Energy savings potential of reversible photothermal windows with near infrared-selective plasmonic nanofilms

Keyphrases

• Near-infrared 100%
• Plasmonics 100%
• Photothermal 100%
• Nanofilm 100%
• Energy Saving Potential 100%
• Dynamic Window Approach 100%
• Solar Heat Gain 75%
• Energy Saving 50%
• Glazing Systems 50%
• Window System 50%
• Solar Infrared 25%
• Weather Conditions 25%
• Visible Light 25%
• Analytical Model 25%
• Cooling Demand 25%
• Window-based 25%
• Gain Control 25%
• Energy Efficiency Standards 25%
• Solar Light 25%
• Solar Irradiation 25%
• Light Transmittance 25%
• Whole Building Energy Simulation 25%
• Visible Transmittance 25%
• Space Cooling 25%
• Solar Heat 25%
• Technical Characteristics 25%
• Mixed Climate 25%
• Window Technology 25%
• Indoor Heating 25%
• Seasonal Weather 25%
• Space Heating Demand 25%
• Plasmonic Photothermal Effect 25%
• Numerical Evidence 25%
• Optical Features 25%
• Thermal Features 25%

Engineering

• Plasmonics 100%
• Nanoscale 50%
• Analytical Model 50%
• Indoor Space 50%
• Conservation of Energy 50%
• Cooling Demand 50%
• Light Condition 50%
• Energy Simulation 50%
• Glazing System 50%
• Solar Irradiation 50%
• Gain Coefficient 50%
• Solar Control 50%
• Space Heating 50%
• Gain Control 50%

Physics

• Near Infrared 100%
• Transmittance 100%
• Nanoscale 50%
• Solar Radiation 50%
• Energy Efficiency 50%