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Low Speed Vehicle Battery 51.2V15Ah
Low Speed Vehicle Battery 51.2V15Ah
Provides power to low speed vehicles like 2/3 wheelers.
Designed to be "Deep-cycle" that means the battery system can be discharged until almost empty, voltage nominal 51.2V and energy is 768Wh.
A+ class LiFePO4(Lithium Iron Phosphate) cells, up to 3000cycles(8-10years). The capacity remains higher than 80% after 2000+cycles, even after 3000+cycles(10-12years), the capacity can still be over 70%.
Battery cells packing process is completely in accordance with the standards of EV Battery production, embracing the laser welding techniques to ensure every cell to be soldered completely, avoiding insufficient or poor soldering.
Use Manual
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Safe & Endurable
Self-developed BMS provides the ultmost protection to battery, compatible with major Inverter brands.
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Smart BMS
The battery detection unit is installed in the battery pack, which can accurately and real-time detect the battery voltage, temperature, capacity and other conditions, which can fully improve the safety of the product.
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10 Years Design Life
A-class battery cells, with the protection of BMS, the system can deliver up to 10 years servicelife.
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Reliable
Longer lifespan Laser Welding Rigid tests before shipment.
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Adaptable
Self-heating function, consistent and efficient at -20 to 50 degrees.
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Intelligent Monitoring
Monitor the battery status at any time on the APP, while the LCD window displays real-time data, battery charging, discharge and other data at a glance.
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LiFePO4
A+ Tier Cells
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51.2V
Voltage
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768kWh
Energy
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≥3500
Battery Cycles
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5years
Warranty
| 51.2V15Ah- EV Battery- Low Speed Vehicles | |||
| SPECIFICATIONS | |||
| Rated Capacity | 15Ah | ||
| Rated Energy | 768Wh | ||
| Nominal Voltage | 51.2V | ||
| Dimension | 173*145*234mm | ||
| Weight | approx. 7.5kg | ||
| Charge Cut-off Voltage | 58.4V | ||
| Discharge Cut-off Voltage | 40V | ||
| Rated Charge Current | 10A | ||
| Rated Discharge Current | 15A | ||
| Rated Discharge Current in 15S | 50A | ||
| Communication | CAN | ||
| Port of Charge & Discharge | Work Independently | ||
| Protection Level | IP65 | ||
| Working Temperature | Charge: 0～45℃ | ||
| Discharge: -20～60℃ | |||
| Storage Temperature | 10~45℃ | ||
| State of Charge(SOC) before Shipment | 30%~50% | ||
| PROTECTION PARAMETERS | |||
| Over Charge | Single Cell Protection Voltage | 3.65V | |
| Total Protection Voltage | 58.4V | ||
| Measures | Output Break | ||
| Over Discharge | Single Cell Protection Voltage | 2.5V | |
| Total Protection Voltage | 40V | ||
| Measures | Output Break | ||
| Over Current | Charge Protection Current | 25A | |
| Discharge Protection Current | 55A | ||
| Measures | Output Break | ||
| Temperature | Top Discharge Temperature | 65℃ | |
| Measures | Output Break | ||
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EV Battery Swapping Solution
Since its establishment, RAJA has been focusing on the continuous development of intelligent products, network integration and big data, cloud computing platform. In different stages of the life cycle of new energy batteries, application management can be carried out in different scenarios to realize resource recovery and cascade utilization, covering the whole life cycle management of batteries.
Learn More >
EV Battery Swapping Solution
Since its establishment, RAJA has been focusing on the continuous development of intelligent products, network integration and big data, cloud computing platform. In different stages of the life cycle of new energy batteries, application management can be carried out in different scenarios to realize resource recovery and cascade utilization, covering the whole life cycle management of batteries.
Learn More >
EV Battery Swapping Solution
Since its establishment, RAJA has been focusing on the continuous development of intelligent products, network integration and big data, cloud computing platform. In different stages of the life cycle of new energy batteries, application management can be carried out in different scenarios to realize resource recovery and cascade utilization, covering the whole life cycle management of batteries.
Learn More >
