Safety Handling Guidelines for LiFePO₄ Energy Storage Batteries During Loading and Unloading

Keywords: LiFePO4 handling safety, lithium battery loading guidelines, storage battery unloading, forklift handling lithium batteries, battery transport safety.

Introduction

Improper loading or unloading can cause serious damage to LiFePO₄ storage batteries. Physical impact, crushing, or dropping batteries may result in internal short circuits or BMS damage. This article provides a comprehensive guide to safe handling procedures.


1. Pre-Handling Inspection Checklist

Before moving the batteries, ensure:

✔ Packaging is intact
✔ UN labels are clearly visible
✔ No signs of swelling or leakage
✔ Pallets are stable
✔ Battery SOC is within 20–40%

Any damaged battery must be isolated immediately.


2. Forklift and Manual Handling Guidelines

Using a Forklift

  • Always lift the pallet from the center
  • Do not tilt the pallet during movement
  • Avoid sudden braking or turns
  • Never place forks directly under battery casing
  • Keep batteries upright at all times

Manual Handling

  • Use two-person lifting for modules
  • Wear insulated gloves
  • Avoid touching terminals
  • Do not stack batteries manually

3. Avoiding Mechanical Shock and Vibration

Even with vibration-resistant packaging, excessive shock may:

  • Crack internal cell structure
  • Loosen terminals or busbars
  • Damage the BMS

To minimize risk:
✔ Use shock-absorbing pads
✔ Transport pallets with slow movement
✔ Maintain clean and flat warehouse floors


4. Stacking and Storage Precautions

  • Maximum stacking height: 1.5–1.8 meters depending on carton strength
  • Always follow “This Side Up” arrows
  • Prevent compression by heavier cargo
  • Keep flammable materials away

5. Emergency Response in Case of Accidental Drop

If a battery falls or suffers severe impact:

  1. Isolate the area
  2. Do not attempt to charge or use the battery
  3. Monitor for 2 hours for heat or smoke
  4. Record the serial number
  5. Contact the manufacturer for further evaluation

Conclusion

Proper handling is essential to prevent mechanical damage and ensure safe transport of LiFePO₄ energy storage batteries. Following standardized procedures greatly reduces the risk of accidents during logistics operations.

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