3U Cabinet Rechargeable LiFePO4 Battery Module 48V 100Ah For Telecommunication
Basic Performance
- Output with high efficiency: Standard discharge current is 0.3C-0.8C, instant impulse discharge current is 10C for 10 seconds.
- Good performance under high temperature, it could work under 65°C temperature. The battery structure is safe and reliable.
- Good performance under low temperature: discharge capacity decreases to over 78% under 0°C and discharge capacity decreases to over 70% under -20°C.
- Excellent safety performance: Features a one-way safety valve that releases gas and heat when internal pressure becomes too high, preventing burning and explosion.
- Long cycle life: Discharge capacity remains over 80% after 2000 cycles at 80% depth of discharge (DOD).
- Fast charging capability: Charges to 80% within 20 minutes and fully charges in 2-3 hours.
- Cost-effective solution with low maintenance requirements.
- Environmentally friendly: No pollution during manufacture or usage.
Installation & Usage Guidelines
- Verify all components are present upon unpacking and carefully review the operation manual.
- Avoid short circuits, overcharging, and over-discharging the battery.
- For first use, fully charge the battery before initial discharge.
- Do not remove the factory-installed plates and strips from the battery pack.
- Standard voltage range: 12.8V-13.2V (verify before installation).
- Always use the Battery Management System (BMS) to protect individual cells from overcharge/discharge.
- Battery connectors use rivets or screws for secure attachment.
- Use copper components for inter-battery connections, secured with hydraulic pressure pliers (screw-fixed connections available upon request).
- Only use chargers approved by our company specifically designed for our lithium batteries.
- Failure to follow these guidelines may void warranty coverage and reduce battery lifespan.
Safety Assurance Requirements
For optimal safety and performance, please consult with our technical team regarding:
- Equipment design considerations
- System integration requirements
- Protection circuit specifications for Lithium-ion cells
- High-rate current applications
- Rapid charge implementations
- Special application requirements