Calculate the primary pumping power under steady-state operating conditions for a typical pressurized water reactor-coolant system using only the following conditions: Core power = 3411 MWth delta Tcore = 33.7 Celsius T_IN=293 Celsius p = 15.5 MPa Reactor-coolant system pressure drop = 778 kPa Pump efficiency = 85%
Calculate the primary pumping power under steady-state operating conditions for a typical pressurized water reactor-coolant system using only the following conditions: Core power = 3411 MWth delta Tcore = 33.7 Celsius T_IN=293 Celsius p = 15.5 MPa Reactor-coolant system pressure drop = 778 kPa Pump efficiency = 85%
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Transcribed Image Text:Calculate the primary pumping power under steady-state operating conditions for a typical pressurized
water reactor-coolant system using only the following conditions:
Core power = 3411 MWth
delta Tcore = 33.7 Celsius
T_IN= 293 Celsius
p = 15.5 MPa
Reactor-coolant system pressure drop = 778 kPa
Pump efficiency = 85%
Answer=22.9 MWe
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