How Long Does EV Charger Installation Take?

Most EV charger installations in Central Florida take 2 to 4 hours from start to finish. That's the straight answer. But the actual time for your home depends on a handful of factors, and some of them are specific to how Florida homes are built. Here's the full picture so you know exactly what to expect.

The Standard Installation: Step by Step

A "standard" installation means the charger goes in a garage, within about 20 feet of your electrical panel, and your panel has capacity for a new breaker. Here's how our electricians spend those 2 to 4 hours:

Step 1: Arrival and Safety Setup (15 to 20 minutes)

The electrician arrives, reviews the job scope with you, confirms the charger mounting location, and sets up. They'll identify the correct circuits in your panel, turn off the main breaker, verify zero voltage with a meter, and lay down drop cloths if working indoors. This step isn't rushed. Electrical safety protocol is the foundation of every installation.

Step 2: Install the Circuit Breaker (20 to 30 minutes)

A dedicated 50 amp or 60 amp double pole breaker goes into your electrical panel. The electrician removes the panel cover, identifies an open slot (or rearranges existing breakers if needed), installs the breaker, and prepares the wire landing points. If your panel is well organized with open slots, this is straightforward. Older panels with tightly packed breakers take more care.

Step 3: Run Conduit and Pull Wire (45 minutes to 2 hours)

This is the longest step and the one with the most variability. The electrician mounts conduit (typically 3/4 inch or 1 inch EMT or PVC) from the panel to the charger location, then pulls 6 gauge copper wire through it. A 15 foot run along a garage wall might take 45 minutes. A 50 foot run through an attic takes closer to 2 hours.

For surface mounted conduit in a garage, the electrician measures, cuts, and secures each section with straps every 4 to 6 feet per code. Bends are made with a conduit bender, and each 90 degree turn adds a few minutes. Then they pull four conductors (two hots, a neutral, and a ground) through the conduit.

Step 4: Mount and Wire the Charger (20 to 40 minutes)

The charger or outlet gets mounted to the wall. For a hardwired unit like a Tesla Wall Connector, the electrician opens the charger's wiring compartment, strips the wire ends, makes the connections to the terminal block, and secures everything with strain relief. For a NEMA 14-50 outlet, they wire the receptacle and mount it in a box with a cover plate.

Step 5: Testing and Commissioning (15 to 25 minutes)

Power goes back on. The electrician verifies voltage at the charger (should read 240V between the hot legs), checks the breaker for proper seating, and does a functional test. For smart chargers, this includes connecting to Wi-Fi and verifying the app sees the unit. Then they plug in your vehicle and confirm it starts charging. A final check of all connections, cleanup of debris, and a walkthrough with you wraps it up.

Total for a Standard Installation: 2 to 3.5 hours

Factors That Add Time

Distance from Panel to Charger

Every additional 25 feet of conduit run adds roughly 30 to 45 minutes. A detached garage or charger on the opposite side of the house from the panel can push the conduit run to 60 or 80 feet. At that distance, you're looking at 4 to 5 hours total. Wire cost also increases with distance since 6 gauge copper isn't cheap.

Attic Runs

Many Central Florida homes have the panel on one side of the garage and the ideal charger location on the other. The fastest route is often through the attic. Florida attics in summer regularly hit 140 to 160 degrees. Our electricians work in attics all the time, but the heat limits how long anyone can safely stay up there. Attic runs add 30 to 60 minutes, partly for the work itself and partly for hydration breaks. We schedule attic heavy jobs for early morning whenever possible.

Underground Conduit

If the charger needs to go in a location that requires running conduit underground, like from the house to a detached garage or a freestanding pedestal in a driveway, that adds significant time. Trenching, laying PVC conduit, backfilling, and restoring the surface takes 2 to 4 additional hours depending on distance. Some jurisdictions require 18 inch burial depth for direct bury rated conduit, while others require 24 inches.

Older Home Panels

Homes built before 1990 sometimes have panels with no open breaker slots, obsolete breaker types (Federal Pacific, Zinsco), or undersized wiring. A panel that needs reorganization or tandem breaker installation adds 30 to 60 minutes. If the panel brand is obsolete, breakers can be hard to source and the electrician may recommend a panel swap, which is a separate, larger project.

Florida Specific Factors

Concrete Block Construction (CBS)

Most Central Florida homes are concrete block construction, which is standard for hurricane resistance. Drilling through CBS walls for conduit penetrations requires a hammer drill with masonry bits. Each penetration takes 10 to 15 minutes, compared to 2 to 3 minutes through wood framing. If the installation requires two or three wall penetrations (inside to garage to exterior), that's an extra 20 to 40 minutes you wouldn't see in a wood frame market.

Stucco Exteriors

Florida's stucco exteriors add a cosmetic consideration. Conduit mounted on stucco is visible and permanent. Our electricians route conduit along architectural lines where possible, tucking it under eaves, along corners, and behind downspouts. This takes more planning and a few extra minutes per section, but the result looks professional rather than hacked on.

For some homes, the cleaner option is running through the attic to avoid exterior conduit entirely. That trades visible conduit for attic work time. We discuss these tradeoffs during the site assessment.

Lanai and Screened Porch Installations

Some customers want their charger accessible from a lanai or screened porch area, particularly for homes where the car parks on a side driveway near the lanai. Running conduit through a screened enclosure without damaging the screening requires careful routing and sometimes custom brackets. Add 20 to 30 minutes for lanai adjacent installations.

Afternoon Thunderstorms

If you've lived in Central Florida for any length of time, you know about the 2 PM to 5 PM summer thunderstorms. We can't work on electrical systems during active lightning. If a storm rolls through mid installation, we pause until it passes. Most summer storms last 20 to 45 minutes. We plan around this, scheduling installations for morning start times from June through September, but occasionally weather adds a delay.

Panel Upgrade: A Different Timeline

About 15 to 20 percent of our installations require or recommend a panel upgrade. This is most common in homes built before 1995 with 100 amp panels. Adding a 50A or 60A EV charger circuit to a 100 amp panel often exceeds safe capacity.

What a Panel Upgrade Involves

• Step 1: We submit a permit to your local building department
• Step 2: Coordinate with your utility (OUC, Duke Energy, or your provider) for a meter disconnect and reconnect
• Step 3: The electrician replaces the panel, typically upgrading from 100A to 200A. This involves removing all existing circuits, installing the new panel, reconnecting every circuit, and adding the new EV charger circuit.
• Step 4: Inspection by the building department
• Step 5: Utility reconnects the meter

Timeline for Panel Upgrades

The electrical work itself takes 6 to 8 hours (a full day). But the total timeline from start to finish is longer:

• Permit approval: 1 to 5 business days (Orlando city permits are often faster than unincorporated Orange County)
• Utility coordination: OUC typically schedules meter work within 3 to 5 business days. Duke Energy can take 5 to 10 business days.
• Installation day: 6 to 8 hours. Your power will be off for most of this time.
• Final inspection: Usually within 1 to 3 business days after the work is complete

Total elapsed time from "yes, let's do this" to a working charger: typically 2 to 3 weeks when a panel upgrade is involved. The EV charger installation happens on the same day as the panel upgrade.

Permit Timelines by Jurisdiction

Every EV charger installation in Central Florida requires an electrical permit. Processing times vary by jurisdiction:

Jurisdiction	Permit Processing Time	Inspection Wait	Notes
City of Orlando	1 to 3 business days	Next business day	Online portal, relatively fast
Orange County (unincorporated)	3 to 5 business days	1 to 2 business days	Can be slower during busy periods
Seminole County	2 to 4 business days	1 to 2 business days	Online submission available
Osceola County	2 to 5 business days	1 to 3 business days	Kissimmee city permits separate
City of Winter Park	1 to 3 business days	Next business day	Smaller volume, faster processing
Lake County	3 to 5 business days	1 to 3 business days	Growing area, occasional backlog

We pull and manage all permits as part of our installation service. You don't need to go to any building department or wait in line. We handle the application, schedule the inspection, and meet the inspector on site.

What to Expect by Home Type

2010s to New Construction Subdivision Home

These are the fastest installations. A 2015 era home in Waterford Lakes, Lake Nona, or Horizon West typically has a 200 amp panel in the garage with open breaker slots, short conduit runs, and modern wiring. Installation: 2 to 2.5 hours. A straightforward job.

2000s Subdivision Home

Homes from Avalon Park, Hunter's Creek, or Heathrow in this era usually have 200 amp panels, though some builder grade panels are more tightly packed. Expect 2.5 to 3.5 hours. Occasionally we need a tandem breaker to free up a slot.

1990s Homes

This is where panel capacity starts becoming a question. Many 1990s homes in areas like Altamonte Springs, Casselberry, and Conway have 150 amp or 200 amp panels, but some have 100 amp. If the panel supports the circuit, installation runs 2.5 to 3.5 hours. If not, we're looking at a panel upgrade scenario.

1970s and 1980s Homes

Homes in established neighborhoods like College Park, Colonialtown, and parts of Winter Park from this era often have 100 amp panels and sometimes older wiring. The panel may be in a utility room or hallway rather than the garage, meaning a longer conduit run. Expect 3.5 to 5 hours for the charger installation alone, and a likely recommendation for a panel upgrade.

1960s and Earlier

Older homes in areas like Thornton Park, Delaney Park, and some of Winter Park's historic streets can be the most involved. Some still have fuse boxes, knob and tube remnants, or 60 amp services. A panel upgrade is almost always required. These are multi day projects: one day for the panel upgrade and charger installation, plus time for permits and utility coordination.

Real Scenarios from Our Installations

Scenario 1: Waterford Lakes, 2015 Home

Standard garage installation. Tesla Wall Connector mounted on the wall adjacent to the 200 amp panel, 12 foot conduit run. We installed a 60A breaker, ran conduit and wire, mounted and connected the Wall Connector, tested it, and were done in 2 hours flat. The homeowner was surprised it went that fast.

Scenario 2: Colonialtown Bungalow, 1958

This one was a project. The home had a 100 amp panel in a hallway closet on the opposite side of the house from the detached carport where the car parks. We upgraded the panel to 200A first (separate visit, full day). Then came back for the charger installation: 45 foot conduit run through the attic and down an exterior CBS wall, requiring two masonry penetrations. The charger installation alone took 4.5 hours. Total project from first consultation to working charger: about three weeks including permits and utility scheduling.

Scenario 3: Celebration, 2008 Townhome

The HOA required the charger to be installed inside the one car garage. The panel was on the same wall, which made the electrical work simple (8 foot run, done in 2 hours). But the HOA approval process took 4 weeks before we could even pull a permit. The installation itself was one of the fastest we've done. The HOA was the bottleneck.

Pre Installation Site Assessment

Before every installation, we do a site assessment. For most jobs this happens via photos and a phone consultation, though complex situations warrant an in person visit. Here's what we evaluate:

• Panel amperage and available capacity: Can your panel handle a new 50A or 60A circuit?
• Panel location and condition: Where is it relative to the charger location? Any issues with the existing panel?
• Conduit routing options: What's the shortest, cleanest path from panel to charger?
• Mounting surface: Drywall, concrete block, wood stud, exterior stucco?
• Access points: Will we need to go through the attic, through walls, or underground?
• Outdoor considerations: If exterior mount, what's the sun exposure and weather protection?

This assessment takes 15 to 30 minutes and lets us give you an accurate time and cost estimate before we schedule the work.

How to Minimize Installation Time

A little prep on your end makes a real difference:

1. Clear the area around your electrical panel. Move boxes, shelving, and stored items at least 3 feet in front of and to the sides of the panel. Our electricians need room to work safely.
2. Clear the charger mounting area. If the charger goes on a garage wall, move vehicles, bikes, and gear away from that wall.
3. Create a path between panel and charger location. If the conduit runs along a wall, clear that wall.
4. Have your vehicle available. We test with an actual charge session at the end. If your car isn't home, we can still complete the installation but can't do the final vehicle test.
5. Know your Wi-Fi password. Smart chargers need Wi-Fi setup during commissioning.
6. Provide photos during the quote process. Good photos of your panel (with the cover off), the charger location, and the path between them help us plan accurately and avoid surprises on installation day.

Same Day vs. Multi Day Installations

The vast majority of our installations are completed in a single visit. You schedule a morning, and by lunchtime you're charging your car. Multi day installations only happen in a few situations:

• Panel upgrade required: We may need one visit for the upgrade and charger installation, but utility meter coordination can split it across days.
• Underground conduit with concrete cutting: If we need to saw cut concrete (driveway, patio), that work might happen on a separate day from the electrical work.
• Inspection delays: Rarely, an inspector finds something that needs correction. This is uncommon when the installation is done by a licensed electrician who knows the local code requirements, but it does happen occasionally.
• Material surprises: On very old homes, we occasionally open a panel and find something unexpected (aluminum wiring, double tapped breakers, code violations) that needs to be addressed before we can safely add a circuit. We stop, discuss the findings with you, and schedule a return visit if needed.

For most homes built after 1990 with a 200 amp panel, it's a single morning. Show up, install, test, done.

What About the Inspection?

After installation, the building department inspector visits your home to verify the work meets code. This typically happens 1 to 3 business days after the installation. You (or another adult) need to be home to provide access. The inspector checks the breaker installation, wire gauge, conduit routing, connections at the charger, and proper grounding. The inspection takes about 15 minutes.

We have a near 100% first pass inspection rate because we follow NEC code and local amendments to the letter. Once the inspection passes, your permit is closed and you're all set.

Ready to get your charger installed? Get a free quote and we'll give you a specific time estimate based on your home's setup. Most customers go from quote to charging in under two weeks.