In Hyattsville, MD, I installed new outlets throughout a client’s home. I replaced old, worn outlets with Leviton 15-amp outlets and ensured that the wiring was properly connected to each outlet. I tested all outlets afterward to confirm they were functioning correctly, ensuring safe power distribution throughout the home.
In Hyattsville, MD, I installed surge protection for a client’s home. I mounted a Siemens whole-home surge protector at the main electrical panel and connected it to the existing breakers. After installation, I tested the system by simulating a surge to verify it was functioning correctly.
I installed a Tesla Wall Connector in a garage in Hyattsville, MD, providing the homeowner with efficient vehicle charging. I ran new 6-gauge wiring from the panel, installed a dedicated 60-amp breaker, and mounted the charger securely. I also tested the voltage and charging functionality to confirm the installation met Tesla’s standards. The homeowner now enjoys fast and reliable at-home charging for their EV.
Today, I installed interior LED lighting in a commercial office space. I used Cree LED Troffers for ceiling lighting, connected them to dimmable switches, and made sure the lighting setup provided even illumination. After wiring and installation, I verified proper operation of all fixtures.
I installed a home EV charger for a Tesla Model 3. The installation involved setting up a dedicated 240V circuit and running wiring from the main electrical panel to the garage. I installed a Tesla Wall Connector and tested the charging functionality. The system is now delivering reliable charging power.
I completed an electrical panel upgrade from 100 amps to 200 amps. The existing panel was outdated, so I replaced it with a Square D QO 200-amp panel. I reconnected all circuits, installed new breakers, and ensured proper grounding. After testing, the system now meets the homeowner's growing electrical needs.
I installed whole home surge protection using an Eaton Type 2 Surge Protector. The surge protector was mounted near the main panel, and I wired it into the breaker box. This setup protects the entire home’s electronics and appliances from power surges and voltage spikes.
I wired the new guest room addition today, running 12/2 NM-B cable through 1/2" EMT conduit. Installed a Square D QO 120V 20A circuit breaker for the room. Utilized Leviton receptacles and switches throughout, grounding each box per NEC 250.148. Employed Ideal TwistLock wire nuts for all splices and terminations. Verified continuity before energizing the new branch circuit.
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.
Just finished installing new outlets and mounting/wiring several TVs in Hyattsville, MD. Ran new wiring to accommodate additional outlets, ensuring proper voltage and current capacity. Mounted TVs securely to walls with concealed wiring for a clean look. Conducted voltage testing and polarity checks to guarantee safe and reliable operation.
Installed a residential EV charger station, offering convenient and efficient charging for our client's electric vehicle. Ensured the system is safely integrated with the home's electrical infrastructure, providing hassle-free charging.
Residential EV charging installation. Installed a level 2 charging station and conducted extensive testing to ensure seamless and efficient charging.
Integrated a smart lighting system with voice command functionality, allowing seamless control and customization through virtual assistants for effortless home illumination.
Arrived at the location and worked with the homeowner to determine the best location for the new generator installation. Placed the generator on a solid foundation and connected it to the main panel. Thoroughly tested the system to ensure it seamlessly kicks in during power outages.
Installation of whole-home surge protection to protect appliances and electronics from power surges during storms. Also checked that the home is properly grounded and has sufficient GFCI outlets.