BYD lithium battery forklift multi-shift operation fast charging experience sharing

Pain points of fast charging demand in multi-shift operation scenarios

In the multi-shift operation mode of industrial production, forklifts, as the core handling equipment, need to maintain continuous operation for a long time. Once the battery life is interrupted, it is easy to affect the production rhythm. The traditional charging mode often takes several hours to complete the replenishment. If the charging is arranged in the gap between shifts, it is difficult to meet the efficient needs of multi-shift rotation, and may even lead to the stagnation of the production process. Therefore, the fast charging solution adapted to multi-shift operation has become one of the key requirements to improve the operation efficiency of forklifts.

The actual use experience of fast charging mode

Charging efficiency and operation connection

In actual use, the fast charging mode of the lithium-ion forklift can effectively utilize the short gap between shifts to complete the replenishment. For example, during the 30-minute break period of each shift handover, the fast charging can replenish about 60% of the power, which is enough to support the regular handling operations of the next shift. This efficient replenishment speed does not require a long charging wait, ensuring a seamless connection between shifts and will not slow down the production progress due to charging problems.

Battery life stability performance

After multiple rounds and multi-shift operation tests, the lithium-ion forklift after fast charging performs reliably in terms of battery life stability. During 8 consecutive hours of handling operation, the battery output remains stable, and there is no sudden drop in battery life or power attenuation caused by fast charging. Even under complex working conditions of frequent start-stop and load-bearing handling, the battery performance can be maintained stable to meet the high-intensity requirements of multi-shift operations.

Device status after fast charging

During the fast charging process, the battery temperature was controlled within a reasonable range, and no abnormal conditions such as overheating occurred. After the operation, the battery was checked, and all parameters were in the normal range. Long-term use of the fast charging mode did not find signs of accelerated battery loss, and the overall condition of the equipment remained good.

The practical value of fast charging for multi-shift operation

For production enterprises that adopt multi-shift operation mode, the fast charging capacity of lithium-ion forklifts directly improves the utilization rate of equipment and reduces the idle time caused by charging waiting. At the same time, there is no need to equip additional spare forklifts, which reduces equipment procurement and maintenance costs. In addition, stable battery life performance also reduces the risk of production interruption due to equipment failure, providing a reliable guarantee for continuous production.