BIG Family Electrical Services & Home Automation
A safe and happy home needs an electricity system that functions 100% of the time and is safe at the same time. We always want your home to be at your best. This is our main goal here at our service center. To make sure that everything goes without a hitch, our trusted experts are always on call every day. We are a group of devoted and authorised veterans who supply everything ranging from electrical installation, replacement, examination and fixing services.
Electrical outlets and switches are one of the most used items at home. That which you might be ignorant of is how potent or latently harmful they can be. This is why we recommend that you make it possible for our team to undertake an Electrical Safety Review on your home or business.
With the passage of time, plugs and switches connections can become loose with usage, posing potential danger. If you feel a switch or plug is producing heat, you have a problem. Another symptom of a problem with a switch or plug is discoloration on the visible surfaces, which should prompt you to call to schedule a visit from our reliable, licensed electricians.
Installed recessed lighting in the living room and bedroom, totaling four 6-inch cans in each room. Replaced the upstairs closet keyless fixture with a recessed can. Due to lack of wall-cavity access for traditional switch wiring, installed Caséta controls with Pico remotes, mounted in accessible locations and programmed for operation. Routing wire between fixtures required attic access; wiring was completed and secured. All recessed fixtures tested successfully and operated as intended. Work area cleaned and restored after installation.
Completed the main service build for the barn. Installed a free-standing Unistrut rack with a combo panel mounted on the exterior. Relocated the dedicated feeder approximately 12 inches to increase overall feed length and achieve a higher mounting position. Installed two GFCI outlets and finalized system closure.
Installed manufactured bracket and adjusted slow entrances to connectors. Positioned feed cable on site and completed all crimp connections to Anderson connectors. Enlarged existing holes to accommodate larger connectors. Ordered required parts to complete the cable entrance on the next visit.
Arrived on site to install a new circuit in PVC conduit for three outlets. The layout was assessed to determine the best routing for the installation. The existing circuit was extended across the beam, and a new box was set in place. A hole was cut through the beam to allow the PVC conduit to terminate at the back of the box. The conduit run was extended to the right side of the beam to the endpoint, leaving space for future expansion if needed. Another box was installed at the end of this run, and work began on the opposite side of the beam. The next step requires creating an additional opening to continue the conduit run to the left of the existing circuit, allowing for completion and potential future additions. Work concluded at the point where the new opening is needed for extension.
Arrived on site to assess installation of an EV charger rated at 48 amps. Evaluated proposed charger location and main service panel placement. Verified open attic access suitable for conduit and wiring installation. Confirmed available breaker space in the main panel. Determined total run length to be approximately 60 feet, requiring a PVC conduit section from the panel to the attic. Provided installation plan and estimated completion time for the project.
Arrived on site to install an additional circuit for the pool system, the second circuit added to the setup. Extended wiring from the existing bell box and installed a new junction box for the receptacle. Pulled wire from the panel to the junction box near the pool. Completed terminations at the receptacle and junction box, then landed and secured the new breaker in the panel. Energized and tested both pool circuits, confirming proper operation. Job completed.
Arrived on site for a scheduled club member check. Conducted a full electrical safety inspection throughout the residence. Identified the following concerns: insufficient number of smoke detectors, absence of a whole-home surge protection device, and lack of proper bonding. After review of findings, proceeded with installation of additional smoke detectors as requested.
Arrived on site to perform various electrical tasks and complete a safety inspection. Work scope included installation of chandeliers, removal of an existing fixture, installation of an exterior GFCI receptacle, and addition of whole-home surge protection. A separate circuit involving lighting and switch work was deferred due to planned demolition in the affected area.
Completed EV charger installation and conducted a brief exterior visual safety inspection.
Responded to report of tripped main breaker. Load testing showed a draw of approximately 145 amps with most appliances operating, indicating the existing service is undersized. Recommended installation of a new service and larger main panel. Confirmed sufficient wall space for replacement of the current meter pan and panel. Noted need for new underground PVC conduit circuit to the well and additional GFCI protection in the kitchen to be addressed during panel upgrade.
Secured new screws in the panel cover and labeled all circuits. Inspected nonfunctional exterior light on the back porch. Determined issue was caused by a loose wire-nut connection within the floodlight fixture. Repaired connection and restored proper operation.
Arrived at the Williams residence to inspect a non-operational ceiling fan. Conducted a general walkthrough of the electrical system and identified aged smoke detectors requiring replacement. Provided information regarding available maintenance and safety plans for ongoing electrical system care. Discussed surge protection options and the installation of combination breakers for enhanced panel safety. Inspected the ceiling fan and determined that additional evaluation is required to confirm repair feasibility and cost. The homeowner will be contacted with findings to determine whether to proceed with repair or replacement based on the final assessment.
Evaluated installation of generator plug with interlock. Existing setup includes a 200-amp meter panel combo, preventing interception of utility lines to avoid back feeding. Recommended solution is replacement of the current meter panel combo with a model that includes a main breaker to ensure safe operation and prevent back feeding.
Conducted site walkthrough to review options for connecting the generator to the household system and supplying power to the shop panel. Provided approximate estimate for panel feed installation and related work. Primary scope includes replacement of existing panel set with a combination meter panel, refeed of interior 6-throw MLO circuit panel, and installation of a primary riser for new utility service. Existing feed, riser, and roof boot to be utilized.
Inspected request for 50A circuit installation for oven. Existing setup: 3-wire on 60A breaker; 4-wire required. Existing box is single gang. Provided 10/3 cable is not suitable for installation. Panel contains non-UL breakers and is outdated.
Inspected existing pole for addition of RV plug. Pole found to be in poor condition and requires replacement. Quoted scope of work to include replacing pole, adding RV plug, and installing convenience receptacles on the pole.
Inspection performed on trailer pole to determine requirements for restoring power. Pole found in poor condition with electrical components deteriorated. Safe restoration of power not possible without replacement. Quoted replacement of pole with new 200A service pole and necessary piping to rework existing plumbing pipe connections. Awaiting customer decision.
Home inspection completed. Outdoor GFCI protection present and tripped within appropriate time. Kitchen island and a portion of the kitchen lacked GFCI protection; remainder of visible areas had proper GFCI coverage. ATS and generator in good condition, recently serviced. Generator operated during weekly run and performed as expected. Main panel bonded on opposite side of ATS, which is not correct. Recommended correction.
Inspected request for additional circuits in pantry closet and master bedroom closet. Pantry circuit intended for miscellaneous appliances; master closet circuit intended as convenience outlet for sewing machine and related use. Attic access acceptable, though drilling required in low-clearance areas. Work determined feasible. Multiple options quoted, with priority placed on master closet outlet.
Inspection performed on damaged overhead service caused by fallen tree. Customer requested conversion to underground service with intent to dig trench and lay conduit if not completed by utility provider. Customer planned to supply 200A meter can. Work to be performed in compliance with code requirements.
Diagnostic performed on water heater electrical issue. Broken elements and severely corroded anode rod identified. Customer-supplied elements replaced, operation verified, and work completed. New anode rod installed from truck stock.
Inspection performed on electrical service requiring replacement on a pole. Service contains two feeds: one to a mobile home and one to a shop. Shop feed is illegally installed through the air and the shop contains multiple electrical issues, requiring consideration of a partial rewire. Feed to the home is missing a ground. Option to install underground service may be possible, pending approval from Demco. Home is experiencing intermittent power loss on half of the system when the pole shifts.
Inspected breaker for AC unit reported to be tripping frequently. Panel inspected; no issues found with bus fingers. Breaker was reset, resulting in loud boom, sparks from coil, release of gas, and oil discharge onto wall. Breaker was immediately shut off. AC technician later identified issue as a failed plug cap on the compressor, likely caused by moisture intrusion, possibly from roof runoff.
Inspected outdoor outlet supplying mosquito repellent tank pump. Outlet had power but tripped GFCI when pump was connected. GFCI reset and tested multiple times without further issue. Inspected fountain that had not operated in several years despite pump replacement. Wiring found miswired. Corrected wiring and restored power; pump operated properly.
Service inspection conducted after utility inspector declined reconnection. Riser previously replaced with poor workmanship. Wiring mismatched, components improperly mounted, and meter can outdated. Replacement recommended.
Old electrical systems are a thing in too many aged households. Check your panel. If they’re still using fuses then you need to stop reading and start scheduling for a panel upgrade estimate now. Supposing your panel has outlived 25 years, book a panel upgrade estimate at once.
Your current lifestyle requires more electricity from the power grid than before. The devices of today such as high-power appliances and big screen TVs require more power than an older system can provide safely. The reality is, usually, the electric panels are not upgraded until there is a concern.
Indicators that you need an upgraded panel:
The process starts by an electrician evaluating your panel. After reviewing your power usage, our team will determine if you need a new panel. He can then provide you with the upgrade options that best suit your needs. We won’t start working on your project unless you have already approved our submitted estimate, just like any of our other services.
How protected are you from the damage caused by lightning strikes and power surges? In fact, most home insurance policies won’t cover damage from lightning strikes or power surges. The average cost per claim rose a total of 122% from 2004-2013, making the new average $5,869, according to the National Fire Protection Association. This is a reason why power surge and lightning surge protection by our team of professionals should be seriously considered.
If you need inspection, schedule it with our team of licensed electricians. They will make arrangements for an extensive suggestion of alternatives to guide you in improving your house’s power services to make provisions for a suitable surge security. This important assessment won’t take too much of your time. Bear in mind, that it takes only a second or two for a power surge to do some costly damage.