Suitable For Energy Storage Power Station Battery Special Phase Change Material - The Perfect Combination Of Large Capacity Energy Storage And Stable Temperature Control

Suitable For Energy Storage Power Station Battery Special Phase Change Material - The Perfect Combination Of Large Capacity Energy Storage And Stable Temperature Control

Product Introduction:

• The phase-change materials for batteries are based on latent heat to realize heat storage.
• When the temperature reaches the phase transition temperature of a phase change material, the material changes from one phase state to another, such as from solid to liquid, or from liquid to gas (solid-liquid phase transitions are more common in battery applications).
• During this phase transition, the material absorbs a large amount of heat, while the temperature remains basically unchanged around the phase transition temperature. This absorbed heat is the latent heat of the phase transition, and the heat is stored in this way.

Product quality performance:
1. 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.

2. Strong compatibility with battery structure

• It can be customized according to the shape, size and arrangement of the battery to better fit with the battery and improve the thermal management effect.

3. Precise temperature control

• It can absorb or release a lot of heat at a specific phase change temperature, so that the working temperature of the battery remains stable, thereby improving the charging and discharging efficiency and service life of the battery.

4. High energy storage density

• During the phase change process, more heat can be stored and released, and more heat can be absorbed or released under the same volume or mass, effectively regulating the battery temperature, reducing the volume and weight of the thermal management system, and improving the energy density of the battery system.

Common application scenarios of the product:

-- Energy storage power stations
1. 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.

2. Improve system security

• The application of phase change materials in thermal management of energy storage battery system can reduce the risk of thermal runaway of battery, prevent the thermal runaway of individual battery from causing safety accidents of the entire energy storage power station, and ensure the safe operation of energy storage power station.

-- Aerospace industry
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.

Packaging and storage:
1. Packing method

• 25 kg/bag

2. Storage method

• Dry, cool and ventilated place without sharp objects.