Performance analysis and working fluid selection of an Organic Rankine Cycle Power Plant coupled to an Enhanced Geothermal System

Keyphrases

• Condenser 25%
• Condenser Temperature 50%
• Cost Efficiency 25%
• Decision Variables 25%
• Efficiency Decrease 25%
• Energy Efficiency 100%
• Enhanced Geothermal System 100%
• Evaporator 25%
• Exergy Efficiency 100%
• Flow Length 25%
• Geofluids 25%
• Isentropic 50%
• Multi-objective Optimization 25%
• Multiple Fractures 25%
• Non-dominated Sorting Genetic Algorithm (NSGA-II) 25%
• Off-design Condition 50%
• One-based 25%
• Operative Time 25%
• Optimal Operation Condition 50%
• Organic Rankine Cycle 100%
• Outer Diameter 25%
• Over 40 25%
• Performance Analysis 100%
• Power Plant 100%
• Power Plant Model 25%
• Powers of Cycles 100%
• Production Temperature 25%
• Pump Efficiency 25%
• R1233zd(E) 25%
• Refrigerant Mass Flow Rate 25%
• Reinjection 25%
• Specific Cost 50%
• Superheated Vapor 25%
• Tube number 25%
• Turbine Efficiency 25%
• Turbine Inlet 25%
• Turbine Inlet Pressure 25%
• Turbine Inlet Temperature 25%
• Wellbore 25%
• Working Fluid 100%
• Working Fluid Selection 100%

Engineering

• Condenser 25%
• Condenser Temperature 50%
• Cost Efficiency 25%
• Decision Variable 25%
• Design Condition 50%
• Energy Efficiency 100%
• Enhanced Geothermal System 100%
• Evaporator 25%
• Exergy Efficiency 100%
• Flow Length 25%
• Inlet Pressure 25%
• Investment Cost 50%
• Isentropic 50%
• Multiobjective Optimization 25%
• Non-Dominated Sorting Genetic Algorithm II 25%
• Objective Function 25%
• Organic Rankine Cycle 100%
• Outer Diameter 25%
• Performance Analysis 100%
• Pump Efficiency 25%
• Rankine Cycle Power Plant 100%
• Refrigerant Mass Flow Rate 25%
• Reinjection 25%
• Superheated Vapor 25%
• Turbine 50%
• Turbine Efficiency 25%
• Turbine Inlet Temperature 25%
• Wellbore 25%