A summary of the application cases of LG cells over the years

Mondo Technology Updated on 2024-02-01

LG Chem is a leading global battery manufacturer that has been innovating in energy storage and electrification for many years. Its battery products not only excel in the field of portable devices, but also play a key role in electric vehicles, energy storage systems and other fields. This article will delve into the past cases of LG batteries in different application fields, and show their wide application and continuous innovation around the world.

Since its inception, LG batteries have been continuously optimized in terms of energy density, cycle life, and safety, bringing unprecedented convenience and performance improvements to e-mobility, portable electronics, energy storage products, and other fields. This article will dig deep into the specific application cases of LG batteries in various industries, through which we will learn about the achievements of LG batteries in the fields of technology, innovation and sustainable energy, as well as their potential impact on future development.

Recently, when the charging head network sorted out the dismantling cases of LG battery cells over the years, it was found that several mobile energy storage products from Olympian, Samsung, Anker, Xiaomi, and other manufacturers are equipped with LG cells.

LG INR18650MJ1 battery cell is a power battery, lithium-ion battery, using nickel-manganese-lithium (INR) chemical composition, maximum discharge current 10A, nominal capacity 3500mAh, nominal voltage 36v。It is suitable for all kinds of portable electronic products, such as handheld devices, power tools, portable power supplies, and other fields.

LG INR18650F1L battery cell, single cell capacity of 3400mAh, lithium-ion battery, using nickel-manganese-lithium (INR) chemical composition, nominal voltage 36V, the maximum discharge current is 68a, suitable for all kinds of portable electronic products, such as handheld devices, power tools, portable power supplies, etc.

LG INR18650MH1 cell, single cell capacity of 3200mAh, lithium-ion battery, using nickel-manganese-lithium (INR) chemical composition, charging limit voltage 42V, maximum charging current 31A, the maximum discharge current is 10A, suitable for various portable electronic products, such as handheld devices, power tools, portable power supplies and other fields.

LGDBMH11865 battery cell, single cell 3200mAh capacity, is a 18650 lithium battery power cell, supporting high rate discharge. Lithium-ion batteries for a variety of portable electronics, such as handheld devices, power tools, portable power supplies, and more.

LGABF1L1865 cell, the typical capacity is 3350mAh, the minimum capacity is 3250mAh, and the charging cut-off voltage is 42v±0.05V, the discharge cut-off voltage is 25V, weight about 49g.

LGEBF1L1865 cell, single capacity is 3350mAh, full voltage 42V, LG F1L cells are very used in high-density mobile power supplies.

LGABE11865 battery cell, with a dark purple PVC envelope. The nominal capacity in the official PDF is 3200mAh (12.).0wh), with a minimum capacity of 3100mah (11.).6wh);The charging cut-off voltage is 435v(±0.05V, the discharge cut-off voltage is 275v;The internal resistance of the cell is less than 50 milliohms, and the maximum discharge current is 465a;LGABE11865 weighs about 49g each, which is only 1g heavier than the 48g of LGABB41865 (2600mAh), which shows that the new process has significantly improved the energy density.

LG EBMG118650 cell, nominal voltage 37V, with a capacity of 2900mAh and a maximum output current of 10A, can be used for energy storage products such as power banks and outdoor power supplies.

LG MH1 18650 battery, 3200mAh capacity, 36V battery, maximum discharge current 10A, can be used for power bank and other energy storage products.

LG MH1 18650 battery, 3200mAh capacity, 36V battery, maximum discharge current 10A, can be used for power bank and other energy storage products.

LGGBF1L1865 cell, single capacity 3350mAh, nominal voltage of 363V, the charging cut-off voltage is 42V, the discharge cut-off voltage is 25V, which can be used for energy storage products such as power banks.

LGABB41865 battery cell with a capacity of 2600mAh and a nominal voltage of 36V, charging cut-off voltage 42V, discharge cut-off voltage 275V, which can be used for energy storage products such as power banks.

LG INR21700M50T cell, 21mm diameter, 70mm length, single cell capacity of 5000mAh. There is a warning printed on one end of the cell, the battery is only for OEM use, not for consumer use, if you see this label, do not use this battery, LG Chemical** has more information.

Model: INR21700-5000 ; Capacity: 5000mAh; Platform voltage: 363v;Energy: 182Wh, LGGBM50T2170 battery cell has a nominal capacity of 5000mAh, and at the same time, it is also more compact in size and weight design, so customers can develop products with different capacities for different users based on the needs of personalized power banks, power tools, vacuum cleaners and energy storage equipment in the market.

Through the above, Charger Network introduced the application cases of LG batteries in different fields, and we have witnessed its wide application in portable devices, energy storage systems and other fields. LG Chem continues to promote innovation and progress in battery technology, which not only improves the efficiency and reliability of energy storage, but also contributes to the sustainable development of the world.

LG Chem has always been committed to continuous innovation, continuous improvement of battery technology, improved product performance, and invested significant resources in R&D and sustainability. Looking ahead, we believe that LG Chem will play an even more important role in the field of new energy and contribute more to the global energy transition and sustainable development, and LG Chem's leadership in technology and innovation, as well as its commitment to global energy sustainability, will continue to lead the development of battery technology and drive humanity towards a cleaner and more efficient energy future."

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