Prismatic NMC Cells Rechargeable 3.7V 62Ah New Grade A Li-Ion Cell High Discharge Rate for Electric Vehicle
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Prismatic NMC Cells are increasingly selected by EV manufacturers and energy system integrators for their balanced performance in energy density, power output, and design flexibility. With growing demand for high-capacity lithium-ion solutions, this prismatic cell platform offers a reliable foundation for modern electric mobility and industrial power systems.
Description
The Prismatic NMC Cells Rechargeable 3.7V 62Ah from Long Sing Energy are designed to meet the evolving requirements of electric vehicles, energy storage systems, and high-power industrial applications. Using advanced Nickel Manganese Cobalt (NMC) lithium-ion chemistry, these cells deliver an excellent balance between high energy density, stable discharge performance, and long cycle life.
As a prismatic-format lithium-ion solution, the cell features a compact rectangular aluminum housing that maximizes space utilization within battery packs. Compared with cylindrical formats, this structure allows system designers to reduce inactive space and improve overall pack-level energy density. Each cell has a nominal voltage of 3.7V and a rated capacity of 62Ah, making it suitable for both high-energy and high-discharge-rate applications.
To support different system requirements, Long Sing Energy offers multiple capacity options within the same Prismatic NMC Cells platform, such as 50Ah, 62Ah, 72Ah, and higher customized capacities. This flexibility enables OEM customers to optimize battery pack design based on target range, power demand, and mechanical constraints.
Voltage Configurations & Pack Design
These Prismatic NMC Cells can be configured into various series and parallel (S/P) combinations to achieve commonly used system voltages. Typical configurations include:
- 12S (≈44.4V) for light electric vehicles and industrial equipment
- 24S (≈88.8V) for commercial EV platforms and energy storage modules
- 96S (≈355V) and above for full electric vehicles and high-voltage battery systems
Parallel configurations are commonly used to increase total capacity and current output, supporting high discharge rates required for acceleration, regenerative braking, and heavy-load operation. Thanks to low internal resistance and stable thermal behavior, Prismatic NMC Cells maintain consistent performance even under demanding load profiles.
Application Scenarios
The versatility of Prismatic NMC Cells makes them suitable for a wide range of applications, including:
- Electric vehicles (EVs): passenger cars, electric buses, delivery vans
- Electric motorcycles and e-scooters
- Energy storage systems (ESS) for commercial and industrial use
- AGVs and AMRs in automated logistics and warehousing
- Marine and off-road electric equipment
Their high discharge capability and stable voltage output make them particularly attractive for mobility applications where power responsiveness and driving range are both critical.
Why Choose Long Sing Energy
Choosing Long Sing Energy means working with a lithium battery manufacturer committed to quality, consistency, and long-term cooperation. We supply new Grade A Prismatic NMC Cells, sourced from verified production lines and subjected to strict incoming inspection, capacity grading, and performance testing.
Our factory supports OEM and ODM services, including capacity customization, voltage configuration support, and battery pack integration guidance. With experienced engineering teams and standardized quality control processes, we help customers reduce development risks and accelerate time-to-market. Each batch of Prismatic NMC Cells is tested for electrical performance, safety, and reliability before delivery.
Inquiry & Cooperation
If you are looking for a reliable supplier of high-performance prismatic lithium-ion cells, Long Sing Energy is ready to support your project. Whether for EV platforms, energy storage systems, or industrial power solutions, our Prismatic NMC Cells provide a dependable foundation. We invite you to fill out the inquiry form to receive detailed specifications, pricing, and technical support tailored to your application.







