Built for −40°C.
Engineered for the grid.
A 314Ah semi-solid LFP cell that delivers more than 80% of rated capacity at −40°C discharge and accepts charge down to −20°C — purpose-built for cold-climate energy storage, telecom backup, and industrial deployments where standard LFP loses half its capacity in winter.
The cold makes
standard cells useless.
Standard LFP cells stop discharging at −10°C and cannot accept charge below 0°C — making half a year of operation impossible for northern energy storage, telecom backup, and grid-scale deployments. The LTC-314C retains operation across the full deployment temperature range.
| Performance Metric | Standard LFP | LTC-314C Semi-Solid LFP |
|---|---|---|
|
Discharge Operating Range
Cell temperature
|
−10 to 50°C
Stops Below −10°C
|
−40 to 50°C
Full Winter Operation
|
|
Charge Operating Range
Cell temperature
|
0 to 50°C
No Charge Below 0°C
|
−20 to 50°C
Charge at 0.2C @ −20°C
|
|
Capacity @ −40°C Discharge
1C, 2.0–3.65V, fresh cell
|
N/A
Outside Operating Range
|
> 80%
Of Rated Capacity
|
|
Capacity @ 50°C Discharge
0.1C, 2.5–3.65V, fresh cell
|
~ 95%
Typical Performance
|
> 98%
High-Temp Stability
|
|
Cycle Life
100% DOD, 70% retention, 300±20Kgf preload
|
2000–3000
Cycles, Typical
|
> 3000
Cycles, Validated
|
Performance figures from manufacturer specification (Doc QA-TDD-TO-0007 Rev A0) and validated lab test reports. Reference 25±2°C standard charge/discharge unless otherwise noted.
Validated test results
Cell Specifications
2.0–3.65 V (−40~0°C)
100% DOD · 70% retention
Safety & Certifications
Compliant with UL 1973 · IEC 62619 · UN 38.3 · GB/T 36276-2023 · GB/T 31485-2015. Full test reports available under NDA.
Built for the grid.
Engineered for the cold.
The LTC-314C is a grid-scale storage cell — same 314Ah prismatic format as mainstream BESS deployments, but operable across the full deployment temperature range of northern, high-altitude, and arctic environments.
Cold-Climate BESS
Grid-scale and utility-scale battery energy storage in regions where standard LFP loses up to half its winter capacity — keeping wind, solar, and frequency-regulation systems operational year-round.
- Wind + solar pairing in northern continental climates
- Grid frequency regulation, peak shaving, time-shifting
- Commercial & industrial behind-the-meter storage
- BESS containers deployed in Canada, Northern US, Scandinavia, Northern Asia
Northern Telecom Backup
5G and 4G tower backup systems in cold-climate regions where lead-acid batteries fail in 2–3 winters and standard LFP can't charge below 0°C — eliminating costly winter site visits.
- Off-grid and unmanned tower sites
- Northern 5G rollout: Canada, Alaska, Scandinavia, Russia
- Lead-acid to LFP replacement programs
- Edge data center backup at high latitude
Mining, Oil and Gas Sites
Energy storage at remote arctic and sub-arctic mining, oil, and gas sites — pairing with diesel generation for fuel savings, peak shaving, and zero-emission operation windows.
- Diesel hybrid peak shaving on remote sites
- Alaskan and Canadian oil & gas field power
- Mining haul truck charging infrastructure
- Frontier site microgrid integration
Microgrid and Research Stations
Off-grid microgrids and polar research infrastructure — where supply chains are seasonal, maintenance windows are short, and battery failure means months without power.
- Remote village and indigenous community microgrids
- Polar research stations (Arctic & Antarctic)
- Emergency response & disaster relief power
- Military forward operating bases in cold theatres
Spec the cell to
your deployment.
Tell us your project: voltage platform, energy capacity, deployment temperature, certification path, and target geography. We engineer cell-to-pack systems around the LTC-314C — and ship engineering samples for testing on your bench.
Half a year of
frozen capacity.
Northern energy storage operators lose months of operation each winter because standard LFP wasn't built for the cold. The LTC-314C was. Request the full datasheet, the validated test reports, or an engineering sample for bench evaluation.