Market
Healthcare
EPSS engineering, NFPA 110/99 compliance studies, and arc-flash analysis for hospitals, surgery centers, and senior care.
Overview
Healthcare power systems carry life-safety, critical, and equipment branch loads that cannot drop. The regulatory environment (NFPA 99, NFPA 110, NEC 517, CMS, Joint Commission) is unforgiving. We engineer essential electrical systems that pass survey, hold up under load, and integrate cleanly into operations.
What makes this market different
Sector-specific challenges
Branch separation under NEC 517
Life-safety, critical, and equipment branches must remain electrically and physically separated end-to-end. We engineer the separation into the design and verify it during construction.
0.1-second selectivity
NEC 700.32 and NEC 517.31 require selective coordination for essential systems. A coordination study is not optional. It’s a deliverable on every project.
NFPA 110 chapter 8 acceptance testing
Generator and ATS acceptance testing must follow a defined protocol with documented results that surveyors will ask to see.
Renovation without downtime
You can’t take an OR offline. We design phased cutovers and temporary distribution that keep clinical operations running through the work.
Representative work
Recent projects
Texas
HCA Hospital: Emergency Power System Upgrade
Generator capacity addition and EPSS branch redistribution.
Multi-state
Confidential Healthcare System: Generator & ATS Engineering
Generator replacement, ATS specification, NFPA 110 acceptance protocol.
Why TPS
What you get with TPS on a healthcare project
Direct engineer-of-record involvement, no junior pass-through
NFPA 110 chapter 8 acceptance protocols ready for surveyor review
Coordination study delivered with every EPSS project
Phased-cutover design experience that respects clinical uptime
Have a healthcare project on your desk?
We respond to every inquiry within one business day with a scoped proposal, a real timeline, and the engineer who will run the work.