EVE LF105 105Ah LiFePO4 Prismatic Cell (High-Drain)

Ultra-Slim 36mm LiFePO4 Prismatic Cell for Space-Constrained ESS

When physical footprint matters as much as capacity, the EVE LF105 105Ah LiFePO4 Prismatic Cell is the engineering solution. Delivering 336Wh of energy in an ultra-slim 36.35mm thick profile (compared to the standard 50mm thickness of 100Ah cells), the LF105 allows battery builders to pack more energy into standard 19-inch server racks, telecom enclosures, and tight marine/RV battery boxes. Rated for a true 1C (105A) continuous discharge, it provides the reliable power delivery required for 5kW+ hybrid inverters across Pakistan.

Product Snapshot: EVE LF105 Datasheet Specifications

Why Choose the EVE LF105 Over Standard 50mm Cells?

1. The 36mm Space Advantage

Standard 100Ah cells are 50mm thick. The LF105 is only 36.35mm thick. In a 16S (48V) battery configuration, using the LF105 saves over 21cm of total horizontal rack space. This allows professional pack builders to fit larger capacities into standard server-rack enclosures or tight EV/marine battery boxes without compromising on structural integrity.

2. True 1C Continuous Discharge (105A)

Unlike cells limited to 0.5C continuous draw, the LF105 is engineered to sustain a full 1C (105A) continuous discharge. In a 16S (51.2V) pack, this equates to over 5,300W of continuous power, easily handling the baseline load of 5kW hybrid solar inverters without triggering BMS over-current protection or excessive voltage sag.

3. Superior Low-Temperature Charging

With a charge temperature range extending down to −10°C (compared to 0°C on many standard cells), the LF105 offers greater flexibility for outdoor telecom enclosures and off-grid cabins in Northern Pakistan (Gilgit-Baltistan, Murree, KPK) during winter months.

“Never confuse pulse ratings with continuous ratings. The LF105 is a 1C continuous cell, not a 3C high-drain cell. Its true value lies in its 36mm slim profile and exceptionally low 0.32 mΩ internal resistance. It is the correct choice when rack space is at a premium, but you still need reliable 1C inverter support.”
— Newon Design & Technical Team

System Integration & Pack Building

• Smart BMS Protection: Pair these cells with the JK Smart BMS (100A+ variant) to handle the 1C continuous discharge safely while providing active balancing.
• Custom Pack Assembly: Need a turnkey slim-profile server-rack battery? Explore our Custom Battery Solutions Services for professional assembly.
• Compare Options: If you need maximum capacity in a standard footprint, view the EVE LF100LA 102Ah. For heavy commercial ESS, view the CORNEX 314Ah.

Pricing, Delivery, and Bulk Orders

• Bulk Pricing: Available for matched-batch orders. We guarantee matched capacity and IR for bulk pack builds.
• Delivery: Nationwide delivery via secure courier in shock-proof packaging.

EVE LF105 FAQ

Is the EVE LF105 a 3C high-drain cell?

No. According to EVE’s technical specification, the LF105 supports a 1C maximum continuous discharge (approx. 105A). Claims of 3C continuous discharge for this specific model are incorrect and usually confuse pulse ratings with continuous ratings. For true high-drain applications, consult Newon’s cylindrical cell range.

How much space does a 16S LF105 pack save compared to standard cells?

Because the LF105 is 36.35mm thick (vs the standard 50mm), a 16-cell series pack is approximately 21.8cm narrower. This is critical for fitting 48V 105Ah (5.3kWh) packs into standard 19-inch server rack battery enclosures.

Can I charge the LF105 in freezing temperatures?

The LF105 datasheet lists a charge temperature range of −10°C to 65°C. However, charging any LiFePO4 cell below 0°C without a dedicated BMS low-temperature cutoff and internal heating elements can cause permanent lithium plating and cell damage. Always use a smart BMS with low-temp charge protection in Pakistan’s northern regions.

Disclaimer: Specifications are based on the manufacturer product page or supplier’s current technical datasheet for the stated model. Actual performance varies with production revision, cell age, temperature, charge/discharge rate, depth of discharge, compression, BMS settings and pack design. Cycle-life figures are laboratory results under specified conditions and are not a guarantee of service life. A loose cell is not a finished battery. A completed pack requires a compatible BMS, protection, fusing, insulation, mechanical support and a suitable charger.