factor, which results in a 1.2% feeder voltage increase. Calculate the DR net due to feeder voltage increase.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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Q1: In a distribution power system, the feeder
voltage is 13.8 kV and the total feeder-based
load is 15000 kW with a unity power factor,
including 4000 kW constant impedance load,
5000 kW constant current load, and 6000 kW
constant power load. The requested demand
reduction (DR) is 1300kW with a 0.9 lagging
power factor, which results in a 1.2% feeder
voltage increase. Calculate the DR net due to
feeder voltage increase.
Transcribed Image Text:Q1: In a distribution power system, the feeder voltage is 13.8 kV and the total feeder-based load is 15000 kW with a unity power factor, including 4000 kW constant impedance load, 5000 kW constant current load, and 6000 kW constant power load. The requested demand reduction (DR) is 1300kW with a 0.9 lagging power factor, which results in a 1.2% feeder voltage increase. Calculate the DR net due to feeder voltage increase.
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