Lithium Ion Forklift Batteries 48v
Introduction
Cell balancing: Lead-acid batteries require equalizing, or cell balancing to counteract sulfation and acid stratification. Sulfation can reduce the overall capacity of the battery and can even render the battery unserviceable in some cases. Acid stratification describes the acid becoming more concentrated toward the bottom of the battery, which makes the battery appear more charged than it actually is. The cell must be rebalanced, and this must be done every 5 to 10 charging cycles. Lithium-ion batteries, on the other hand, automatically perform cell balancing when they are charged to 100%.
Fluid levels: Lead-acid forklift batteries must have a correct water level in them to work at their best. Approximately every 10 charges, workers must “water the batteries,” or top them off. This can be a messy and tedious process - even dangerous if not done correctly. This can also be time-consuming in large fleets. Lithium-ion batteries do not require a battery watering system.
Temperature: At higher temperatures, lead-acid batteries lose cycles and have a shorter lifespan. That means extra care must be taken when storing and using these types of forklift batteries. Lithium-ion batteries, on the other hand, don’t suffer as much from the effects of extreme temperatures.
Advantage
No “memory” effect
No hazardous fumes or acid spills
New Technology to Rapidly expanding market
Wireless capability
Less wear on lift truck components
Application
Four Wheel Forklift
Three Wheel Stand Up Counter Balance Forklift
Service
OEM
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