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The core impact dimension of 3-ton electric forklift truck battery life
Under the influence of load conditions, under the condition of daily full rated load, the road surface in the factory area is flattened for normal cycle operation, and the battery life of the mainstream compliance configuration can meet the continuous 4 to 6 hours of conventional handling needs. If it is a half-load state, the battery life will be increased by about 30%. The actual value will fluctuate slightly within a reasonable range with the road slope, start and stop frequency, and steering frequency. Users can make vehicle scheduling in advance in combination with the operation intensity of their own factory area.
Due to the influence of environmental factors, the activity of lithium batteries in low-temperature environments will be reduced, and the battery life performance will decrease slightly within the normal range, which belongs to the conventional physical characteristics of power batteries. Before starting operations in daily low-temperature environments, you can check the battery status in advance and make scheduling arrangements to avoid affecting the normal operation rhythm.
Description of charging time of lithium battery electric forklift
The charging performance of the conventional slow charging mode, in an industrial conventional power connection environment that meets the rated voltage, usually takes 8 to 10 hours to fully charge the entire group of batteries, which is suitable for the use of centralized energy replenishment after the company picks up the car at night. There is no need to configure additional special power distribution equipment, and no additional site renovation costs will be incurred.
The charging performance of the fast charging mode, when supporting the compliance fast charging equipment of the corresponding specifications, can be controlled within 1 to 2 hours from 20% of the remaining power to 80%, to meet the use scenario of temporary replenishment during peak operation, and most of the working capacity can be restored without long waiting, adapting to the high-intensity handling requirements of the peak order stage.
During daily use, try to avoid completely depleting the power booster charge, regularly check the cleanliness of the charging interface, avoid stagnant water and debris entering the interface to affect the charging efficiency, which can effectively prolong the service life of the battery and ensure that the battery life is in a stable state for a long time. Reasonable planning of the replenishment rhythm can greatly improve the overall operation efficiency of the factory handling.
