Many high-throughput warehouses covering e-commerce fulfillment, raw material distribution and finished goods storage now adopt 2 to 3 shift continuous operation schedules to meet growing logistics demands. In such scenarios, uninterrupted material handling capacity is the core factor that determines overall warehouse operation efficiency, and the actual field performance of power units for handling equipment draws wide attention from operation managers.

For standard lithium-ion forklifts deployed in these multi-shift scenarios, massive verified real operation data shows that under normal working conditions with 70% to 90% of the rated load, a properly configured lithium-ion forklift can finish a full 8-hour single shift task without any mid-shift energy supplement. When arranged for continuous multi-shift operation, the equipment only needs 10 to 15 minutes of fast charging during the shift handover gap of operators, to support another full subsequent shift, no extra battery swapping procedure is required. Such operation pattern will not create unnecessary interruptions to the smooth warehouse workflow.

In terms of long-term continuous operation stability, lithium-ion forklifts maintain consistent power output across the whole battery level range, no obvious performance attenuation will appear even the remaining power drops to a relatively low level. The stable lifting and traveling performance ensures accurate and smooth handling operations for operators. There is no waste emission generated during the whole operation process, no additional special fuel storage space or ventilation system modification is needed for the warehouse site.

For warehouse operation teams that plan to deploy lithium-ion forklifts for multi-shift continuous schedules, they can make simple pre-arrangement for fast charging points near the shift handover area, and carry out routine inspection for core components in daily low operation peaks. Such small optimizations can further give full play to the advantages of the equipment, and bring better long-term operation returns.