Arc Flash and Power System Studies for Facilities
Arc flash analysis, short circuit analysis, coordination studies, and single line diagram development led by a California licensed professional engineer (PE).
Serving commercial and industrial sites, hospitals, campuses, laboratories,
data centers, and public facilities across the San Francisco Bay Area and Northern California.
Services At a Glance
- Incident energy calculations
- Arc flash boundaries
- Label layouts
- Fault duty calculations
- Equipment ratings evaluation
- Highlight overstressed gear
- Time current curves
- Recommended settings for breakers and relays
- Notes on selectivity and nuisance tripping
- Creation or cleanup of single line diagrams
- Alignment with field conditions
- Deliverable in both PDF and editable formats on request
Who We Serve
Commercial and Industrial
Office, retail, and mixed-use properties, warehouses, and manufacturing plants, where service upgrades and tenant improvements change fault current and the labels on the gear.
Hospitals and Healthcare
Studies for hospitals, skilled nursing, surgical centers, and medical offices, prepared for HCAI review, including PIN 70 coordination and essential electrical system requirements.
Data Centers and High-Tech
Colocation, enterprise, and hyperscale data centers and semiconductor sites, where generators, UPS systems, and PDUs must stay coordinated so a fault stays local, not site-wide outage.
Laboratories and Life Sciences
Biotech, pharmaceutical, and research laboratories with standby power for critical equipment, and studies kept current through each tenant fit-out rather than redone from scratch.
Higher Education and Research
Campus-level studies for universities, colleges, and research facilities with medium-voltage distribution, central plants, many buildings, and decades of renovation layered together.
Government and Public Utilities
Jails, courts, public safety buildings, emergency operations centers, and water and wastewater treatment plants that must stay safe, secure, and operating during power events.
How We Work
Step 1
Listen and define the scope
We review your goals, drawings, and any previous studies, then define which buildings and equipment will be modeled and where labels and documentation are required.
Step 2
Collect data and build the model
We gather equipment information from drawings and field visits, then build or update a detailed power system model for analysis and future arc flash studies.
Step 3
Analyze, document, and review
We run short circuit, coordination, and arc flash calculations, prepare diagrams, settings, and labels, and review the results with your team before finalizing.
Ready To Discuss A Project
Whether you need a new arc flash study, an update to an older one, or
integration of a renovation into an existing system, we can outline
a clear scope and fee. Click the button below to get started.
