Energy, exergy and economic analyses and multiobjective optimization of a novel solar multi-generation system for production of green hydrogen and other utilities

Keyphrases

• Multi-objective Optimization 100%
• Exergoeconomic Analysis 100%
• Exergy Analysis 100%
• Green Hydrogen 100%
• Multi-generation System 100%
• Electrolysis 66%
• Exergy Efficiency 66%
• Power Cycle 66%
• Regenerative Rankine Cycle 66%
• Environmental Issues 33%
• Energy Efficiency 33%
• Renewable Energy 33%
• Solar-driven 33%
• Regeneration 33%
• Decision Variables 33%
• High Energy Efficiency 33%
• Exergy Destruction 33%
• Energy Related 33%
• Energy-based 33%
• Exergy 33%
• Product Cost 33%
• Parametric Analysis 33%
• Single Effect 33%
• Thermal Energy Storage 33%
• Brayton Cycle 33%
• Total Cost Rate 33%
• Optimum Performance 33%
• Kalina Cycle 33%
• Absorption Refrigeration 33%
• Solar Tower 33%
• Green Hydrogen Production 33%
• Optimum Energy 33%
• Intercooling 33%
• Domestic Hot Water 33%
• Domestic Hot Water Heater 33%

Engineering

• Multiobjective Optimization 100%
• Multigeneration System 100%
• Green Hydrogen 100%
• Rankine 66%
• Exergy Efficiency 66%
• Electrolyzer 66%
• Domestic Hot Water 66%
• Power Cycle 66%
• Energy Efficiency 33%
• Optimum Energy 33%
• High Energy Efficiency 33%
• Exergy Destruction 33%
• Product Cost 33%
• Parametric Analysis 33%
• Total Cost Rate 33%
• Optimum Performance 33%
• Hydrogen Production 33%
• Kalina Cycle 33%
• Solar Tower 33%
• Effect Absorption Refrigeration Cycle 33%
• Open Brayton Cycle 33%
• Main Product 33%
• Decision Variable 33%
• Heat Storage 33%
• Renewable Energy 33%