Against the background of widespread application of electric material handling equipment in modern logistics scenarios, lithium-ion forklift batteries have become the core power component for most warehouse operation fleets. Many facility managers tend to focus on the rated performance parameters of batteries at the procurement stage, but easily overlook the significant influence of daily operator habits on the long-term health status of the batteries. Reasonable operation habits can effectively maintain the stability of battery performance, while improper unregulated operations will accelerate the attenuation of battery capacity and shorten the usable cycle.

First, non-standard charging habits are one of the main factors that affect battery lifespan. Many operators follow the operation logic of traditional lead-acid batteries, and choose to completely drain the remaining power before charging, or keep the battery plugged in the charger for more than 12 consecutive hours after it is fully charged. Long-term deep discharge and continuous over-charging will cause irreversible damage to the internal chemical structure of lithium-ion cells. In addition, some operators will start charging the battery immediately after the forklift finishes high-intensity continuous operation, when the battery core temperature is still much higher than the normal ambient range, which will also speed up the aging of internal components and reduce the cycle times of the battery.

Second, improper operation habits during daily driving also exert continuous impact on battery health. If operators frequently conduct sudden acceleration, sudden braking, or keep the forklift running under overloading status for a long time, the battery will be in a state of high current discharge for a long duration, which will damage the active material layer on the electrode plate and reduce the total available capacity of the battery gradually. For operators who need to work on ramp scenarios for a long time, reasonable arrangement of operation breaks to let the battery cool down properly can effectively avoid extra loss caused by continuous high-load output.

Third, neglected daily inspection and storage habits will also shorten the overall lifespan of lithium-ion forklift batteries. Many operators do not check the status of batteries during the handover shift, and fail to clean the dust and blockages around the heat dissipation vents of the battery in time, leading to poor heat dissipation effect in long-term use. If the electric forklift is parked in a high temperature open area for a long time with the battery fully charged, the internal electrochemical reaction activity of the battery will be in an abnormal high level for a long time, which will increase the attenuation rate of the cells. When the equipment needs to be idle for more than two weeks, operators should adjust the remaining battery level to 40% to 80% according to the operation manual, rather than keeping the battery at 100% state for long-term storage.

Good operation habits do not require extra high investment for logistics teams, but can effectively maintain the stable performance of lithium-ion forklift batteries, reduce the frequency of unexpected equipment failures, and bring continuous value to daily warehouse operation.