CORNEX PF160-100A 3.2V 100Ah LiFePO4 Prismatic ESS Cell

6,000-Cycle Grade A Prismatic LFP Cell for Telecom & Residential ESS

When total cost of ownership matters more than upfront price per amp-hour, the CORNEX PF160-100A 3.2V 100Ah LiFePO4 Prismatic ESS Cell is the engineering choice. Delivering 320Wh per cell with a 6,000-cycle laboratory rating and ≥94% round-trip energy efficiency at CORNEX’s stated 1P condition, this cell is purpose-built for telecom backup banks, residential solar storage, and professionally engineered ESS across Pakistan. Its industry-standard 50mm-thick prismatic footprint drops directly into existing 16S rack and compression designs — making it the fastest path to a reliable 51.2V 100Ah (5.12kWh) battery bank in Islamabad, Lahore, and Karachi.

Product Snapshot: CORNEX PF160-100A Datasheet Specifications

Why Choose CORNEX PF160-100A for ESS & Telecom?

1. 6,000-Cycle Laboratory Rating — The Lifetime-Cost Champion

Cycle life is a laboratory result, not a universal guarantee — but it is the best comparator we have. At PKR 9,800 per cell against a 6,000-cycle rating, the PF160-100A works out to roughly PKR 1.63 per rated cycle, versus approximately PKR 1.80 per rated cycle for a 5,000-cycle 100Ah-class cell at PKR 9,000. For telecom banks and daily-cycled residential solar storage, that difference compounds over a decade of operation.

2. ≥94% Round-Trip Efficiency

Higher efficiency means less energy lost as heat on every charge/discharge cycle. In Pakistan’s hot battery rooms, ≥94% efficiency at the stated 1P condition translates directly into lower thermal load, reduced cooling cost, and more usable solar energy delivered to the load each day.

3. Standard 100Ah-Class Prism Footprint

At 50 × 160.3 × 118.5 mm, the PF160-100A matches the industry-standard 100Ah prismatic form factor. Existing 16S compression fixtures, rack enclosures, and busbar layouts designed for 100Ah-class cells accept this cell without redesign — critical for integrators upgrading or expanding installed telecom and residential banks.

Honest Comparison: CORNEX PF160-100A vs EVE LF100LA

Both cells are Grade A prismatic LFP from tier-1 manufacturers. Choose CORNEX when cycle count and efficiency dominate your business case; choose the EVE LF100LA when verified capacity and upfront price per kWh dominate. Newon stocks both so your engineer — not a reseller’s margin — decides.

“The 100Ah prismatic class is the most contested cell segment in Pakistan’s solar market, and most sellers quote cycle numbers without conditions. We publish CORNEX’s 6,000-cycle rating exactly as the datasheet states it — with the test condition and end-of-life caveat attached — because a cycle figure without its laboratory conditions is marketing, not engineering. When your bank cycles daily for a decade, honesty in the fine print is what protects your investment.”
— Newon Design & Technical Team

System Integration & Pack Building

• Smart BMS Protection: A 16S (51.2V) bank of PF160-100A cells requires reliable balancing and protection. We recommend the JK Smart BMS 8-24S (40A-100A Bluetooth) for residential and telecom racks, with active balancing to keep 6,000-cycle cells synchronized over their lifespan.
• Custom Pack Assembly: Need a turnkey 48V 100Ah telecom rack or residential ESS bank? Explore our Custom Battery Solutions Services in Pakistan — laser welding, compression fixture fabrication, busbar torquing, and full capacity testing.
• Scale Up: For commercial and industrial storage, step up to the CORNEX PF173-314A 314Ah (≈1kWh per cell). Browse the full range in the Solar and Energy Storage Category.

Pricing, Delivery, and Bulk Orders

• Unit Price: PKR 9,800 per cell.
• Bulk & Project Pricing: Available for telecom contractors, solar EPCs, and ESS integrators. Contact us via WhatsApp for 4-cell (12V), 8-cell (24V), or 16-cell (48V) matched-batch orders. We guarantee matched capacity and internal resistance from the same production batch for balanced pack behaviour.
• Delivery: Nationwide delivery via secure courier in insulated, shock-proof packaging with terminal protectors. Delivery charges apply based on destination.

CORNEX PF160-100A FAQ

Is the 6,000 cycle life guaranteed in real-world use?

No manufacturer guarantees laboratory cycle life in field service. The 6,000-cycle figure is a laboratory result under CORNEX’s stated test conditions. Real-world lifespan depends on operating temperature, charge/discharge rate, depth of discharge, compression, BMS settings, and pack design. Confirm the exact end-of-life threshold and test condition from the current batch datasheet before specifying.

CORNEX PF160-100A vs EVE LF100LA — which should I choose?

Choose CORNEX when daily cycling and round-trip efficiency dominate your business case (telecom, solar self-consumption): its 6,000-cycle rating gives ≈PKR 1.63 per rated cycle. Choose the EVE LF100LA when verified capacity (102Ah) and lowest upfront price per kWh dominate. Both are Grade A tier-1 prismatic LFP cells stocked by Newon.

Can I use these cells for telecom backup banks?

Yes — telecom backup is a primary design application. A 16S (51.2V) 100Ah bank delivers 5.12kWh, matching standard 48V telecom rectifier/bus architectures. Pair with a correctly rated BMS, compression fixture, and fusing per your site engineering standard.

What certifications does this cell carry?

GB, UN38.3, UL and IEC testing references appear on CORNEX’s published pages. Newon does not publish certification logos or compliance claims until the exact certificates covering this model and the destination market are verified for your batch. Request certificate copies via WhatsApp for tender or compliance documentation.

Does Newon build finished packs with CORNEX cells?

Yes. Newon’s Custom Battery Solutions Service assembles CORNEX-based packs with professional laser welding, compression fixtures, BMS integration, and capacity testing — because a loose cell is not a finished battery.

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.