Data Centers

Energy Infrastructure for Data Center Uptime

Data centers operate under uptime requirements that leave essentially no tolerance for power interruption. ATC GridWorks designs battery storage and microgrid infrastructure engineered for sub-second failover, seamless integration with existing UPS systems, and continuous, remotely monitored operation.

Industry Pain Points

  • Zero tolerance for power interruption, with financial and contractual penalties for downtime
  • Rising energy costs as compute density and cooling loads increase
  • Growing requirement for verified renewable energy sourcing from hyperscale and enterprise tenants
  • Diesel generator dependency that conflicts with sustainability commitments

The ATC GridWorks Approach

ATC GridWorks designs battery storage as a complementary layer to existing UPS and generator infrastructure - providing bridging power, peak-shaving, and renewable energy time-shifting - integrated through the AI EMS and monitored 24/7.

Recommended Technologies

Utility-scale or industrial BESS with liquid cooling for high-density, high-utilization operation; microgrid controllers for automated islanding; AI EMS for continuous load forecasting and dispatch.

FAQs

Typically no - BESS is deployed as a complementary layer for longer-duration bridging power, peak-demand reduction, and renewable integration, working alongside (not replacing) existing UPS infrastructure designed for sub-second ride-through.

Battery storage allows solar generation to be time-shifted to match data center load patterns around the clock, increasing the effective percentage of renewable energy consumed rather than exported or curtailed.
 
     
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