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Real-World Application

Ensure resilient power for uninterrupted care

Monitor, distribute and protect power across hospital electrical infrastructure with integrated power distribution systems that help maintain continuous power for critical systems, strengthen operational resilience and protect continuity of care during grid disruptions and everyday operations.

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Healthcare Power Resilience

Challenge

Care delivery depends on continuous power to support life-critical systems, maintain patient safety and keep operations running. However, grid instability, extreme weather, aging infrastructure and growing electrical loads increase the risk of outages and disruptions. Limited visibility into electrical performance can make it difficult to identify issues early and protect continuity of care.

Solution

Monitored power distribution provides real-time visibility into electrical performance, helping facilities teams identify overloads, faults and power-quality issues before they become disruptions. Combined with redundant power architectures, intelligent load prioritization and microgrid integration, healthcare organizations can maintain continuous power to critical systems and protect continuity of care during grid disruptions. The result is a more resilient electrical infrastructure that supports power redundancy, operational continuity and patient safety.

Detect electrical faults early

Catch overloads, faults and abnormal conditions early, before they escalate into downtime.

Monitor your entire power network

Gain real-time visibility into load, status and power quality across medium and low voltage distribution.

Keep critical systems powered

Maintain continuous power to life-critical systems during grid outages and instability.

Balance load dynamically

Prevent overloads during peak demand or degraded grid conditions with intelligent load balancing.

Switch power sources seamlessly

Transition seamlessly between grid, backup and on-site energy resources for full hospital power redundancy, without interruption.

Prepare infrastructure for future demands

Use centralized electrical data and event history to support maintenance planning and infrastructure modernization.

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Reliable, monitored power for critical healthcare infrastructure

Gain real-time visibility into hospital electrical infrastructure, from medium voltage (MV) switchgear to low voltage (LV) panels, enabling faster response to faults, overloads and power-quality issues.

  • Real-time electrical power monitoring across feeders, switchgear and panels for load, status and power-quality visibility
  • Integrated MV and LV distribution architecture to coordinate protection, monitoring and control across the electrical network
  • Early detection of overloads, faults and abnormal conditions to reduce the risk of outages and equipment damage
  • Visibility into energy flow across critical circuits and assets, supporting prioritization of life-safety and mission-critical loads
  • Centralized electrical data and event history to support maintenance planning, resilience assessments and infrastructure modernization
  • Support for EV charging integration without compromising critical power availability or system stability

Product | Low Voltage Power Distribution
Product | Electrical Power Monitoring
Product | EV Charging Services

Customer challenge

Healthcare facilities depend on reliable power for uninterrupted operations. Aging infrastructure and rising energy demand increase risk and limit flexibility, especially as EV charging and renewable energy add new demands.

Key benefits

  • Strengthen power reliability through integrated monitoring and faster response to electrical events.
  • Keep critical systems running on consistent, reliable power, whether conditions are normal or the grid is under strain.

KPIs

  • Mean time to detect electrical faults
  • Reduction in unplanned power-related downtime
  • Power-quality incident rate

Strengthen power resilience across your healthcare facilities

Planning to improve the resilience of your healthcare power infrastructure? From advanced electrical monitoring and built-in redundancy to microgrids and distributed energy resources, our experts can help you reduce risk, improve reliability and support uninterrupted patient care. Let's discuss your goals and identify the right path forward.