Comparison between BYD CPD25 and ECB25: Differences between two 2.5-ton lithium-ion forklifts

Basic positioning difference

universal job scenario adaptation

CPD25 is designed for handling needs in multiple scenarios such as outdoor storage yards, ordinary factory passages, and indoor warehouses. The chassis has higher ground clearance, and it can also pass stably in the face of a small amount of uneven hard pavement. It is suitable for long-distance transit and large-scale cargo transshipment. It does not require additional site modifications for special scenarios, and can cover most general handling scenarios.

Narrow channel scene orientation optimization

ECB25 is designed for storage scenarios where high-level shelves are densely stored. The overall width of the vehicle is narrower and the turning radius is smaller. It can flexibly complete steering, picking and unloading operations in working channels with limited space, and is more suitable for high-level storage operations in intensive storage. It can fully release the space utilization rate of the storage area and match the operation rhythm of most small and medium-sized dense warehouses.

core performance differential

Power output adjustment direction is different

The power adjustment of the CPD25 is more biased towards the heavy-load climbing scene, and it can stably complete the conventional slope climb under full load, which is suitable for the operation needs of the ramp section in the factory area. It can pass smoothly in the slope scene of the entrance and exit of the factory area and the connection section of the loading and unloading platform. The power adjustment of the ECB25 is more biased towards smoothness, and there is almost no setback in the start and stop process, avoiding the shaking and falling of goods during high-level access, and it is suitable for storage scenarios with higher operation stability requirements.

battery life configuration distinction

The battery capacity configuration of the two products is differentiated according to the positioning. The CPD25 can choose a larger capacity battery to adapt to long-term cross-regional operations, reducing the frequency of replenishment in long-distance transshipment scenarios. The standard battery life of the ECB25 fully meets the regular use needs of 8-hour shifts in storage, and the energy consumption control performance is excellent. The replenishment time for daily use is also more suitable for the gap arrangement of storage shifts.

Cost of Use Difference

The focus of daily operation and maintenance is different

The core components of CPD25 have been sealed and upgraded for outdoor dusty environments, and the frequency of daily cleaning and maintenance can be appropriately reduced, which is suitable for outdoor scenes with relatively complex environments and reduces the probability of component loss in complex environments. The control components of ECB25 have been optimized for durability for high-frequency steering and pickup, and the loss speed of long-term high-frequency operations is slower, which is more suitable for the use rhythm of high-density warehousing operations.

Selection and adaptation suggestions

Users can choose the corresponding product according to their main job scenarios, channel conditions, and job duration requirements, without the need to blindly pursue higher configuration parameters. By selecting a model that matches their own job scenarios more closely, they can obtain a more suitable experience and control unnecessary procurement costs.