Latest laptop battery
UGB New GNS-260 961T2010F Laptop Battery For Gigabyte P55 P55G P55K P55W V4 V5 V6 V7 5400mAh 11.25V 60.75Wh
Specification:
Capacity:5400mAh / 60.75Wh
Voltage:11.25V
Battery Type: Li-ion
UGB New L22X3P70 Laptop Battery For Lenovo Thinkpad L14 L15 Gen 3 Gen 4 C14 Chromebook Gen 1 L22D3P70 L22B3P70 L22M3P70 4112mAh
Specification:
Capacity:4112mAh / 46.5Wh
Voltage:11.31V
Battery Type: Li-ion
UGB New L22B3P74 Laptop Battery For Lenovo SB11H56291 5B11H56390 L22C3P74 L22D3P74 L22L3P74 L22M3P74 4800mAh 56.1Wh 11.7V
Specification:
Capacity:4800mAh / 56.1Wh
Voltage:11.7V
Battery Type: Li-ion
UGB New L22L3PG5 Laptop Battery For Lenovo ThinkPad E14 Gen 5 E16 Gen 1 L22B3PG5 L22C3PG5 L22D3PG5 L22M3PG5 4948mAh 57Wh 11.52V
Specification:
Capacity:4948mAh / 57Wh
Voltage:11.52V
Battery Type: Li-ion
UGB New Battery For Duux DXCFBP02 air purifier humidifier fan battery 6300mAh 45.36Wh 7.2V
Specification:
Capacity:6300mAh / 45.36Wh
Voltage:7.2V
Battery Type: Li-ion
UGB New Battery For Glatz Akkupack 05DQ0039-02 Device battery 6800mAh 97.92Wh 14.4V
Specification:
Capacity:6800mAh / 97.92Wh
Voltage:14.4V
Battery Type: Li-ion
UGB New L22X3PG0 Laptop Battery For Lenovo IdeaPad Flex 3 Chrome 12IAN8 100e Chromebook Gen 4 L22B3PG0 L22M3PG0 L22C3PG0 4156mAh
Specification:
Capacity:4156mAh / 47Wh
Voltage:11.31V
Battery Type: Li-ion
UGB New SQU-2006 Laptop Battery For Hasee S8D6 Z7D6 Z8D6 916QA155H 4ICP6/60/72 4070mAh 15.12V 61.53Wh
Specification:
Capacity:4070mAh / 61.53Wh
Voltage:15.12V
Battery Type: Li-ion
UGB New L20D3P72 L20C3P72 L20M3P72 Laptop Battery For Lenovo ThinkPad X13 Gen 2 SB10W51948 5B10W51825 3564mAh 11.52V 41Wh
Specification:
Capacity:3564mAh / 41Wh
Voltage:11.52V
Battery Type: Li-ion
UGB New L22C4P71 L22M4P71 Laptop Battery For Lenovo ThinkPad P16V G1 2023 SB11H56275 5B11H56374 5799mAh 15.52V 90Wh
Specification:
Capacity:5799mAh / 90Wh
Voltage:15.52V
Battery Type: Li-ion
UGB New Laptop Battery For Lenovo L22D4PA5 L22C4PA5 L22M4PA5 4909mAh 15.36V 75.4Wh
Specification:
Capacity:4909mAh / 75.4Wh
Voltage:15.36V
Battery Type: Li-ion
UGB New L22B3PG4 L22X3PG4 Laptop Battery For Lenovo ThinkPad E14 E16 2023 4156mAh 11.31V 47Wh
Specification:
Capacity:4156mAh / 47Wh
Voltage:11.31V
Battery Type: Li-ion
FEATURED PRODUCTS
Replacement UGB P69G P69G001 11.4V 42WH Laptop Battery For Dell Inspiron 13 i7378 Notebook computer
Replacement UGB SH03XL 11.55V Laptop Battery For HP SPECTRE X360 13-AC033DX 57.9WH Notebook computer
UGB 4pcs CR123A Lithium 3V Batteries Various types of plugs For Panasonic 2026 camera motion smoke detector etc.
UGB 4pcs LS14250 for DVPABT01 Delta DVP-EH/ES/SA/SS/SX Series PLC Battery ER14250 TL-5902 XL-050F 1/2AA PLC 3.6V Lithium Battery
OUR LATEST News & Events
How big is the battery foil market demand?
Battery foils are mainly used as current collectors in the positive and negative electrodes of lithium batteries and sodium batteries, which have an important impact on battery performance. The internal resistance of lithium-ion batteries directly affects the battery
The reliability and cycle life of the battery depends not only on the four main materials of the battery, but also on the current collector. The current collector is not only the carrier of active substances, but also the
The generated current is collected by the conductor, which can form a larger current and improve the charging and discharging efficiency of the lithium battery. According to the actual survey data, each GWh ternary battery requires electricity
The pool foil is 300-450 tons, and each GWh lithium iron phosphate battery needs 400-600 tons of battery aluminum foil.
In the field of sodium batteries, since aluminum is less reactive than sodium, sodium ions do not react with aluminum foil at the negative electrode, and aluminum foil is used as a current collector for both positive and negative electrodes. Due to the negative set
The demand of aluminum foil for fluid is higher than that of positive electrode. It is estimated that each Gwh sodium battery requires 700-1000 tons of aluminum foil, which is more than twice that of lithium battery.
8 reasons for the loss of laptop batteries
- The battery itself is of poor quality
- Use low-quality chargers
- Long time operation in high temperature or low-temperature environment
- The battery is connected to high-load peripherals, and the plugging is not standardized.
- Excessive charging and discharging (the remaining power of the battery is less than 3%). The circuits are protected, but it happens occasionally.
- Incomplete charging and discharging (not to recharge after using up, but to use and recharge if you want)
- Long-term use of the battery in strong electromagnetic radiation (will interfere with the conductivity of the metal in the battery)
- Long-term use of batteries in humid conditions (wet batteries will reduce performance)
For Windows 8 and above, you can enter powercfg /BatteryReport in the command prompt to view battery usage and consumption, or you can use hardware detection software (such as Everest) to see, and sometimes false alarms.
The structure and working principle of lithium ion battery
Lithium ion battery refers to a secondary battery composed of two compounds that can reversibly insert and extract lithium ions as the positive and negative electrodes. People call this kind of lithium ion battery with a unique mechanism that relies on the transfer of lithium ions between the positive and negative electrodes to complete the battery charging and discharging work.
“Rocking chair battery”, commonly known as “lithium battery”.
Lithium batteries usually have two appearances: cylindrical and square. The inside of the battery adopts a spiral wound structure, and a very fine and highly permeable polyethylene film separator is used to separate the positive and negative electrodes. The positive electrode includes a current collector composed of lithium cobalt oxide (or lithium nickel cobalt manganate, lithium manganate, lithium iron phosphate, etc.) and aluminum foil. The negative electrode is composed of a current collector composed of graphitized carbon material and copper foil. The battery is filled with an organic electrolyte solution. In addition, a safety valve and PTC components (partial cylindrical use) are also installed to protect the battery from damage when the battery is abnormal and the output is short-circuited.
The voltage of a single-cell lithium battery is 3.7V (3.2V for lithium iron phosphate anode), and the battery capacity cannot be infinite. Therefore, single-cell lithium batteries are often processed in series and parallel to meet the requirements of different occasions.
The internal structure of laptop battery and battery DIY
Notebook computer batteries are generally composed of casing, battery pack, charge and discharge control and protection circuits (to prevent overcharging and overdischarging).
Let me talk about the battery pack, which is the core component of the laptop battery. Generally, laptop battery cell use 10.8V or 11.1V, and a single battery cannot meet the requirements. Therefore, laptop batteries are battery packs composed of multiple single cells in series and parallel (as shown in the figure, two groups of 3 are connected in series and connected in parallel. Battery pack). As for the 3300mAh, 4400mAh, etc. that you often see in the battery shell, it refers to the battery capacity. It indicates that the current can be used for one hour when discharging the battery. For example: a 4400mAh lithium battery can be discharged at a current of 4400mA for one hour . So the larger the value, the better proof that it can work for longer.