Against the background of global low-carbon transformation of logistics and industrial sectors, electric forklifts have become a preferred solution for indoor and enclosed-site material handling, thanks to their low noise, zero on-site emissions and flexible operating features. For teams running logistics warehouses, manufacturing workshops and distribution centers, mastering standardized use and management rules of electric forklifts can help secure more stable operation performance and lower comprehensive operation cost in long term.

Basic Safety Operation Specifications

Before each shift starts, operators need to complete a series of pre-operation checks, covering brake sensitivity, steering system flexibility, battery level display status and surface condition of load-bearing tires. During the operation process, operators should strictly follow the rated load limit of the equipment, avoid overloading that may cause potential safety risks or extra loss to the lifting structure. When operating the forklift in dense storage areas, operators need to slow down at corners, keep a safe distance from surrounding shelves, personnel and stacked goods, and never carry irrelevant personnel on the vehicle body. When moving over long distances, keep the lifted forks 15 to 20 centimeters above the ground, to avoid scratching the ground or colliding with obstacles on the walking route.

Daily Routine Maintenance Points

After each operation shift, operators can wipe off dust, scattered packaging fragments and other residue on the vehicle body in time, to prevent foreign matters from entering the moving parts or heat dissipation gaps. It is necessary to check the connection status of the power battery terminals regularly, to avoid poor contact caused by loose joints or oxide layers. Operators should follow the official guidance of the equipment to complete daily charging work, avoid deep discharge of the battery pack before long-time fast charging, which may affect the overall service life of the battery. Regular check of the hydraulic system for possible oil leakage, wear degree of the lifting chain, and add proper amount of lubricant to all rotating and sliding parts as required. When the equipment is idle, park it in the designated ventilated and dry area, pull the hand brake tightly, and lower all forks to the lowest position.

Energy Efficiency Optimization Methods

Teams can reasonably plan the daily handling route in advance, to reduce unnecessary round trips and cut extra energy consumption caused by invalid driving. Operators can adjust the driving speed according to different load weights and road conditions, and avoid continuous high-load operation of the power system under no necessary scenarios. The battery management system can be calibrated periodically by professional personnel, to maintain accurate data collection and efficient energy conversion efficiency. Under low ambient temperature conditions, appropriate thermal insulation measures can be taken for the power battery during non-working periods, to maintain stable output performance of the whole equipment.