The figure shows an organic Rankine cycle plant using n-pentane as the working fluid. According to the system operating conditions given in the tablea)Working fluid in the cycle mass flow rate [kg / s]b)Generated power in the turbine [kW]c)The amount of irreversibility in the turbine [kW]d)The power consumed in the pump [kW]e)Energy efficiency of the power plantf)Calculate the exergy efficiency of the plant.Note:The properties of the compressed liquid can be taken equal to the properties of the saturated liquid at a given temperature. FlowT (°C)h(kJ/kg)s(kJ/kg.K)Fluidphase(КРа)(kg/s)no1300120water12compressed liquid22508512watercompressed liquid3468.890saturated vapor467.41.329n-pentann-pentann-pentann-pentan421070superheated vapor438.81.332521059.2saturated liquid80.10.2541468.859.280.270.2533compressed liquidcompressed liquid7dead state200258.dead state20030compressed liquid101.32083.90.2962dead statedead statecompressed liquid101.320-13.61-0.04507dead state n-pentancompressed liquidWindows u ETkinleştir

Given, h3=467.4 kJ/kgh4=438.8 kJ/kgh5=80.1 kJ/kgh6=80.27 kJ/kg s3=1.329 kJ/kg.Ks4=1.332 kJ/kg.K…

The figure shows an organic Rankine cycle plant using n-pentane as the working fluid. According to the system operating conditions given in the table a)Working fluid in the cycle mass flow rate [kg / s] b)Generated power in the turbine [kW] c)The amount of irreversibility in the turbine [kW] d)The power consumed in the pump [kW] e)Energy efficiency of the power plant f)Calculate the exergy efficiency of the plant. Note:The properties of the compressed liquid can be taken equal to the properties of the saturated liquid at a given temperature.

The figure shows an organic Rankine cycle plant using n-pentane as the working fluid. According to the system operating conditions given in the table a)Working fluid in the cycle mass flow rate [kg / s] b)Generated power in the turbine [kW] c)The amount of irreversibility in the turbine [kW] d)The power consumed in the pump [kW] e)Energy efficiency of the power plant f)Calculate the exergy efficiency of the plant. Note:The properties of the compressed liquid can be taken equal to the properties of the saturated liquid at a given temperature.

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter3: Transient Heat Conduction

Section: Chapter Questions

Problem 3.2DP

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