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Modern electric systems require batteries that deliver strong energy output without adding unnecessary size or weight. The CALB 3.7V 58Ah L148N58A Ternary Lithium NMC Battery addresses this demand through a compact prismatic design. It provides a nominal capacity of 58Ah and a nominal voltage of 3.7 volts. Therefore, it can support applications where efficient power delivery and limited installation space are equally important. Find Here
The cell uses nickel manganese cobalt chemistry, commonly called NMC battery technology. This chemistry is valued for its high energy density and responsive power characteristics. Moreover, the aluminum shell protects the internal structure while supporting effective heat transfer. As a result, the cell offers a useful combination of strength, efficiency, and manageable weight.
Its rated energy is approximately 214.6Wh, while the cell weighs about 0.926 kilograms. Consequently, its mass energy density reaches approximately 231Wh per kilogram. The compact dimensions measure around 110 millimeters long, 26 millimeters wide, and 106 millimeters high. Therefore, multiple cells can be arranged efficiently within carefully designed battery packs.
Performance Designed for Demanding Power Requirements
The battery operates across a working voltage range between 2.75 and 4.35 volts. Meanwhile, its internal resistance remains approximately 0.6 to 0.8 milliohms under stated testing conditions. Low resistance supports efficient current movement and helps reduce avoidable energy loss. However, secure electrical connections remain essential for maintaining stable performance.
The cell can exceed 3,500 cycles at a 0.3C rate and 80 percent discharge depth. Nevertheless, actual battery life depends on operating temperature, charging methods, and discharge intensity. Consistent battery management can protect individual cells from unsuitable voltage conditions. Therefore, careful system design can improve both safety and long-term capacity retention.
The CALB 3.7V 58Ah L148N58A Ternary Lithium NMC Battery supports charging between minus 20 and 55 degrees Celsius. In addition, discharging is supported from minus 30 to 55 degrees Celsius. These ranges allow the cell to function across many demanding environments. Even so, controlled temperatures generally support better efficiency and longer service life.
A battery management system should monitor voltage, current, temperature, and cell balance continuously. Moreover, matched cells should be selected when building larger battery configurations. Differences in voltage or internal resistance may create uneven charging behavior. Consequently, accurate cell matching supports dependable pack performance.
Applications Across Electric and Industrial Systems
Electric vehicles require batteries that provide meaningful energy without excessive mass. Therefore, this 58Ah prismatic lithium cell can support selected electric mobility applications. Its compact structure also helps designers use available battery compartment space efficiently. Furthermore, several cells can be connected to meet specific voltage and energy requirements.
The battery may also serve industrial machines, specialized equipment, and portable energy systems. Additionally, NMC battery cells can support applications where higher energy density is preferred. However, each installation must include suitable electrical protection and thermal management. Professional integration is recommended when developing high-voltage or high-current battery packs.
The cell has passed several safety characteristic tests, including overcharge, over-discharge, heating, and short-circuit evaluations. It has also been tested against impact, crushing, temperature cycling, and low-pressure conditions. Moreover, RoHS and UN38.3 requirements have been satisfied. These certifications support responsible handling and transportation, although they do not replace safe operating practices.
Safe Installation, Storage, and Transportation
Battery terminals should be inspected and cleaned before electrical connections are installed. Oxidation can increase contact resistance and produce unwanted heat during operation. Therefore, suitable aluminum connecting pieces should be secured carefully. The voltage drop at each contact point should also remain minimal.
For storage, the cell should remain upright within a clean and ventilated environment. Temperatures between 5 and 40 degrees Celsius are recommended. In addition, direct sunlight, moisture, heavy pressure, and nearby heat sources should be avoided. Long-term storage is generally recommended at approximately 20 to 25 percent state of charge.
The CALB 3.7V 58Ah L148N58A Ternary Lithium NMC Battery should never be punctured, burned, crushed, or short-circuited. It must also be protected from water exposure and uncontrolled mechanical impact. With professional installation and responsible monitoring, the cell can provide efficient power across demanding applications. Its high energy density makes it especially useful where compact construction remains a central design requirement.
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