Product Details
High Latent Heat And Strong Stability - Materials That
Significantly Extend Battery Life: 75°C Phase Change Materials
Assist Battery Thermal Management
Product Introduction:
- 75℃ battery special phase change material is a material that will
undergo phase change at about 75℃, which absorbs heat during the
heating process, thus storing a large amount of latent heat, when
the temperature is reduced, these heat will be released, using this
characteristic to adjust the temperature of the battery, so that
the battery operating temperature is kept in the appropriate range,
and then improve the performance and safety of the battery.
Product features:
1. Precise temperature control
- Its phase change temperature is set at about 75°C, which can
accurately phase change when the battery reaches the temperature,
absorb or release a lot of heat, so as to effectively adjust the
battery temperature, keep the battery operating temperature in the
appropriate range, help to improve the performance and safety of
the battery, and extend the cycle life of the battery.
2. Adjustable thermal conductivity
- Although some of the phase change materials themselves may have low
thermal conductivity, their thermal conductivity can be improved by
adding high thermal conductivity fillers, so as to better meet the
needs of rapid heat dissipation or heating of the battery, and
further improve the efficiency of thermal management.
3. High energy storage density
- During the phase change process, a large amount of latent heat can
be absorbed or released, and only a relatively small volume or mass
of phase change materials can effectively adjust the temperature of
the battery, which is conducive to realizing the compact design and
lightweight of the battery system, and is of great significance for
improving the energy density and space utilization of the battery.
4. Passive thermal management
- It can work without external power source or complex control
system, and automatically absorbs and releases heat by relying on
its own phase change characteristics, reducing the complexity and
energy consumption of the system, and improving the reliability and
stability of the thermal management system.
- At the same time, it also reduces the maintenance cost of the
system, especially for battery applications with high reliability
requirements and limited space and energy supply.
Product application scenarios:
1. Battery thermal management system
- During the driving process of electric vehicles, the battery will
generate a lot of heat, resulting in a rise in temperature,
affecting battery performance and life.
- 75℃ battery special phase change material can be used for battery
thermal management system, when the battery temperature reaches
about 75℃, the phase change material phase change absorbs heat, so
as to effectively reduce the battery temperature, prevent
overheating, maintain the battery in the appropriate operating
temperature range, improve the safety, stability and service life
of the battery.
2. Lithium battery energy storage system
- The lithium battery in the energy storage power station will
generate heat accumulation during the charge and discharge cycle,
and the phase change material for the 75℃ battery can be used as a
key part of thermal management to ensure the stable operation of
the lithium battery at a temperature of about 75℃.
- Improve the efficiency and reliability of the entire energy storage
system, reduce the battery performance attenuation and safety risks
caused by excessive temperature, and ensure the stable power supply
and long-term operation of the energy storage power station.
3. Smartphones and tablets
- With the continuous improvement of the performance of electronic
products, their internal batteries are easy to heat up during high
load operation.
- 75℃ battery special phase change material can be applied to the
battery module of these devices, when the battery temperature rises
to 75℃, the phase change material automatically adjusts the
temperature, prevent the battery from overheating, and ensure the
normal operation of the equipment.
- At the same time, it also helps to extend the battery life and
improve the user experience.
Packaging and storage:
1. Packing method
2. Storage method
- Dry, cool and ventilated place without sharp objects.