Lithium-Ion Cells at the Heart of High Performance

XALT Energy is a true leader in cell technology. Our lithium-ion cell technology combines lithium-ion chemistry, low-impedance cell design and world class manufacturing systems to give customers an unprecedented cost/performance advantage over any other technology. Our automation processes deliver cell quality and consistency that is unlike any other in the world. Our precision automated stacking of electrodes gives your cells consistent cell performance and vastly improved lifetime.

We offer NMC/Graphite chemistries to cover a wide range of applications. Each can be made into 2 sizes and a variety of different thicknesses. In addition, each has designs for the power to energy ratio needed.

Electrodes stacked in cassette

Nickel Manganese Cobalt – Graphite (NMC-G)

XALT Energy Nickel Manganese Cobalt cathode cells with Graphite anodes (NMC/G) offer a great balance of power and energy with high reliability, safety with lower total cost of ownership through:

Gen II 47% more energy density lithium ion cell

Features:

Great Reliability, Consistent High Quality and Robust Technology

• Proven chemistry since 1998
• NMC-G chemistry
• Prismatic pouch style cell
• Larger surface area allows for better heat dissipation
• High tech. automated facility in Midland, MI

Gen II 223 Wh/kg 65Ah UHE Lithium Ion Cell

Applications:

Ideal for High Energy density application where space and weight are limiting factors

• Hybrid and fully electric vehicles
• Grid storage
• Hybrid and fully electric marine vessels
• Locomotive

The table below lists the specifications of XALT Energy’s standard NMC/Graphite high-energy and high-power cells, with downloadable data sheets.

Cell NameSpecific EnergyMassApproximate Cell Dimensions (mm) Max Discharge (C-Rate)Available in XPAND Packs
(Wh/kg)(kg)LengthWidthThicknessPeakContinuous
NMC/G
High Power (HP)
Gen I - 43Ah
1531.0422522510.3126Yes

Stacked parallel plate electrode design

High rate capability
(5C Charge/8C Discharge)

Wide operating range (-30°C to +60°C)

Low impedance and heat generation

Extremely long cycle life (>60,000+ cycles at 100% DOD)

Excellent stabilized impedance growth at high temperatures

Capable of less than 10 minute fast charge

Features:

Great Reliability, Consistent High Quality and Robust Technology

• Proven chemistry since 1998
• NMC-G chemistry
• Prismatic pouch style cell
• Larger surface area allows for better heat dissipation
• High tech. automated facility in Midland, MI

Advantages:

Ideal for High Cycling, Charge and Discharge Power Applications Requiring Frequent Fast Charging and High Cycle Life

• Marine dynamic positioning
• Grid frequency regulation
• Hoist and crane applications that require energy capturing and discharging
• Continuous multiple fast discharging and charging

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