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Custom Cylindrical Battery Solutions

Looking for the right cylindrical battery solution for your project? Misen provides flexible cell selection and custom battery pack support based on your voltage, capacity, discharge rate, size and application requirements. We offer 18650, 21700 and large-format cylindrical cells in Li-ion, LiFePO4, LTO and sodium-ion chemistries for e-mobility, power tools, energy storage, industrial equipment and more.

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Introduction

Cylindrical Cell Selection

We help customers select the right cylindrical cells based on capacity, discharge current, cycle life, size and application requirements. Our portfolio covers 18650, 21700 and large-format cylindrical cells, with Li-ion, LiFePO4, LTO and sodium-ion options for different performance needs.
Voltage & Capacity Configuration

We configure cylindrical battery packs according to your required voltage, capacity, discharge current and runtime. By optimizing series and parallel cell combinations, we can balance energy, power, size and performance for different applications, from compact portable devices to high-power mobility and energy storage systems.
Smart BMS Integration

We integrate suitable battery management systems based on pack voltage, current and application requirements. The BMS can provide overcharge, over-discharge, overcurrent, short-circuit and temperature protection, together with cell balancing and optional communication functions such as CAN, RS485 and SMBus.
Pack Structure Design

We design cylindrical battery pack structures around your available space, electrical requirements and application environment. Cell layout, holders, busbars or nickel connections, insulation, wiring, BMS placement and thermal considerations can all be optimized to achieve a compact, reliable and manufacturable battery pack design.
Enclosure Design

We provide customized battery enclosures based on pack structure, installation method and application environment. Available options include plastic housings, aluminum or steel enclosures, handles, mounting brackets, connectors and other mechanical features to improve protection, durability, heat dissipation and ease of installation.
Assembly & Testing

From cell matching and module assembly to BMS installation, wiring and final inspection, each battery pack follows a controlled production and testing process. We verify key parameters such as voltage, capacity, internal resistance, charge-discharge performance and protection functions to help ensure consistent quality and reliable operation before shipment.
Application Solutions

Our cylindrical battery solutions support a wide range of applications, including e-mobility, power tools, energy storage, robotics, industrial equipment, medical devices, drones, marine and RV systems. Based on different power, runtime, size and operating requirements, we help customers select suitable cells and develop reliable battery pack solutions for their specific applications.
Customization Process

From initial requirements to mass production and delivery, we provide a clear and efficient customization process for cylindrical battery solutions. Our team supports cell selection, pack design, BMS integration, sample development, testing, production and after-sales service to help turn your battery concept into a reliable finished product.

Explore Our Applications

Our cylindrical battery solutions support a wide range of applications, from e-mobility and power tools to portable energy storage and home appliances. Explore our key application areas to find the right battery solution for your project.

Powered by LiFePO4 or NMC batteries, HESS integrates with solar panels to store excess energy for nighttime use, reduce grid dependence, and enable peak shaving (storing energy during low-tariff periods for high-demand hours). It also serves as backup power during outages, enhancing energy independence.
Lithium-ion batteries (e.g., NMC) dominate grid storage due to high energy density and rapid response. They stabilize renewable energy fluctuations, support load shifting (storing surplus wind/solar power), and provide frequency regulation for grid resilience
Electric lawn mowers use LiFePO4 or NMC batteries for quiet, emission-free operation. Smart lithium models offer longer runtime (3–5 hours) and compatibility with solar charging, replacing noisy gasoline engines
EV rely on NMC or LiFePO4 batteries for high energy density (150–500+ miles per charge) and fast charging. Advanced BMS ensures safety by managing voltage, temperature, and cell balancing.
Lightweight LiFePO4 batteries (e.g., 12.8V/50–200Ah) power golf carts, offering 60+ km range, rapid charging (1–3 hours), and zero maintenance. They outperform lead-acid batteries in lifespan (10+ years) and efficiency.
Compact NMC batteries enable high torque and speeds up to 100+ mph. They support urban commuting and delivery, with ranges of 50–200 km. Smart BMS optimizes performance in extreme temperatures.

Start Your Custom Battery Project

Tell us your application, voltage, capacity, discharge current, size and other technical requirements. Our team will help you select the right cylindrical cells and develop a battery solution tailored to your project.

From cell selection to pack design, testing and production, Misen supports your project every step of the way.

Custom Cylindrical Battery Solutions

Explore Our Applications

Start Your Custom Battery Project

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