Logistics warehouse handling selection: analysis of application characteristics of BYD CPD35 lithium battery forklift

Core Evaluation Dimension of Handling Selection in Logistics Warehouse

Load and traffic suitability assessment

Most conventional logistics warehouses generally carry goods in the single weight range of 1 to 3.5 tons on a daily basis. The width of the aisle inside the warehouse is usually between 2.8 meters and 3.5 meters, and the ground flatness is high. In the selection stage, priority should be given to core parameters such as equipment load redundancy, steering flexibility, and occupied channel width to avoid problems of blocked passage and insufficient load in subsequent operations, and to ensure the smooth transfer process of daily pallet goods.

Long-term operating cost assessment

Storage and handling equipment belongs to high-frequency production tools, with an average daily operating time of up to 6 to 8 hours. In addition to procurement costs, the selection should also comprehensively consider the subsequent energy consumption costs, maintenance costs, battery life, and waste battery recycling compliance. Reduce the investment of the whole life cycle as much as possible and adapt to the needs of long-term stable operation of the warehouse.

Core Application Features of CPD35 Lithium Battery Forklift

Basic job performance adaptation

The rated load of this lithium-ion forklift can reach 3.5 tons, and the maximum driving speed under full load meets the internal speed limit requirements of the warehouse. The body has a compact turning radius design, which can adapt to the aisle traffic requirements of most conventional logistics warehouses. The lifting height can be adapted to the three or four-layer shelf access requirements commonly used in warehouses, and the daily handling of palletized goods is highly adaptable.

User experience and operation and maintenance advantages

The lithium battery power system installed in the vehicle supports fast charging and replenishment. Charging during peak power consumption periods can further reduce electricity costs. The power output of long-term continuous operation is stable, and there is no exhaust emission problem of traditional power equipment. The fully enclosed battery structure can also be adapted to the dusty operating environment of the warehouse. There are few routine maintenance items, and the threshold for daily operation is low. New operators can independently complete routine handling operations after a short period of training.

For ordinary logistics warehouses with a medium daily cargo flow and the pursuit of long-term operation stability, this lithium-ion forklift is a suitable option worthy of key consideration during the handling selection stage.