Back Pressure Turbine Power Calculator
Theoretical Power Calculation Without Turbine or Generator Efficiency
Steam Flow
Turbine Inlet Steam Conditions
Turbine Exhaust Steam Conditions
Calculation Results
Steam Flow
Inlet Steam Enthalpy
Exhaust Steam Enthalpy
Enthalpy Drop
Available Heat Energy
Theoretical Power Generation
Calculation Basis:
Power (MW) = [Steam Flow (kg/hr) × Enthalpy Drop (kcal/kg)] ÷ 860,000
Turbine efficiency = 100%
Generator/Alternator efficiency = 100%
Therefore, the result represents theoretical power generation based only on the calculated steam enthalpy drop.
Steam enthalpy is estimated automatically from pressure and temperature using saturation-temperature interpolation and superheat calculations.
Power (MW) = [Steam Flow (kg/hr) × Enthalpy Drop (kcal/kg)] ÷ 860,000
Turbine efficiency = 100%
Generator/Alternator efficiency = 100%
Therefore, the result represents theoretical power generation based only on the calculated steam enthalpy drop.
Steam enthalpy is estimated automatically from pressure and temperature using saturation-temperature interpolation and superheat calculations.
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