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Partition design
Separation design is a key design in shock-proof packaging to avoid direct contact between the battery and the battery, or between the battery and the outer wall of the package. Through a reasonable separation design, the impact and vibration of the battery during transportation and storage can be effectively reduced, thus protecting the integrity and safety of the battery. Especially when multiple batteries are transported together, the separation design is essential to avoid friction, collision and damage between batteries.
Partition design
Separator design is a crucial part of battery packaging to effectively protect the battery from vibration and shock. Through reasonable dividers and structural design, not only can prevent collisions and damage between batteries, but also improve the stability of packaging and transportation efficiency. The partition design needs to choose the appropriate material and layout according to the size, shape, weight and transportation environment of the battery to ensure the safety of the battery during transportation and storage.
The role of separating design
Prevent collisions between batteries
When multiple batteries are placed side by side, the lack of separation can cause the batteries to collide with each other, causing damage to the battery housing, a short circuit at the contact end, or damage to the internal cell. This risk can be reduced by designing dividers that effectively avoid direct contact between batteries.
Reduce external vibration transmission
The separator can not only separate the batteries, but also play a buffer role to reduce the direct impact of external vibration or shock on the battery, so as to protect the battery from damage.
Improve the stability of packaging structure
The separation design can enhance the stability of the inside of the package, so that the battery is not easy to shift during transportation, ensuring that the battery is always in a safe position to avoid friction or damage caused by the change of the battery position.
Improve transportation efficiency
Reasonable separation design can make the battery compact arrangement, improve the space utilization of the packaging, while ensuring the safety of each battery, reduce unnecessary gaps and waste.
low-speed car batteries
Low-speed vehicle battery is a kind of battery designed for low-speed electric vehicles, which has the characteristics of clean, environmental protection, high efficiency and economy, and is widely used in electric golf carts, low-speed electric vehicles (LSV), mobile vendors, campus transportation, cargo trucks and so on
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