Electrician in Hollywood, FL, Serving Broward, Miami-Dade, and Palm Beach County

24/7 Electrician is an electrical contractor based at 1315 N 47th Ave in Hollywood, Florida, working on homes and businesses across Broward County and into the closest parts of Miami-Dade and Palm Beach County. Call (954) 602-0050 and you reach a working electrician, not a call center reading from a script. We handle panels, wiring, lighting, generators, EV chargers, three-phase power, and the troubleshooting calls that start with a breaker that will not behave, for a homeowner in a 1950s block ranch and for a property manager running several buildings across two counties at once.

This page is meant to be read, not skimmed for a phone number and closed. What tells you something real about an electrical contractor is whether they can explain the work: what a failing panel actually looks like, what decades of South Florida heat and salt air do to copper and aluminum, why a backfed generator can kill a line worker a mile away, and why we will not quote a price before we have stood in front of your panel. That is what the rest of this page covers, before we send you to the specific page that matches your job.

Residential and Commercial Work, Under One Roof

We split our business two ways, but we run it as one operation. On the residential side, covered in full on our residential electrician page, that means panel and service upgrades, whole-house and partial rewiring, outlet and switch repair, lighting and ceiling fans, dedicated circuits, generators, EV charging, surge protection, and the troubleshooting calls that make up most of a normal week. On the commercial side, detailed on our commercial electrician page, that means panel upgrades, three-phase power, tenant build-outs, restaurant and retail electrical, warehouse and industrial work, parking lot and site lighting, exit and emergency lighting, and standing property management service across a portfolio of buildings.

Keeping both sides under one crew is not just a business decision. A load calculation for a house adding an EV charger uses the same underlying math as one for a retail suite adding a walk-in cooler, and grounding and bonding problems get diagnosed the same way whether the panel is in a garage or a mechanical room. The tools, the code, and the habit of testing before guessing carry across both kinds of work.

What we are not is a general contractor who also touches wire, or a lighting store with a truck out back. Electrical work is what this crew does, full time, and the range above is the honest scope of it. We do not do plumbing, framing, or HVAC, and if a property needs one of those trades, we say so plainly rather than stretching into work outside what we actually do well.

What Actually Qualifies as an Emergency

People use the word emergency loosely, and we do not want anyone hesitating to call because they are not sure their situation counts. A few conditions are unambiguous: a burning smell you cannot locate, sparking at an outlet or inside a panel, a main breaker that will not reset or that trips instantly the moment you try, a panel or meter can that has taken on water, and any storm damage that has torn a service mast or weatherhead off the house. Those are calls where waiting makes the situation worse, not better, and we answer the phone around the clock for exactly that reason.

A tripped breaker that resets and holds is usually not an emergency, and neither is a flickering light in one fixture or an outlet that has been dead a while with no smell or heat behind it. Those are real problems worth fixing, but they can wait for a scheduled visit rather than an after-hours dispatch. If you are unsure which category you are in, describe what you see and smell when you call (954) 602-0050, and we will tell you straight whether it is a tonight problem or a this-week problem.

What we do not do is promise a specific arrival window. Drive times across this territory vary, and a promise like that turns into either a broken promise or a rushed job. What we do promise is that we answer, and we dispatch the closest available electrician.

Electrical Panels and How You Can Tell One Is Failing

The panel is the single component that determines what the rest of a building's electrical system can safely do, and it is also the component most likely to be quietly wrong without anyone noticing until something forces the issue. A handful of warning signs show up again and again across the homes and buildings we work in.

Heat is the first one. A panel cover that feels warm to the touch, a breaker noticeably hotter than the ones next to it, or scorching visible around a breaker or lug means a connection somewhere is carrying more resistance than it should, and resistance under load turns into heat. Buzzing or crackling from inside a closed panel is never normal; a faint hum from a heavily loaded breaker is one thing, an intermittent buzz or crackle is the sound of an arc, and an arc inside a panel does not fix itself. Rust and corrosion on the enclosure, especially streaking below a meter can, tells us water has found its way in, and water inside an energized enclosure is never something to leave alone. Breakers that trip for no obvious reason, or that will not stay reset, point to a breaker that has weakened or a bus connection that has degraded.

Two brand names come up constantly in older South Florida panels, and we bring them up unprompted because the pattern is well documented: Federal Pacific Stab-Lok panels and Zinsco panels. Both were installed widely across this region during its biggest growth decades, and both have a known history of breakers that fail to open reliably when they should, which means the circuit looks protected on paper while it is not protected in reality. We do not replace these because the name looks bad. We replace them because a breaker that does not trip on a fault is worse than having no panel at all, and no amount of tightening or adjusting restores that kind of failure. Our electrical panel repair page goes deeper into how we evaluate a panel and what replacement actually involves.

Wiring and Rewiring Through Three Generations of South Florida Homes

Age tells us more about a building than almost anything else, because it tells us what is likely behind the walls before anyone opens a box. South Florida's building booms happened in distinct waves, and each one left a different kind of wiring behind.

The oldest housing stock, dating to the 1920s boom that built out much of this region's original coastal cities, sometimes still carries remnants of knob and tube wiring or the cloth-covered, rubber-insulated cable that replaced it: individual conductors with no grounding conductor at all, insulation that has spent a century in South Florida heat and humidity and become brittle enough to crumble at a touch. These homes have usually been through several partial rewires over the decades, which means a mix of eras can be feeding different rooms of the same house, and mapping what is actually live is often the real first step of the job.

The much larger wave, the postwar ranch boom that built most of this region's suburbs from the 1950s through the 1960s, left behind concrete block houses wired for a household with a refrigerator, a television, and maybe a window air conditioner. Service sizes from that era are frequently a fraction of what the same house draws today, and this is the housing stock where Federal Pacific and Zinsco panels appear most often, since both brands sold heavily during exactly this boom.

Sitting inside that same window, roughly the mid-1960s through the mid-1970s, is single-strand aluminum branch wiring, used for standard 15 and 20 amp circuits in a huge number of homes across this region. Aluminum behaves differently from copper under thermal cycling: it expands and contracts more, it is softer, and it develops an oxide layer that raises resistance right at the connection point, at a receptacle, a switch, or a splice inside a box. The failure shows up as a loose, overheating termination, not a break in the middle of a wire. Every home built or rewired in that fifteen-year window deserves a look at what is actually feeding the receptacles, and our electrical wiring and rewiring page covers how we evaluate and remediate it.

What Salt Air and Humidity Do to Electrical Equipment

Every county we work in sits on a coast, and salt-laden air does not respect a property line a few miles inland the way people assume it should. It travels on the wind, it settles on anything metal, and over years it does real, measurable damage to electrical equipment that a dry climate simply does not produce at the same rate.

Meter cans and outdoor disconnects rust from the inside out, often with the first visible sign being a rust stain running down the wall below the enclosure. Aluminum lugs and connectors develop a white, powdery oxide that raises resistance at the termination, which generates heat, which accelerates the corrosion further, a cycle that feeds itself once it starts. Screw terminals in exterior boxes seize and shear off when someone finally tries to service them. Standard receptacle covers crack and warp in constant sun and stop keeping water out. Landscape and low-voltage lighting corrodes fastest of all, because it sits low, catches irrigation overspray, and rarely dries out between waterings.

The countermeasures are not exotic. Enclosures and hardware rated for the exposure, mounted so water sheds away rather than pooling. Antioxidant compound on aluminum terminations. In-use weatherproof covers on exterior receptacles instead of the older flip-lid style that leaves a plug exposed. Fixtures and connectors built for coastal or wet-location service rather than standard interior-grade parts pressed into an outdoor role. And terminations torqued correctly the first time, then checked again on a schedule, since a connection that loosens as it corrodes generates the heat that makes the corrosion worse. None of it is optional in this climate.

Hurricane and Storm Readiness

Every county we serve plans its year around hurricane season, and the electrical side of that planning comes down to three things: a generator connected the right way, surge protection at the panel, and a service mast that can take real wind without failing first.

A generator is only as safe as its connection to the house. That connection has to run through a transfer switch, a device that physically prevents the generator and the incoming utility supply from being connected to the building at the same time. Without one, some people try to backfeed a generator into the house through a dryer outlet using a double-ended cord. This is not a shortcut, it is lethal: it energizes the utility lines outside the house, lines that a crew working to restore power has every reason to believe are dead, and it has killed line workers exactly that way. We will not connect a generator like that, and if we find one set up that way on a property, we disconnect it and explain why. Our generator installation page covers how we size a unit to the circuits you actually want backed up.

Surge protection at the panel matters year round, not just during storms. This region sees a lot of lightning activity, and utility grid switching produces voltage transients even on a clear day. A properly installed surge protective device at the service panel clamps the large transients before they can travel out to branch circuits and the equipment plugged into them. It works alongside point-of-use protection at sensitive electronics rather than replacing it, and it is one of the more straightforward additions to make while a panel is already open for other work.

The service mast and weatherhead are also worth a look before storm season rather than after it. High wind puts a side load on that assembly it was never designed for, and a mast that has weakened or corroded over the years is far more likely to fail during the exact conditions when you need power the most. A pre-season check of the mast, the panel, and the transfer switch is a small visit compared to the alternative.

EV Charging and the Load Calculation Behind It

A Level 2 EV charger is a substantial continuous load, and continuous loads are calculated at a higher factor than intermittent ones under the electrical code, which is exactly why an honest EV charger installation starts with a load calculation, not with a conversation about which charger to buy. That calculation looks at the general lighting and receptacle load in the house, every fixed appliance individually, and what capacity is genuinely left over once realistic demand factors are applied, not just the number stamped on the main breaker.

In an older home with an original, undersized service, the honest answer is often that the service needs to be upgraded before a charger can be added safely. In a newer home there is frequently enough headroom already, but that has to be confirmed with a calculation rather than assumed. Run length from the panel to the parking spot also matters, since voltage drop over distance drives conductor size, and a detached garage or a charging location on the far side of a lot needs that run planned properly. Our EV charging station installation page walks through that whole sequence.

Lighting, Residential and Commercial

Lighting is where a lot of older buildings show their age most visibly, and it is also one of the most common reasons people call us in the first place. In homes, original fixture boxes often were not rated to support what people hang from them today, and a ceiling fan in particular needs a box rated for fan support rather than a standard fixture box asked to do a job it was never built for. Converting older fixtures to LED is usually a simple upgrade, but a dimmer designed for an old incandescent load will make LED lamps flicker or buzz, and the actual fix is a dimmer built for LED loads paired with lamps that are genuinely dimmable. Outside, we handle soffit and eave lighting, landscape lighting, security lighting, and pool and patio lighting on properly protected circuits, all built for the coastal exposure described above.

Commercial lighting covers more ground: interior sales floor and office lighting, warehouse high-bay fixtures, illuminated signage, and the exit signs and emergency lighting a commercial occupancy is required to keep in working order. Emergency lighting only matters if it actually functions when utility power drops, so battery backups and generator-fed lighting circuits need real testing, not just a one-time installation. LED retrofits make up a large share of this work, since older fluorescent and high-intensity discharge fixtures cost more to run and fail more often than equipment sized correctly for the space.

Commercial and Three-Phase Power

Commercial buildings carry heavier and more varied loads than a house does, and a large share of that equipment, from HVAC compressors to refrigeration to larger motors, runs more efficiently on three-phase power than it can on standard single-phase circuits. When a building has single-phase service and the equipment inside it needs three-phase, or when an existing three-phase service is not big enough for new equipment, that becomes a project with utility coordination attached to it, not just an electrician's decision made from inside the panel room.

Beyond the service itself, commercial jobs bring a different set of pressures than a residential call. A building may have multiple tenants sharing a meter room or a roof, and life safety requirements around exit and emergency lighting apply in ways a private home never has to consider. Downtime is measured in lost revenue or spoiled inventory, which is why we plan panel shutdowns around a business's operating hours whenever the job allows it. Retail stores, restaurants, offices, warehouses, and multi-tenant properties each have their own version of this, covered in more depth on our commercial electrician page.

How We Work: What Happens When You Call

Most people have never actually hired an electrician before and have no real idea what the process looks like, so here it is in plain terms. You call (954) 602-0050 and describe what is happening: a dead outlet, a panel that looks wrong, a remodel that needs new circuits, a breaker that will not stop tripping. We ask a handful of questions about the property, its age if you know it, and whether the situation is urgent or something that can be scheduled, not to sell you on the phone but to make sure the right electrician shows up with the right parts already on the truck.

An electrician then comes out, looks at the actual condition, and tests what needs testing instead of guessing from a description. The visible symptom and the real cause are frequently two different things, and a repair aimed at the wrong point does not stay fixed. We trace the problem to its source before we talk about fixing anything.

Once we know what is actually wrong, we explain it in terms you can use: what failed, why it failed, what the fix involves, and what happens if it gets left alone. Pricing is quoted after we have seen the job, not guessed at over the phone, because an accurate number requires actually looking at the panel, the wiring, or the space in question. If the work requires a permit, and a meaningful share of panel and service work does in this region, we pull it and coordinate the inspection. Before we leave, we test what we touched and label the panel, even if the labeling was wrong or missing when we arrived. Our about page goes further into how a job runs, and our contact page has every way to reach us if a call is not your first choice.

Where We Work Across South Florida

We are based at 1315 N 47th Ave in Hollywood, and our home city gets a level of coverage that comes from being local rather than dispatched from across the county: see our Hollywood electrician page for planned work and our Hollywood emergency electrician page for after-hours calls specifically. From that base we work all of Broward County, including Pembroke Pines and every other city and unincorporated community in between.

South of Broward, our territory continues into the corner of Miami-Dade County closest to us: Aventura, Golden Beach, North Miami, North Miami Beach, and Sunny Isles Beach, a stretch that mixes coastal high-rise condominium corridors with older, established single-family neighborhoods further inland. North of Broward, we serve Boca Raton and Delray Beach in southern Palm Beach County, each with its own building department, its own mix of historic districts and newer construction, and its own permitting rhythm that we work with directly. Our service area page breaks that full territory down city by city, with the housing stock, construction eras, and coastal exposure that shape what each community typically needs from an electrician.

Being based centrally in Hollywood is not an accident. We dispatch the closest available electrician rather than routing every job through a single starting point, which keeps drive times reasonable whether the call comes from Boca Raton, Sunny Isles Beach, or a street a few blocks from our own address. We answer the phone the same way across the entire territory.

Call an Electrician Who Explains the Work

If you have a panel you are unsure about, a breaker that will not behave, a project you have put off because nobody gave you a straight answer, or storm damage that needs to be assessed before the utility can reconnect you, call (954) 602-0050 and tell us what is going on. We answer the phone around the clock, we dispatch the closest available electrician, and we would rather explain what we find than sell you something you do not need. One call to (954) 602-0050 gets you an electrician who already understands the housing stock, the coastal exposure, and the storm season that shape every job we do in this region.