
Data centers operate 24/7 and rely on stable, efficient power to support critical systems. As energy demands grow and infrastructure becomes more distributed, many facilities still use outdated or siloed monitoring tools that lack the speed, scalability, and insight needed to manage today’s complex electrical environments.
Key challenges include limited visibility across the full power chain, fragmented data that obscures efficiency gains, gaps in monitoring backup systems, slow polling that misses fast-moving disturbances, and poor scalability for multi-site or hyperscale operations.
Data centers need a unified platform that delivers real-time insight into both electrical and environmental systems. A system that can break down data silos, integrate seamlessly with critical assets, and support proactive monitoring – so teams can ensure uptime, meet sustainability goals, and adapt to evolving operational demands.
Survalent’s Synergy Energy Management System delivers exactly that – and more.
Synergy EMS is a secure, on-premise solution engineered to meet the evolving energy needs of today’s data centers. It delivers real-time electrical and environmental telemetry across the full infrastructure – from grid interconnection points to PDUs and rack-level devices – helping operators detect anomalies early, respond quickly, and maintain continuous uptime.
The solution eliminates data silos, providing a unified view of power and facility systems, and delivers actionable insights into conditions as they unfold. It integrates seamlessly with both legacy and industry-standard hardware and software, as well as distributed energy resources (DERs), enabling data centers to bring renewable energy into their power mix and better manage distributed assets.
Scalable from a single site to a multi-campus or global network, Synergy EMS empowers operators to streamline energy operations, reduce risk, and adapt to more distributed and dynamic power environments – ensuring resilience, efficiency, and confidence in every operational decision.


