Lithium traction for robotics and AGV (Automated Guided Vehicles)
In the current era where the application scenarios of robots and AGVs are constantly expanding, the performance of lithium batteries, the power core, has become crucial. BSLBATT specializes in designing lithium batteries for robots and AGVs.
Our customers have high expectations for the energy reserves of their robot systems. They not only require lithium batteries to have a large capacity to ensure long-term stable operation, but also hope they are lightweight to improve the mobility of robots. Additionally, space-saving is necessary to optimize the system layout. BSLBATT accurately grasps these needs and, with its professional capabilities, is committed to creating high-performance lithium batteries that are a perfect fit.
Product specifications
Drop-in replacement for Lead Acid Batteries
Electrical specifications
- Nominal capacity200Ah
- Open circuit voltage25.6V
- Self-discharge<3% per month
- Cycle life>3000 (at 10C discharge, 100% DoD)
- EqPb (Equals Lead acid battery)240Ah
- Voltage24V
Mechanical specifications
- Dimensions (LxWxH)320*230*610mm
- Weight56 kg / 117lbs
- Case materialCommercial Grade Steel
- Ingress protectionIP65
- Cell type / ChemistryDiamond - LiFePO4
- Group mode8S
Charge & Discharge specifications
- Charge methodCCCV
- Charge voltage14.3V - 14.6V
- Maximum continuous charging current400A
- Continuous discharge current600A
- Discharge current continuous40A
- Discharge pulse current136A (54C) (1 sec)
- Working Voltage Range22.4-28.8V
Temperature specifications
- Charge temperature0°C to 50°C / 32°F to 131°F
- Discharge temperature-20°C to 55°C / -4°F to 131°F
- Storage temperature0°C to 40°C / -4°F to 113°F
Compliance specifications
- CertificationsCE, UN 38.3, UL,IEC, CB, ISO9001
- Shipping classificationUN 3480
communication method
- Vehicle communication modeCAN
- Display communication methodRS485
Performance
Low maintenance
Fast charging
Safest lithium technology
High discharge currents
High capacity
Low Temperature and High Efficiency
High cycle count
Low self-discharge
