Impact of a Weather Predictive Control Strategy for Inert Building Technology on Thermal Comfort and Energy Demand

Keyphrases

• Predictive Control 100%
• Thermal Comfort 100%
• Thermal Energy 100%
• Energy Demand 100%
• Predictive Control Strategy 100%
• Building Technology 100%
• Energy Consumption 66%
• Thermally Activated Building System 66%
• Control Strategy 33%
• Simulation Model 33%
• Ambient Temperature 33%
• Germany 33%
• Munich 33%
• Built Environment 33%
• Office Building 33%
• Thermodynamic Simulation 33%
• Building Use 33%
• Renewable Energy 33%
• Energy Supply 33%
• Total Energy Consumption 33%
• Performance Gap 33%
• World Population 33%
• Protection System 33%
• Photovoltaic System 33%
• Solar Radiation 33%
• Total Radiation 33%
• Fossil Fuels 33%
• Ventilation 33%
• Heating-cooling 33%
• Heat Pump System 33%
• Sun Protection 33%
• Moderate Climate 33%
• Temperature Radiation 33%
• Thermal Mass 33%
• Building Control Strategies 33%
• Smart Control Strategy 33%
• Electric Heat Pump 33%
• Climate Neutrality 33%
• Inerting System 33%
• Increased Demand 33%
• Common Control 33%

Engineering

• Control Strategy 100%
• Thermal Comfort 100%
• Predictive Control 100%
• Building Technology 100%
• Building System 40%
• Simple Approach 20%
• Renewable Energy Source 20%
• System Protection 20%
• Simulation Model 20%
• Increasing Demand 20%
• Built Environment 20%
• Solar Radiation 20%
• Fossil Fuel 20%
• Office Buildings 20%
• Smart Control 20%
• Photovoltaic System 20%
• Electric Heat Pump 20%
• Germany 20%
• Climate Neutrality 20%