Energy benefits of green-wall shading based on novel-accurate apportionment of short-wave radiation components

Keyphrases

• Green Wall 100%
• Shortwave Radiation 100%
• Energy Benefit 100%
• Radiation Component 100%
• Climber 66%
• Energy Saving 33%
• Reflectivity 33%
• Building Envelope 33%
• Transmissibility 33%
• Radiation Properties 33%
• Absorptivity 33%
• Hong Kong 16%
• Copyright 16%
• In Situ 16%
• Weather Conditions 16%
• Electricity Generation 16%
• Energy Conservation 16%
• Transfer Process 16%
• Electricity Tariff 16%
• Humid Subtropical 16%
• Urban Heat Island 16%
• Field Experimental Study 16%
• Solar Irradiance 16%
• Cloudy Conditions 16%
• Insolation 16%
• Shortwave 16%
• Indoor Space 16%
• Lonicera Japonica 16%
• Thermal Properties 16%
• Extinction Coefficient 16%
• Carbon Units 16%
• Monetary Units 16%
• Can Shields 16%
• Local Power 16%
• Carbon Intensity of Electricity 16%
• Beer's Law 16%
• Radiometer 16%
• Experimental Site 16%
• Leaf Area Index 16%
• Model Output 16%
• Power Company 16%
• Radiation Transfer 16%
• Model-driven Development 16%
• Induced Power 16%

Engineering

• Green Wall 100%
• Energy Benefit 100%
• Apportionment 100%
• Energy Conservation 33%
• Building Envelope 33%
• Transmissivity 33%
• Absorptivity 33%
• Energy Engineering 16%
• Urban Heat Island Effect 16%
• Power Generation 16%
• Insolation 16%
• Irradiance 16%
• Indoor Space 16%
• Radiometer 16%
• Extinction Coefficient 16%
• Leaf Area Index 16%
• Transfer Process 16%
• Beer Law 16%

Agricultural and Biological Sciences

• Heat Island 100%
• Lonicera japonica 100%
• Leaf Area Index 100%
• Radiometer 100%
• Beers 100%