As low-carbon logistics and warehouse operation concepts gain wider adoption across the material handling industry, electric forklifts have become one of the most widely applied equipment options for indoor and low-emission work scenarios. To help operators and management teams grasp core practical knowledge of this type of equipment, this article sorts out targeted practical guidance from multiple dimensions of daily use, maintenance and performance optimization.

Standardized Daily Operation Specifications

Before starting any operation, operators need to complete a full pre-start check of core components, including the power system, brake function, lifting mechanism and lighting components, to confirm no obvious abnormal signs exist. During the operation process, operators need to keep the load center within the rated load range, avoid sudden acceleration or sharp steering actions when the fork is loaded with goods, and keep a safe distance from surrounding personnel, shelves and passage barriers. For long-distance transfer of goods in the warehouse, operators should control the driving speed within the safety limit set for the working scene, and avoid carrying people on the equipment or using the fork to lift personnel for high-altitude operations.

Routine Preventive Maintenance Points

The core power component of electric forklifts is the energy storage battery pack, so regular daily inspection of the battery status is the key link to extend the overall service life of the equipment. Operators need to check the battery power level after each shift, complete the charging process in the designated ventilation and dry area, and avoid over-discharging the battery to a very low power state before recharging. For the body transmission parts and rolling wheels, regular cleaning of the accumulated dust, sundries and residual goods debris is required, and proper addition of lubricating oil to the friction positions can reduce unnecessary wear during long-term use. Operators should also record the daily operation status and minor abnormal feedback of the equipment in time, and arrange professional personnel to handle hidden problems as early as possible.

Usage Scenario Adaptation and Performance Optimization

Different electric forklift models are suitable for different operation scenarios, and the matching between equipment parameters and actual work demands can effectively improve the overall operation efficiency. For narrow passage operation scenarios in compact storage areas, operators can adjust the operation response sensitivity of the equipment according to the actual channel width, to ensure flexible steering without scratching surrounding facilities. For long-time continuous operation scenarios, the operation management team can arrange reasonable shift schedules for equipment use, to avoid long-time continuous high-load operation that brings extra loss to the power system and control modules. When carrying out seasonal equipment adjustment, the staff can adjust the battery working parameters appropriately according to the ambient temperature of the working area, to keep the equipment at a relatively stable operation state.