3.2V 85Ah high-power LiFePO4 cell is purpose-built for AI Data Center (AIDC) mission-critical power buffering, launched globally at SNEC 2026 and exhibited at All-Energy Australia 2026. Unlike conventional long-duration energy storage cells optimized for energy density, this cell prioritizes ultra-high rate discharge, millisecond pulse response and extreme cycle durability to handle violent instantaneous GPU load spikes and seamless grid-transfer backup for high-reliability compute clusters.
Features
- Chemistry: Lithium Iron Phosphate (LiFePO4 / LFP), prismatic
- Nominal Capacity: 85 Ah
- Continuous Discharge Rate: 10C @ 100% DOD, cell surface temperature ≤ 60°C
- Pulse Cycle Life: ≥ 60,000 high-rate pulse cycles (AIDC high-frequency fluctuation profile, not standard low-rate cycle)
- Operating Temperature: Discharge from −40°C to +65°C; capable of direct discharge at −40°C ultra-low temperature
- Response: Millisecond-level instantaneous power output, zero-latency bridging during grid failure
- Safety Qualification: Passed rigorous tests including nail penetration, high-temperature oven, short-circuit and thermal runaway suppression
- Application Profile: Peak shaving, transient load buffering, UPS ride-through, emergency backup for GPU clusters, HVDC AIDC infrastructure
Specifications
| Parameter |
Specification |
| Chemistry |
Lithium Iron Phosphate (LiFePO4 / LFP), Prismatic |
| Nominal Capacity |
85 Ah |
| Continuous Discharge Rate |
10C @100% DOD, cell surface temperature ≤60¡æ |
| Pulse Cycle Life |
≥ 60,000 high‑rate pulse cycles (AIDC high‑frequency fluctuation profile) |
| Discharge Temperature |
−40¡æ ~ +65¡æ, supports direct discharge at −40¡æ |
| Response Performance |
Millisecond‑level instantaneous power output |
| Safety Qualification |
Passed nail penetration, high‑temperature oven, short‑circuit & thermal runaway suppression tests |
| Typical Applications |
AIDC GPU cluster peak buffering, HVDC data center backup, UPS ride‑through |
Target Applications
- AI GPU compute clusters & hyperscale AIDC facilities
- HVDC data center power backup & dynamic peak shaving
- Mission-critical short-duration power bridging
- High-reliability BBU / UPS replacement for high-density server racks
- Extreme climate data center deployments (cold-region data campuses)
