Performance analysis of a combined organic Rankine cycle and vapor compression cycle for power and refrigeration cogeneration

Keyphrases

• Regeneration 100%
• Performance Analysis 100%
• Refrigeration 100%
• Vapor Compression Cycle 100%
• Working Fluid 75%
• Power Production 50%
• System Performance 50%
• Net Energy 50%
• Thermodynamic Analysis 25%
• High Efficiency 25%
• Isentropic 25%
• Sensitivity Analysis 25%
• Size Parameter 25%
• System Parameters 25%
• Electricity Production 25%
• Turbine Inlet Temperature 25%
• Volumetric Flow 25%
• Thermal Efficiency 25%
• Heat Exchanger 25%
• Flow Ratio 25%
• Isobutane 25%
• Exergy Efficiency 25%
• Thermal Source 25%
• Division Ratio 25%
• Sensible Energy 25%
• Number of Transfer Units 25%
• Heat Cost 25%

Engineering

• Power Production 100%
• Cogeneration 100%
• Systems Performance 100%
• Performance Analysis 100%
• Energy Engineering 50%
• Key Parameter 50%
• Exchanger 50%
• System Parameter 50%
• Size Parameter 50%
• Electricity Production 50%
• Limiting Case 50%
• Isentropic 50%
• Turbine Inlet Temperature 50%
• Thermal Efficiency 50%
• Inlet Pressure 50%
• Exergy Efficiency 50%
• Isobutane 50%