Many warehouse operators choose to introduce new lithium forklifts to update their daily handling systems, while most teams hold concerns about whether the new equipment can work well with pre-installed racking and storage facilities without costly large-scale reconstruction. This practical guidance sorts out verified, easy-to-execute steps to help teams complete the matching process smoothly with minimum disruptions.

Pre-Integration Site Condition Assessment

Before putting new BYD lithium forklifts into formal use, it is suggested to carry out a full-site measurement of existing storage facilities first. Staff should record the clear width of each working aisle between racks, the maximum safe lifting height marked on each rack unit, the rated load of each shelf layer, and the actual load-bearing capacity of the warehouse floor. Then compare these data with the official operation parameters of the selected lithium forklifts, including minimum turning radius, required working aisle width, maximum lifting height and self-weight data. The reserved gap between the moving path of forklift and the edge of racking should be kept above the safety threshold set by industry standards, to eliminate potential collision risks in daily operations.

Operational Parameter Alignment Setting

After completing the basic data matching, operation managers can adjust the default working parameters of the lithium forklifts to fit the existing storage scenarios. For dense racking areas with narrow passages, the maximum travel speed of forklifts can be limited to a reasonable lower value, to give operators enough reaction time to avoid unexpected contact with storage facilities. The maximum lifting height of the forklift can also be set slightly lower than the top safe storage height of the highest rack layer, to prevent misoperation that may cause goods to fall or rack structure to be impacted. The whole process does not need to modify any structure of existing warehouse racking or storage equipment, which saves extra reconstruction expenditure.

Daily Operation Protocol Optimization

After finishing the parameter adjustment, teams can arrange targeted training for on-site operators, to help them get familiar with the operation characteristics of the new lithium forklifts and form smooth operation habits that match the existing storage layout. It is also recommended to add corresponding inspection items to the pre-shift safety checklist, covering both the performance status of forklifts and the appearance integrity of racking connectors, storage pallet status in adjacent working areas. Teams can arrange a 1 to 2 weeks small-scale trial run in a designated independent storage area first, record all details of the interaction between forklifts and existing storage facilities, and make tiny adjustments on operation routes if needed. After the trial run reaches expected safe and efficient performance, the full-popularization of new forklifts can be launched across the whole warehouse.