For many small and medium-sized production sites that arrange concentrated production and material handling tasks only on weekends and keep most facilities idle for the rest of the week, choosing a suitable forklift solution has long been a practical pain point for operation teams. Unlike sites that run material handling equipment 5 to 7 days per week, these intermittent production facilities usually arrange all raw material delivery, finished product shipment and internal cargo transfer works within 10 to 16 hours over the weekend, with no formal operation shifts set for working days.

Lithium-ion forklift units show highly adapted performance for such special operation modes. First, the self-discharge rate of standard lithium-ion forklift batteries is quite low when the equipment is placed idle for 5 consecutive weekdays. Users do not need to arrange on-site staff to supplement charging or conduct routine maintenance work such as electrolyte inspection during the idle period, and the equipment can still maintain more than 85% of full power when the team arrives for weekend shifts. There is no need for long pre-heating or repeated charging preparation before starting work, which can save 30 to 60 minutes of preparation time for each weekend shift.

During the intermittent production operation window on weekends, lithium-ion forklift units can maintain stable power output even under the working condition of frequent start and stop, alternating 1 to 2 hours of operation and 30 minutes of idle waiting. The power will not drop significantly with the decrease of remaining power in the middle and late stage of the shift, ensuring that the handling efficiency of loading and unloading heavy cargo stays at a consistent level. Besides, the units produce no exhaust emission during operation, which avoids potential health and safety risks for on-site workers in the relatively closed plant that does not run ventilation system for long periods on non-operation days.

For operation teams of such sites, lithium-ion forklift units also reduce extra labor and management cost, as there is no need to arrange special storage space for lead-acid battery charging and chemical waste disposal related to traditional power solutions. The total use cost within the full lifecycle can be kept at a controllable level matching the low-frequency concentrated operation demand.