New Product Launch: EVE INR26105 10.9Ah High-Power Cylindrical Lithium-Ion Cell
The new EVE INR26105 is a 10.9Ah cylindrical lithium-ion cell designed for high-power, fast-charging B2B applications. This 26105 format cell offers 39.5Wh energy, 380W pulse power, low DCIR, and wide-temperature reliability for power tools, e-mobility, robotics, and energy storage.
Whether you are building next-generation power tools, AGVs, robotics, light electric vehicles, or backup power systems, the INR26105 delivers reliable performance and design flexibility for your next project.
Key Specifications
| Parameter | Specification |
|---|---|
| Model | INR26105 |
| Cell Type | Aluminum cylindrical lithium-ion |
| Nominal Voltage | 3.63 V |
| Minimum Capacity | 10.9 Ah @1/3C, 25±2°C |
| Typical Capacity | 11.2 Ah |
| Minimum Energy | 39.5 Wh |
| Typical Energy | 40.7 Wh |
| Charge Cut-off Voltage | 4.2 V |
| Discharge Cut-off Voltage | 2.5 V (> -10°C); 2.0 V (< -10°C) |
| Standard Charge Current | 3.63 A (1/3C) |
| Standard Discharge Current | 3.63 A (1/3C) |
| Max Continuous Discharge Power | 380 W @25°C, 80% SOC, 10s |
| DCIR | ≤6.7 mΩ @25°C, 50% SOC, 1C, 10s |
| Cycle Life | 1000 cycles @80% SOH (25°C standard); 700 cycles @80% SOH (25°C fast charge) |
| Operating Temperature | -35°C to 65°C (charge and discharge) |
| Dimensions | 25.90±0.05 mm diameter × 105.0±0.1 mm height |
| Weight | 137.0±3.0 g |
Performance Highlights
High Capacity and Energy Density
With a minimum capacity of 10.9Ah and minimum energy of 39.5Wh, the INR26105 offers strong energy storage in a compact 26105 cylindrical format. The typical capacity reaches 11.2Ah and typical energy reaches 40.7Wh, making it an excellent choice for space-constrained pack designs.
High Pulse Power
The cell supports up to 380W continuous discharge power at 25°C, 80% SOC for 10 seconds, with a minimum voltage of 2.5V. It also delivers strong performance at lower temperatures, including 300W at 0°C and -10°C, and 240W at -20°C. This makes the INR26105 suitable for high-drain applications such as power tools and e-mobility systems.
Fast Charging Capability
The INR26105 is optimized for fast-charging applications. It supports a 12-minute fast charge profile from 10% to 80% SOC, with a fast-charge cycle life of 700 cycles at 80% SOH at 25°C. For standard 1C CCCV cycling, it achieves 1000 cycles at 80% SOH.
Low DCIR
With a DCIR of ≤6.7mΩ at 25°C, 50% SOC, 1C, 10s, the cell minimizes internal losses and heat generation, improving overall pack efficiency and reliability.
Wide Operating Temperature
The INR26105 is specified for operation from -35°C to 65°C for both charge and discharge, providing flexibility for outdoor, industrial, and automotive-grade applications.
Long Calendar Life
The cell demonstrates strong calendar life, with <11% energy fade after 325 days at 52.5°C, 100% SOC, and <5% energy fade after 325 days at 35°C, 100% SOC.
Safety and Reliability
The INR26105 has been validated through a comprehensive range of safety tests, including:
- Free fall
- Vibration
- Mechanical shock
- External short circuit
- Nail penetration
- Forced internal short circuit
- Total discharge high current
- Crush
- Thermal stability
- Overcharge high current
These tests are designed to ensure the cell meets stringent safety expectations for industrial and consumer B2B applications.
Ideal Applications
The EVE INR26105 is well suited for:
- Power tools and garden tools
- E-bikes, scooters, and light electric vehicles
- Robotics and automated guided vehicles (AGVs)
- Energy storage systems and UPS
- Medical devices
- Portable power stations
- Other high-power cylindrical battery pack designs
Why Choose EVE INR26105?
- New high-power 26105 format with strong capacity and energy
- Fast-charging support for reduced downtime
- Low DCIR for high efficiency and thermal performance
- Wide temperature range for demanding environments
- Long cycle life for lower total cost of ownership
- Comprehensive safety validation
- Backed by EVE Energy, a leading global lithium battery manufacturer
Availability
The EVE INR26105 is now available for sampling, evaluation, and volume production. For datasheets, samples, pricing, or custom battery pack solutions, please contact the Becell sales team.
Contact Becell Energy today to request your INR26105 sample and discuss your next battery project.
🌐 Store Website: [www.alibababecell.com]