Hospitals, ambulatory surgery centers, medical office buildings, and outpatient clinics across Texas. NFPA 99 essential systems, isolated power, and generator paralleling for life-safety critical facilities.
Healthcare electrical work operates under a different rule set than commercial construction. NFPA 99 governs essential electrical systems and partitions hospital load into Life Safety, Critical, and Equipment branches with their own transfer switches, distribution, and recovery time requirements. Operating room receptacles use isolated power systems with line isolation monitors. The Joint Commission and CMS audit electrical reliability and emergency power testing logs. The bar for compliance is higher than any other commercial sector we work.
We deliver electrical scope for new hospitals, hospital expansion and renovation, ambulatory surgery centers (ASCs), medical office buildings (MOBs), and outpatient clinics. Our team works the NFPA 99 / NFPA 110 framework alongside the facility clinical and infection control requirements.
Life Safety, Critical, and Equipment branch distribution per NFPA 99 Type 1 essential electrical systems for hospitals. ATS sizing and configuration for each branch, with restoration timing meeting NFPA 110 Level 1 requirements (10-second restoration for Life Safety and Critical, 60-second for Equipment).
Diesel generator installations sized for full essential electrical load. NFPA 110 Level 1 EPSS with annual load-bank testing infrastructure. Generator paralleling for facilities requiring N+1 or 2N standby, with paralleling switchgear and automated synchronization controls.
Isolated power systems for operating rooms, cath labs, and wet-procedure locations per NFPA 99. Isolation transformers, line isolation monitors with hazard current alarms, and IPS-fed receptacles.
Master and area alarm panel wiring for medical gas systems (oxygen, medical air, nitrous oxide, medical vacuum, WAGD) per NFPA 99 Chapter 5.
Power distribution for MRI, CT, PET, fluoroscopy, and linear accelerator installations. Imaging equipment service entrances sized for kVA peak, dedicated isolation transformers where required, and equipment grounding per IEEE 1100 (Emerald Book) for sensitive electronics.
Infection Control Risk Assessment (ICRA) compliance for work in occupied hospital areas. Negative pressure containment, HEPA filtration of work zones, scheduled access through adjacent clinical space, and coordination with the hospital infection prevention team.
Acute care hospitals, ambulatory surgery centers (ASCs), medical office buildings (MOBs), outpatient clinics, behavioral health facilities, long-term care, and specialty facilities (imaging centers, dialysis, oncology, cardiac cath). We work across new construction and capital renovations in occupied facilities — the bulk of healthcare electrical work is renovation, where ICRA discipline and clinical coordination matter as much as the electrical scope itself.
Yes. Texas Department of Licensing & Regulation governs electrical licensing and inspection for healthcare construction; The Joint Commission audits operational compliance including EPSS testing logs and isolated power system records.
Yes. ICRA-compliant work in occupied clinical space is core scope for healthcare electrical. We work nights and weekends when clinical operations require, coordinate with infection prevention on containment, and follow the facility ICRA Class III/IV protocols when the work warrants it.
NFPA 110 requires annual load-bank testing for EPSS generators not exercised under load for the minimum monthly duration. We install permanent load-bank tap boxes during construction.
Yes. MRI installations require specialized scope: RF shielded penetrations through the Faraday cage, isolated grounding referenced to the OEM ground point, filtered penetration panels for control wiring, and coordination with the magnet vendor on quench vent and emergency stop circuits.
Send us your scope, drawings, and clinical impact window. We will come back with pricing and a phased execution plan.