Our Service Areas

I successfully replaced the customer-supplied flood light lamps on an existing fixture reaching a maximum height of 24 feet. The task involved safely ascending the ladder to access the high-mounted fixture and carefully removing the old lamps. I then installed the new lamps, ensuring they were securely connected and functioning properly. The total cost included the price per fixture and the ladder charge.

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.

We replaced a faulty bathroom exhaust fan, installing a new one that required replacing two existing junction boxes for safe electrical connections. A circuit extension was necessary to power the new fan. Additionally, we installed two customer-supplied light fixtures. To safeguard the home’s electrical system and electronics, we recommended and installed a Type 1 whole-home surge protector. Note that any drywall or finish repairs for concealed wiring are not included in the scope of work.

I conducted a thorough assessment to provide an accurate pricing estimate for the installation of a dedicated circuit tailored for specific appliances. This involved evaluating the electrical load requirements and ensuring compliance with safety standards. Additionally, I performed comprehensive circuit diagnostics to identify the root cause of random circuit breaker tripping in the lighting circuit. Using specialized tools, I traced the wiring and tested various components to pinpoint the issue. The diagnostics revealed an overloaded circuit, which I addressed by redistributing the electrical load and ensuring all connections were secure and properly rated. This meticulous approach ensured the safety and efficiency of the electrical system.

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I engaged in a comprehensive consultation with the customer regarding their upcoming electric vehicle charging needs. We explored various EV charger options, delving into the specifics of each solution. I provided an in-depth comparison of common charging methods, including Level 1, Level 2, and DC fast charging. I explained the installation requirements for each type, the expected charging speeds, and the necessary circuit specifications. This detailed discussion aimed to equip the customer with the knowledge to make an informed decision once they acquire their electric vehicle.

I installed two customer-supplied Level 1 lighting fixtures in the designated area. I carefully connected each fixture to the existing 120V lighting circuits, ensuring all wiring was done according to safety standards. After installation, I verified the proper operation of each fixture, checking for consistent and adequate illumination. I double-checked all electrical connections to ensure they were secure and free from any potential hazards. Upon completion, I confirmed that both fixtures were functioning correctly, providing the desired lighting in the space.

We carefully removed the old light fixture, ensuring no damage to the surrounding area. The original junction box was safely capped off to prevent any electrical hazards. A new junction box was installed at the desired location, and the wiring was meticulously rerouted to accommodate the new setup. The customer-supplied light fixture was then installed, with all connections securely fastened. Each connection was thoroughly tested to ensure proper operation, and the fixture was verified to be functioning correctly. The job was completed to the highest standards of safety and quality.

I completed the installation of a new temporary power pole designed for construction use. This involved setting up the pole to ensure stability and safety. I then connected an underground service lateral to the pole, which was crucial for providing power to the mini trailer. The lateral was carefully buried to protect it from potential damage. The mini trailer was then connected to the power source, ensuring it had a reliable electricity supply for its intended use. This setup was completed efficiently, adhering to all safety and construction standards.

Upon arrival, we met with the customer to discuss their needs. They requested a new light fixture above the dining room table. We began by determining the precise location to center the fixture over the table. A new junction box was installed to support the fixture. This involved careful measurement and precise wiring to ensure it was level and secure. The new light fixture was then installed, connected to the existing lighting circuit, and tested for functionality. The installation was completed to ensure it was clean, centered, and met all electrical codes.

I installed a new fan motor equipped with thermostat control, ensuring seamless integration with the existing fan housing. This involved precise wiring connections to maintain optimal functionality. The process included assessing the current setup, carefully disassembling the old motor, and installing the new components. I tested the system to confirm proper operation and adjusted settings to ensure efficient performance. The job was completed with attention to detail and adherence to safety standards.

I meticulously removed the damaged service entrance SEU weatherhead, ensuring all existing service entrance conductors were safely disconnected. I replaced the weatherhead with a new utility-rated service attachment eye bolt mast anchor, aligning it precisely to meet current NEC standards. The new assembly was securely attached, and I re-terminated the conductors, preserving any suitable existing wiring. I confirmed all electrical connections were secure, verified proper conductor support and clearances, and ensured the service entrance assembly was weather-resistant. The work concluded with thorough testing, cleanup, and disposal of replaced materials.

As part of the recent maintenance, I successfully replaced all the light bulbs in the existing lighting fixtures. This involved carefully removing the old bulbs and ensuring they were disposed of properly. I then installed new, energy-efficient bulbs, making sure they were securely fastened and functioning correctly. The process required attention to detail to ensure the lighting was consistent and bright throughout the area. Additionally, I checked the surrounding fixtures for any signs of wear or damage, ensuring everything was in optimal condition.

Our team successfully completed the task of replacing the light bulbs in the existing lighting fixtures. We began by identifying the type and wattage of the current bulbs to ensure a proper match for the replacement. After confirming the correct specifications, we safely removed the old bulbs and installed the new ones. Throughout the process, we paid close attention to detail to ensure that the new bulbs were securely in place and functioning correctly. The new bulbs were tested to confirm they were working as expected. This task not only restored proper lighting but also enhanced the overall ambiance of the space. Our team's expertise and attention to detail ensured a seamless and efficient replacement process.

Our team successfully installed a new light at the bottom of the stairs, enhancing safety and aesthetics. We converted an existing 2x2 fixture to LED, significantly improving energy efficiency and reducing electricity costs. Additionally, we installed a three-way system for two lights, allowing for versatile control options and greater convenience. The new light at the bottom of the stairs provides better visibility, while the LED conversion ensures long-lasting performance. The three-way system offers multiple control points, enabling users to adjust lighting levels according to their needs. Overall, the project was completed efficiently, resulting in a brighter and more functional space.

Upon inspection, it was clear that the bulb-style recessed lights were causing issues due to excessive heat, damaging internal connectors and leading to unreliable performance. I recommended replacing all 65 recessed lights with LED conversion kits. These kits generate much less heat, eliminating damaged bulb sockets and connectors. The switch to LED technology not only improves energy efficiency but also ensures a reliable, long-term solution. The installation was completed efficiently, providing the customer with a brighter, more dependable lighting system.

I removed unused low-voltage wiring throughout the home, including coaxial cables, security system control box wiring, and speaker system wiring. All wiring was neatly tucked into wall cavities. Two telephone jacks were also removed, with wiring safely pushed into the walls. The customer will handle any necessary drywall repairs.

I successfully installed a customer-supplied flood light using the existing electrical wiring and mounting location. This installation was part of the customer’s enrollment in the SurePoint Shield Club membership program. I carefully connected the wiring, ensuring all connections were secure and compliant with safety standards. The mounting was precise, ensuring the fixture was stable and aligned correctly. After installation, I conducted a thorough test to confirm the flood light was operating properly, providing the customer with enhanced outdoor lighting security.

Following a recent lightning strike, I conducted a thorough inspection of the electrical system. The damage required multiple critical components to be replaced or updated to ensure safety, reliability, and code compliance. The work included replacing all three electrical panels, installing three whole-home surge protectors, and an additional surge protector at the 400-amp meter. The service entrance conductors were replaced, and two new air conditioning disconnects were installed. I also added an exterior GFCI receptacle and a floor receptacle. Seven interior decorator-style receptacles were replaced, and a Level 3 smoke alarm package was installed. Required branch circuit breakers were updated with AFCI breakers. All work was completed with the necessary permits and in accordance with current codes.

Today, I evaluated an issue with an EV charger that was not charging at the expected rate after a recent receptacle replacement by a handyman. The customer opted for information on the best long-term solution rather than immediate diagnostic testing or repairs. I recommended upgrading to a hardwired Level 2 wall-mounted EV charger, which would replace the existing receptacle system. This upgrade offers faster, more reliable charging, and if the charger includes internal GFCI protection, a separate GFCI breaker is unnecessary, reducing costs. I suggested installing a dedicated 50-amp circuit from the GE electrical panel to the new charger, ensuring optimal performance and reliability.

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.

We installed a 100-amp subpanel to enhance circuit capacity, ensuring all terminations, labeling, and testing met safety and code standards. We extended branch circuits to add two back-to-back receptacles, a single receptacle over a door, and dedicated circuits for the refrigerator, electric range, and microwave. A small appliance circuit with a GFCI receptacle was also installed, along with new receptacles for the sump pump and exhaust fans/lights in the toilet and shower areas. Vanity lighting and a ceiling fan were added, and a movie theater light fixture was installed. Ten recessed LED lights were installed in the kitchen, and new switch locations were created for various fixtures. Finally, three Type 1 surge protectors were installed to safeguard the electrical system.

Upon arrival, I assessed the service attachment eye bolt and found it inadequately secured to the exterior trim, primarily supported by finish nails instead of the structural framing. This setup was insufficient to safely bear the mechanical load of the overhead service drop, risking detachment under normal tension or additional stress. I installed a new eye bolt approximately 5 inches above the original position, ensuring it was firmly anchored into multiple wall studs for a robust attachment. The new installation is now ready for the utility to reconnect the overhead service. I recommend repairing and properly securing the exterior trim around the previous attachment location before the utility reconnects power.

I visited the customer's location to address an issue with a fluorescent light fixture that was not functioning. The customer was aware of a diagnostic charge starting at $189.00. Upon arrival, I conducted a thorough inspection of the fixture, identified the problem, and provided a detailed explanation of the issue. I then proceeded with the necessary repairs to restore the fixture's functionality. The customer was satisfied with the service provided.

I successfully installed a new switch to enhance control over the lighting in the area. The previous setup had issues with flickering lights, which I addressed by inspecting the wiring and connections. After identifying the faulty components, I replaced them with high-quality parts to ensure stable and reliable lighting. The installation was completed efficiently, and the lights now operate smoothly without any flickering. This improvement not only enhances the functionality but also contributes to a safer environment.