Against the background of accelerating low-carbon transformation in the global logistics industry, electric forklifts have gradually become the mainstream choice for indoor and closed-site material handling scenarios, with their advantages of low noise, zero local emission and flexible operation. Many front-line logistics practitioners can further tap the use value of this type of equipment by mastering systematic professional knowledge.

Core Applicable Scenarios of Electric Forklifts

Different from internal combustion forklifts that are more suitable for long-time outdoor heavy load operations, electric forklifts perform better in scenarios with high requirements for environmental comfort, such as closed warehouse shelves sorting, cold storage cargo transfer, food and pharmaceutical production line material turnover. Their operating noise is far lower than fuel-powered counterparts, which can effectively reduce the long-term hearing pressure of on-site operators, and no exhaust gas emission will cause hidden pollution to stored goods that are sensitive to volatile organic compounds. For sites that require frequent shift operations of handling equipment, the operation threshold of electric forklifts is relatively friendly for new operators to get familiar with quickly.

Standardized Daily Operation Specifications

Before starting the equipment, operators need to check the power remaining level, the flexibility of the lifting and steering system, and the wear condition of the walking wheels first, to avoid starting the machine with hidden faults. During the operation, the load weight should be controlled within the rated load range of the equipment, and sharp acceleration and sudden braking should be reduced as much as possible to extend the service life of the power system. When the equipment is passing through narrow passageways, the operator should slow down and observe the surrounding environment to avoid collision with shelves or other on-site facilities. When the equipment is not in use, it should be parked in the designated ventilation and dry area, and the power switch should be turned off in time to avoid unnecessary power consumption.

Daily Maintenance and Energy Management Tips

Regular cleaning of the dust and debris accumulated on the surface of the power module and the walking transmission part can prevent excessive heat accumulation during long-term operation. The charging process should be carried out in a temperature range that meets the equipment design requirements, avoid overcharging and complete deep discharge for a long time, which can maintain the overall performance of the power battery pack for a longer period. Reasonable formulation of vehicle use scheduling plan can avoid idle waste of equipment, and further improve the input-output efficiency of the electric forklift fleet in daily operation.