Cary, NC

Completed a full office build-out with lighting layout design, dedicated server room circuits, and AFCI/GFCI protection. Cary NC Commercial Electrical Contractor

Installed LED parking lot lighting with time clock and photocell controls for a retail strip mall. Cary Commercial Lighting Electrician

Upgraded electrical service to 400A for a restaurant kitchen build-out, including heavy equipment circuits and surge protection. Commercial Electrician in Cary NC

Completed a ceiling fan replacement in a vaulted living room. Replaced old fan-rated box with new brace box for support. Ensured fixture is wired to switch leg with proper fan/light separation.

Installed a Tesla Wall Connector on a dedicated 60A circuit. Pulled THHN in conduit from panel to garage. Verified ground continuity and conducted load calculation for service demand.

Corrected double-lugged neutrals in a main panel. Relocated shared connections to individual terminals per NEC code, reducing the risk of arcing and neutral overloads.

Installed LED recessed lighting with dimmable drivers in a living room remodel. Circuits tied to Lutron dimmer switches for adjustable ambient lighting. All fixtures meet current energy efficiency standards.

Installed a new 200A service panel in a residential home, replacing a corroded and overloaded 100A fuse box. Routed circuits cleanly, labeled breakers, and verified grounding electrode system.

I installed motion-sensor lighting for a backyard pathway. Each light was rated for outdoor use and wired to a junction box inside the crawlspace. I sealed all exterior penetrations with silicone to prevent water intrusion and tested sensor response at dusk and motion detection range.

I performed a thermal scan of a residential panel after the homeowner reported a burning smell. Using an infrared camera, I detected excessive heat on a double-pole breaker. I replaced the breaker and re-terminated the feeder conductors after inspecting for damage. The panel was rechecked post-repair to ensure proper operation and temperature.

I inspected and rewired a detached garage with outdated aluminum branch circuits. I replaced them with copper wiring, installed GFCI protection, and grounded the subpanel properly. I also ensured the garage lighting and outlets met current spacing and height requirements for detached accessory buildings.

I inspected a customer’s attic wiring and discovered spliced conductors not contained in junction boxes. I installed approved boxes with strain relief connectors, used wire nuts, and ensured all splices were accessible for future service per NEC requirements. The circuits were restored and tested for continuity and polarity.

I installed tamper-resistant receptacles throughout a home with young children, replacing standard outlets in all living and sleeping areas. This upgrade brought the property into compliance with NEC Article 406.12 for child safety in dwelling units.

I performed a service call to identify a tripping GFCI breaker. The issue was traced to water intrusion in an exterior outlet. I replaced the outlet with a weather-resistant model and sealed the box with a new in-use cover.

I installed recessed lighting in a finished basement, using ultra-thin LED canless fixtures to avoid joist interference. Each fixture was wired in series from a dimmer-rated switch, with the circuit protected by an AFCI breaker to meet updated code requirements for finished basements.

I upgraded all smoke detectors in a home to hardwired, interconnected models with battery backup. I verified that activation of one detector triggered the others, ensuring full compliance with fire safety requirements for interconnected residential alarm systems.

I relocated a subpanel from a damp basement to a dry utility room to eliminate corrosion concerns. All branch circuits were extended with appropriately rated wire, and I installed conduit where necessary. The relocation improved accessibility and ensured compliance with NEC clearance and moisture requirements.

I replaced outdated knob-and-tube wiring in a home built in the 1950s. All circuits were updated to modern Romex with proper grounding and GFCI protection where required. I ensured the installation met current code and passed inspection.

I installed a whole-house surge protector directly at the main panel. This device will protect sensitive electronics from voltage spikes caused by nearby lightning strikes or utility switching events on the grid.

I diagnosed and repaired a persistent issue with flickering lights throughout a home. After a thorough inspection, I found loose neutral connections in multiple junction boxes, which I tightened and secured to restore consistent voltage levels.

With more people switching to electric vehicles, proper EV charger installation is essential. Today, we installed a Level 2 EV charging station in a garage, running a dedicated 240V circuit from the panel. We ensured the charger met NEC electrical code requirements and provided surge protection for long-term safety. Now, the homeowner can charge their vehicle in half the time compared to a standard outlet.

Replaced outdated aluminum wiring with copper wiring in a home to enhance safety and meet current electrical code requirements. Installed new AFCI breakers to protect against arc faults. Home rewiring in Cary.

Installed a dedicated 240V circuit for an EV charger in a residential garage. Ensured proper grounding, ran conduit for a clean installation, and tested the system for efficiency and safety. EV charger installation in Cary.

Installed GFCI outlets in a Raleigh, NC, kitchen, enhancing safety by preventing electrical shocks in moisture-prone areas. The upgrade meets NEC code requirements for modern homes. Electrician in Raleigh.

Upgraded an outdated electrical panel in a Cary, NC, home, ensuring a safer and more efficient power distribution system. The new panel supports modern electrical demands and improves reliability. Electrician in Cary.