Implement one-on-one professional customization design for various models and application fields of ultra-low temperature special power supply individual batteries and battery packs according to customer needs
Material system
Adopting the composite use of multiple materials (Ni \ Co \ Mn \ Mg)
LOW TEMPERATURE SOLID-STATE BATTERY
Life
Peer: 300-1000 tests
Zhongke Hongtai: Over 6000 times
Safety
Conduct tests such as needling, burning, impact, and falling to obtain national mandatory inspection certification
Energy Density
Peer: 180-200Wh/kg
Zhongke Hongtai: 200~300 Wh/kg
Energy Efficiency
Peer: Approximately 90% energy conversion efficiency, with significant attenuation during cycling
Zhongke Hongtai: More than 95% energy conversion efficiency, with no significant attenuation during the cycling process
Low Temperature Performance
Peer: At a low temperature of 20 ℃, the capacity reaches 60%
Zhongke Hongtai: -The low-temperature capacity at 50 ℃ reaches 80% or more of the rated capacity
Charge Efficiency
Peer: 60 minutes charging 80%
Zhongke Hongtai: 30 minutes charging 90%
TECHNOLOGICAL INNOVATION
The company's products have mainly undergone innovation in positive electrode materials and battery structures from the source
Development and application of ultra-high magnification nanoporous negative electrode materials
01
Development and Application of High Voltage Nanocrystalline Cathode Materials
02
Development and application of a new ultra-thin and high infiltration diaphragm material
03
After multiple repeated cross experiments, the formula of positive and negative active substances in the battery has been improved
04
Develop a new type of high viscosity material mixing treatment method to improve the uniformity of material mixing
05
The technology of this project will integrate the requirements of high power into the manufacturing design of high-end ultra-low temperature defense military lithium polymer batteries, which can manufacture high-end ultra-low temperature defense military lithium polymer batteries with a high magnification of 10C-50C
06
We optimize the electrolyte through proprietary technology developed independently, significantly improving the low-temperature defects that traditional lithium batteries cannot overcome
07
SUSTAINABILITY
1st Generation
-40 ℃ ultra-low temperature special battery
3rd Generation
-50 ℃ graphene ultra-low temperature semi-solid state battery
2nd Generation
-50 ℃ ultra-low temperature special battery
4th Generation
Solid state ultra-low temperature battery new material lithium battery
