Power Infrastructure – safe and auto-adaptive power chains


Eaton Power Infrastructure layers include our intrinsically safe power chain hardware, with auto-adaptive technology and engineering knowledge to significantly improve energy efficiency while optimizing CAPEX.

The first level comprises Eaton’s hardware components and techniques that allow the design of intrinsically safe power chains, with prevention, protection and mitigation from electrical threats like arc flash, backfeed, fault currents, poor selectivity, maintenance and design induced errors; all achieved with equipment resilient to temperature extremes and compliant with the latest safety regulations.

The second hardware level represents the optimization made possible by Eaton engineers’ knowledge of the data center application. Eaton’s auto-adaptive critical power chain includes two proprietary technologies: Variable Module Management System (VMMS) and Energy Saver System (ESS) tools.

  • VMMS suspends UPS modules in an energised state, ready to go online to meet an increased load demand within 1.5 ms.
  • ESS holds UPSs ready to go if the utility grid transgresses tolerance limits.

    These technologies deliver industry–leading energy savings that are delivered by engaging with Eaton’s engineers early in the design cycle.

    Download our feature whitepapers on Power Distribution, UPS Systems, UPS selectivity and 3- and 4-pole switching in UPS installation.

  • Power Distribution Whitepaper


    Power distribution to critical applications is usually a continuous surge for the optimum balance between investment and reliability. However, by making the components used more robust and resilient, a higher level of availability can be achieved.

    This Paper looks at topics including arc flash risk and mitigation, internal separation in low voltage switchgear, diagnostics and the latest norms, in order to provide a complete overview of measures to help users operate and maintain their power distribution system with maximum safety and minimal downtime.

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