Prizma Series

Lithium NMC Battery Cells

The cells used in NMC battery systems are specifically manufactured to deliver high energy density, strong performance, and long service life. With Nickel Manganese Cobalt (NMC) chemistry, these cells offer high capacity in a compact design, making them an ideal solution for applications that require high power output. NMC cells are capable of supporting both high continuous current and rapid response to sudden power demands. This capability ensures stable voltage and uninterrupted energy flow during acceleration and peak load conditions. Utilizing modern manufacturing techniques, the cells are optimized for thermal balance and internal stability, allowing the battery pack to maintain long-term safety and performance.

Why Lityum NMC ?

Higher Energy Density

Compared to standard LFP batteries, NMC batteries offer approximately 60% higher energy density (Wh/kg), enabling them to deliver stronger burst currents and respond instantly to acceleration and high-load conditions. This makes NMC batteries an ideal choice for applications that require fast, dynamic, and high-power performance.

Longer Range / Extended Operating Time

With the additional power advantage it provides, NMC technology enables longer operating time and extended driving range in electric vehicles.

Higher Nominal Voltage

NMC systems deliver higher voltage than LFP systems with the same number of cells, providing greater performance across all usage scenarios.

Superior Performance in Cold Environments

NMC battery systems experience significantly less capacity loss at low temperatures compared to LFP and can be charged much faster, ensuring reliable performance even in cold environments.

Faster Charging Potential (with Proper BMS)

NMC battery systems are optimized for high C-rate charging, enabling faster recharge times and superior performance in high-demand applications.

Lighter

With a structure that is up to **50% lighter** than LFP batteries of the same capacity, NMC systems deliver higher performance and greater mobility, making them ideal for weight- and space-sensitive applications.

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