Many enclosed industrial sites, indoor storage warehouses, food processing workshops and clean production zones cannot accommodate exhaust-producing internal-combustion equipment, as the exhaust fumes, particulate matter and noise from such equipment may violate local environmental regulations, damage product quality, or even pose hidden safety risks for on-site staff. In these scenarios, lithium-ion forklifts have become the proper material handling option, and standardizing their daily usage can further maximize their operation value and avoid unnecessary operation risks.

Before putting lithium-ion forklifts into formal use, site managers should first formulate targeted access rules for forklift operation zones. You can mark clear driving routes, no-go zones near personnel-intensive workstations and fragile high-value storage areas, and set up dedicated charging zones that meet fire safety requirements with good ventilation and no accumulation of flammable sundries. Unlike internal combustion forklifts that need frequent fuel replenishment, lithium-ion forklifts support opportunity charging, but operators should not arrange charging operations in the core operation zone of the site to avoid extra tripping hazards caused by scattered charging cables.

For on-site operators, they need to complete pre-job training focusing on the characteristics of lithium-ion forklifts. Before each shift, they should check the battery shell status, brake sensitivity, lighting and warning signal functions of the forklift, and record the basic operation data in the daily log. Since there is no exhaust emission, lithium-ion forklifts can work continuously in semi-enclosed or fully enclosed spaces, but operators should still arrange proper rest periods for long shifts, avoid overloading the forklift beyond its rated load value, and do not operate the equipment on slopes that exceed the designed adaptation angle.

For daily maintenance work, the on-site management team can make a regular inspection cycle for the battery pack, power system and walking mechanism of the lithium-ion forklift. It is not recommended to disassemble the lithium-ion battery pack without professional guidance, and when abnormal heating or minor failure prompts appear, the equipment should be parked in a safe idle zone and contact professional technical personnel for processing in time. Following these practical usage suggestions can help sites that cannot use internal combustion equipment to give full play to the performance of lithium-ion forklifts, guarantee stable and efficient material handling process, and create a cleaner and safer working environment for all on-site staff.