The use of earth-air heat exchanger for improving building comfort conditions in the tropical climate

Keyphrases

• Tropical Climate 100%
• Comfort Conditions 100%
• Earth-to-air Heat Exchanger 100%
• Building Comfort 100%
• Economic Growth 25%
• Low Energy 25%
• Ambient Temperature 25%
• Climatic Conditions 25%
• High Energy 25%
• Air Conditioning 25%
• Thermal Performance 25%
• Solar Radiation 25%
• Ventilation System 25%
• Ventilation Air 25%
• Energy Gain 25%
• Thermal Environment 25%
• Nigeria 25%
• Simulation Environment 25%
• Population Growth 25%
• Soil Parameters 25%
• Building Cooling Load 25%
• Soil Conditions 25%
• Thermal Simulation 25%
• Thermal Discomfort 25%
• Temperature Radiation 25%
• Passive Energy 25%
• Energy Strategy 25%
• Soil Temperature 25%
• Heat Ventilation 25%
• Temperature Extremes 25%
• High Ambient Temperature 25%
• Tropical Region 25%
• Cooling Energy 25%
• Transient System Simulation 25%
• Climatic Parameters 25%
• Precooling 25%
• Energy Demand 25%

Engineering

• Air Heat Exchanger 100%
• Transients 25%
• Solar Radiation 25%
• Thermal Performance 25%
• Ventilation System 25%
• Periodic Time 25%
• Energy Gain 25%
• Cooling Load 25%
• Simulation Environment 25%
• Climatic Condition 25%
• Soil Parameter 25%
• Air Conditioning System 25%
• Soil Condition 25%
• Thermal Simulation 25%
• Thermal Environment 25%