To strengthen the management of such batteries, it is necessary to do a good job in controlling indoor temperature and fire prevention, as well as strengthening the control of humidity and other aspects. For lithium batteries, the internal element requirements should not have a high or low temperature, otherwise it can easily cause a fire or cause internal structural deformation, which will affect their effectiveness and quality. Of course, the location selection of the storage area also needs to fully consider factors such as terrain and hydrological conditions, to avoid being too humid and dry.

　　Batteries can be stored on three-dimensional shelves according to the technical requirements of the product itself, which is beneficial for cost control and utilization of storage space. In the construction of storage equipment, on the one hand, it is conducive to scientific classification of product placement, facilitating daily search and management, and increasing the storage space area; On the other hand, it can effectively reduce expenses, reduce unnecessary costs, and incur additional expenses for construction.

　　Lithium battery storage should avoid deformation caused by stacking and squeezing, establish a complete warehouse management mechanism and operating rules, strengthen the management of special products, focus on improving personnel allocation, warehouse storage regulations, and other systems, optimize product storage plans, and pay attention to preventing battery products from being damaged and causing leakage, to avoid secondary disasters. It is worth mentioning that in daily management work, it is necessary to strengthen inspections and maintenance, promptly identify problematic products, and take measures to reduce product wear and economic losses.

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