Thermal Runaway High Thermal Conductivity PCM Battery Cooling Lithium Battery PCM

Thermal Runaway PCM Battery Cooling High Thermal Conductivity is an advanced solid PCM for battery thermal management that utilizes Phase Change Materials (PCMs). PCMs are substances that absorb, store, and release significant amounts of thermal energy during a phase transition, typically from solid to liquid, enabling precise temperature regulation.

Our composite solid PCM for battery thermal management is in close contact with the lithium-ion battery in the pack. When the battery pack's temperature rises, the phase change material efficiently spreads heat evenly throughout the pack, preventing hot spots and ensuring a uniform temperature distribution. Upon reaching the PCM's melting point, the melting process absorbs all excess heat energy, preventing further temperature increases and mitigating thermal runaway.

Even during the "melting" phase, our composite material remains a solid PCM for battery thermal management without leakage, even at extremely high temperatures. By selecting different base materials, we can precisely control the maximum temperature within each battery package, ensuring optimal performance and enhanced safety.

1. Features of Battery PCM:

1. Phase change material of polymer based with graphite composite
2. They are with ability of high thermal conductivity
3. They are with black color and white color for option
4. The are cost effectively
5. They are light in weight
6. They are dry casting products, they will not produce moisture
7. They are stable and reliable,and they don’t get oxidization
8. They are neutral and compatible to battery cell module pack system
9. They are flexible to accommodate the battery cells
10. They are significantly improve the life cycle of the Li-ion battery
11. They are the ideal material for thermal runaway problem solution

2. Scope of application:

New energy vehicles

Precision instruments

Machinery and equipment

Any item that needs to prevent the battery temperature from rising

Any project that requires extending the life of the battery

3. Method of use:

The size of the product can be customized according to the size of the battery, and then the battery can be put in

ANDOR VS OTHERS

one of our clients tested our phase change module cell for their electric power tool, and this report generated to demonstrate that with our phase change material inbuilt, the temperature system is under well and intelligently controlled without fluctuation, phase change material capture and store the waste heat, although it is the passive process but the system temperature is undergo positively regulating with significantly high efficiency

The benefits will be adequate, life cycles of lithium ion battery would be much extended obviously, Lithium ion work safer against overheat and the threatened heat runaway, cost saving would be seen in a longer period, since they are working health and comfortable at longer hours and never find your problems.