3.5-Ton electric forklift selection reference: comparison between BYD CPD35 and models of the same level

Core performance dimension comparison

Power output performance

Most of the 3.5-ton electric forklifts are matched with the power system suitable for heavy-duty needs. The motor adjustment of the CPD35 model in this comparison is more suitable for high-frequency continuous operation scenarios. It can support conventional factory transfer operations for more than 8 hours at full power. The stability performance of the ramp start is in line with the cargo transfer needs of most manufacturing enterprises. The power adjustment of some models of the same level is biased towards lightweight scenarios, and the energy consumption growth rate is relatively faster under the condition of continuous lifting of more than 3 tons of heavy loads.

Battery life and charging performance

The endurance of this type of heavy-duty electric forklift directly affects the efficiency of single-day operation. The power management system of the CPD35 is adapted to fast charging requirements, and can support 2 to 3 hours of continuous operation in a short time. There is no need to reserve space for long-term charging. Some traditional configuration models of the same level take longer to charge at a single time, and cannot adapt to the continuous operation requirements of two shifts.

Adaptation scene selection reference

Key points of low-intensity operation scene selection

If it is a flat storage of goods stacking and transshipment, the daily operation time is less than 6 hours, and the operation intensity is not high, the same level of multiple models can meet the basic needs, and the model with the battery life matching the daily operation time is preferred. There is no need to pay additional procurement costs for redundant performance.

Key points of high frequency and heavy load scene selection

If it is a scenario such as a manufacturing plant or a freight transfer station where the daily operation time exceeds 8 hours, selecting a model with sufficient power redundancy and longer battery cycle life can effectively reduce the additional expenditure on subsequent operation and maintenance and improve the input-output ratio of the whole life cycle.