What design and consulting covers
| Deliverable | Purpose |
|---|---|
| Load calculation (NEC Article 220) | Sizes service, feeders and transformers for real demand plus growth |
| Single-line diagram | One-page map of sources, transformers, gear and protection |
| Short-circuit study | Confirms equipment interrupting and withstand ratings |
| Protective device coordination | Ensures the nearest device trips first, limiting outages |
| Arc flash risk assessment | Incident energy and labels per NFPA 70E / IEEE 1584 |
| Harmonic / power quality study | Assesses VFD and non-linear load impacts (IEEE 519) |
| Specifications & drawings | Permit- and bid-ready documents |
Typical projects
- Bringing three-phase service to a site that currently has single-phase
- Adding a production line, chiller plant or EV charging
- Replacing obsolete switchgear or motor control centers
- Standby power: generator sizing and transfer schemes
- Correcting chronic tripping, overheating or power quality problems
What to have ready
- Utility bills (12 months) and any interval demand data
- Existing drawings or panel schedules, even if outdated
- Equipment list with nameplate data for major loads
- Photos of the service, main gear and problem areas
- Planned changes and target timeline
Why it pays
Spending on design up front avoids oversized gear, change orders, failed inspections and equipment with too low a fault rating. It also gives you accurate documentation for the life of the facility. Explore related services on the Services page.