Residential Electrician Services

This page covers what we actually do inside homes across Broward County and nearby parts of Miami-Dade and Palm Beach County: panels, wiring, outlets, lighting, fans, protection devices, dedicated circuits, EV charging, generators, surge protection, troubleshooting, and smoke detectors. Call (954) 602-0050 to talk through any of it, whether you already know what you need or just know something is not working right. Each section below explains what the work actually involves and why it matters, not just that we offer it.

Panels and Service Upgrades

The panel is where every circuit in the house originates, and its condition sets a ceiling on what the rest of the house can safely do. A panel replacement is not a simple box swap. It touches the service entrance conductors, the meter can, the grounding electrode system, the bonding at the neutral, and the labeling of every circuit inside.

Before recommending any specific size or brand, we run a load calculation: general lighting and receptacle load based on square footage, small appliance and laundry circuits, and every fixed appliance individually, range, dryer, water heater, dishwasher, pool pump, and anything else drawing continuous or heavy current. Demand factors get applied so the result reflects realistic simultaneous use rather than a theoretical maximum. That number tells us honestly whether a house needs a larger service or whether the existing capacity just needs to be distributed better.

Certain older panel brands get replaced regardless of how they currently test, because they carry a documented pattern of breakers that fail to trip reliably on an overload or a short. A breaker that does not open when it should is worse than having no panel at all, because the circuit looks protected on paper while it is unprotected in reality. Replacing one of these panels also opens up room for arc-fault and ground-fault protection, a properly sized main, and a surge protective device, none of which the original panel had space for. Full detail is on our electrical panel repair page.

Rewiring and Branch Circuit Repair

A full rewire is a serious undertaking and not something we recommend for a house that needs three circuits addressed. But when the existing conductors cannot be made safe, a partial fix just moves the failure point somewhere else in the same wall.

In older homes across this region, the failure point is frequently the insulation rather than the copper itself. Rubber and cloth-covered insulation dries out and cracks with decades of heat, particularly in attics and near light fixtures, and once it fails at a splice or inside a fixture canopy, the result is intermittent faults that come and go with temperature: a light that flickers only in the afternoon heat, an outlet that cuts out when something else nearby draws power. We test before recommending a fix. Insulation resistance testing on a de-energized circuit tells us whether the conductor itself is compromised or whether the problem is a single bad splice buried behind a wall. Our electrical wiring and rewiring page covers everything from a single home run to a whole-house replacement.

Single-strand aluminum branch wiring, common in homes built or rewired roughly from the mid-1960s through the mid-1970s, behaves differently from copper: it expands and contracts more with temperature swings, it is softer, and it forms an oxide layer that raises resistance at every connection point. The failure shows up as loose, overheating terminations at devices and splices rather than a break in the middle of a run. Remediation means either pigtailing to copper with connectors listed for that specific use at every device and splice, or replacing the branch circuits entirely. We explain both options and what an insurance carrier is typically asking for when this comes up during a policy review.

Outlets and Switches

Outlets and switches take more physical wear than almost anything else in a home's electrical system, and their condition is a reasonable proxy for what is happening behind the wall. A loose-fitting outlet that no longer grips a plug firmly is not just an inconvenience. Loose contact at a receptacle generates heat, and heat accelerates the degradation of the connection, which generates more heat. A switch that feels warm, buzzes, or has visibly discolored is not something to wait out.

We also handle the very common finding of two-prong outlets in older homes, which indicate the branch circuit has no equipment grounding conductor at all, meaning there is no low-impedance path for fault current to follow back to the source. There are three honest ways to address it: run a new grounded circuit, which is the real fix; protect the outlet with a ground-fault circuit interrupter and label it as ungrounded, which is a permitted method that protects people from shock without creating an actual ground; or leave it as-is if nothing sensitive is plugged in there. We walk through all three, room by room, and let the homeowner decide.

Lighting Installation

Lighting work ranges from a single fixture swap to a full interior and exterior lighting plan, and the details matter more than most homeowners expect. Original fixture boxes in older homes were frequently not rated to support what people hang from them now, and a ceiling fan in particular needs a box specifically rated for fan support, not a standard fixture box pressed into service. Recessed cans installed decades ago often run hotter than modern fixtures and were sometimes buried in insulation they were never rated to contact.

Converting to LED lighting is usually a straightforward upgrade, but a dimmer matched to an old incandescent load will make LED lamps flicker or buzz, and the fix is a dimmer designed specifically for LED loads paired with lamps that are genuinely dimmable rather than labeled as an afterthought. Outdoors, we handle soffit and eave lighting, path and landscape lighting on low-voltage transformers, security lighting, and pool and patio lighting on properly protected circuits. Our lighting installation page has more detail on the full scope.

Ceiling Fans

Ceiling fan installation looks simple and is one of the more commonly botched DIY electrical projects, mostly because of the box, not the fan itself. A fan needs a box rated for fan support, secured to framing or braced properly, because a standard fixture box will eventually fail under the ongoing vibration and weight a fan produces. We also check the wiring gauge and switch setup, since a fan with a light kit and separate speed control needs the right conductor count and, often, a compatible dimmer or fan-rated control rather than a standard wall switch.

In South Florida specifically, ceiling fans get more daily use than in most of the country, running nearly year-round in bedrooms, living rooms, and covered patios. Outdoor-rated fans need damp or wet location listings depending on their exposure, and a fan installed in a screened porch is not automatically rated for that environment just because it looks similar to an indoor model.

Protection Devices and Dedicated Circuits

GFCI and AFCI Protection

These two protection types guard against different hazards and get confused constantly. Ground-fault circuit interrupters protect people. They watch for current leaving its intended path, which in practice usually means through a person, and they open in a fraction of a second when that happens. Code requires GFCI protection in bathrooms, kitchens near countertops, garages, outdoor locations, laundry areas, and around pools and spas. In this region the outdoor and pool requirements carry real weight, since equipment lives outside year-round in humidity and rain rather than being protected by a real winter.

Arc-fault circuit interrupters protect the building itself. They detect the electrical signature of an arcing fault, the kind produced by a damaged cord, a nail driven through a cable, or a loose terminal, and they open before that arc has a chance to start a fire. Requirements cover bedrooms and most other habitable rooms in current construction. In older homes with legacy wiring, adding AFCI protection during a panel upgrade is one of the more meaningful safety improvements available, precisely because damaged insulation and old splices are exactly what AFCI technology is designed to catch.

Dedicated Circuits and Subpanels

A dedicated circuit serves one load and nothing else, and modern appliances increasingly need them. Refrigerators, built-in microwaves, dishwashers, and garbage disposals; washing machines and electric dryers; window units and mini-split air handlers; pool and spa equipment; and anything in a garage or workshop with a compressor or heating element all belong on their own circuit rather than sharing capacity with something else.

When a house needs several new dedicated circuits and the main panel has no room left, a subpanel in the garage or a utility area is often cleaner than replacing the entire service, and it gives the house somewhere to grow into. A subpanel has to be done correctly: a four-wire feeder, neutrals and grounds kept separate from the main panel's bonding point, and correctly sized overcurrent protection on the feeder itself. Getting any of those wrong creates a fault path that should not exist.

Planned Power Additions: EV Charging and Generators

EV Charging

A Level 2 EV charger is a substantial continuous load, and continuous loads get calculated at 125 percent of their rating under the electrical code, which is why an honest EV charger installation starts with a load calculation rather than a conversation about which charger to buy. In an older home with an original, undersized service, adding a charger frequently means upgrading the service first. In a newer home there is often enough headroom already, but that has to be confirmed, not assumed.

Run length from the panel to the charging location drives conductor size because of voltage drop over distance, and whether the charger will be hardwired or plugged into a dedicated receptacle affects both the installation and the permitting. Detached garages or charging locations on the far side of a lot need that run planned properly rather than treated as an afterthought. Our EV charging station installation page walks through the whole process, load calculation through final inspection.

Generators and Transfer Switches

Hurricane season is not a hypothetical here, and a generator is only as useful as its connection to the house. That connection requires a transfer switch, a device that physically prevents the generator and the utility supply from being connected to the house at the same time. Without one, backfeeding power into the house through a dryer outlet or similar shortcut is not a workaround, it is a direct hazard to any utility line worker restoring power outside, who has every reason to believe a de-energized line is actually de-energized.

Two decisions shape most generator projects: a standby unit that starts automatically when utility power fails versus a portable unit connected through an inlet and interlock kit, and which circuits the generator will actually carry. Most households do not need to back up the entire house. A typical plan covers the refrigerator, essential lighting, a handful of receptacle circuits, a well or pool pump if the property has one, and a single air conditioning zone. We size the generator to the circuits you actually want covered and arrange the panel so it is obvious at a glance what is running on backup power. See our generator installation page for how that scoping works.

Surge Protection

South Florida sees a lot of lightning activity, and utility grid switching produces voltage transients even on a clear day with no storm in sight. A type 2 surge protective device installed at the service panel clamps the larger transients before they can travel out to branch circuits and the equipment plugged into them. It does not replace point-of-use surge protection at sensitive electronics, it works alongside it, catching what a power strip surge protector was never designed to handle. Installing one is straightforward while a panel is already open for other work, and it is one of the lower-cost additions relative to the equipment it protects.

Troubleshooting Nuisance Trips and Dead Circuits

A breaker that keeps tripping or outlets that stop working with no obvious cause are some of the most common calls we get, and there are only a handful of real explanations behind them. An overload means the circuit is carrying more than it was sized for, and the breaker is doing exactly what it is supposed to do. A short circuit is an unintended connection between conductors, and it trips instantly and hard. A ground fault means current is finding a path to ground it should not be taking. A failing breaker has simply weakened from years of thermal cycling and now trips below its rated threshold. A loose connection creates resistance and heat at a termination point, which shows up as intermittent behavior long before it shows up as an actual trip.

We trace these with meters and a plan, not by swapping parts until the symptom happens to stop. If the real answer is that a decades-old kitchen has one circuit feeding a microwave, a toaster, and a coffee maker at the same time, the fix is a dedicated circuit, not a larger breaker. Putting an oversized breaker on undersized wiring is one of the more dangerous shortcuts in this trade, because it removes the protection the wire actually needs while looking, on the surface, like a simple fix.

Smoke Detectors

Smoke detector requirements in most homes call for hardwired, interconnected units, meaning that when one detector senses smoke, every unit in the house sounds, not just the one nearest the fire. Interconnection depends on the wiring between units functioning correctly, so a detector that has been disconnected, painted over, or wired incorrectly during a past renovation can leave the rest of the system silently non-functional even though each individual unit still works when tested on its own.

We install and correct hardwired smoke detector wiring as part of larger electrical projects and as standalone work, particularly in older homes where detectors were added over time by different people using different methods. Battery backup is standard on hardwired units so they continue functioning during a power outage, which matters in a region where multi-day outages after a storm are a real possibility rather than a rare event.

How This Work Gets Scoped and Scheduled

Most of what is described above starts the same way: a call describing the problem or the project, a visit to actually assess the panel or the space, and a quote given after that assessment rather than before it. Larger projects like a service upgrade, a whole-house rewire, or a generator installation get planned around permitting and inspection timelines, while smaller repairs like a single outlet or switch replacement can often be handled same-visit once the electrician is already there.

If several of these items apply to your house at once, a full panel upgrade paired with dedicated circuits, AFCI protection, and surge protection in a single visit is usually more efficient than addressing each one separately over time, both in terms of disruption to the household and in terms of not having to reopen the same panel repeatedly. We can walk through what makes sense to bundle together once we have seen the property. Our about page explains more about how a job runs from the first call through the finished work.

Talk to a Residential Electrician

Whether it is a single outlet that stopped working or a full electrical overhaul before you sell or renovate a house, call (954) 602-0050 and describe what is going on. We cover the full range above across Broward County and into nearby Miami-Dade and Palm Beach County, and our service area page has the full list of cities if you want to confirm we cover yours. The phone is answered around the clock, and we send the closest available electrician to whichever home needs one.