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LFP Battery

NCM batteries are lithium-ion batteries that use lithium nickel-cobalt-manganese oxide (LiNiCoMnO₂) as the cathode material. By combining nickel (Ni), cobalt (Co), and manganese (Mn) in the cathode, they achieve an optimized balance of performance and stability.

Ni(Nickel)

Higher energy density

longer driving range

Co(Cobalt)

Corrosion resistance

Enhanced stability

Mn(Manganese)

Enhanced stability

Cathode - Provides lithium ions, Determines battery capacity and voltage. Separator. Electrolyte. Anode. Electron, Lithium-ion. NCMA (Nickel Cobalt Manganese Aluminum). Ni Nickel + Co Cobalt + Mn Manganese + Al Aluminum - Enhances structural stability. High-nickel, high-capacity design while ensuring stability and long lifespan. Optimized for premium EVs, long-range driving, and high-power environments. Ultra-high nickel content (Ni 88–90% or higher). Significantly reduced cobalt usage.

Types of NCM

NCM622

NCM811

NCMA

Key Features

High Energy Density

  • As the nickel ratio increases, energy density rises
  • Delivering superior performance in EVs and electronic devices that demand high energy

Balanced Performance

  • Nickel (Ni): Enhances energy density and driving range
  • Cobalt (Co): Provides safety and prevents corrosion
  • Manganese (Mn): Contributes to thermal stability and extended lifespan

Flexible Design

  • Customizable with various nickel, cobalt, and manganese ratios (e.g., NCM111, NCM622, NCM811)

Applications

Passenger EV

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Future Mobility

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Form Factor

Production Sites

LG Energy Solution has established large-scale production bases in Korea, North America, China, Poland, and Indonesia, ensuring flexible and timely battery supply tailored to customer needs in each region.

Korea, China, Indonesia, Poland, USA, Canada

LFP Battery

LFP batteries are lithium-ion batteries that use lithium iron phosphate (LiFePO₄) as the cathode material. They are chemically stable, long-lasting, and highly cost-efficient. In particular, their excellent thermal stability makes them widely used in applications where safety is a top priority.

Fe(Iron)

Energy density

Longer driving range

P(Phosphorus)

Stability

Lifespan

Lithium, Fe, P. Cathode(+). Separator. Electrolyte. Anode(-).

Key Features

Outstanding Safety

  • LFP batteries provide superior thermal and chemical stability

Long Lifespan

  • Delivers over 3,000–5,000 charge/discharge cycles while maintaining high efficiency

Cost Efficiency

  • Iron and phosphorus offer a cost advantage over nickel and cobalt, making LFP batteries economically favorable

Competitive Edge

Enhanced LFP Performance
Through Proven Expertise

Maximizing energy density at the
pack level with LG Energy Solution’s
proprietary technology.

Systematic
Design–Process–Quality Control

Mass-producing high-quality LFP
batteries through advanced design,
process, and quality management.

Superior Lamination & Stacking
Process

Ensuring product reliability and
stability with the Lamination &
Stacking method.

Advanced SoC Algorithm*

Applying a precise State of Charge
(SoC) algorithm to minimize error
margins in charge/discharge status
measurement.

Applications

ESS

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Form Factor

Pouch Battery
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Production Sites

Starting with LFP battery production for energy storage systems in the United States, LG Energy Solution plans to gradually expand its LFP production capacity.

USA