-
$81.60
$93.84HP 4ME79AA, HSNQ13C, HSN-Q13C, HSTNNIB8F, HSTNN-IB8F, L05766855, L05766-855, L063021C1, L06302-1C1, VX04090XL, VX04XL CS-HPZ155NB
HP15.4VHP
$80.81$92.93Asus 0B200-02770000, C41N1716, C41PqPH, OB200-02770000M, OB200-02770000P CS-AUL703NB
Asus15.4VAsus
$65.73$75.59HP 760505-005, 765605-005, BR04XL, HSTNN-DB6M, HSTNN-I26C, HSTNN-I28C CS-HPG102NB
HP7.6VHP
$48.48$55.75HP 849048-421, 849049-421, 849314-850, 849314-856, 849315-850, 849315-856, HSTNN-LB7E, HSTNN-LB7F, SG03041XL, SG03061XL, SG03061XL-PR, SG03XL, SGO3XL, TPN-I126 CS-HPM700NB
HP11.55VHP
$68.90$79.24Lenovo 5B10H41180, 5B10H41181, 5B10H52788, 5B10M41934, 5B10M41935, 5B10M95762, L14M3P24, L14S3P24, L16M3P24, L16S3P24 CS-LVX700NB
Lenovo11.1VLenovo
$60.97$70.12HP 15-C011DX, 466802-121, 766802-121, 766802-1C1, 767069-005, 767069-006, 76802-1C1, HSTNN-IB60, HSTNN-IB6O, SM03, SM03050XL, SM03XL, TPN-I114, TPN-l114 CS-HPX215NB
HP11.4VHP
$54.62$62.81Lenovo 121500260, 121500262, L13L4A61, L13L4E61, L13M4A61, L13S4A61, L13S4E61, L13S4E61(2INR19/66-2) CS-LVF215NB
Lenovo7.4VLenovo
$63.35$72.85DELL 04K8YH, 092NCT, 0GK5KY, 0WF28, 451-BBKK, 451-BBPG, 4K8YH, 92NCT, CK5KY, GK5KY, P20T, P20T003, RHN1C CS-DE3147NB
DELL11.1VDELL
$84.78$97.50Toshiba PA3729U-1BAS, PA3729U-1BRS, PA3730, PA3730U-1BAS, PA3730U-1BRS, PABAS207 CS-TOP500HB
TOSHIBA10.8VToshiba
$68.90$79.24DELL 0489XN, 0C4K9V, 0PKH18, 0WV7G0, 321X-2120, 3H76R, 489XN, NVR98, PKH18, WV7G0, Y9N00 CS-DEX130NB
DELL7.4VDELL
Lithium batteries come in various chemistries, including lithium-ion (Li-ion), lithium polymer (LiPo), and lithium iron phosphate (LiFePO4). Each chemistry has its own set of characteristics, such as energy density, safety, and cost.
Energy Density: One of the primary advantages of lithium batteries is their high energy density, which means they can store a significant amount of energy in a relatively small and lightweight package. This makes them ideal for portable devices where size and weight are crucial factors.
Rechargeability: Lithium batteries are rechargeable, allowing users to charge and discharge them multiple times. They have a relatively low self-discharge rate, which means they can hold their charge for extended periods when not in use.















