Electricians in Florida

Florida’s utilities

Florida does not have retail electric choice; your utility depends on where you live. Florida Power & Light is the largest and, after absorbing Gulf Power, serves much of the east coast, South Florida and the western Panhandle. Duke Energy Florida serves much of Central and West-Central Florida, Tampa Electric serves the Tampa area, and large municipal utilities include the Orlando Utilities Commission, JEA in Jacksonville, and city utilities in places such as Tallahassee, Gainesville and Lakeland. Rural cooperatives cover much of the state outside the big metros.

Each utility has its own standards for meter bases, service upgrades, generator connections and solar interconnection, and its own storm-restoration process.

Licensing, permits and the Florida Building Code

Electrical contractors in Florida are licensed through the Department of Business and Professional Regulation and its Electrical Contractors’ Licensing Board. A certified contractor can work anywhere in the state, while a registered contractor is limited to the local jurisdictions where they hold a competency card. You can verify any license through the DBPR website.

Florida uses a statewide building code, the Florida Building Code, which adopts the National Electrical Code for electrical work. Permits are issued by cities and counties. Panel changes, new circuits, generators, solar and most storm repairs require a permit and inspection, and after major hurricanes, local building departments often set special rules for re-energizing damaged homes.

Hurricanes and backup power

Recent storms have tested every part of the state: Hurricane Andrew in South Florida in 1992, Irma across much of the peninsula in 2017, Michael in the Panhandle in 2018, Ian in Southwest Florida in 2022, and Helene and Milton in 2024. Multi-day outages in late-summer heat are a real risk.

Generators are the most common hurricane upgrade. A portable generator must be connected through a transfer switch or listed interlock, never back-fed through an outlet, and must always run outdoors — carbon monoxide poisoning from generators run in garages or near open windows is one of the leading causes of death after Florida storms. Standby generators with automatic transfer switches are popular in coastal and high-outage areas, and should be installed with clearances from windows and doors and, where flooding is possible, at an elevated height.

Flooding and storm surge

Storm surge and rain flooding can submerge outlets, panels, outdoor equipment and appliances. Equipment that has been underwater generally must be replaced, not dried out and reused. Keep power off to flooded areas, stay clear of downed lines, and have an electrician inspect before re-energizing. In flood-prone areas, raising panels, outlets and equipment above expected flood levels during repairs or renovation reduces damage next time.

Lightning, surges and humidity

Central Florida, between Tampa and the Atlantic coast, has some of the highest lightning frequency in the United States, and afternoon thunderstorms are routine much of the year. Nearby strikes send surges through power, cable and phone lines. A whole-home surge protective device at the panel, a sound grounding system and point-of-use surge strips for electronics together give the best protection for air conditioning control boards, pool equipment and appliances.

Constant humidity and salt air corrode meter bases, AC disconnects, outdoor outlets and pool equipment. Rust, green corrosion and nuisance GFCI trips are common symptoms. Weather-resistant devices, in-use covers, corrosion-resistant enclosures and periodic inspection keep exterior equipment reliable.

Insurance, panels and older homes

Many Florida insurers ask for a four-point inspection — roof, electrical, plumbing and HVAC — before insuring an older home, and often decline or surcharge homes with fuse boxes, certain older panel brands such as Federal Pacific Stab-Lok and Zinsco, aluminum branch wiring or ungrounded wiring. Replacing a problem panel or correcting wiring issues can be required to get or keep coverage.

Much of Florida’s housing is concrete-block construction built between the 1950s and 1980s, which affects how new circuits are added — wiring is often run through attics and surface conduit rather than fished through walls. Condominiums and older apartment buildings may have building-wide electrical limits that affect what each unit can add.

Pools, solar and EVs

Pools and spas are common, and their pumps, heaters and lighting require correct bonding and GFCI protection. Older pool installations may not meet current requirements, and corrosion around pool equipment is a frequent finding. Rooftop solar is common, and battery storage is increasingly paired with it for hurricane resiliency. EV ownership is growing quickly in South Florida, Tampa Bay and Orlando, where load calculations decide whether a charger fits on an existing service.

Manufactured and mobile homes

Florida has one of the largest populations of manufactured homes in the country. These homes are usually fed from a meter pedestal or post outside the home rather than a meter mounted on the wall, and the feeder between the pedestal and the home’s panel is exposed to weather, lawn equipment and storm damage. Hurricanes can shift homes on their piers and strain those connections. After a storm, check the pedestal, the feeder and where it enters the home before power is restored.

Regional differences across Florida

The Panhandle has more pine forest, colder winter snaps and direct Gulf hurricane exposure, as Hurricane Michael showed in 2018. Northeast Florida around Jacksonville faces Atlantic storms, nor’easters and river flooding. Central Florida, including Orlando, is the heart of lightning country, with near-daily summer storms. Tampa Bay is especially vulnerable to storm surge, a risk the 2024 hurricanes made clear.

Southwest Florida from Sarasota to Naples is still rebuilding from Hurricane Ian in 2022, with many homes raising equipment and rebuilding services. South Florida and the Keys combine the strongest salt exposure, the oldest coastal housing in places like Miami Beach, and high-rise condominiums with shared electrical rooms that need building-level coordination for any service changes.

An electrical checklist for hurricane season

Before June, test your generator under load and confirm how it connects to the house; if it plugs into an outlet with a double-male cord, have a transfer switch or interlock installed instead. Locate your main breaker and make sure everyone in the household knows how to switch it off. Check that outdoor outlets have intact in-use covers and that the meter base and service mast are firmly attached and free of rust.

If you are told to evacuate, switching off the main breaker before leaving reduces the risk of damage when power returns to a flooded or damaged home. When you come back, do not turn the power on if water reached outlets, the panel or appliances. Keep fuel for generators stored safely outside the living space, and never run a generator in a garage, even with the door open.

Common electrical calls in Florida homes

The most frequent requests are generator and transfer-switch installations before hurricane season, whole-home surge protection, panel replacements required by insurers, corrosion repairs to meter bases and AC disconnects, pool and spa bonding and GFCI corrections, and post-storm inspections and repairs. Hurricane season runs from June through November, so the spring months are the best time to schedule generator work before demand peaks.

Choosing an electrician in Florida

Verify the DBPR license, confirm whether the contractor is certified statewide or registered locally, and ask who will pull the permit. For storm repairs, ask what the local building department requires before power is restored. For generators, ask about placement, clearances and elevation. If your insurer has flagged your panel or wiring, share the inspection report so the electrician can quote exactly what is needed.