Customized production of lithium batteries
锂电池的定制化生产
Structural aspect 结构方面
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.
根据客户需求，针对超低温特种电源的各种型号和应用领域，实施一对一专业定制设计，包括单体电池和电池组。
Material system 材料体系
Adopting the composite use of multiple materials (Ni \ Co \ Mn \ Mg)
采用多种材料（Ni \ Co \ Mn \ Mg）的复合使用。
LOW TEMPERATURE SOLID-STATE BATTERY 低温固态电池
Life 寿命
Peer: 300-1000 tests
同行：300-1000次。
Zhongke Hongtai: Over 6000 times
中科弘泰：超过6000次。
Safety 安全性
Conduct tests such as needling, burning, impact, and falling to obtain national mandatory inspection certification.
进行针刺、燃烧、冲击和跌落等测试，已获得国家强制性检验认证。
Energy Density 能量密度
Peer: 180-200Wh/kg
同行：180-200Wh/kg
Zhongke Hongtai: 200~300 Wh/kg
中科弘泰：200~300 Wh/kg
Energy Efficiency 能量效率
Peer: Approximately 90% energy conversion efficiency, with significant attenuation during cycling.
同行:能量转换效率约为90%，循环过程中衰减显著。
Zhongke Hongtai: More than 95% energy conversion efficiency, with no significant attenuation during the cycling process.
中科弘泰：能量转换效率超过95%，循环过程中无明显衰减。
Low Temperature Performance低温性能
Peer: At a low temperature of 20 ℃, the capacity reaches 60%.
同行：在20℃的低温下，容量达到60%。
Zhongke Hongtai: -The low-temperature capacity at 50 ℃ reaches 80% or more of the rated capacity.
中科弘泰：-50℃的低温容量达到额定容量的80%以上。
The company's products have mainly undergone innovation in positive electrode materials and battery structures from the source。
公司的产品主要在正极材料和电池结构上进行了源头创新。
Development and application of ultra-high magnification nanoporous negative electrode materials
超高倍率纳米多孔负极材料的开发与应用
01
Development and Application of High Voltage Nanocrystalline Cathode Materials
高压纳米晶阴极材料的开发与应用
02
Development and application of a new ultra-thin and high infiltration diaphragm material
新型超薄高渗透性隔膜材料的开发与应用
03
After multiple repeated cross experiments, the formula of positive and negative active substances in the battery has been improved
经过多次重复交叉实验，电池中正负极活性物质的配方得到了改进
04
Develop a new type of high viscosity material mixing treatment method to improve the uniformity of material mixing
开发一种新型高粘度材料混合处理方法，以提高材料混合的均匀性
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
本项目技术将高功率需求融入高端超低温防御军用锂聚合物电池的制造设计中，可制造倍率达10C-50C的高端超低温防御军用锂聚合物电池
06
We optimize the electrolyte through proprietary technology developed independently, significantly improving the low-temperature defects that traditional lithium batteries cannot overcome
我们通过自主研发的专有技术优化电解液，显著改善了传统锂电池无法克服的低温缺陷
07
SUSTAINABILITY 可持续性
1st Generation 代
-40 ℃ ultra-low temperature special battery -40 ℃ 超低温特种电池
3rd Generation 第三代
-50 ℃ graphene ultra-low temperature semi-solid state battery -50 ℃ 超低温特种电池
2nd Generation 第二代
-50 ℃ ultra-low temperature special battery -50 ℃ 石墨烯超低温半固态电池
4th Generation 第四代
Solid state ultra-low temperature battery new material lithium battery 固态超低温电池新材料锂电池
