Product Details
Excellent Chemical Stability And Thermal Conductivity Synergies -
Enhanced Battery Reliability And Durability: Phase Change Materials
For 55℃ Temperature Control Pioneer Batteries
Product Introduction:
- Phase change materials are substances that change their physical
state with temperature change and can absorb or release a large
amount of latent heat during phase change.
- 55℃ battery special phase change material is a specific type of
phase change temperature set at about 55℃, when the battery
temperature reaches 55℃, the material will undergo phase change,
absorb the heat generated by the battery, so as to prevent the
battery from overheating.
- When the temperature of the battery is lowered, the phase change
material can release the stored heat, which helps to maintain the
stability of the battery temperature.
Product advantages:
1. Precise temperature control
- The phase change temperature of 55°C can accurately carry out
effective heat management when the battery temperature reaches
55°C, so that the operating temperature of the battery is always
maintained within the appropriate range, avoiding the adverse
effects of too high or too low temperature on the battery
performance and life, thus extending the cycle life of the battery.
2. High energy storage density
- It can absorb or release a large amount of latent heat during the
phase change process, has a high energy storage density, and only
needs a relatively small volume or mass of phase change materials,
which can effectively adjust the temperature of the battery,
helping to realize the compact design and lightweight of the
battery system.
3. 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, improving the reliability and
stability of the thermal management system, and reducing the
maintenance cost of the system.
4. Good chemical stability
- It has good chemical stability, is not easy to decompose,
deteriorate and other chemical reactions during long-term use, and
can maintain stable performance to ensure long-term effective
protection of the battery.
5. Enhance security
- By effectively controlling the battery temperature, prevent the
battery from overheating and causing thermal runaway, reduce the
safety risks such as battery fire and explosion, and improve the
overall safety of the battery system, which is of great
significance to ensure the safety of personnel and equipment.
6. Good compatibility
- It can be combined with other thermal management technologies or
materials, such as working with liquid cooling, air cooling and
other heat dissipation methods, to further optimize the thermal
management effect of the battery, and can also adapt to different
types and shapes of the battery, with good compatibility and
versatility.
Product application scenarios:
1. Electric vehicles
- In the battery thermal management system of electric vehicles, the
55℃ battery special phase change material can effectively adjust
the operating temperature of the battery.
- When the battery generates heat during the charge and discharge
process, and the temperature reaches 55°C, the phase change
material absorbs heat to phase change, preventing the battery from
overheating.
- When the temperature of the battery is reduced, the phase change
material releases heat to maintain the stability of the battery
temperature, thereby improving the safety and stability of the
battery system, extending the battery life, and ensuring the normal
operation of the electric vehicle.
2. Consumer electronics
- Such as laptops, tablets, smartphones and other electronic products
in the lithium battery, the use of 55℃ battery special phase change
materials can avoid the battery in high load operation or high
temperature environment overheating phenomenon, to ensure stable
battery performance.
- Prevent battery bulges and shortened service life caused by
overheating, and improve the safety and reliability of electronic
products.
3. Energy storage battery system
- In energy storage battery systems such as large-scale energy
storage power stations, phase change materials dedicated to 55°C
batteries help maintain the temperature balance of battery modules,
reduce the temperature difference between batteries, and improve
the efficiency and safety of the entire energy storage system.
- Prevent thermal runaway accidents caused by local overheating, and
ensure the stable operation and service life of the energy storage
system.
4. Aerospace
- Batteries in aerospace equipment have extremely high requirements
for temperature control, and phase change materials for 55℃
batteries can be used to ensure the temperature stability of
batteries in complex space environments or flight conditions, to
ensure that batteries can supply normal power, and to provide
reliable support for the stable operation of aerospace equipment.
Packaging and storage:
1. Packing method
2. Storage method
- Dry, cool and ventilated place without sharp objects.