As low-carbon material handling solutions are widely adopted across warehouse, manufacturing and logistics sectors, electric forklifts have become core equipment for daily cargo movement. Mastering standardized use methods and regular management rules can help give full play to the equipment’s inherent advantages, and create a more stable working environment for frontline operation teams.

Core Pre-operation Check Protocols

Before each startup, operators need to complete a full round of basic inspections as required. First, confirm the remaining battery level is sufficient to cover the planned operation tasks of the shift, and check if the power connection points are in good condition without obvious loose or abnormal heating marks. Next, test the flexibility of the steering system, braking response and lifting function of the forks, and check the fork surface for obvious deformation, crack or abnormal wear that may affect bearing capacity. The last step is to inspect the surrounding working area, clear the scattered obstacles on the driving path, and confirm no unrelated personnel stay in the scheduled operation area, to eliminate hidden risks in advance.

Standard Operation Best Practices

During the driving process, operators should adjust the driving speed according to the on-site environment, and keep a safe distance from surrounding shelves, personnel and other handling equipment. It is required to honk in advance when turning, crossing passages or passing blind areas, to remind nearby personnel to pay attention to avoiding. When carrying heavy loads, operators should control the lifting height of the forks within the lowest possible range that does not scratch the ground, to avoid the center of gravity shifting too high which may affect driving stability. Operators should not carry extra personnel on the equipment body or forks during operation, and avoid making sharp turns on sloped surfaces to prevent side slip risk.

Routine Daily Maintenance Rules

After the daily operation is completed, operators need to park the equipment at the designated fixed position, lower the forks to be close to the ground, and cut off the total power supply properly. For the battery part, users should arrange charging at proper time, avoid long-term deep power depletion that may affect the overall battery health status, and regularly wipe off the accumulated dust and water stains on the battery surface to keep the ventilation holes unobstructed. Users also need to regularly check the sealing performance of the hydraulic system, add proper amount of lubricant to all movable connecting parts on schedule, and arrange professional personnel to conduct full system inspection at fixed intervals.

Energy Efficiency Optimization Suggestions

To improve the single charging operation duration, operation teams can plan the daily handling routes reasonably to reduce unnecessary empty driving distance, and avoid frequent sharp acceleration and sudden braking during driving. Operators can also adjust the output power of the equipment properly according to the actual weight of the carried load, to reduce unnecessary energy consumption. These small adjustments can effectively reduce the overall operation cost, and help the equipment maintain good running status for a longer period.