-
$58.00
$66.70Lenovo 5B10W86195, L19C4PC0, L19L4PC0, L19M4PC0, L19SPC0, SB10W86190, SB10W86191 CS-LVR700NB
Lenovo15.44VLenovo
$58.00$66.70MSI BTY-M6J, BTY-U6J, MS-16K4, MS-17B1, MS-17B4, MS-17B5, MS-17B6, MS-17B7 CS-MSG630NB
MSI11.4VMSI
$57.79$66.46Lenovo 4INR19/65, 5B10H13097, 5B10H30034, 5B10K10169, 5B10K10170, 5B10K10172, 5B10K10213, 5B10K10216, L14L4A01, L14L4E01, L14M4A01, L14M4E01, L14S4A01, L14S4E01 CS-LVZ517NB
Lenovo14.4VLenovo
$57.79$66.46Lenovo 45N1183, 45N1184, 45N1185, ASM 45N1182, FRU 45N1183, L12L4E55, L12S4E55, L13L4A01, L13M4A01, L13S4A01 CS-LVB500NB
Lenovo14.8VLenovo
$57.79$66.46Gateway 1BTIZZZ0TAT, 1BTIZZZ0TAU, 1BTIZZZ0TAV, 2524264, 2524265, 3UR18650-2-T0036
Gateway11.1VGateway
$57.79$66.46Compaq 493529-371, 504610-001, FZ441AA, FZ441AA#UUF, HSTNN-OB80, HSTNN-XB80, NBP3C08, STL-CHA-ATL CS-HP1000HB
Compaq11.1VCompaq
$57.56$66.19HP 582215-241, 582215-421, 586021-001, HSTNN-DB0Q, HSTNN-I77C, HSTNN-LB0Q, HSTNN-LBOQ, HSTNN-XB0Q, WD547AA CS-HTM200NB
HP11.1VHP
$57.56$66.19IBM 0A36278, 42T4889, 42T4891, 42T4893, 42T4894, 42T4895, 42T4897, 57Y4558, 57Y4559, ASM 42T4784, ASM 42T4786, ASM 42T4788, FRU 42T4781, FRU 42T4783, FRU 42T4785, FRU 42T4787, FRU 42T4789 CS-LVY650NB
Lenovo11.1VIBM
$57.56$66.19HP 668811-541, 668811-851, 669831-001, H4Q46AA, H4R53EA, HSTNN-UB3K, HSTNN-W84C, HSTNN-YB3k, RC06, RC06XL CS-HP4340NB
HP10.8VHP
$57.21$65.79DELL 039DY5, 0RPJC3, 39DY5, F62G0, F62GO, P83G, P83G001, P87G001, RPJC3 CS-DEP173NB
DELL11.4VDELL
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.















