120Ah 3.2V Lithium Battery Cell Lifepo4 Grade A Rechargeable

Original Lifepo4 Battery Cell Grade A Lifep4 120Ah Cell 3.2V

About this item
Rechargeable Prism Cell LiFePO4 uses advanced high-end chemistry and safety measures. Our dry batteries are 50% lighter than their lead-acid counterparts, with significantly higher capacity and performance.
The battery is rechargeable, durable, fast charging, ultra-light, efficient, and easy to install, suitable for various purposes such as RVs, marine vehicles, solar vehicles, golf carts, electric vehicles, DIY power storage, emergency server backup power systems, and more.
Our lithium 12V batteries last for over 3000 cycles. The rated voltage is 12V and the capacity is 100Ah. The standard charging current of this lithium-ion battery is 0.5C, the maximum charging rate is 1C, the maximum discharging rate is 2C, and the cut-off voltage; the charging rate is 3.65V and the discharging rate is 2.5V.

FQA:

1. Is it safe to store lithium batteries in the house?
It's crucial that lithium-ion batteries are stored in a cool, dry environment to maintain the performance of the battery — as well as its safety. Therefore, we recommend storing batteries in an inside environment, that is away from direct sunlight, excess heat, ignition sources and flammable substances.

2. Do lithium batteries need to be refrigerated?
In short: no. While cold environments help maintain battery life, refrigerators and freezers are not safe to put batteries in. The moist environment will cause condensation on the batteries. This in turn will lead to rust or other damage.

3. What is the safest way to store lithium-ion batteries at home?
The environment in which your batteries reside should be a mild one. Batteries should be stored away from sunlight, heat, and humidity. Keep the storage area ventilated and dry, and maintain a relatively steady temperature. The ideal battery storage temperature is around 59℉, but most room temperatures will suffice.

4. What happens if you charge a lithium battery too long?
When overcharged, lithium ion batteries may overheat, explode and cause fires. Even slight overcharging reduces a cell's discharge capacity, leading to over-discharging, which increases impedance and heat generation, and decreases cell lifetime.