Use of PCM materials for the reduction of thermal energy requirements in buildings

Keyphrases

• Energy Requirement 100%
• Thermal Energy Demand 100%
• PCM Material 100%
• Existing Buildings 66%
• Energy Reduction 66%
• Indoor Temperature 66%
• Mediterranean Climate 66%
• Insulation Technique 66%
• Energy Saving 33%
• Technological Solutions 33%
• Energy Demand 33%
• New Buildings 33%
• Building Energy Consumption 33%
• Residential Sector 33%
• TRNSYS 33%
• Phase Transition 33%
• Air Conditioning 33%
• Thermal Cooling 33%
• Simulation Code 33%
• Low Melting 33%
• Indoor Environment 33%
• Thermal Fluctuations 33%
• Rational Use 33%
• Melt Solidification 33%
• Phase Change Material 33%
• Passive Technique 33%
• Solidification Temperature 33%
• Cooling Requirements 33%
• Building Shell 33%
• Pollution Reduction 33%
• Air Temperature Variations 33%
• Climate Context 33%
• Thermal Storage Material 33%
• Opaque Wall 33%
• Winter Heating 33%
• Heat Gain 33%
• PCM Melting Temperature 33%

INIS

• energy 100%
• reduction 100%
• indoors 42%
• cooling 42%
• climates 28%
• solutions 28%
• heating 28%
• walls 28%
• air 28%
• simulation 14%
• layers 14%
• environment 14%
• thickness 14%
• thermal storage 14%
• melting points 14%
• variations 14%
• heat 14%
• floors 14%
• energy demand 14%
• fluctuations 14%
• shells 14%
• pollution 14%
• ceilings 14%
• phase transformations 14%
• residential sector 14%
• melting 14%
• seasons 14%
• solidification 14%
• air conditioning 14%
• phase change materials 14%
• heat gain 14%

Engineering

• Energy Requirement 100%
• Phase Change Material 100%
• Thermal Energy 100%
• Indoor Air 33%
• Melting Point 33%
• Thermal Energy Storage 16%
• Technological Solution 16%
• Ceilings 16%
• Residential Sector 16%
• Simulation Code 16%
• Melting Temperature 16%
• Release Heat 16%
• Cooling Requirement 16%
• Passive Technique 16%
• Thermal Fluctuation 16%
• Building Shell 16%
• Mediterranean Climate 16%
• Air Conditioning 16%