Electrical Panel Repair in Atlanta, GA

I installed a sub panel, ran dedicated circuits, and terminated breakers. I also installed the necessary receptacles, ensuring everything was safely and efficiently connected.

We diagnosed and fixed an arc fault breaker that tripped during a storm. The breaker showed signs of wear, extreme heat, and an error signal. Our team replaced the faulty components to restore proper function.

Installed a 120v outlet within 5 feet for an office, ensuring a dedicated circuit. Separated existing wall outlets to match the new wall's circuit, enhancing efficiency.

We installed a dedicated circuit for a single appliance. We identified and reset a tripped GFCI, ensuring safe and proper electrical function.

During the inspection, I identified mismatched breakers in the electrical panel, which violated safety codes. I replaced them with appropriate breakers to ensure compliance and safety.

Installed a 50 amp EV charging circuit, ran 30 ft of cable, added a 50 amp breaker, and replaced both NEMA 14-50 receptacles with EV-rated versions.

A flickering light in the bathroom was resolved by identifying a faulty switch and replacing it with a new one, ensuring safe and reliable lighting.

We installed a 40 amp EV circuit at 240 volts, securely mounted it, and connected the conductors. We also mounted the EV nema 14-50r outlet, junction box, and EV mount holster. Finally, we tested and confirmed the correct voltage.

We removed outdated charge points and installed modern EV charging stations on existing circuits, ensuring efficient and reliable charging for electric vehicles.

We carefully removed the outdated light fixture, installed a modern replacement, and safely disposed of the old materials, ensuring a clean and efficient transition.

We installed 50-100 amp circuits, spaced every 5 feet for runs up to 50 feet. We also set up a dedicated 60 amp panel circuit for the IT room and replaced the SP arc fault breaker.

I checked the electrical panel, buss bars, and OCODs for issues. I installed a junction box for a bathroom heated floor system and ran conduit for communication wiring.

I identified and fixed a ground fault in the bedroom circuit. After diagnosing the issue, I restored the connection between the ground and neutral wires, ensuring everything operates safely and correctly.

I extended the 480v circuit, installed EMT conduit, mounted a disconnect, and added wiring for the hot plate. The work was precise and adhered to safety standards.

We installed a 110V indoor outlet within 5 feet of the power source, dedicated to a sump pump. This outlet is located below the basement window and is on a 20-amp circuit, ensuring reliable operation.

I installed inslab conduits to prepare for future kitchen island cabinets. This involved precise measurements, cutting, and securing conduits within the slab for smooth wiring later.

We installed a dedicated circuit for a single point of use. Found the sump pump overloaded the basement circuit. Recommended and will run a separate circuit for the pump.

Installed a dedicated circuit for a media room and basement lighting. Fixed an arc fault breaker, replaced faulty bulbs, and installed Lutron touch dimmers in 3-way smart switches.

We installed a tandem breaker to replace a double-tapped one, ensuring compliance with electrical codes. We separated the circuits, tested the system, and verified everything was functioning correctly.

We conducted a thorough EV site survey, assessing the existing electrical infrastructure to calculate load requirements for upcoming EV installations. This included detailed analysis and planning for seamless integration.

After an EV installation, I addressed a main breaker tripping issue. I discovered loose connections at the main breaker and the NEMA 14-50R outlet, along with an improperly rated outlet in a single gang box.

I extended a 40 amp circuit for a BMW EV charging station, ensuring a dedicated bottom entry. I also installed a 4-inch LED wafer light for enhanced visibility.

I safely disconnected the BMW EV charging station, transported it to the client's new home, and reinstalled it, ensuring everything functioned perfectly.

I installed a GFCI outlet near the fan/light outlet. I cut sheetrock and ran M/C cable from switches to receptacles. I ensured safety and compliance with electrical standards.

Installed a new 3-phase electrical circuit to power a Cowell Dissolver at Magnolia Advanced Materials. Work included circuit installation, equipment connections, verification of phase-to-phase and phase-to-ground voltages, testing, and confirming proper operation of the equipment.