Emergency Generator Infrastructure Upgrade

Reliable backup power infrastructure is essential to maintaining uninterrupted healthcare operations during outages, severe weather events, and emergency conditions. At the Salisbury VA Medical Center, aging distributed backup systems created long-term reliability and maintenance challenges across the campus.

To strengthen resiliency and modernize critical infrastructure, Above Group designed a new centralized emergency generator facility supporting essential healthcare operations and life safety systems throughout the medical center.

The project consolidated standby power infrastructure into a centralized, maintainable facility incorporating medium-voltage generator systems, integrated paralleling switchgear, emergency fuel storage, and building automation integration aligned with VA resiliency and physical security standards.

Because the work supported an active healthcare campus, the design required careful coordination with existing electrical infrastructure while maintaining operational continuity and planning for future system flexibility and expansion.

As an SDVOSB engineering firm specializing in federal healthcare infrastructure, Above Group delivered engineering solutions focused on long-term reliability, maintainability, and operational resilience for mission-critical healthcare systems.

Key Engineering Features

• Centralized emergency generator infrastructure
• Medium-voltage power distribution systems
• Integrated paralleling switchgear
• Emergency fuel storage systems
• Building automation systems integration
• Resilient standby power infrastructure

Project Challenges

• Replacing aging backup power systems on an occupied healthcare campus
• Integrating new systems into existing campus electrical infrastructure
• Maintaining operational continuity during transition planning
• Meeting VA resiliency and physical security requirements

Results

• Improved campus-wide emergency power resiliency
• Consolidated backup power infrastructure
• Enhanced reliability for critical healthcare operations
• Long-term standby power capacity supporting future campus needs
• Centralized monitoring and facility management capabilities