For enterprises in warehousing, manufacturing and third-party logistics sectors that plan to deploy a large fleet of electric forklifts, conducting formal machine trials of BYD lithium-ion forklifts before signing bulk purchase contracts is a highly practical and necessary step to align product performance with actual operational demands, avoiding unforeseen extra costs and efficiency loss in subsequent daily use.

Before launching the formal trial, the first step is to sort out all core parameters of your daily operation scenarios, including average daily working hours, regular maximum load weight, minimum operation aisle width, proportion of sloped routes, ambient temperature and humidity range of the working area, and layout of existing charging supporting facilities. You need to share all these verified parameters with the trial support team in advance, and confirm the specification of the trial sample forklift is fully consistent with the configuration of the mass units to be purchased later, to eliminate specification deviation that may lead to invalid trial results.

During the trial period, you should focus on three core testing dimensions to collect comprehensive first-hand data. The first dimension is full-load endurance test, you can arrange the trial forklift to follow the normal work rhythm of your existing team to carry out continuous shift operation with the maximum regular load recorded before, track the actual working duration from full power to low power warning, calculate the average energy consumption per working hour, and verify whether the endurance performance can meet the demand of two or even three shifts of non-stop operation without frequent midway charging.

The second dimension is scenario adaptability test, you need to arrange the trial forklift to cover all high-frequency daily operation scenarios, including narrow aisle turning, heavy load uphill driving, continuous cargo lifting and placing, cold storage operation if you have such business demands, record the operation smoothness, steering accuracy and lifting speed stability in different scenarios, to ensure frontline operators can get familiar with the control logic quickly without extra long-term training.

The third dimension is operation and maintenance convenience test, you can simulate the daily quick charging process, routine inspection of easily worn parts, and check the clarity of fault reminder prompts, to confirm the basic maintenance process can be completed by your existing fleet management team without special professional tools, lowering the overall operation threshold of the large fleet.

After the whole trial cycle ends, you can organize frontline operators, fleet management staff and procurement decision makers to collect multi-angle feedback, sort out all minor problems found in the trial process, confirm the corresponding solutions with the supporting team, and finally lock the final configuration of the bulk fleet purchase, to make the subsequent fleet deployment stable and bring sustainable efficiency improvement for your business.