Developing a method and simulation model for evaluating the overall energy performance of a ventilated semi-transparent photovoltaic double-skin facade

Keyphrases

• Simulation Model 100%
• Double Skin Façade 100%
• Transparent Photovoltaics 100%
• Overall Energy Performance 100%
• Daylighting 50%
• Power Output Performance 33%
• Hong Kong 16%
• Effective Tool 16%
• Amorphous Silicon 16%
• Heat Transfer Model 16%
• Sensitivity Analysis 16%
• Thermal Power 16%
• Heat Gain 16%
• Root Mean Square Error 16%
• Interaction Effect 16%
• Optimum Design 16%
• Design Analysis 16%
• Model Validation 16%
• Simulation Procedure 16%
• Energy Output 16%
• Optical Model 16%
• Transparent Thin Film 16%
• Dynamic Power 16%
• Comprehensive Simulation 16%
• Energy Generation 16%
• PV Façade 16%
• Climate Zones 16%
• Results Validation 16%
• Outdoor Testing 16%
• Sandia Array Performance Model 16%
• EnergyPlus Software 16%
• Thin-film PV 16%
• Façade Performance 16%
• AC Energy 16%
• Airflow Network Model 16%
• PV Window 16%
• Model Simulation 16%
• Silicon-based Photovoltaics 16%
• Semitransparent 16%

Engineering

• Energy Performance 100%
• Simulation Model 100%
• Double-Skin Facade 100%
• Photovoltaics 100%
• Daylighting 50%
• Measured Data 33%
• Power Output 33%
• Power Generation 16%
• Facades 16%
• Simulation Result 16%
• Simulated Result 16%
• Interaction Effect 16%
• Optimum Design 16%
• Root Mean Square Error 16%
• Measured Quantity 16%
• EnergyPlus 16%
• Climate Zone 16%
• Sandia Array Performance Model 16%
• Thin Films 16%
• Network Model 16%
• Test Facility 16%
• Reference Point 16%
• Starting Point 16%
• Design Analysis 16%
• Air Flow 16%