Residential & Commercial Electrical Repair Near Alexandria, VA

In Alexandria, VA, I diagnosed a tripping circuit breaker caused by a short circuit in the wiring. Using a multimeter, I located the damaged insulation within the circuit. I repaired the faulty section with new 12-gauge Romex wire, replaced the breaker, and tested the circuit to confirm proper operation and load capacity.

In Alexandria, VA, I installed new LED pendant lights over a kitchen island. I routed new wiring from the ceiling junction box, mounted the fixtures securely, and connected them to a dimmer switch for adjustable brightness. After installation, I tested the lights for proper operation, adding both functionality and style to the space.

I performed electrical repairs in the residence of our client in Alexandria, replacing damaged wiring in a wall outlet circuit. I used 12-gauge Romex wire to rewire the circuit, installed a new Leviton GFCI outlet, and ensured the breaker was properly rated. Conducted a voltage test to confirm safe operation.

Today, I replaced several outlets in an Alexandria, VA home, upgrading to Leviton tamper-resistant outlets for child safety. I disconnected the existing wiring, attached the new outlets, and ensured all connections were properly grounded. Checked each outlet for voltage and proper operation after installation.

I installed a Tesla home EV charger for a customer in Alexandria this morning. After assessing their electrical panel, I ran a dedicated 240-volt line from the main panel to the garage. I used 6 AWG copper wire and a 50-amp breaker to ensure proper capacity. The installation was tested and completed successfully.

I installed an EV charger for a Nissan Leaf. The installation involved running a new 240V circuit from the panel to the garage. I mounted a JuiceBox 40 Level 2 charger, connected it to the power source, and tested the charging unit for proper operation.

I repaired a tripped breaker issue for a homeowner. The breaker was frequently tripping due to an overloaded circuit. I identified the problem, separated the loads onto different circuits, and installed a new Square D 15-amp breaker. The system is now running smoothly with no further issues.

I installed whole home surge protection using a Siemens FirstSurge Type 2 device. The surge protector was connected to the main panel to guard against voltage spikes and surges. After installation, I tested the device to ensure proper operation, securing the home’s electronics from future surges.

Installed an Intermatic IG1240RC3 whole-house surge protector. Mounted the unit adjacent to the main panel and connected it to a dedicated 20-amp breaker. Ensured all wiring was correctly terminated and that the ground connections were secure. Tested the system to ensure it was properly protecting the home from voltage spikes.

Performed an electrical safety inspection on a home’s aging wiring system. Inspected all circuits for potential overloads, checked the condition of the breaker panel, and tested outlets for proper polarity and grounding. Replaced two outdated GFCI outlets with new Leviton models. Provided the homeowner with a detailed report, including recommendations for future upgrades.

Installed a Nest Learning Thermostat and integrated it with the home’s HVAC system. Replaced the existing thermostat with the Nest unit, connected it to the Wi-Fi network, and configured it through the Nest app. Tested the system to ensure it was properly adjusting the temperature and could be controlled remotely via smartphone.

Addressed an issue with a circuit breaker that repeatedly tripped. Traced the problem to an overloaded circuit powering multiple high-demand appliances. Rewired the circuit to distribute the load more evenly across the panel. Installed a new 20-amp breaker to handle the increased demand. Tested the system, confirming the breaker no longer tripped under normal use.

Installed a Square D HEPD80 whole-house surge protector in a residential electrical panel. Wired the unit directly to a dedicated 20-amp double-pole breaker, ensuring proper grounding and secure connections. Tested the surge protector’s operation by simulating a power surge and confirmed the home’s protection system was functioning as expected.

Performed comprehensive electrical inspection on newly constructed home addition. Utilized Fluke 1587 FC insulation multimeter for continuity and resistance testing. Verified proper wire gauges: 12 AWG for 20A circuits, 14 AWG for 15A circuits. Examined GFCI and AFCI protection in required locations per NEC 210.8 and 210.12. Checked box fill calculations adhering to NEC 314.16. Inspected grounding and bonding connections, ensuring compliance with NEC Article 250. Verified correct ampacity of overcurrent protection devices. Conducted voltage drop calculations for long circuit runs. Documented findings in detailed report for local building department submission.

Installed USB charger outlets throughout the home to enhance convenience and functionality. Replaced standard outlets with combination USB outlets, ensuring each is wired with 12-gauge copper conductors for safe and efficient power delivery. Each outlet now features dual USB ports delivering 2.4 amps per port, allowing for simultaneous charging of multiple devices. All installations were tested for compliance with electrical codes and to ensure proper grounding and secure connections, providing a seamless charging experience throughout the home.

Conducted comprehensive inspection of residential electrical system. Identified numerous instances of outdated knob-and-tube wiring, aluminum conductors, and non-grounded outlets. Noted absence of GFCI protection in wet areas. Proposed full rewiring with 12/2 NM-B cable for general circuits and 14/2 for lighting. Recommended upgrading service panel to 200-amp capacity. Estimated 15 dedicated circuits needed. Suggested installation of arc-fault circuit interrupters for bedrooms. Provided detailed quote including labor hours, materials cost, and permit fees. Emphasized importance of code compliance and safety improvements.

Repaired a compromised TV mounting system in the great room. Inspection revealed sheared lag bolts and damaged drywall anchors. Utilized a stud finder to locate load-bearing studs. Installed a heavy-duty steel mounting bracket rated for 150 lbs, securing it with 3/8" x 3" lag bolts. Applied 35 ft-lbs of torque to each bolt. Reinforced the wall structure with 2x4 blocking between studs. Ensured proper leveling using a digital inclinometer. Verified VESA compatibility and attached TV with M8 bolts. Conducted load test to confirm mount stability and weight distribution.

Installed a comprehensive smart home automation system, integrating lighting, security, and climate control. Configured the central hub to connect via Wi-Fi with all smart devices. Utilized CAT6 cables for enhanced data transmission speed and reliability. Programmed automated routines for optimal energy efficiency and security, providing remote control access through a secure mobile app interface.

Upgraded an electrical panel from 100 amps to 200 amps. Removed the existing panel and installed a new 200-amp panel to accommodate increased electrical demand. Replaced the main service cable and upgraded the grounding system to meet current NEC standards. Labeled and connected existing circuits to the new panel, ensuring proper load distribution. Tested all connections and breakers for functionality and safety, ensuring the home’s electrical system is prepared for future expansion.

Completed a full rewire of a basement. Removed old knob-and-tube wiring and replaced it with modern 12-gauge NM-B cable. Installed new 20-amp circuits for general outlets and lighting. Added GFCI protection to all outlets to meet code requirements. Mounted a new subpanel to manage the additional circuits and ensured proper grounding and bonding. Tested all new wiring and connections for safety and functionality, ensuring the basement's electrical system is up-to-date and secure.

Installed a USB outlet in a home office. Replaced a standard duplex outlet with a combination USB and AC outlet. Ensured the new outlet was compatible with existing wiring and properly grounded. Connected the hot, neutral, and ground wires to the corresponding terminals. Secured the outlet in the wall box and tested both the AC and USB ports for proper operation. The new outlet provides convenient charging for electronic devices.

In Alexandria this morning working with a long time client. I upgraded an electrical panel. I replaced the old panel with a Siemens 200 Amp Load Center, installed new Square D QO breakers, and ensured all connections were properly torqued. I also upgraded the grounding system using #4 copper wire and a new ground rod. Everything tested within specifications. Safe and secure!

I performed electrical troubleshooting today using a multimeter and circuit tracer. After isolating the faulty circuit breaker, I replaced it with a new Square D QO120 breaker. I then verified proper voltage readings at outlets and equipment terminals. Finally, I updated the electrical panel directory, ensuring OSHA compliance.

Responded to a customer's complaint of light flickering. Inspected the electrical panel and discovered a loose neutral connection, causing intermittent power. Tightened the connection to ensure proper conductivity. Additionally, checked individual light fixtures for loose bulbs and faulty wiring. After securing all connections and correcting any issues, tested the system to confirm stable operation without flickering.

Today I completed an electrical service panel upgrade for a customer. I replaced their outdated 100-amp main breaker panel with a new Square D QO 200-amp load center. This involved safely disconnecting the existing panel, installing the new enclosure, and transferring all branch circuit connections. I also upgraded the home's main service conductors to accommodate the higher amperage capacity. The customer now has a modern, high-performance electrical system that meets current safety codes.