Energy Saving Potential and Interior Temperatures of Glazed Spaces: Evaluation through Measurements and Simulations

Keyphrases

• Balcony 100%
• Energy Saving Potential 100%
• Glazed Space 100%
• Interior Temperature 100%
• Space Evaluation 100%
• Potential Temperature 100%
• Glazing 87%
• Indoor Climate 62%
• Heating Energy 37%
• Balcony Glazing 37%
• Intended Purpose 25%
• Air Temperature 25%
• Brick Building 25%
• Malm 25%
• Tampere 12%
• Model Calculation 12%
• Motivation 12%
• Ventilation 12%
• Thermal Resistance 12%
• Nordic Countries 12%
• Energy Saving 12%
• Humidity 12%
• Outdoor Air Temperature 12%
• Air Gap 12%
• Inlet Air 12%
• Apartment 12%
• Temperature Level 12%
• Surface Temperature 12%
• Glazed Balcony 12%
• EnergyPlus Software 12%
• Space Energy 12%
• Energy Simulation 12%
• Indoor Temperature 12%
• Pollution 12%
• Temperature Conditions 12%
• Indoor Space 12%
• Airflow 12%
• Model Calibration 12%
• Mean Minimum Temperature 12%
• Energy-saving Effect 12%
• Mean Maximum Temperature 12%
• Heating Energy Consumption 12%
• Brick Wall 12%
• Temperature Monitoring 12%
• Calculation Procedure 12%
• Building Heating 12%
• Model Goodness of Fit 12%
• Building Location 12%
• Air Heating 12%
• Heating Energy Use 12%
• Glass Panes 12%
• Goodness-of-fit Measure 12%
• Enclosed Space 12%
• ASHRAE 12%
• Air Temperature Monitoring 12%
• Glazing Systems 12%
• Frameless 12%
• Natural Elements 12%

Engineering

• Energy Conservation 100%
• Heating Energy 100%
• Indoor Space 40%
• Brick Buildings 40%
• Temperature Condition 20%
• Field Measurement 20%
• Relative Humidity 20%
• Outdoor Air Temperature 20%
• Maximum Temperature 20%
• Inlet Air 20%
• Energy Simulation 20%
• Model Calibration 20%
• Brick Wall 20%
• Calculation Procedure 20%
• Building Heating 20%
• Natural Element 20%
• Glazing System 20%
• Heat Resistance 20%
• Air Flow 20%