Today I installed two new Hunter Dempsey LED ceiling fans in a customer's home. I carefully mounted the fan housings to the existing junction boxes, made the proper electrical connections, and balanced the blades to ensure smooth, wobble-free operation. The homeowners now have energy-efficient, variable-speed cooling solutions in their living spaces.
I completed an installation of recessed lighting in a residential living room to modernize the space and improve ambient lighting. The project involved mapping out the layout for even light distribution, cutting precise openings in the ceiling, and wiring each fixture to the existing electrical system. Energy-efficient LED bulbs were installed into the fixtures, all connected to a dimmable switch for adjustable lighting levels. This upgrade not only enhanced the aesthetic appeal of the room but also increased the overall energy efficiency of the home.
Just finishing up a smart lighting system in a modern home, integrating it with the existing home automation network. This involved setting up multiple smart LED bulbs and configuring them to connect wirelessly to a central hub. I programmed the system for voice and app control, enabling scene setting and scheduling functionalities. The installation not only enhances convenience and energy efficiency but also allows for customizable lighting preferences throughout the home.
I just finished upgrading a customer's main electrical service panel. I replaced their outdated 100-amp Federal Pacific panel with a new 200-amp Square D QO load center. This involved safely disconnecting the existing equipment, installing the new panel enclosure, and transferring all branch circuit connections to the upgraded breakers. I also upsized the home's main service conductors to 2/0 AWG aluminum to accommodate the increased ampacity. The customer now has a modern, high-capacity electrical system that meets current safety standards.
I tackled an issue with flickering lights in a residential home this afternoon. The troubleshooting process involved checking the electrical panel for loose connections and testing the voltage stability on affected circuits. I discovered faulty wiring at several junction boxes which was causing inconsistent current flow. After securely re-wiring these connections and replacing older, degraded wires, the flickering issue was resolved. The entire electrical system was then inspected to ensure it was safe and met current electrical standards.
Just completed the installation of a Tesla Wall Connector at a private residence to enable efficient electric vehicle charging. The process included mounting the unit to the garage wall, establishing a dedicated 240-volt circuit from the main electrical panel, and ensuring proper grounding and protection with a dedicated breaker. The installation was tested for correct voltage and connectivity, ensuring safe and reliable charging capabilities for the homeowner’s Tesla vehicle.
Yesterday, I installed three high-efficiency ceiling fans in a residential home to enhance air circulation and energy efficiency. Each fan was mounted securely to the ceiling joists with a specialized brace for stability. I wired the fans to existing circuits, integrating wall switches for easy control. The installation process also included balancing each fan to ensure smooth operation without wobbling. This upgrade provides both aesthetic appeal and functional cooling benefits to the home.
I recently completed the installation of a Level 2 charging station for a customer's new Lucid Air electric vehicle. I began by assessing the home's electrical service and installing a dedicated 240V, 50-amp circuit in the garage. I then mounted the Lucid-branded charging pedestal and connected it to the new circuit using the appropriate high-voltage wiring. After verifying the charger was properly grounded, I performed a full functionality test to ensure the Lucid Air can now be recharged quickly and efficiently at the customer's residence.
This afternoon, I completed the installation of a Kidde carbon monoxide detection system for a homeowner. I placed the CO alarm unit in the main living area, wiring it directly into the home's 120V electrical circuit. I also interconnected additional remote CO alarm modules in the bedrooms to ensure comprehensive monitoring throughout the residence. I thoroughly tested the system to confirm proper operation and compliance with local safety regulations. The homeowner now has reliable protection against the dangers of carbon monoxide exposure.
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.
I completed a comprehensive rewiring project for a century-old home to meet modern electrical standards and enhance safety. The process involved replacing outdated knob and tube wiring with new copper electrical cables throughout the house. We installed new circuit breakers, upgraded the service panel to handle increased electrical loads, and added GFCI outlets in the kitchen and bathrooms for safety. Each circuit was carefully labeled in the new panel to facilitate future maintenance and troubleshooting. This update significantly improves the home's electrical system reliability and safety.
I just finished installing a whole-home surge protection system for one of my clients. I integrated a Eaton SPD100 surge protective device directly into the home's main electrical panel. This ANSI/UL 1449 listed surge protector is designed to divert harmful electrical spikes and surges away from sensitive electronics and appliances. I connected the SPD to the panel's ground and neutral busbars, ensuring proper grounding and protection for the entire electrical system. The homeowner now has comprehensive surge suppression to safeguard their home against voltage fluctuations and lightning-induced power surges.
Conducted safety inspection in Arlington, VA, adhering to industry standards and regulations. I assessed the wiring, outlets, switches, and electrical panels for potential hazards or code violations. I provided detailed reports and recommendations to ensure the safety and efficiency of your electrical system after the inspection.
Completed an electrical panel upgrade for a customer in Arlington, VA. Upgraded to a modern panel to enhance safety and accommodate increased electrical needs.
Executed a comprehensive installation of new recessed lighting fixtures in multiple rooms for a client in Washington, DC. I strategically placed the fixtures to optimize illumination and aesthetic appeal. I ensured proper wiring and integration with existing electrical systems, delivering customized lighting solutions meeting the specific needs and layout of each room.