Key Metrics
AIion™ batteries are purpose-built to meet the extreme reliability, power density, and lifecycle demands of AI data centers. Leveraging Safe Li-Ion™ chemistry and advanced battery management, AIion directly improves the core metrics that define UPS and backup performance.
High-Power, Fast-Response Backup
Instantaneous power delivery for GPU-dense loads
AIion batteries deliver rapid, high-rate discharge to support sudden load spikes from AI accelerators, GPUs, and high-density compute racks. This ensures seamless power continuity during grid disturbances, transfer events, or generator start-up — without voltage sag or latency.
Why it matters
AI workloads are bursty and power-intensive. Stable output under dynamic loads protects sensitive compute and avoids costly interruptions.
Faster Recharge, Higher Availability
12–30 minute recharge capability
Unlike legacy lead-acid systems that may require hours to recover, AIion batteries recharge rapidly after a discharge event. This enables UPS systems to return to full readiness quickly — even after repeated outages.
Why it matters
Higher recharge speed increases system availability and resilience during cascading or frequent grid events.
Higher Energy Density, Smaller Footprint
150–200 Wh/kg specific energy
AIion’s high energy density allows more backup capacity in a smaller, lighter footprint — reducing battery room size, rack space, and structural load requirements.
Why it matters
Space and weight constraints are critical in modern data centers, especially retrofits and edge facilities supporting AI workloads.
Long Cycle Life, Lower Total Cost of Ownership
8,000–10,000+ charge/discharge cycles
AIion batteries are engineered for long service life under frequent cycling. This dramatically reduces replacement intervals and maintenance costs compared to traditional UPS batteries.
Why it matters
Longer lifecycle means predictable performance, fewer change-outs, and materially lower TCO over the life of the data center.
Wide Operating Temperature Range
Reliable performance from –40 °C to +70 °C
AIion batteries maintain performance across a broad temperature range, reducing dependence on aggressive HVAC controls and enabling deployment in diverse environments — including edge data centers and hardened facilities.
Why it matters
Thermal tolerance improves system robustness and reduces cooling energy costs.
Intelligent Monitoring & Predictive Maintenance
Integrated Battery Management System (BMS)
AIion batteries continuously monitor:
- State of Charge (SOC)
- State of Health (SOH)
- Temperature and voltage at the cell level
This data enables predictive maintenance, early fault detection, and seamless integration with modern data center monitoring platforms.
Why it matters
Real-time visibility prevents unexpected failures and supports uptime-driven operations.
Safety-First Lithium Architecture
Safe Li-Ion™ chemistry with built-in protections
AIion prioritizes safety through cell-level controls, thermal stability, and fault isolation — designed specifically for mission-critical infrastructure where safety and reliability are non-negotiable.