Against the backdrop of steadily growing demand for efficient, low-carbon material handling in logistics, manufacturing and warehousing sectors, more and more enterprises choose to build mixed fleets composed of electric counterbalance trucks and specialized warehouse trucks, to match diversified operation scenarios. For first-time buyers of mixed fleets, following systematic, practical procurement guidance can effectively avoid mismatched configuration, redundant investment and hidden operational risks, ensuring the purchased fleet can fit long-term business development demands.

First, complete full-scenario demand assessment before launching formal procurement. You can sort out all ongoing and planned material handling scenarios in the coming 2 to 3 years, including heavy goods cross-zone transfer, high-level shelf access, narrow channel sorting, short-distance goods distribution and other operation links. Record core parameters of each scenario including average load weight, maximum allowed operation channel width, daily cumulative operation duration and required continuous working time without charging, to confirm the appropriate configuration, quantity ratio of different truck types, and avoid over-purchasing functions that cannot be fully utilized.

Second, carry out full-lifecycle total cost accounting instead of only referring to initial procurement expenditure. The total cost should cover power consumption cost per unit of operation, regular wearing part replacement cost, standardized maintenance expense, as well as operating training cost for on-site drivers. You can compare the total cost of ownership for 3 to 5 years of different mixed fleet combination solutions, to balance current budget arrangement and long-term operation economic benefits.

Third, verify the compatibility of the whole fleet system before finalizing the procurement plan. Confirm whether the selected different truck types can adapt to the unified charging station layout planned on site, whether the fleet scheduling management rules can be unified, and whether the basic operation training content of different models has common parts, to reduce the extra reconstruction cost and management cost generated after the fleet is put into use.

Finally, reserve flexible adjustment space for subsequent fleet operation. You can make a phased procurement and adjustment plan according to the dynamic change of business volume, establish a unified operation and maintenance ledger for all equipment, and regularly track the operation efficiency of each model, so as to dynamically adjust the work allocation ratio of different trucks to maximize the overall operation efficiency of the whole fleet.