Structure-function integration
Innovative processing, filling and sealing technology
Phase-change material with high enthalpy
Light weight and large heat storage
Simple structure
Phase-change material with high enthalpy
Innovative low pressure sealing technology
Simple processing technology
Large heat storage
Non-deformation
Integration of high thermal conductivity and temperature equilibrium components and phase-change
Integrated machining
Phase-change material with high enthalpy
Long temperature control time
High equivalent thermal conductivity
Automatic filling and low pressure sealing technology
Large heat storage
Liquid cooling for ground commissioning
Heat storage for practical work
Integrated forming, welding and sealing technology
Long-term uninterrupted testing
Meet corresponding thermal design requirements
Space saving and reliable performance
Active-passive composite
Low total cooling power consumption
Enhanced heat transfer
Small size and light weight
Small supporting refrigerating units
Maximize utilization of phase-change materials
Variable cross-section flow channel
Large heat transfer are
Integrated processing and forming
Improve heat transfer efficiency
Low thermal resistance and high heat transfer coefficient
High reliability and low cost
Variable cross-section flow channel
Large heat transfer area
Integrated processing and forming
Improve heat transfer efficiency
Low thermal resistance and high heat transfer coefficient
High reliability and low cost
The temperature rises over 10℃/min
The maximum temperature of the battery is less than 55°C
The temperature difference in the heating process is less than 4° C
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