Project 2 - Rankine cycle Simulator

Rankine Cycle Simulator

Rankine_Cycle_simulator
Turbine inlet temperature (in celsius)400
Pressure at inlet of Turbine (in bars)30
Pressure at outlet of turbine/inlet of condenser (in bars)0.05
Process 1-2 Isentropic expansion inside TurbineProcess 2-3 Isobaric Heat Rejection in condenserProcess 3-4 Isentropic compression inside pump Process 4-1 Isobaric Heat Addition in Boilerproperties at state point 1T1 = 400.000000 degree celsiusP1 = 30.000000 barh1 = 3231.571027 kJ/kgs1 = 6.923259 kJ/kgcelsius
properties at state point 2T2 = 32.875490 degree celsiusP2 = 0.050000 barh2 = 2110.708212 kJ/kgs2 = 6.923259 kJ/kgcelsius
properties at state point 3T3 = 32.875490 degree celsiusP3 = 0.050000 barh3 = 137.765119 kJ/kgs3 = NaN kJ/kgcelsius
properties at state point 4T4 = NaN degree celsiusP4 = 30.000000 barh4 = 137.795228 kJ/kgs4 = NaN kJ/kgcelsius
R E S U L T S Turbine Work Wt = 1120.862815 kJ/kgPump Work Wp = 0.030109 kJ/kgNet Work Wnet = 1120.832706 kJ/kg Thermal Efficiency Ntherm = 36.228634 Back Work ratio Wb= 0.000027 kJ/kg