Product Details
Environmentally Friendly Thermal Management Materials With
Excellent Thermal Stability - Long Term Battery Operation: Phase
Change Materials For Batteries
Product Introduction:
- In a battery pack, phase change materials are usually in close
contact with or integrated with the cell, forming a thermal
management system that works together.
- By arranging the phase change material reasonably around or inside
the battery, the temperature distribution of each cell in the
battery pack can be effectively balanced, the occurrence of local
overheating or undercooling phenomenon can be reduced, and the
overall performance and consistency of the battery pack can be
improved.
Nature of the product:
-- Physical properties
1. Density
- The density is moderate, neither due to excessive density increases
the weight burden of the battery system, nor due to too small
density leads to too large material volume difficult to apply,
different types of phase change materials have different densities,
can be selected according to specific needs.
2. Volume change
- A certain volume change occurs during the phase change process, and
the phase change material can prevent material leakage or damage to
the battery structure due to volume expansion to the greatest
extent.
3. Liquidity
- For liquid or phase change materials with certain fluidity, its
fluidity will affect the transfer and distribution of heat, and
good fluidity will help to improve the uniformity of thermal
management.
-- Chemical properties:
1. Chemical stability
- It has good chemical stability and is not easy to chemically react
with other substances in the working environment of the battery, so
as to ensure its stable performance during long-term use and will
not have a negative impact on battery performance.
2. Corrosiveness
- Generally non-corrosive or minimally corrosive, will not cause
corrosion to the battery electrode, shell and other components, to
ensure the integrity and safety of the battery system.
Common application cases of the product:
1. Aviation battery system
- In aerospace applications, battery reliability and safety are of
Paramount importance.
- Phase change materials can be used for thermal management of
aviation batteries to ensure that the battery can maintain stable
performance in complex flight environments and extreme conditions
such as high altitude and low temperature, and provide reliable
power support for avionics equipment.
2. Satellite batteries
- Satellites are faced with harsh temperature environment in space,
and the temperature control of batteries is very important for the
normal operation and life of satellites.
- Phase change materials can help the satellite battery adapt to the
temperature change of the space environment, maintain the normal
working temperature of the battery, and ensure the energy supply of
the satellite and the stability of the system.
3. Batteries for military communication equipment
- Military communication equipment requires very high battery
performance and reliability, and phase change materials can be used
for battery thermal management of these equipment to ensure that
the battery can work stably in a variety of harsh battlefield
environments, and provide reliable power guarantee for military
communications.
Packaging and storage:
1. Packing method
2. Storage method
- Dry, cool and ventilated place without sharp objects.