EVE LF105 105Ah LiFePO4 Cell for EV, Solar & ESS
The EVE LF105 3.2V 105Ah LiFePO4 cell is a high-demand prismatic lithium iron phosphate battery cell for EV battery packs, solar energy storage, ESS, telecom backup, UPS, RV, marine, and industrial battery systems.
As a 105Ah LiFePO4 prismatic cell, the LF105 offers approximately 336Wh energy, 1C continuous charge and discharge, low internal resistance, and excellent cycle life. It is one of the most popular 3.2V 105Ah LiFePO4 battery cells for buyers who need safe, stable, and long-life cells.
We have large quantities in stock with fresh production dates. Most LF105 cells on the market come with M4 threaded terminals—we stock both M4 and M6 terminal versions for immediate shipment.
Why Buyers Choose the EVE LF105
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3.2V 105Ah LiFePO4 prismatic cell – approx. 336Wh per cell
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1C continuous discharge = 105A
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1C continuous charge = 105A within allowed temperature range
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30-second peak discharge up to 315A (3C) under specified temperature/SOC conditions
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Low internal resistance: ≤0.5mΩ at 30% SOC, AC 1kHz
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Long cycle life: ≥2500 cycles without fixture; ≥3500 cycles with 300kgf fixture to 80% capacity
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Excellent safety: passes overcharge, overdischarge, short circuit, nail penetration, crush, and drop tests
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M4 standard terminal; M6 available in stock
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Fresh production dates
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16-carton packaging available – ideal for buyers who do not need a full pallet
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Large inventory and competitive wholesale pricing
EVE LF105 Datasheet Specifications
| Item | Specification |
|---|---|
| Model | EVE LF105 |
| Chemistry | LiFePO4 / Lithium Iron Phosphate |
| Nominal Voltage | 3.2V |
| Nominal / Minimum Capacity | 105.0Ah @ 1.0C discharge |
| Energy | Approx. 336Wh |
| Internal Resistance | ≤0.5mΩ (30% SOC, AC 1kHz) |
| Max Continuous Charge Current | 1C (105A), 0°C~45°C |
| Max Continuous Discharge Current | 1C (105A) |
| Charge Cut-off Voltage | 3.65V |
| Discharge Cut-off Voltage | 2.5V |
| Standard Charge | 0.5C CC-CV to 0.05C |
| Standard Discharge | 0.5C to 2.5V |
| Recommended SOC Window | 10%~90% |
| Charge Operating Temperature | 0°C~55°C |
| Discharge Operating Temperature | -20°C~55°C |
| Storage Temperature | Short term: -20°C~45°C; Long term: 0°C~35°C |
| Storage Humidity | <70% |
| Weight | 1980±100g |
| Dimensions | W: 130.3±0.3mm; T: 36.7±0.5mm (30% SOC); H: 200.5±0.5mm; H1: 195.5±0.5mm; D: 67.0±1.0mm |
| Terminal | M4 internal thread, 6mm effective depth; M6 option available in stock |
| Connection | Laser welding recommended |
105Ah LiFePO4 Cell Capacity & Discharge Rate
The LF105 delivers strong capacity retention across different discharge rates:
| Discharge Rate | Capacity vs. Nominal |
|---|---|
| 0.33C | ≥100% |
| 0.5C | ≥98% |
| 1.0C | ≥97% |
Different Temperature Discharge Performance
| Temperature | Capacity vs. Nominal | Cut-off Voltage |
|---|---|---|
| 55°C | ≥95% | 2.5V |
| -20°C | ≥70% | 2.0V |
At normal temperatures, the 105Ah LiFePO4 battery cell performs close to its rated capacity. At low temperatures, capacity and voltage are reduced, so proper BMS temperature compensation and current derating are recommended.
Maximum Discharge Current / C-Rate
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Continuous discharge: 1C = 105A
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Continuous charge: 1C = 105A within allowed temperature range
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30-second peak discharge: up to 315A (3C) under specified temperature and SOC conditions
For real-world battery packs, always follow the LF105 temperature/SOC current map. Low temperature and low SOC require reduced charge and discharge currents to protect the cells and maintain cycle life.
30-Second Peak Discharge Reference
| Condition | 30s Max Discharge Current |
|---|---|
| 55°C, 100-70% SOC | 315A |
| 25°C, 100-60% SOC | 315A |
| 10°C, 100-40% SOC | 210A |
| 0°C, 100-50% SOC | 105A |
| -10°C, 100-60% SOC | 105A |
| -20°C, 100-70% SOC | 63A |
Charging Temperature Limits – Quick Reference
| Temperature | Allowed Charging |
|---|---|
| <0°C | No charging |
| 0~10°C | 0.2C max to 3.60V |
| 10~45°C | Standard 0.5C to 3.65V; fast charge 1.0C |
| 45~50°C | ≤0.2C when voltage <3.60V |
| 50~55°C | ≤0.1C when voltage <3.60V |
| >55°C | No charging |
The cell body temperature should not exceed 55°C during charge or discharge.
Cycle Life with 300kgf Fixture
The EVE LF105 is built for long-term industrial and ESS use:
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≥2500 cycles without fixture, to 80% of initial capacity
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≥3500 cycles with 300kgf fixture, to 80% of initial capacity
For module and pack designers, applying proper compression force is strongly recommended to improve cycle life and cell stability.
Safety Performance
The LF105 has been tested under demanding safety conditions, with requirements of no explosion and no fire:
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Overcharge: 1C to 5V
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Overdischarge: 1C to 0V
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External short circuit: 10 minutes, external resistance <10mΩ
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Nail penetration: φ3mm~φ8mm steel nail
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Crush: perpendicular to electrode plates until case rupture or internal short
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Drop: 1.5m onto wooden floor, 2 drops per face
This makes the LF105 suitable for applications where safety and thermal stability are critical.
M4 vs M6 Terminal Options
Most LF105 cells available on the market use M4 threaded terminals. We stock both M4 and M6 versions for customer flexibility.
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M4: standard configuration, internal thread, 6mm effective depth
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M6: available in current stock for buyers who prefer a larger terminal connection
For high-current pack assembly, laser welding is recommended. If using threaded connections, always use proper tools and ensure clean, flat contact surfaces to avoid poor contact or overheating.
Packaging & Wholesale Stock
This available batch is packed in 16 cartons—a practical option for buyers who do not need a full pallet. Many suppliers only offer full-pallet quantities; we can support more flexible order planning.
Current stock highlights:
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M4 and M6 terminal versions available
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Fresh production dates
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16-carton packaging available
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Large quantity in stock
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Competitive bulk pricing for overseas buyers
Whether you are building battery packs, ESS cabinets, solar storage systems, or EV projects, we can support your volume requirements.
Typical Applications
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Electric vehicles and low-speed EVs
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Energy storage systems (ESS)
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Solar and renewable energy storage
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Telecom backup power
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UPS systems
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Marine and RV batteries
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Golf carts and forklifts
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Industrial battery packs
FAQ
What is the EVE LF105?
The EVE LF105 is a 3.2V 105Ah LiFePO4 prismatic cell with approximately 336Wh energy. It is widely used in EV, solar, ESS, telecom, and industrial battery packs.
What is the maximum discharge current of the LF105?
The LF105 supports 1C continuous discharge = 105A. It can deliver up to 315A (3C) for 30 seconds under suitable temperature and SOC conditions.
Is the LF105 available with M6 terminals?
Yes. Most LF105 cells on the market are M4. We stock both M4 and M6 terminal versions, all with fresh production dates.
What is the cycle life of the EVE LF105?
≥2500 cycles without fixture, and ≥3500 cycles with 300kgf fixture, to 80% of initial capacity.
Can I buy 16 cartons instead of a full pallet?
Yes. We have 16-carton packaging available, which is more flexible than full-pallet-only supply.
Do you have bulk stock and wholesale pricing?
Yes. We have large inventory and can offer competitive wholesale pricing for bulk orders.
Request a Wholesale Quote
We have large stock available now with fresh dates, M4/M6 terminal options, and competitive bulk pricing.
To get the best quote, please contact us with:
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Required quantity
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Terminal preference: M4 or M6
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Shipping destination / port
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Application and pack requirements
Contact us today for current stock, pricing, and shipping details.
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