Three-dimensional warehouse with narrow channel lithium battery forklift to improve storage density ideas

The core pain point of three-dimensional warehouse to improve storage density

Although many companies' three-dimensional warehouses use high-rise shelves to expand their vertical storage space, the occupation of horizontal channels still restricts the overall storage density. Traditional forklifts have a large turning radius and the required channel width usually exceeds 3 meters, occupying nearly 30% of the available space in the warehouse. The number of shelves is limited, making it difficult to give full play to the space advantages of three-dimensional warehouses.

The core advantages of narrow-channel lithium-ion forklifts adapted to three-dimensional warehouses

Compact body for narrow channel design

The narrow-channel lithium-ion forklift adopts a compact body structure, the turning radius can be controlled within 1.5 meters, and the required channel width is only 1.8-2 meters, which reduces the channel occupation by about 40% compared with the traditional forklift, freeing up more area for the shelf arrangement and directly improving the storage capacity.

Lithium battery power supports high-frequency and efficient operation

The lithium-ion forklift has long battery life and fast charging, without frequent battery changes, and is suitable for high-frequency cargo handling and shelf storage needs in three-dimensional warehouses. At the same time, the lithium-ion power has low noise and zero emissions, making it suitable for the relatively closed operating environment of three-dimensional warehouses to avoid affecting the storage of goods.

Practical Operation Ideas of Three-dimensional Warehouse with Narrow Channel Lithium Battery Forklift

Optimized layout based on forklift truck characteristics

In the planning stage, combining the operating parameters of narrow-channel lithium-ion forklifts, the channel width and shelf spacing are precisely designed, and the shelf arrangement is adjusted according to the lift height and turning radius of the forklift to ensure smooth operation of the forklift, while maximizing the number of shelves.

Establish an adaptation management process

According to the characteristics of narrow channel operation, the zoning operation and timing scheduling mechanism are formulated to avoid forklift congestion. Reasonably plan the cargo storage area and operation route, improve the efficiency of forklift operation, and ensure the full play of the advantages of storage density.

Regular maintenance to ensure stable operation

Narrow channel operation requires high accuracy of forklift steering and hydraulic systems. It is necessary to establish a regular maintenance mechanism to check battery status, steering flexibility, etc., to avoid equipment failure affecting the operation rhythm and ensure the continuous and efficient utilization of storage density.