Domestic 2.5-ton electric forklift horizontal reference: BYD ECB25 and the same level of model characteristics comparison

Core performance dimension comparison

Power output and battery life

At present, the mainstream 2.5-ton counterweight electric forklifts on the market meet the rated load requirements of conventional operations, and the maximum lift height generally covers the range of 3 meters to 6 meters. One of the representative reference models adopts a maintenance-free energy storage unit structure, which does not need to perform the regular replenishment and maintenance process of traditional lead-acid batteries. The range of battery life attenuation in low temperature environment is controllable, and the power output stability of long-term continuous operation is better. The power adjustment of other models in the same class has its own emphasis. Some models give priority to optimizing the response speed of the hydraulic system. The operation fluency of lifting and falling back is higher, and it is suitable for the operation requirements of high-frequency and high-level pickup.

Body fit details

The body size design of different models is biased differently. Some models reduce the turning radius through structural optimization, which is more suitable for small warehouse operations with limited roadway widths. Some models appropriately widen the body track to further improve the ride stability under heavy load, and are suitable for outdoor operation scenarios in factory areas with slight slopes on the ground.

Scene adaptation and cost comparison

High frequency job scene adaptation

For the two-shift scenario with an average daily operation time of more than 8 hours, the long-range configuration of the model can reduce the frequency of replenishment and improve the overall operation efficiency. For the lightweight handling scenario with a single-day operation time of less than 4 hours, the basic configuration of the model can fully cover the operation requirements without causing performance redundancy.

Lifecycle Operation and Maintenance Cost

Different models of core components quality assurance rules vary, wearing parts of the general coverage is also different, users can combine their own work intensity, maintenance team configuration, budget space and other actual needs selection, choose the most suitable for their own working conditions of the product can, without blindly superimposing unnecessary functional configuration.