Precision Electrical Infrastructure for High-Demand Commercial Facilities
Designed for continuous-duty commercial loads — service upgrades, 3-phase distribution, EV charging infrastructure, and high-bay lighting. Every installation is fully permitted, code-compliant, and built to pass inspection on the first visit.
Full-scope service upgrades load-calculated for simultaneous lift, compressor, and diagnostic demands — weatherhead to panel, FPL-coordinated, permitted, and inspected.
Dedicated motor circuits for hydraulic lifts and alignment machines — nameplate-rated conductors, properly sized disconnects, and NEC 430-compliant installations built for continuous-duty use.
Industrial-grade 3-phase distribution with full load calculations, correctly rated disconnects, and structured conduit runs — engineered for reliable, continuous-duty compressor operation.
High-bay LED systems engineered for commercial garage environments — optimized foot-candle output, measurable energy savings, and code-compliant fixture layout throughout.
Level 2 and DC fast charger systems for commercial fleets and service facilities — load-managed, utility-coordinated, and designed to scale as demand grows.
Commercial-grade panelboards, subpanel feeds, and disconnect switches — load-balanced, clearly labeled, and configured for first-visit inspection approval on every project.
Featured Project — Hollywood, FL
End-to-end electrical overhaul: service upgrade, new panelboards, compressor contactor system, conduit pipework, and full rewiring. Taken from deteriorated, undersized infrastructure to a fully code-compliant, permitted, and inspected commercial facility.
Panel Upgrade — Before
New Panel — Internal View
Panel — Wired & Loaded
Pipework & Conduit Runs
Service Mast & Meters — Done
Service Upgrade — Complete
Featured Project — Peterbilt Facility, South Florida
3-phase electrical infrastructure for industrial compressors, heavy lifts, and commercial machinery — NEC 430-compliant conductors, correctly sized disconnects, and structured conduit runs built for continuous-duty operation.
3-Phase Disconnect — Fused
RS30i Compressor — View 1
RS30i Compressor — View 2
Heavy commercial equipment on undersized circuits is a primary cause of electrical fires. Every circuit is load-calculated and code-verified before installation begins — no exceptions, no shortcuts.
Complete ampacity calculations on every project — no undersizing, no guesswork
Motor circuit protection and disconnect requirements met to national code on every installation
Structured conduit routing and wire management — built to last and designed for future serviceability
Industrial compressors and rotary-screw systems require 3-phase power to run efficiently and reliably. Incorrect wiring causes overheating, premature failure, and voided manufacturer warranties. Every circuit is sized and verified correctly before commissioning.
Commercial garages and service bays require electrical infrastructure built for simultaneous, heavy continuous-duty loads — lifts, compressors, welders, and diagnostics running at full draw. Every system is load-calculated, code-compliant, and engineered for long-term reliability.
Full-facility service upgrades engineered for simultaneous peak loads — lifts, compressors, welders, and diagnostics on a distribution system built for commercial-grade demand.
Motor circuits engineered to NEC 430 — properly sized disconnects within sight of equipment, continuous-duty conductors, and conduit designed for inspection approval.
Permits pulled before any work begins. Every installation is engineered to NEC standards and coordinated directly with the authority having jurisdiction — first-visit approval, every time.
Installation sequenced around your operating schedule to keep service bays active. Every project is planned to protect your revenue and reduce facility downtime.
Every commercial project follows a structured, code-compliant sequence — designed before installation begins and formally signed off before the job closes.
Existing electrical infrastructure, facility load requirements, and equipment specifications assessed in full — before system design or permit drawings begin.
Load calculations, panel layouts, conduit routing, and permit drawings completed and submitted — engineered to code before a single wire is pulled.
Sequenced to minimize operational downtime. FPL coordination, utility interfaces, and all trade handoffs managed directly — no delays, no gaps in accountability.
Every circuit tested, verified, and documented before the inspector arrives. The project does not close until it passes final AHJ inspection — no exceptions.
Professional electrical systems designed for safety, performance, and long-term reliability.