AI workloads need continuous uptime, but tightening grid capacity leaves facilities vulnerable to disruption.
Grid interconnection queues and stalled natural gas infrastructure are threatening facility timelines.
Operators face pressure to minimize fossil fuel usage but lack viable alternatives for baseload power.
Data centers already face backlash over grid costs; adding toxic, flammable batteries only intensifies community opposition.
Achieving Ultimate Uptime in the AI/ML Era
Cycle multiple times daily to support demanding AI workloads with consistent, high-throughput energy.
Deploy immediate power solutions behind the meter to bypass long utility wait times to get facilities online.
Deploy immediately with batteries that avoid gas feeds and reliance on fossil fuel infrastructure.
Non-flammable chemistry prevents thermal runaway, eliminating massive thermal barriers and accelerating the permitting process.
Reduce demand charges by discharging during high-load periods without throttling workloads.
Store onsite wind or solar energy to provide consistent, clean power for data processing operations.
Discharge to 0% with no degradation, ensuring maximum runtime during outages.
AI workloads need continuous uptime, but tightening grid capacity leaves facilities vulnerable to disruption.
Grid interconnection queues and stalled natural gas infrastructure are threatening facility timelines.
Operators face pressure to minimize fossil fuel usage but lack viable alternatives for baseload power.
Data centers already face backlash over grid costs; adding toxic, flammable batteries only intensifies community opposition.
Achieving Ultimate Uptime in the AI/ML Era
Cycle multiple times daily to support demanding AI workloads with consistent, high-throughput energy.
Deploy immediate power solutions behind the meter to bypass long utility wait times to get facilities online.
Deploy immediately with batteries that avoid gas feeds and reliance on fossil fuel infrastructure.
Non-flammable chemistry prevents thermal runaway, eliminating massive thermal barriers and accelerating the permitting process.
Reduce demand charges by discharging during high-load periods without throttling workloads.
Store onsite wind or solar energy to provide consistent, clean power for data processing operations.
Discharge to 0% with no degradation, ensuring maximum runtime during outages.