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EVE A41-V2.1 116Ah prismatic LFP cell.
USA stocks EVE A41 3.2V 116Ah Lifepo4 Battery Grade A HSEV
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USA stocks EVE A41 3.2V 116Ah Lifepo4 Battery Grade A HSEV
- Stock: In Stock
- Brand: EVE
- Model: A41 116Ah
- Weight: 2.10kg
- Dimensions: 11.90cm x 14.80cm x 5.20cm
$62.00
8 or more $58.00
32 or more $56.00
64 or more $54.00
128 or more $49.00
This product has a minimum quantity of 8
EVE LITHIUM IRON PHOSPHATE CELL
EVE A41-V2.1
116Ah LiFePO4 Cell
3.22V High-Performance Prismatic LFP Battery Cell
A compact prismatic lithium iron phosphate cell designed for battery pack integration, energy storage projects and custom LiFePO4 battery builds. Refer to the official cell specification and follow the required BMS and operating limits.
116AhStandard Capacity
373.5WhStandard Energy
3.22VNominal Voltage
1.985kgCell Weight (approx.)
Technical Specifications
| Cell Model | A41-V2.1 |
|---|---|
| Battery Chemistry | LiFePO4 (LFP) |
| Nominal Capacity | 116Ah |
| Nominal Voltage | 3.22V |
| Nominal Energy | 373.5Wh |
| AC Internal Resistance (Initial) | ≤ 0.35mΩ |
| DC Internal Resistance (Initial) | ≤ 0.8mΩ |
| Cell Weight | 1,985g ± 30g |
| Operating Voltage (0°C to 60°C) | 2.5–3.65V |
|---|---|
| Operating Voltage (−30°C to 0°C) | 2.0–3.65V |
| Standard Charge Current | 1/3C |
| Standard Discharge Current | 1/3C |
| Max. Continuous Charge Current | 3C (25–45°C) |
| Max. Pulse Discharge Current | 10C, 5 seconds at 25°C |
| Charge Temperature | −20°C to 55°C |
| Discharge Temperature | −30°C to 60°C |
Important current-rating note: The specification lists 3C as the maximum continuous charging current at 25–45°C. It lists 10C as a maximum pulse discharge current for 5 seconds at 25°C. These ratings should not be interpreted as a 3C continuous discharge rating or a 10C continuous discharge rating.
Designed for Battery Pack Integration
Prismatic LFP Chemistry
Lithium iron phosphate cell in an aluminum prismatic case.
High-Rate Charge Capability
Up to 3C maximum continuous charging current under the specified 25–45°C condition.
Low Initial Resistance
Initial AC resistance ≤0.35mΩ and initial DC resistance ≤0.8mΩ under the specification's test conditions.
Cell-Level Safety Tests
The specification lists overcharge, over-discharge, external short circuit, heating, temperature cycling, crush and acupuncture tests.
Compact Cell Format
Approximate overall dimensions: 148.6 × 52.3 × 119.0mm, including terminals and insulation film.
BMS-Based Protection
Use a properly designed BMS to monitor cell voltage, temperature and operating conditions.
Product Images & Details
Cell Dimensions
Reference drawing and overall cell dimensions.
Accessories
Busbars, nuts and insulation boards
Packaging
8pcs per box. The boxes are filled with high-density impact-resistant foam.
For Custom Battery & Energy Storage Builds
The A41-V2.1 cell can be evaluated for custom battery pack designs. The final pack configuration, usable energy, current capability and system performance depend on series/parallel configuration, BMS settings, thermal design and application conditions.
Integration reminders
- Use a compatible lithium battery BMS.
- Follow the cell voltage and temperature limits.
- Match cells and apply an appropriate mechanical compression and mounting design.
- Do not short-circuit, reverse-charge, puncture or directly solder the cell.
Operating & Storage Guidelines
Follow the manufacturer's product specification for handling, charging, storage and transportation.
Storage: The specification recommends storage at 15–25% SOC, 0–25°C and relative humidity ≤60%. For storage at 0–25°C, periodic recharge is recommended every 6 months using the specified charge/discharge method before returning the cell to storage SOC.
Shipping: The specification states a shipping SOC of 15–25%. Protect cells from severe vibration, impact, extrusion, direct sunlight and rain.
Safety: Prevent over-discharge and maintain cell voltage above 2.5V during normal use. Never reverse-charge, short-circuit, immerse in water, expose to fire or high heat, or mechanically damage the cell. Stop using the cell if abnormal heat, odor, discoloration or deformation occurs.
Note: Cell-level test results do not replace system-level validation, pack certification or the safety design of the completed battery system.
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