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Patent achievements (31 invention patents and 27 utility model patents)
Battery research and development results report
| Project name | Battery model | Test data and results | Testing organization | ||
| Quick charge（15min） | 3.2V13.2Ah | 13.190Ah （1C） | 13.183Ah（4C） | 99% | Institute of Chemical Power in Light Industry |
| Safe | Lithium manganese15V15Ah | Acupuncture (front) | During the trial and observation period, there should be no fire, deflagration or explosion | Accord with | Department of Defense Testing Institute |
| Acupuncture (side) | Accord with | ||||
| Low temperature | 6.4V6.4Ah | 6.567Ah （1C） | 6.442Ah（-30℃） | 98% | China Electronic Product Reliability and Environmental Testing Research Institute |
| 6.412Ah（-40℃） | 97% | ||||
| 6.352Ah（-50℃） | 96% | ||||
| Energy density | 3.0V5.0Ah | 396wh/kg | Department of Defense Testing Institute | ||
| Cycle life | 12.8V6.6Ah | 4000cycles 84% | Longneng self-test | ||
Advanced research and development
550540 low cobalt single crystal ternary material for power battery
| Sample name | Charging capacity | 0.2C | First effect | 0.33C | 0.5C | 1C | 0.2C | 1C | 50cycle conservation rate |
| 550540 monocrystal | 200.1 | 168.8 | 84.35% | 168.2 | 165.1 | 158.2 | 171.5 | 158.5 | 100.44% |
●At present, this material is the main battery material in Contemporary Amperex Technology Co., Limited, and there is no second one in China. The ternary material with low cobalt has very strict requirements on the process, but it has great advantages in cost and safety.
●The high-temperature sintering time is 8 hours, which is far lower than the current 12-hour sintering process of other manufacturers, and has the dual advantages of high yield and low production cost.
651520 single crystal ternary material for power battery
●This material is the main material for high-performance power batteries.
●It has the advantages of high productivity and low production cost, and the pilot test has been completed.
712 single crystal ternary material for power battery
| Sample name | Charging capacity | 0.2C | First effect | 0.33C | 0.5C | 1C | 0.2C | 1C | 50cycle conservation rate |
| 712 monocrystal | 219.1 | 193.4 | 88.27% | 191.6 | 189.6 | 185.2 | 193.8 | 185.2 | 96.92 |
●The research and development of this material has been completed, and it can be used in high-performance power battery products. At present, this material is mainly used in mass platform batteries.
| Project | Name | Important indicator | Testing result | Feeler mechanism |
| Batteries | Lithium manganese 3.0V5Ah | 300Wh/Kg | 396Wh/kg | National Defense Laboratory (first place) |
| Low temperature battery | -60℃>70% | -60℃>90% | China Electronic Product Reliability and Environmental Testing Research Institute | |
| High energy density battery | 300Wh/kg | 348Wh/kg | Self-test (under study) | |
| Fast charging battery | 3C charge>70% | 3C charge>90% | Institute of Chemical Power in Light Industry | |
| Pack | 48V20Ah Change electricity | GB standard 3C | Qualified | Passed the standards of Shenzhen Testing Center |
| Communication backup battery 48V100AH | Taier certification | Qualified | Zhongxun Design Power Supply and Energy Saving Research Center | |
| Military battery pack24V100Ah | -30℃--65℃ work | Qualified | 8359 Institute of Aerospace Third Academy | |
| Lithium manganese 15V15Ah battery pack | Acupuncture (front, side) | Qualified | Defense laboratory |
