DATASAFE NOIR ENERGY STORAGE SYSTEM
REQUEST A QUOTEYour runtime target may be right. Your UPS energy storage strategy may not be.
High-density computing is changing the power profile behind familiar UPS runtime requirements. AI training, inference, HPC and other dynamic-load applications can create faster load movement, higher power demand and more concentrated discharge events — meaning a system may meet the runtime target yet remain poorly aligned with the workload.
The DataSafe Noir™ energy storage system starts with the application, combining UPS-specific cell design, high power density, layered protection and integrated monitoring for short-duration, high-power duty profiles where system behavior matters as much as runtime.
Designed for short-duration, high-power UPS applications
The DataSafe Noir™ system is designed for sites where energy storage has to be judged by more than a runtime figure. Power density, high-rate discharge performance, footprint, efficiency, and system simplicity can all influence the final specification.
UPS-SPECIFIC CELL DESIGN
The cell architecture is optimized for the high-rate, short-duration discharge demands of UPS applications —not adapted from a general-purpose energy-storage design.
BUILT FOR HIGH-POWER EVENTS
The system is designed for applications where rapid load movement, discharge capability, voltage behavior and thermal response all influence performance.
CONFIGURED AROUND THE APPLICATION
Power, runtime, redundancy, UPS operating window and site constraints are considered together.
Engineered as a system — from cell to rack
The DataSafe Noir™ energy storage system combines UPS-specific cell design, modular construction, layered protection and operational visibility in one integrated platform to support controlled, predictable system performance in short-duration, high-power applications.
CELL DESIGN TAILORED FOR UPS DUTY
Power-focused lithium iron phosphate (LFP) cell technology is selected and configured around high-rate UPS requirements, including discharge capability, rapid load movement, voltage behavior, and thermal performance.
PROTECTION
Integrated sensing, electrical protection and control are structured across the cell, module and rack.
This multi-layer architecture helps identify abnormal conditions and coordinate a controlled system response.
VISIBILITY ACROSS THE SYSTEM
Integrated monitoring provides insight into the cell, module and rack conditions, including key electrical, thermal and system-status parameters.
This supports earlier issue identification, more informed operation and more effective lifecycle planning than periodic inspection alone.
BUILT FOR EFFICIENT DEPLOYMENT
Factory-integrated cabinets reduce the number of individual units, interconnections and assembly steps required on site. Under defined, prepared-site conditions, a two-cabinet, 1.2 MW system can be installed in approximately four hours.
Why EnerSysEnerSys brings decades of critical power experience to the next generation of data center energy storage. That experience matters because DataSafe Noir™ energy storage system is not just a battery technology story. It is an application-led platform for customers making technically demanding power resilience decisions. EnerSys helps customers review the workload, duty profile, UPS requirement, site constraints, and long-term resilience strategy before settling on the specification. Most alternatives start with the battery. DataSafe Noir™ energy storage system starts with the workload.
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