Product Details
Temperature Control Materials With High Performance In All Aspects
- To Achieve Accurate And Balanced Temp Control And Maintain
Battery Life And Improve Battery Performance: Battery Specific PCM
Product Introduction:
- Battery specific phase change material (PCM) is a functional
material developed to meet the needs of battery thermal management.
- It can transform the phase state under specific temperature
conditions, so as to achieve heat storage and release, effectively
adjust the operating temperature of the battery, ensure that the
battery is in a suitable thermal environment, and thus improve the
performance, safety and service life of the battery.
Product features:
1. Specific phase transition temperature
- With a clear phase change temperature point, it can be selected and
customized according to the operating temperature range of
different batteries.
- For example, the common phase change temperature varies in tens of
degrees Celsius to meet the thermal management needs of various
types of batteries under different working conditions.
2. Adjustable thermal property parameters
- By changing the composition and structure of the material or adding
other substances, the latent heat and thermal conductivity of the
material can be adjusted to optimize its performance in the thermal
management of the battery.
3. Diverse forms
- It can be solid, liquid or solid-liquid mixture and other forms,
and different forms of phase change materials have their own
characteristics in application.
- For example, solid phase change materials are easy to package and
use, and liquid phase change materials have better fluidity and
heat transfer properties.
4. Strong compatibility with battery structure
- It can be customized according to the shape, size and arrangement
of the battery, such as thin sheet, block, granular, etc., to
better fit with the battery and improve the thermal management
effect.
Common application cases of the product:
1. Battery thermal management
- The lithium-ion battery of an electric vehicle will generate a lot
of heat during the charging and discharging process, and if it
cannot dissipate heat in time, it will lead to reduced battery
performance, shortened life, and even a safety hazard of thermal
runaway.
- Phase change materials can be used in battery modules. When the
temperature of the battery is raised to the phase change
temperature of the phase change material, the phase change material
absorbs heat and transforms, thereby effectively reducing the
temperature of the battery.
- When the temperature of the battery is reduced, the phase change
material will release heat to maintain the stability of the battery
temperature, ensure that the battery works within the appropriate
temperature range, and improve the charging and discharging
efficiency and service life of the battery.
2. Adjust the battery temperature
- Energy storage power stations usually use a large number of battery
packs to store electrical energy, and these batteries have large
temperature changes during a long charge-discharge cycle.
- Phase change materials can help maintain the temperature stability
of the battery pack, reduce the impact of temperature fluctuations
on battery performance and life, and improve the overall
performance and reliability of the energy storage power station.
3. Smartphone batteries
- Similarly, when smartphones are used for long periods of time or
charged quickly, the battery temperature increases.
- Phase change materials can be used for heat dissipation and
temperature regulation of smartphone batteries, ensuring that the
battery works within a safe temperature range, extending battery
life and improving user experience.
Packaging and storage:
1. Packing method
2. Storage method
- Dry, cool and ventilated place without sharp objects.