Estimating Space-Cooling Energy Consumption and Indoor PM_2.5 Exposure across Hong Kong Using a City-Representative Housing Stock Model

Keyphrases

• Hong Kong 100%
• Indoor PM2.5 Exposure 100%
• Cooling Energy Consumption 100%
• Housing Stock 100%
• Stock Model 100%
• Space Cooling 100%
• Particulate Matter 2.5 (PM2.5) 40%
• Low-E 40%
• External Wall Insulation 40%
• High-rise Residential Building 20%
• EnergyPlus 20%
• Carbon Emission Reduction 20%
• Building Energy Consumption 20%
• Population Health 20%
• Government Efforts 20%
• Urban Areas 20%
• Rural Areas 20%
• High-quality Data 20%
• Indoor Air Pollution 20%
• PM2.5 Exposure 20%
• Cooling Energy 20%
• Exposure Concentration 20%
• Energy Retrofit 20%
• Low-dose Effects 20%
• Hong Kong Housing 20%
• Village House 20%
• Retrofit Scenarios 20%

Engineering

• Energy Engineering 100%
• Particular Matter 2.5 100%
• Space Cooling 100%
• Retrofit 50%
• Dwelling 33%
• External Wall 33%
• Residential Building 16%
• Energy Conservation 16%
• EnergyPlus 16%
• Floors 16%
• Energy Efficiency 16%
• Energy Building 16%
• Quality Data 16%