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Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity

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    Buy cheap Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity from wholesalers
     
    Buy cheap Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity from wholesalers
    • Buy cheap Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity from wholesalers
    • Buy cheap Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity from wholesalers
    • Buy cheap Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity from wholesalers
    • Buy cheap Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity from wholesalers
    • Buy cheap Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity from wholesalers
    • Buy cheap Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity from wholesalers

    Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity

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    Brand Name : EWT
    Model Number : LFP 12V 100AH
    Certification : MSDS
    Price : 160USD/pc for 10-100pcs
    Payment Terms : T/T
    Supply Ability : 100pcs for 25-30 days
    Delivery Time : 7-12 delivery days
    • Product Details
    • Company Profile

    Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity

    Lithium 32700 12V 100Ah EWT Scooter Camping Golf Battery 50A


    species

    Lithium Iron Phosphate


    Voltage

    32700-12V

    capacity

    100AH

    Batteries

    IFR32700 3.2V 6Ah

    size

    260*157*255mm

    weight

    13KG

    Maximum charging current

    100A

    Maximum discharge current

    150A

    Display screen

    No

    Communication support

    Bluetooth

    Scientists have increased the capacity of their batteries in many charge and discharge cycles through a promising high-rate electrode material with a unique flower-shaped nanostructure.

    Scanning electron microscope image of lithium titanate (lithium, titanium, oxygen) "nanoflower". Image: BNL)

    Lithium-ion batteries work by scrambling lithium ions between the positive (cathode) and negative (anode) during charging and shuttling in opposite directions during discharge. Our smartphones, laptops, and electric vehicles often use lithium-ion batteries with a negative electrode made of graphite, a type of carbon. When charging the battery, the lithium is inserted into the graphite and removed when the battery is in use.

    Although graphite can be reversibly charged and discharged over hundreds or even thousands of cycles, the lithium capacity it can store is not sufficient for energy-intensive applications. For example, an electric car can only travel that far and needs to be recharged. In addition, graphite cannot be charged or discharged at very high rates (power). Because of these limitations, scientists have been looking for alternative anode materials.

    One promising anode material is lithium titanate (LTO), which contains lithium, titanium, and oxygen. In addition to its high-rate performance, LTO has good cycling stability and maintains vacancies within its structure to accommodate lithium ions. However, LTO has poor conductivity and the diffusion of lithium ions into the material is slow.

    Quality Rechargeable 12V 100Ah EWT Lithium Battery for Scooter Camping Golf High Capacity for sale
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