Strategic Objectives
• Master the chemistry of dielectric fluids for maximum safety.
• Optimize thermal management to extend battery lifecycle and range.
• Implement advanced immersion techniques for high-performance racing and heavy-duty EVs.
• Navigate the complex intersection of fluid dynamics and electrical insulation.
The Core Challenge
Traditional cooling methods cannot keep up with the extreme heat of ultra-fast charging and high-density battery packs, leading to thermal runaway and degraded performance.
01
The Evolution of EV Cooling
02
Fundamentals of Thermal Management
03
The Physics of Dielectric Fluids
04
Heat Transfer Mechanisms
05
Fluid Chemistry and Selection
06
Direct vs. Indirect Cooling
07
Mitigating Thermal Runaway
08
Electrical Safety and Insulation
09
Material Compatibility
10
Pump Systems and Fluid Dynamics
11
Heat Exchanger Design
12
Single-Phase vs. Two-Phase Immersion
13
Sensors and Monitoring
14
Packaging and Weight Optimization
15
Manufacturing Immersion Packs
16
Charging Speed and Thermals
17
Environmental Impact and Sustainability
18
Case Studies: Racing and Hypercars
19
Regulatory and Safety Standards
20
Future Trends in Immersion
21