Lithium battery forklift purchase strategy, BYD 3-ton counterweight model selection ideas sharing

Nowadays, in the short-distance handling operations of warehousing and logistics transfer stations in the factory, 3-ton lithium-ion counterbalanced forklifts are a category with a wide range of applications. Many purchasers tend to ignore their actual needs during the selection stage, blindly refer to the market heat to select products, and the subsequent problem of insufficient adaptation occurs. Next, I will share the practical selection ideas of this type of model to help you sort out the clear selection logic.

Before selecting, sort out the actual working conditions and requirements

Job Scenario Adaptability Verification

First of all, it is necessary to count the core parameters of daily operations, including the maximum weight of conventionally handled goods, the minimum width of the operation channel, and the maximum lifting height required by the goods. It is also necessary to confirm whether there are special operation scenarios, such as the low temperature environment of cold chain storage and the outdoor rain scene. Choose models that meet the protection level and adapt to special environmental configurations to avoid the problem of high failure rate of ordinary models under special working conditions.

Average daily working hours match

Count the average operation time of the daily shift. If it is a scenario of two or even multiple shifts of continuous operation, you can give priority to the configuration that supports fast charging or power exchange to ensure the continuity of operation. If it is a scenario where the daily operation time of a single shift is 4 to 6 hours, choose the battery configuration of regular capacity to avoid unnecessary cost redundancy.

Filtering points for the core parameter dimension

Power system performance verification

Verify the full-load climbing ability, driving speed, and braking response sensitivity of the vehicle, and confirm that the parameters can be adapted to the common slopes and freight elevators in the factory, and at the same time test the smoothness of the steering to avoid the operation card affecting the operation efficiency.

Life cycle cost estimation

In the selection stage, we should not only look at the purchase price of a single product, but also calculate the subsequent daily maintenance cost of the battery, the annual energy consumption cost, and the convenience of replacing wearing parts. We should give priority to products with complete coverage of local after-sales outlets to reduce the waiting cost of subsequent equipment failure and shutdown, and reduce the overall usage cost.

Precautions for landing trial

After finalizing the intended model, the first-line forklift operator can be arranged to experience the actual test drive, confirm the ease of handling the handle, the support comfort of the seat, evaluate the fatigue of long-term continuous operation, and finally select a suitable style based on the actual operation feedback.