Exergetic-Economic analysis and optimization of solar assisted heat pump using Multi-objective Genetic Algorithm

Keyphrases

• Economic Optimization 100%
• Multi-objective Genetic Algorithm 100%
• Exergy Destruction 100%
• Solar-assisted Heat Pump 100%
• Exergetic 100%
• Economic Analysis 100%
• Condensing Temperature 66%
• Genetic Algorithm 33%
• Working Fluid 33%
• Evaporation Temperature 33%
• Solar-assisted Heat Pump System 33%
• 2,3,3,3-Tetrafluoroprop-1-ene (R1234yf) 33%
• Low Exergy 33%
• High Temperature Applications 33%
• Heating Load 33%
• Hybrid System 33%
• Operation Optimization 33%
• Operation Conditions 33%
• Sustainable Energy Resource 33%
• Evaporator Temperature 33%
• Two-stage Heat Pump 33%
• Thermal Heat 33%
• Flash Tank 33%
• Model Creation 33%
• Performance Evaluation 33%
• Heat Pump 33%
• Heat Pump System 33%
• Solar Thermal Collector 33%

Engineering

• Multiobjective Genetic Algorithm 100%
• Exergy Destruction 100%
• Heat Pump 100%
• Optimum Condition 66%
• Condensing Temperature 66%
• Genetic Algorithm 33%
• Solar Thermal Collector 33%
• Objective Function 33%
• Evaporation Temperature 33%
• Evaporating Temperature 33%
• Sustainable Energy 33%
• Energy Resource 33%
• Tank Temperature 33%
• High Temperature Applications 33%
• Flash Tank 33%
• Heating Load 33%
• Solar Assisted Heat Pump System 33%