Electricians in Marietta, GA

We installed new electrical wiring, lighting connections, and dimmer switch controls for the dining room and kitchen island. For the dining room, we installed a dedicated wall switch for a new light fixture above the table, added a dimmer switch for adjustable brightness, and completed all necessary wiring connections. For the existing recessed lighting, we replaced the wall switch with a new dimmer switch and verified compatibility. In the kitchen island area, we installed new wiring for two pendant light fixtures, added ceiling-mounted electrical boxes, and installed a dimmer switch for adjustable lighting control. All work was done in compliance with electrical codes and manufacturer specifications, and all fixtures and controls were tested for proper operation.

We replaced the outdated 36-year-old electrical panel with a new one, ensuring it was appropriately sized for current needs. The old panel was removed, and the new one was installed with properly sized circuit breakers. Existing branch circuits were reconnected, and the wiring was organized and labeled for clarity. A 50-amp generator interlock system was installed, including a listed interlock kit, a 50-amp generator breaker, and a 50-amp exterior generator inlet with necessary wiring. The interlock was configured to prevent simultaneous operation of the utility main and generator breakers. Whole-home surge protection was added, and grounding and bonding were verified and corrected as needed. The installation was tested, and we reviewed safe generator connection practices, load management, and interlock operation with the homeowner, ensuring compliance with all applicable electrical codes and local inspection requirements.

I successfully removed and replaced four existing light fixtures, including one on the rear porch, one in the living room, and two on the front porch. The old wall switch controlling the front porch lighting was replaced with a new one, and the living room light switch was upgraded to a dimmer switch for adjustable lighting. All electrical connections were meticulously secured, and I ensured that all fixtures and switches were functioning correctly. Prior to leaving, I tested all newly installed components to confirm they were in proper working condition.

On October 19, 2026, I inspected a light fixture damaged by a lightning strike. The Siemens 30-space panel showed heat damage. I presented options for panel replacement, new breakers, a dedicated GFCI outlet, a keyless light fixture, and whole-home surge protection. The customer chose the Good Option, which included a dedicated GFCI outlet and a keyless light fixture replacement. I installed the GFCI outlet and wired it to the fixture, and covered the old panel hole with a two-gang blank plate.

Tanya from Raypak contacted us regarding Andreas Santana's project. We were asked to provide an updated timeline for a prototype installation, initially estimated to take two to three weeks. This involved detailed planning and coordination to ensure all components were properly installed and tested. We meticulously reviewed the project requirements, assessed the current status, and communicated the revised timeline to Tanya. Our team worked diligently to ensure all aspects of the installation were addressed efficiently. For further details, please call 805-278-5300.

We completed a comprehensive electrical upgrade to enhance safety, reliability, and code compliance. This involved replacing the old exterior electrical service equipment with a new outdoor emergency/service disconnect. The grounding and bonding system were upgraded, and the outdated main electrical panel was replaced with a modern load center. New UL-listed circuit breakers were installed, along with AFCI and AFCI/GFCI circuit protection where required. A whole-home surge protection system was added, and interconnected smoke alarms were installed throughout the home. Existing receptacles and switches were replaced, and all devices were properly labeled. We obtained necessary permits and coordinated inspections. All work adhered to NEC, manufacturer, and local requirements.

Upon receiving the call, I addressed an issue with a newly installed freezer circuit. The problem involved GFCI outlets tripping whenever the freezer was plugged in. I began by thoroughly inspecting the circuit to ensure it met all safety standards and was correctly installed. After confirming the installation was proper, I tested the GFCI outlets to identify any potential faults. Upon discovering the outlets were overly sensitive, I replaced them with standard outlets suitable for the freezer's power requirements. This change resolved the tripping issue, allowing the freezer to operate without further problems. The customer expressed satisfaction with the resolution, and I offered a follow-up appointment if needed.

On December 2nd, we successfully completed a service that involved changing the electrical panel. The project was finished ahead of schedule, demonstrating our commitment to efficiency. Our team meticulously ensured that all work adhered to the latest electrical codes and standards. This included a thorough inspection of the existing wiring, installation of a new, compliant panel, and testing to confirm proper functionality. We also took care to restore the area to its original condition, leaving no trace of the work done. The new panel was installed with precision, ensuring safety and reliability for the client's electrical system.

We conducted a comprehensive electrical safety inspection and made necessary corrections. Three double-tapped circuits in the electrical panel were fixed to comply with NEC requirements. The panel was verified as the first means of disconnect, ensuring proper bonding of grounds and neutrals. Three open splices were removed, and one new junction box with a cover was installed. Additionally, two more junction box covers were added to eliminate hazards. All identified electrical concerns were addressed, and no additional issues were found, ensuring the home is safe and ready for the next stage.

We installed three 240-volt high voltage surge protectors for the AC condensing unit or heat pump. Additionally, we installed a new Type 1 service entrance rated 120/240 Volt High Voltage Surge Protector, ensuring compliance with National Electric Code 230.67, which may have required upgrades to the existing grounding electrode system. We also installed a 220-240 volt, 15-50 amp double pole circuit breaker, connecting it to the existing branch circuit wiring and busbar, and performed a full panel inspection. Furthermore, we replaced an existing exhaust fan with a new one, connecting it to the existing discharge duct and switched electrical feed. Lastly, we installed seven 120-volt combo smoke/carbon detectors, connecting them to the existing wiring.

I installed six new combination smoke and carbon monoxide detectors to enhance life-safety protection. A new grounding electrode system was installed to ensure proper electrical grounding. Three AC surge protection devices were added, along with an additional one at the subpanel, and a new 50-amp circuit breaker was installed in the main panel to support the surge protection system. A new bathroom exhaust fan was installed, connected to the existing electrical system, and tested for proper operation. All newly installed electrical equipment was tested to confirm functionality.

We conducted a thorough inspection of the electrical wiring to ensure compliance with current safety standards. Our team identified and addressed flickering lights by examining the connections and replacing any faulty bulbs or fixtures. Additionally, we investigated dead outlets, tracing the issue to outdated or damaged wiring. Necessary repairs were made, including replacing old wiring and securing loose connections. We also tested all outlets and lighting to confirm functionality and safety. The job was completed with attention to detail to ensure a reliable and safe electrical system.

Upon arrival, I was informed that the pool equipment was not operating. After a thorough inspection, I identified that the circuit breaker supplying power to the pool equipment was incorrectly positioned in the panel. This misplacement caused the breaker to draw power from a single phase, leading to improper motor function. I carefully repositioned the circuit breaker to its correct position, ensuring it was properly aligned to draw power from both phases. Following this adjustment, I restored power to the equipment, which then functioned correctly.

Today, I visited to provide an estimate for three dedicated electrical circuits as requested. After discussing the customer's needs and reviewing the electrical setup, it was determined that three circuits were necessary to properly address the work. Additionally, the customer inquired about several enhancements, including installation of three dedicated circuits, five new outlets, GFCI protection for two outlets, a new electrical panel, a grounding electrode system, arc-fault protection, whole-home surge protection, and extra surge protection for the air-conditioning system. All recommendations and pricing have been emailed for review. No work has been scheduled yet. If the customer proceeds, the earliest available date for the recommended work is September 21, 2026, pending approval.

I installed a ceiling-mounted television using the owner-supplied mounting bracket. A new receptacle outlet was installed at the TV location to provide a concealed power source. Power was extended from the existing ceiling fan circuit, ensuring the existing wiring was suitable. Drilling through the ceiling and structural joists was necessary to route the new wiring. All new wiring and receptacle components were securely terminated following electrical code requirements. The TV bracket and television were mounted upon completion. Additionally, a new receptacle was installed for a skylight calendar.

We successfully installed a 1-4 motor for the attic in May. Upon inspection, we identified that the motor was not functioning as expected. After thorough troubleshooting, we discovered a wiring issue that was preventing proper operation. We corrected the wiring and tested the motor to ensure it was working correctly. The motor is now fully operational, providing efficient ventilation for the attic space.

I recently completed a project that required approximately three to four hours of work. The task involved installing a 16-foot A-frame structure, which was essential for the project's success. Mitchell assisted me throughout the process, ensuring that the frame was securely and accurately positioned. Our combined efforts resulted in a stable and well-constructed A-frame, ready for its intended use. The project was completed efficiently, and all materials were properly managed.

I installed eight to ten customer-supplied lights and dimmers, ensuring each was securely mounted and properly wired. Additionally, I completed various other projects, including troubleshooting existing electrical systems and making necessary adjustments. My work was meticulous, ensuring all installations met safety standards and the customer's specifications. The projects were completed efficiently, leaving the space well-lit and functional.

I replaced a chandelier in the foyer, which features tray ceilings, with a new fixture provided by the client. Additionally, I replaced the ceiling fan in the family room with another fixture supplied by them. No scaffolding was required for either task, ensuring a smooth and efficient process. The work was completed without any complications.

Upon arrival, the customer reported intermittent tripping of the circuit breaker linked to the A/C condenser unit. Detailed electrical diagnostics revealed a damaged section of conduit, exposing the electrical conductors feeding the condenser. I replaced the compromised wiring, relocated the existing A/C disconnect to an accessible spot, and installed a new outdoor-rated A/C whip. All electrical connections were properly terminated and secured. After completion, I tested the circuit and condenser power supply to ensure proper operation, resolving the issue effectively.

We installed a dedicated electrical circuit for a new Rheem heat pump system designed for an in-ground pool. This involved assessing the existing electrical infrastructure to determine the best placement for the new circuit. We then ran the necessary wiring, ensuring it met all safety standards and local building codes. The circuit was properly connected to the heat pump, and we conducted thorough testing to confirm its functionality. This installation ensures the heat pump operates efficiently and safely, providing reliable performance for the pool.

Today, I completed various electrical repairs and installations. I installed a new electrical box, receptacle, and cover above the stovetop, utilizing the existing wiring. I also restored the GFCI receptacle and the dishwasher receptacle, replacing them to ensure safe and reliable operation after a recent lightning storm. The faulty switch controlling the back porch fan was replaced, and the exterior electrical meter was re-secured to the house after the siding replacement. All work was tested for proper operation upon completion.

I conducted a comprehensive Level 1 residential diagnostic service to pinpoint the root cause of the reported electrical issue. This involved up to 50 minutes of meticulous exploratory troubleshooting, circuit tracing, and diagnostic testing. I systematically examined each electrical circuit, assessed the functionality of outlets and switches, and utilized diagnostic tools to identify any faults or anomalies. The service was strictly for diagnostic purposes, ensuring no repairs, component replacements, or sheetrock repairs were performed. Any necessary repairs will be quoted separately after the evaluation is complete.

I conducted a comprehensive circuit restoration to resolve power loss in two rooms and a bathroom. I traced the wiring and tested each device to pinpoint the failure source. I replaced damaged devices, installed new receptacles, and secured all connections. I verified proper polarity and grounding, restored power, and tested all devices to ensure safe operation. The rooms were returned to full electrical service with secure, functioning connections.

I completed a comprehensive electrical service upgrade to enhance safety, reliability, and compliance with current codes. This involved removing and replacing the existing meter enclosure with a new, code-compliant meter socket and exterior emergency/service disconnect assembly. New service entrance conductors were installed from the meter to the interior electrical panel. The old load center was replaced with a new UL-listed unit, and all circuit breakers were updated to UL-listed models. Branch circuits were transferred, identified, and verified for proper terminations. AFCI protection was added to applicable 120-volt circuits, and a Type 2 whole-house surge protection device was installed. The grounding electrode system was upgraded, and all necessary grounding and bonding components were installed. All work included labor, materials, permit procurement, utility coordination, and final inspections.