When to Upgrade
If your facility trips breakers regularly, runs out of circuit space, or needs to add major equipment, a panel upgrade solves the root cause. Common reasons: reached max capacity, adding HVAC/kitchen/manufacturing loads, space conversion, insurance or code findings, replacing obsolete Federal Pacific or Zinsco panels, or preparing for EV chargers and solar.
- Main service upgrades (200A to 400A, 400A to 800A)
- Sub-panel additions and distribution expansions
- Panel and switchgear replacements
- Bus duct and feeder upgrades
- Utility coordination and service entrance work
- Infrared thermal scanning
- Breaker testing and torque inspections
- Arc flash studies and labeling
How a Project Moves Through Our Shop
Assessment
We document existing loads, calculate capacity, and deliver a written report.
Design
Coordinate with the utility for service entrance and metering requirements.
Installation
Scheduled to minimize downtime. Most swaps done in one day with a 2–4 hour planned shutdown.
Testing & Handoff
Every circuit tested, panel schedules updated, and as-builts provided.
Why It Matters for Your Building
Capacity for Growth
Room to add tenants, EV charging, HVAC, or production equipment without another upgrade in two years.
Code Compliance
Modern arc-fault, ground-fault, and grounding requirements met to current NEC.
Predictable Reliability
Preventive maintenance catches loose connections and failing breakers before they cause downtime.