Exergoeconomic analysis of a lean burn engine operating with ethanol and hydrogen addition

Keyphrases

• Exergy Analysis 100%
• Exergoeconomic Analysis 100%
• Ethanol Addition 100%
• Lean Operations 100%
• Hydrogen Addition 100%
• Lean-burn Engine 100%
• Efficiency Improvement 50%
• Ethanol 50%
• Operational Scenario 50%
• Electricity Cost 50%
• Electricity Generation 50%
• Fuel Cost 50%
• Exergy 50%
• Engine Operation 50%
• Simulation Data 50%
• Energy Density 50%
• Equivalence Ratio 50%
• Cost Rate 50%
• Air-fuel Mixture 50%
• Exergy Efficiency 50%
• Total Loss 50%
• Exergoeconomic Cost 50%
• Exergy Destruction 50%
• Exergoeconomic Evaluation 50%
• Lean Mixture 50%
• Hydrogen Energy 50%
• Hydrogen Fraction 50%
• Hydrogen Enrichment 50%

Engineering

• Engine Operating 100%
• Exergoeconomic Analysis 100%
• Lean Burn Engine 100%
• Operational Scenario 50%
• Electricity Generation 50%
• Exergy Analysis 50%
• Flux Density 50%
• Equivalence Ratio 50%
• Exergy Efficiency 50%
• Air Mixture 50%
• Exergy Destruction 50%
• Lean Mixture 50%
• Hydrogen Energy 50%
• Fuel Cost Rate 50%