High power density thermal energy storage using additively manufactured heat exchangers and phase change material

Keyphrases

• 2-phase 10%
• Additive Manufacturing 100%
• AlSi10Mg 10%
• Aluminum-silicon Alloy 10%
• Conductivity Matrix 10%
• Convection 20%
• Conventional Design 20%
• Device Performance 10%
• Extended Surfaces 10%
• Flowing Liquid 10%
• Heat Exchanger 100%
• Heat Transfer Model 10%
• High Power 20%
• High Power Density 100%
• High Thermal Conductivity 10%
• Intermittent Heat Load 10%
• Latent Heat 10%
• Liquid Coolant 20%
• Management Methodology 10%
• Material-based 10%
• Metal Additive Manufacturing 10%
• Metal Structure 20%
• Numerical Simulation 10%
• Paraffin 10%
• Phase Change 10%
• Phase Change Material 100%
• Power Density 10%
• Recent Advances 10%
• Thermal Conductivity 10%
• Thermal Energy 20%
• Thermal Energy Storage 100%
• Thermal Management 10%
• Thermal Resistance 20%
• Thermal Storage 10%
• Thermal Storage Device 10%
• Thermal Storage System 10%
• Three-dimensional (3D) 20%
• Ultra-compact 10%

Engineering

• Additive Manufacturing 30%
• Aluminum Silicon Alloy 10%
• Computer Simulation 10%
• Design Method 10%
• Device Performance 10%
• Exchanger 100%
• Extended Surface 10%
• Heating Load 10%
• High Thermal Conductivity 10%
• Latent Heat 10%
• Phase Change Material 100%
• Power Density 100%
• Reject Heat 10%
• Storage System 10%
• Thermal Conductivity 10%
• Thermal Energy 20%
• Thermal Energy Storage 100%
• Thermal Resistance 20%

Chemical Engineering

• Latent Heat 50%
• Thermal Conductivity 100%
• Thermal Load 50%