Inventory of application scenarios of BYD ECB20 forklift, adaptation analysis of manufacturing and warehousing industries

Core general scenario coverage advantage

The design attributes of this forklift are biased towards short-distance transfer operations in the field, and the overall load and power performance can be adapted to the material handling needs of the vast majority of secondary and tertiary industries. It can be quickly put into use without additional modifications to conventional operation scenarios, reducing the supporting costs of the early landing.

Manufacturing scene adaptation dimension

In the production workshop of discrete manufacturing enterprises, the compact body structure of this forklift can be adapted to the narrow channel path reserved by the workshop, without interfering with the normal operation of the original production line. The characteristics of low-noise operation also meet the acoustic environment control requirements during the production period. The smooth power output attribute can avoid the problem of goods shaking and bumping during the transfer process, and can be adapted to multiple sub-operation links such as precision parts, heavy raw materials, and finished product temporary storage and transfer, covering the whole process of handling from raw material warehousing to finished product outbound.

Scenario adaptation dimension of warehousing industry

In the working environment of conventional flat warehouses and small and medium-sized three-dimensional warehouses, the steering flexibility of this forklift is enough to adapt to the dense passages between the shelves, which can efficiently complete the pick-and-place of the whole cargo and transfer operations across the warehouse area. The stable battery life performance can meet the needs of single-day and single-shift OurHours operations, without frequent replenishment in the middle, and can also adapt to special storage scenarios such as dust-free warehouses and low-temperature cold chain warehouses that have clear requirements for equipment emissions.

Key points for sub-scenario adaptation

The actual operation line length, weight of single cargo, and channel width of different enterprises vary to some extent. During the selection stage, practical operation tests can be carried out in combination with the peak data of their own daily operations, and corresponding supporting usage plans can be matched to further amplify the use efficiency of the equipment and adapt to their own personalized operation needs.