Customized rechargeable lithium ion battery Customized phosphate lipo battery li ion battery cell pack for sale
|type||Li-ion battery with PCM|
|Nominal voltage||11.1 volt|
|Max continuous charge/discharge current||3A(adjustable)|
|Charger Included||1.5A charger:US plug/EU plug/UK plug|
|Connectors||5.5*2.1mm DC jack+5.5*2.1mm DC plug|
|Protection||12VPCM,over-charge/discharge protection, over-heat protection|
|Recharge cycle||More than 500 times|
|Key word||12v battery with charger|
|Standard Charge Time||Around 5H|
|Operating temperature||-20 °C to 60 °C|
|Charge temperature||-0 °C to 45 °C|
|Storage temperature||-20 °C to 45 °C|
|Operating humidity||5% to 90%,non-condensing|
Even short of such destruction, the filaments gradually reduce the storage capacity of the battery and cause it to degrade over time. Now, this research shows that these growths can be effectively controlled at lower current levels, for a given cell capacity, and demonstrates what the upper limits on battery performance would need to be in order to prevent the truly damaging dendritic filaments.
The separators that could block the mossy growth are made of anodic aluminum oxide, or AAO, which is 60 micrometers thick and has well-aligned, straight nanopores across its thickness. “It’s a big discovery, because it answers the question of why you sometimes have better cycling [charging and discharging] performance when you use ceramic separators,” Bai says. The research suggests that flexible composite ceramic separators, such as those made by coating ceramic particles onto conventional polyolefin separators, should be used in lithium metal batteries to help block the root-growing mossy lithium.