Excellent solid-state battery performance, breaking through the constraints of traditional batteries
High Energy Density, High Level of Safety;
Energy Density of A Single Cell
Max 350Wh/kg
Discharge Rate of A Single Cell
Max 30C
Auline Brand-New Solid-State Battery for
Drone, UAV, Energy Storage and Other Application.
Auline released Solid-State Battery in 2024, Safety and High Energy Density is mainly features of Solid-State Battery (SSB).
The Solid-State Electrolyte replaces the traditional Liquid Electrolyte, which significantly improves the safety of the battery and effectively reduces the risk of battery.
As well as improving the energy density of the battery to a new level, the application in drones can achieve a longer cruising range to meet the needs of drones and other applications for high energy storage.
Characteristics of
Auline Solid-State Battery
- High Safety of Use: Solid-state batteries (SSB) use solid electrolytes, which are non-flammable, non-volatile, and free from the leakage problem of traditional liquid electrolyte batteries, greatly reducing the risks of battery fires and explosions. This is importance for application scenarios with high safety requirements such as Drone, UAV, Electric vehicles etc.
- High Energy Density: SSB Compared with traditional liquid electrolyte batteries, solid-state batteries can store more electrical energy under the same volume or weight. This means that devices using solid-state batteries can have a longer driving range. For example, the driving range of electric vehicles equipped with solid-state batteries is expected to be significantly improved.
The increase in their energy density makes it possible for the miniaturization and lightweight development of various electronic devices, meeting people's demands for higher performance of devices. - Long Service Life: The internal structure of solid-state batteries is relatively stable, and the stability of solid electrolytes and electrode materials is better. They can withstand more charge and discharge cycles and have a longer service life. This not only reduces the frequency of battery replacement and usage costs but is also beneficial to environmental protection.
- Environmental Friendly: During the production process, solid-state batteries reduce the use of harmful substances such as organic solvents, causing less pollution to the environment. o The recycling and treatment of solid-state batteries are relatively simple, which is conducive to the recycling and reuse of resources.
Require Solid States Battery for your Project
We could meet your requirement.
Comparison of
Solid-State Battery Cell & LiPo Battery Cell
| Cell Type | LiPo Battery Cell | Solid States Battery Cell |
|---|---|---|
| Capacity | 20Ah | 20Ah |
| Weight | 368.5g | 277.4g |
| Energy Density | 200.8Wh/Kg | 266.7Wh/Kg |
| Stander Voltage | 3.7v | 3.7v |
| Full Voltage | 4.2v | 4.2v |
| End Voltage | 3.0v | |
| Discharging Rate | 10C / 20C | 10C / 20C |
| Charging Rate | 0.5C-1C | 0.5C-2C |
| Cycle Charge & Discharge Life | 200 times + | 500 times + |
| Work Temperature | 5 - 60 ℃ | -10 - 65℃ |
| Enviorment Friendly | 90% | 99% |
Discharge & Charge Curve Display
Auline 20Ah Solid-State Battery Cell, Test Equipment Used: NEWARE CT-4004-5V300A
Continue discharge with 100A Current
Star & End Voltage: 4.2v & 2.5v
Discharge Capacity: 19.35Ah
Discharging Time: 11mins, 37s
Mid-Discharge Voltage: 3.511v
Max Surface Temperature: 67.5℃
Continue discharge with 200A Current
Star & End Voltage: 4.2v & 2.5v
Discharge Capacity: 19.17Ah
Discharging Time: 5mins, 45s
Mid-Discharge Voltage: 3.356v
Max Surface Temperature: 89.3℃
Burst discharge with 300A Current
Burst Discharge Test Set:
Discharging 100A for 10s and Discharging 300A for 5s
Cycle Time: 10 times
Burst Discharging Power: 1035W / Single Cell
Charging with 10A Current
Star & End Voltage: 3.0v & 4.2v
Charge Capacity: 22.73Ah
Charging Time: 2h, 15mins, 2s
Extra info about us you like to know:
Auline Solid-State Battery
Excellent solid-state battery performance, breaking through the constraints of traditional batteries
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