How about the cycle life of high temperature cells?

At 60℃, no less than 2000 cycle times with 100%DOD, and the residual capacity is no less than 70% of rated capacity at 1C rate.

What's the main applications of the high temperature cells?

It can be used for solar lighting systems, oil and gas instrumentation, aerospace and defense electronics, and other mission-critical devices that require stable performance and safety under high-temperature conditions.

Cylindrical LiFePO4 & NCM Capacity Battery Cells

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Capacity Type Lithium Battery Category

LFP18650 Capacity Type

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LFP26650 Capacity Type

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NCM18650 Capacity Type

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NCM26650 Capacity Type

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What is Capacity Type Lithium Battery？

A capacity-type lithium battery is engineered to maximize energy density — packing more runtime into every gram and cubic centimeter. Our high-capacity cells deliver extended endurance without increasing size or weight, making them the ideal power source for applications where long-lasting, stable discharge matters most. From energy storage systems and IoT terminals to consumer electronics and backup power, these cells provide reliable, sustained output that keeps devices running longer between charges. With stable voltage delivery and consistent performance across standard operating conditions, our capacity-type series offers an optimal balance of endurance, safety, and durability for power-hungry applications.

Capacity Type Lithium Battery Core Advantages

Maximum Energy Density

Capacity cells are engineered to pack the highest possible energy into every gram and cubic centimeter. By prioritizing active material loading and cell structure optimization, they deliver extended runtime without increasing size or weight — making them the ideal choice for energy storage, IoT devices, and applications where endurance matters most.

Capacity Type Lithium Battery Core Advantages

Sustained, Stable Output

Unlike cells designed for short bursts, capacity cells deliver consistent voltage and reliable discharge over extended periods. They are high in energy density, stable in safety performance, long in cycle life, good in consistency, and low in self-discharge rate — ensuring dependable power for long-duration applications.

Capacity Type Lithium Battery FAQs

What makes a capacity-type cell different from other lithium battery types?

Capacity-type cells are optimized for maximum energy density — delivering the longest possible runtime in a given size and weight. Unlike high-rate cells built for power bursts or specialized temperature-resistant cells, capacity cells prioritize sustained, stable discharge over extended periods.

What is the typical cycle life of capacity-type cells?

Our capacity-type cells deliver no less than 500–1000 cycle times at 100% DOD, with residual capacity no less than 70% of rated capacity at 1C rate. Actual cycle life varies by specific model and operating conditions.

What are the main applications of capacity-type cells?

Capacity-type cells are ideal for energy storage systems, IoT and sensor networks, consumer electronics, backup power, and any application where long runtime between charges is the primary requirement.