BYD CPD25 electric forklift purchase guide: 2.5-ton lithium-ion forklift adaptation scenarios and procurement points

5-Ton lithium battery forklift core adaptation scenario

Conventional warehousing transit scenario

This type of scenario is mostly a flat storage and e-commerce distribution center for the turnover of small and medium-sized goods. The carrying capacity of 2.5 tons is just suitable for the entire handling of most standard pallets, and the channel width is not less than 2.8 meters. It can pass smoothly, fully meeting the daily high-frequency turnover operation needs, and there will be no problem of wasted space for large forklifts and insufficient bearing capacity for small forklifts.

Manufacturing site transshipment scene

Light industry, electronics, food production workshop of raw materials line side distribution, finished product temporary transfer operations are suitable, lithium power no exhaust emissions, will not affect the production environment of the workshop, in line with the environmental requirements of indoor operations, low noise attributes can also be adapted to the operation decibel requirements of the production scene.

Special scenario job requirements

The chain supermarket's backyard replenishment and transshipment, ordinary low-temperature storage scenarios can also be adapted, and the equipment can maintain a stable power output without additional complex protective modifications, ensuring long-term use stability.

2.5 ton lithium battery forklift core procurement points

working condition matching verification

Before purchasing, it is necessary to count the maximum weight of goods handled daily, the channel width of the working area, the proportion of ramp sections, and the average working time per day, and check the parameters of the equipment accordingly to avoid redundant performance of the selected equipment or failure to meet long-term operation needs.

Maintenance system confirmation

Priority should be given to confirming the layout of the brand's regular service outlets in the surrounding area, verifying the response time of subsequent battery maintenance and replacement of wearing parts, and reducing the downtime losses caused by subsequent equipment failures.

full cycle costing

You can't just refer to the purchase price of the equipment, but also consider the cycle life of the power battery, daily energy consumption, and annual maintenance costs to calculate the total cost of use for 3 to 5 years, and choose a plan that is more in line with your own operating budget.

By conducting targeted screening based on their own actual operation scenarios, they can choose handling equipment with high adaptability, which helps to steadily improve the efficiency of on-site handling operations.