Residential Electrical Services in Lawrenceville, GA
New outlets, switch replacements, USB outlets, 240-volt outlets, dimmer switches and whole-room rewiring for better placement.
A dead outlet or a switch that doesn't feel right is usually a quick fix — as long as it's done properly. We install, repair and replace outlets and switches throughout your home, and we terminate every connection the way it should be, not the fast way.
Overview
It's easy to assume a dead outlet just needs a new part, but sometimes the real issue is upstream — a loose connection at another outlet on the same circuit, or a breaker that's not making solid contact. We check the whole circuit, not just the outlet you called about, so the fix actually holds.
A GFCI shuts the circuit off in a fraction of a second when it senses current leaking to ground — the scenario that causes fatal shocks near water. Code requires GFCI protection in kitchens, bathrooms, laundry rooms, garages, unfinished basements, crawlspaces and all outdoor outlets. If your home predates those rules, adding it is one of the highest-value safety upgrades you can make.
An outlet with no power can be a tripped GFCI somewhere upstream, a failed device, a broken backstab connection, or a break in the circuit. We test methodically rather than guessing, and in most cases the repair is quick and inexpensive once the cause is found.
A dead outlet is almost never the outlet itself — it's what feeds it. The most common cause we see in Lawrenceville homes is a tripped GFCI upstream that protects outlets downstream. If you've lost an outlet in a bedroom, check the GFCI in the nearest bathroom or garage first. The second most common cause is a loose connection at a wire nut inside the box, which happens slowly over years of thermal cycling. We'll trace the circuit, find the break, and fix it at the source rather than just replacing the outlet you can see.
Homes built in the 1970s and earlier were wired for the way people lived then — a couple of outlets per room, no dedicated kitchen circuits, and no outdoor receptacles. Today you've got phone chargers, TVs, computers and small appliances everywhere, and extension cords filling the gap is a fire risk, not a solution. We add outlets by running new circuits from the panel, not by daisy-chaining off existing wiring that's already at capacity. Each new outlet gets its own properly sized circuit or shares one that has room, and it's all permitted and inspected.
Current code requires tamper-resistant (TR) outlets in all new and renovated residential installations — they have spring-loaded shutters that block a child from inserting a single object into one slot. Weather-resistant (WR) outlets are required outdoors and in garages, with corrosion-resistant contacts and UV-rated cover plates. If your Lawrenceville home still has old two-prong outlets or uncovered outdoor receptacles, upgrading to TR/WR outlets is a straightforward job that brings each location to current safety standards without rewiring the circuit behind it.
We provide outlet, switch and gfci installation across Lawrenceville and nearby communities including Suwanee, Duluth, Snellville, Grayson, Dacula, Lilburn and Buford, plus much of metro Atlanta — Buckhead, Brookhaven, Sandy Springs, Chamblee, Midtown, Druid Hills and more. Our electricians are Georgia-licensed, insured, and familiar with local permit and inspection requirements.
Devices are the part of the system you touch every day, so we replace them with quality parts and terminate them properly.
Who We Serve
Homes and businesses across Lawrenceville, Gwinnett County and metro Atlanta.
New outlets, switch replacements, USB outlets, 240-volt outlets, dimmer switches and whole-room rewiring for better placement.
Office and retail outlet additions, switch upgrades and dedicated receptacles for equipment and point-of-sale stations.
Why Us
The outlet you need, where you need it — not an extension cord to where it isn't.
Every repair and installation carries a written workmanship warranty, plus manufacturer warranties on the parts we supply.
Georgia-licensed electrical contractor, fully insured, and every technician is background-checked and uniformed.
Shoe covers, drop cloths, and we haul away the old material. We explain what we did and why before we leave.
You approve a clear price before any work begins, with same-day appointments and true 24/7 emergency response.
Service Area
Based at 241 Lawrenceville Hwy, we serve Lawrenceville, Gwinnett County and communities across metro Atlanta. Full list in the footer below.
Licensed electricians for every job in your home or business — pick a service to see how we handle it.
FAQ
In many cases, yes. If the new outlet location shares a wall cavity with an existing outlet, we can drop a wire from one to the other without opening the wall beyond the new outlet’s cutout. For locations without an existing outlet in the same cavity, we use the attic or crawlspace to route the circuit and make one ceiling or floor penetration. The approach depends on your home’s layout — a site visit tells us what’s feasible.
They’re almost certainly on the same GFCI-protected circuit. One GFCI outlet at the start of the circuit protects every standard outlet downstream. When the GFCI trips, everything downstream goes dead. Find the GFCI outlet (look in the garage, the first bathroom, or even the crawlspace), press the Reset button, and they should all come back. If the GFCI trips again immediately, there’s a ground fault on the circuit that needs professional diagnosis.
In Gwinnett County, adding a new circuit to the panel requires a permit. If the new outlet is added to an existing circuit (like extending a run from a nearby outlet in the same room), a permit typically isn’t required for a simple extension. We advise on whether your specific job needs a permit and handle the filing and inspection if it does. When in doubt, permitting is always the safer path.
Yes. A 240-volt outlet requires a dedicated circuit from the panel with the correct wire gauge and breaker size for the appliance. A dryer typically uses a 30-amp circuit with a NEMA 14-30 outlet; an EV charger typically uses a 40- or 50-amp circuit with a NEMA 14-50 outlet. We run the circuit, install the outlet, and permit/inspect the work. The installation usually takes half a day.
Add, move or upgrade outlets and switches — properly wired, not daisy-chained off something else.