Autonomous Vehicle Battery
|
Items |
Parameter |
|
Batterymodel |
SK625≥ 62.5Ah |
|
Theanodematerial |
Sodium-ion |
|
Assemblymethod |
12S1P |
|
Nominalcapacity |
62.5Ah（1CAtroomtemperature） |
|
Nominalvoltage |
44.4V |
|
Energy |
2775Wh |
|
OperatingVoltage |
30~50.4V(T>0℃) |
|
CycleLife |
Conventional cycle ≥1500cycles 25±2℃,0.5C/0.5C,70%SOH |
|
OperatingTemperature |
Charge -20~70℃ Discharge -40~70℃ |
|
Storagetemperature |
-20～45℃ |
|
Thebatteryweight |
11.4kg±0.2kg |
|
packedweight |
12.5±0.5kg |
- Product Description
- Parameter
-
Autonomous vehicle batteries are at the heart of self-driving technology, providing reliable, long-lasting, and high-performance energy for modern transportation. Designed to support advanced sensors, AI systems, and continuous operation, these batteries ensure autonomous vehicles function safely and efficiently under varying conditions. With fast charging capabilities and thermal management, they maintain optimal performance while extending battery life.
The key advantage of autonomous vehicle batteries lies in their stability, energy density, and safety features. Built with advanced LiFePO4 or lithium-ion technology, they reduce the risk of overheating, support longer mileage, and maintain consistent power output. Their smart battery management systems monitor voltage, current, and temperature in real-time, ensuring operational safety and reducing maintenance requirements.
In real-world applications, these batteries power self-driving shuttles, delivery robots, and autonomous cars, enabling uninterrupted performance for extended periods. Fleet operators benefit from reduced downtime, lower operational costs, and improved efficiency. For designers and manufacturers, the batteries solve common pain points such as energy degradation, thermal instability, and unpredictable load demands, allowing for reliable and safe autonomous operations.
By combining high energy density, intelligent management, and robust safety, autonomous vehicle batteries deliver the power backbone for next-generation mobility. Their integration enables self-driving technology to achieve optimal efficiency, durability, and safety, empowering the transportation industry to drive toward a smarter, cleaner, and more reliable future.
-
Items
Parameter
Batterymodel
SK625≥ 62.5Ah
Theanodematerial
Sodium-ion
Assemblymethod
12S1P
Nominalcapacity
62.5Ah（1CAtroomtemperature）
Nominalvoltage
44.4V
Energy
2775Wh
OperatingVoltage
30~50.4V(T>0℃)
CycleLife
Conventional cycle ≥1500cycles
25±2℃,0.5C/0.5C,70%SOH
OperatingTemperature
Charge -20~70℃
Discharge -40~70℃
Storagetemperature
-20～45℃
Thebatteryweight
11.4kg±0.2kg
packedweight
12.5±0.5kg
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Huizhou Ruidejin New Energy Co., Ltd.
10/F, Zone C, Building A, Zhongkai Mengke Park, Zhongkai, Huizhou, Guangdong Province
