Storm Damage Electrical Repair in Hollywood

What a Broward Storm Does to a House's Wiring

A storm does not need to flood your street to hurt your electrical system. Wind-driven rain pushes sideways into soffit vents, attic penetrations, and exterior fixtures, and it follows the wiring inward. In Hollywood, where many homes are older concrete block ranches with attic runs and exterior lights under thin overhangs, moisture finds boxes that were never sealed well to begin with. The damage is often hidden. A fixture may work tonight and trip a breaker next week once the water has done its slow work on a connection.

Pressure swings matter too. During a hurricane warning the High Velocity Hurricane Zone requirements in South Florida shape how roofs, windows, and exterior equipment are fastened, and that same logic applies to the electrical gear attached to those walls. A meter base, a service mast, or a conduit strap that loosens in the wind can pull on conductors inside until they chafe or crack. We look for movement because movement is how a small problem becomes a dangerous one.

Then there is the utility side. Lines drop, transformers blow, and power returns in surges when crews restore a feeder. Sensitive electronics, motors in air conditioners, and the electronic boards in appliances take the hit. A repair visit after a storm is really a careful sweep: outside first, then the service equipment, then circuits, then the devices that were running when the event happened.

The First Walkthrough: Meter Base to Last Outlet

We start outside because the outside tells us what to expect inside. The meter base, the service mast, the weatherhead where the utility wires attach, and the conduit running to the panel are checked for bends, cracks, burn marks, and loose straps. A mast leaning even slightly can mean the utility connection has been strained, and in many cases the utility company has to disconnect and reconnect its side before we can finish ours. We explain that division of responsibility up front so nobody is surprised by the sequence.

Next we look at the main panel and any subpanels. We check for rust, water staining, a musty smell, discolored breakers, and corrosion on the lugs and bus. A panel on a garage wall that took blown rain is a common finding in Broward. We also compare what the panel shows with what the home is doing: a breaker that will not reset, a circuit that stays dead, or lights that flicker under load all point toward where to dig.

Finally we work through the house. Outlets, switches, and fixtures near windows, exterior walls, and lower floors get priority. We use a tester on receptacles to confirm they are wired and grounded correctly, and we check ground fault and arc fault protection where it is installed. The walkthrough ends with a plain list of what is safe, what is questionable, and what needs repair before the power should stay on.

Wet Boxes, Soaked Insulation and Why Dry Is Not the Same as Safe

People often tell us the outlet dried out so it should be fine. That is understandable, but water leaves residue. Floodwater and even rainwater carry minerals, dirt, and in coastal areas, salt. When the water evaporates, that film stays on the contacts and between conductors, and it can conduct current when humidity returns. Hollywood humidity is high most of the year, so a box that looks dry in the morning can leak current by evening. That is why we test rather than guess.

Insulation is the other quiet failure. Wire insulation that sat in water can stay damp inside the cable jacket for a long time, particularly in wall cavities that cannot breathe. We use insulation resistance checks and visual inspection of cut-back sections to decide whether a run can be kept or must be replaced. Cable that was fully submerged is often replaced, and we explain why in terms you can see rather than just stating the conclusion.

Devices sitting in water are treated differently from wiring. Outlets, switches, and breakers that were immersed are generally replaced, because their internals cannot be cleaned reliably. If water reached the bottom of a panel, the whole panel may need to be evaluated for replacement. We would rather tell you the tradeoff honestly: replacing hardware costs more upfront than drying, but a failed connection in a wet-damaged panel can start a fire months later.

The Service Mast, Weatherhead and Utility Handoff

The service mast is the pipe that rises from your meter base above the roofline so the utility drop can clear the roof. After a storm it is one of the most frequent repair items we see, because it is tall, exposed, and fastened to a wall or roof that is itself under load. A mast that is bent, cracked at the fitting, or pulled away from the wall is not something to leave alone, since the conductors inside are your main power feed, ahead of any breaker.

Because the utility drop attaches to your mast, the work is shared. We handle the equipment owned by the property: the mast, the weatherhead, the meter base, the conduit, and the panel. The utility handles its own wires and, in many cases, must disconnect power before we replace a mast and reconnect it afterward. The local building department typically requires a permit and inspection for a service change of this kind, and the utility will not restore power until that process is satisfied.

We plan this work around real constraints. Parts must match the existing service size, the new mast must be braced properly for wind, and the wall or roof penetration must be sealed so the repair does not create a leak. We tell the owner what to expect for the disconnect and reconnect so the house can be ready, and we never promise how fast the utility will move, because that is outside our control.

Trees, Fences and the Lines Nobody Sees

Falling limbs do not only take down overhead wires. They crush buried conduit near driveways, rip landscape lighting cable from the ground, and bend the arms that carry power to detached garages, sheds, and pool equipment. In Hollywood neighborhoods with mature trees along the older streets, a limb through a backyard run is a very ordinary storm result. We trace the run from the house panel outward to find where the damage is.

Buried feeders and lighting circuits need different handling. A cable that was cut and then shorted to the soil can leave voltage on the metal parts around it, which is why we recommend that owners stay away from downed wires and fallen fences touching any cable. If a pool or a spa is involved, the bonding and grounding around it is checked before the equipment is run again, because water and electricity are a serious combination.

Repair here is usually a reroute rather than a patch. Splicing a damaged underground cable is allowed only with listed methods and, in many situations, a replacement of the whole run is the sounder choice. We also check where the old line passed so the new route avoids the same tree roots and soft ground. Anything buried is inspected before it is covered, and the building department may need to see it first.

Generators, Backfeed and the Danger to Line Crews

After a storm many owners reach for a portable generator, and that is where well-meant shortcuts turn dangerous. Plugging a generator into a wall outlet with a homemade cord, a practice often called backfeeding, can push power out through the service lines and onto the utility's system. A crew working on a line believed to be dead can be seriously hurt. It also risks your own wiring and the generator itself.

The safe approach is a properly installed transfer switch or an interlock, selected for the panel and the size of the generator. These devices physically prevent the generator and the utility from feeding the house at the same time. We discuss which circuits matter to you, such as the refrigerator, a few lights, and the air handler, and size the setup around those needs. Some homes can handle a bigger load than others, and we help set realistic expectations.

Placement and exhaust are part of the plan, too. Generators must run outdoors and away from windows, doors, and vents, because exhaust fumes are a real hazard in hurricane aftermaths across Florida. A generator inlet box on the exterior wall needs a proper cable, a weather-rated connection, and a spot where rain will not reach it. Setting that up ahead of the season is much easier than improvising during an outage.

Fuel safety is part of the plan as well. Store fuel outside living spaces in approved containers, and never refuel a hot generator. These habits are not strictly electrical, but they are a regular part of the conversation when we help an owner prepare a safe backup arrangement for storm season.

Salt Air That Makes Storm Damage Worse

Hollywood sits between the Atlantic and the Intracoastal, and salt travels far more than most people expect. Even blocks inland, salt carried by humid air settles on equipment and gradually eats at copper, aluminum, and steel. After a storm that pushes spray and rain across the barrier, that salt gets driven into every opening. Corroded terminals run hotter because the resistance at the joint rises, and heat is the root cause of many electrical fires.

We look for green or white crust on connections, pitting on panel covers, and fasteners that have rusted through. Weatherproof devices outdoors are inspected closely, because gaskets age quickly in sun and salt. A cover that does not seal is just an invitation. Replacing it with an in-use cover, which protects the outlet even when a cord is plugged in, is a modest change that prevents a lot of water getting inside.

Where the corrosion is severe, the repair usually goes beyond the visible damage. Conductors may need to be cut back to clean copper, terminals replaced, and in some cases the entire enclosure swapped for a corrosion-resistant type. Owners near the water sometimes ask whether the extra work is necessary. Our honest answer is that a connection that looks fine on the surface but is corroded inside will keep heating until it fails, so we fix it properly once.

For homes right on the water, such as beachfront condos and townhomes along the Intracoastal, we suggest a periodic inspection even when nothing seems wrong. Catching early corrosion while a part can still be cleaned or replaced cheaply in effort is far better than finding it after a failure.

What You Can Safely Do Before We Arrive

Your safety comes first, and the rules are simple. If water is standing around outlets, appliances, or the panel, do not walk into it or touch anything electrical. If you smell burning, see sparks, or hear buzzing from the panel, stay away from it and call. When it is safe to do so, and only then, turning off power at the main breaker may reduce the hazard, but if reaching it means standing in water, leave it and call a professional.

Document what you see with photos before anything is moved. Pictures of water lines, panel conditions, and damaged fixtures help us understand the event and also support any insurance claim you choose to make. Keep a list of what stopped working and when. Note whether anything smells like smoke or hot plastic. Those clues narrow the search faster than an hour of poking around.

Please do not try to dry out a panel, reset a breaker repeatedly, or open any enclosure yourself. A breaker that keeps tripping is protecting you from a fault, and forcing it back on defeats that protection. Move valuables and electronics away from wet areas, keep children and pets out of affected rooms, and call our emergency line to confirm availability for your situation. We will tell you what we can do and what the service call involves before anyone is dispatched.

Remember that a calm, careful assessment beats speed. Storm hazards often hide behind walls and under insulation, and a thorough inspection may find a second problem that the first symptom was masking. We would rather take the time to find it than leave you with a repair that fails again.

How an Emergency Repair Visit Is Planned

We separate storm calls into three groups: hazards that need immediate attention, repairs that restore function, and improvements that make the home better prepared. Fire risks, live exposed conductors, and flooded panels come first. We make them safe, which sometimes means isolating a circuit or disconnecting a damaged section rather than fully repairing it that night. Making a hazard safe is not the same as a finished repair, and we say so clearly.

After the immediate hazards, we build a repair plan. That list covers the parts to be replaced, any work that needs a permit, and any step that depends on the utility. We explain the tradeoffs: a temporary fix that gets the refrigerator running tonight versus a full replacement that takes longer. Jobs are quoted after we understand the work, and for visits the service call charge is explained before dispatch, never after the fact.

Parts availability can be tight after a major storm, since many homes need the same panels, breakers, and masts at once. We tell the owner when something is on backorder and what interim options exist. We do not promise completion dates, because inspections, utility work, and supply all affect the timeline. What we do promise is straight communication at each step, so you always know what is done, what is waiting, and why.

If your home has solar panels, a battery, or a pool pump on its own circuit, tell us when you call. Those systems have their own shutoff and grounding details, and we want to know about them before we begin so that nothing is energized unexpectedly during the work.

Permits, Inspections and the Building Department

Significant storm repairs fall under the local building department, and that is a good thing for homeowners. Replacing a service mast, a meter base, a main panel, or large sections of wiring generally needs a permit, and an inspector confirms the work before power is restored or the walls are closed. We pull permits where the code requires them and schedule inspections as part of the job.

The inspection is not a formality to rush past. The inspector checks grounding and bonding, conductor sizing, overcurrent protection, and the way equipment is mounted and sealed. In the High Velocity Hurricane Zone, exterior equipment mounting and wall penetrations receive extra attention because of wind loads. Work that passes protects you and also leaves clean records for resale or insurance.

We never promise that any inspection will be approved, since that is the inspector's decision. What we do is build the work to the code in force and correct anything flagged. After a widespread storm, building departments are busy and scheduling can stretch. Owners should expect that and plan around it, especially if the electric utility will not reconnect until the inspection is signed off.

One more practical point: keep a copy of the permit number and the inspection result with your home records. When you sell, a buyer's inspector often asks what was changed after a storm, and having the paperwork ready answers the question quickly and calmly.

Insurance Paperwork and Keeping Good Records

If you file a claim, the quality of your records matters. Keep photos from before and after the repair, a written description of what happened, and copies of everything we provide. We can describe what we found and what the repair involved in plain language, and the permit record shows what was done and when. That documentation reduces back and forth.

Be careful about the order of events. Do not throw out damaged equipment before the adjuster has seen it unless safety demands it. If a panel or device has to be removed immediately because it is hazardous, photograph it first and keep the old parts if possible. Ask your insurer what they need, since we cannot speak for their rules or promise any outcome on a claim.

Also separate repairs from upgrades in your own mind. Replacing a wet panel with the same size may be covered, while adding a whole-home surge protector or extra circuits is generally an improvement you choose. We write up the work in a way that makes the line between them visible. That helps you decide where to spend, and it helps avoid arguments about scope later.

If your claim involves a loss of food or other property, those items are outside our scope, but we can confirm the electrical cause in plain terms, such as a tripped main or a failed feeder. A clear description of cause is often the most useful thing an electrician can provide for a claim.

Getting Ready Before the Next Season

The best storm repair is the one you never need. Before hurricane season, have the electrical system looked over while the weather is calm. Check outdoor outlets and covers, make sure the panel is dry and rust free, and confirm the service mast and meter base are secure. Trim trees away from service lines, though leave work near the utility's wires to the utility.

Think about protection layers. A whole-house surge protector at the panel, surge protection at sensitive equipment, and ground fault protection where required reduce damage from the spikes that come with restoration. If you plan to run a generator, install the inlet and interlock now. Keep a short list of the circuits you would want powered in an outage so the design is based on your real needs.

Finally, keep the important things easy to reach: the main breaker location, the panel directory labeled clearly, and a flashlight nearby. Know where your water shutoff and gas valves are. If your home has older wiring, such as ungrounded outlets or a panel with a known history of trouble, a storm is the moment it tends to show up. Planning work in a calm month costs far less stress than doing it in a crisis.

Finally, talk with neighbors and your building management if you live in a condo or townhome community. Shared meter rooms, common panels, and rooftop equipment are handled by the association, and coordinating early prevents confusion when a storm arrives and everyone needs the same attention at once.

Questions we hear about this

Is it safe to turn the power back on after my home got wet?

Not until the wiring has been checked. Water leaves minerals and salt on contacts and can soak insulation, so a circuit may work briefly and then fail or overheat. If water reached outlets or the panel, keep power off where you can do so safely, and call a professional to inspect before you restore anything.

Will my service mast be fixed by the power company or by you?

It is shared. The utility owns its wires and handles its side of the connection, while the mast, weatherhead, meter base, and panel belong to the property and are repaired by us. Power is usually disconnected by the utility, repaired by us, inspected by the building department, then reconnected. We cannot control utility timing.

Do storm repairs need a permit in Hollywood?

Often yes. Replacing a service mast, meter base, panel, or large sections of wiring generally requires a permit and an inspection through the local building department. We pull permits where the code requires them and schedule inspections as part of the work. We cannot promise approval, since that decision belongs to the inspector.

Can I run a generator through a regular outlet?

No. Feeding a house through an outlet, called backfeeding, can send power onto the utility lines and endanger line crews, and it risks your own wiring. A proper transfer switch or interlock keeps the generator and the utility from feeding the home together. Always run a generator outdoors, away from doors and windows.

Do you answer storm calls after hours?

We answer an emergency line, and the caller should call to confirm availability for their situation. Right after a major storm demand is heavy and conditions on the road can limit what is possible. We will explain what we can do and what the service call involves before anyone is dispatched.

How do I know if a wet outlet or breaker must be replaced?

Devices that were immersed are generally replaced, because their internal parts cannot be cleaned reliably. For devices that only got damp, we inspect and test them. Any breaker or outlet that smells burnt, shows discoloration, trips repeatedly, or feels hot should be treated as suspect and examined by a professional right away.

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Content note: this page was written by Claude (AI).