Strategic Objectives
• Discover the physics of latent heat to store vast energy in small volumes.
• Identify the perfect PCM chemistry for your specific temperature requirements.
• Design passive thermal systems that operate without power or moving parts.
• Implement cutting-edge encapsulation techniques to ensure material longevity.
The Core Challenge
Traditional cooling systems rely on energy-hungry active components that fail during peaks and occupy massive physical footprints.
01
The Fundamentals of Latent Heat
02
Thermodynamics of Storage
03
Classification of PCMs
04
The Physics of Melting
05
Organic PCMs: Paraffins and Fatty Acids
06
Inorganic PCMs: Salt Hydrates
07
Eutectic Systems
08
Crystallization Dynamics
09
Microencapsulation Techniques
10
Macroencapsulation and Heat Exchangers
11
Thermal Conductivity Enhancement
12
Passive Cooling in Architecture
13
Thermal Energy Storage (TES) Systems
14
Electronics Thermal Management
15
Smart Textiles and Wearables
16
Solar Thermal Integration
17
Cold Chain Management
18
Material Degradation and Stability
19
Computational Modeling of Phase Change
20
Sustainability and Life Cycle Assessment
21