EV Charger Installation for Florida Solar Homes: What You Need to Know

There's a moment every new EV owner in Central Florida has. You plug your car into a standard wall outlet, check the charging app the next morning, and realize you gained about 40 miles overnight. That's Level 1 charging — a standard 120V household outlet — and for most drivers it's not enough. Meanwhile, your solar panels are sitting on your roof, quietly producing power that could be fueling your car for essentially nothing. Connecting those two systems the right way is one of the smartest moves an Orlando homeowner can make. Here's exactly what that involves.

Level 1 vs. Level 2: Why the Difference Matters in Florida

Level 1 charging uses a standard 120V outlet — no special installation required. The tradeoff is speed: you'll add roughly 3 to 5 miles of range per hour. If you drive 40 miles a day, you need around 8 to 12 hours plugged in just to break even. For most households, that works fine in theory, but it leaves no buffer for back-to-back days, road trips, or days when the car sat in the driveway longer than planned.

Level 2 charging runs on 240V — the same voltage as your dryer or range — and delivers 20 to 30 miles of range per hour. A full charge from near-empty typically takes 4 to 8 hours depending on your vehicle. Most EV owners who switch to Level 2 report they never think about charging again. You plug in when you get home, you leave in the morning with a full battery, and that's it.

In Florida, where year-round driving is the norm and summer heat can strain battery efficiency, having a reliable home charging setup isn't a luxury — it's practical infrastructure.

What a Level 2 EV Charger Installation Actually Involves

Installing a Level 2 charger is not a plug-and-play project. In Florida, it requires a licensed electrical contractor, and for good reason. Here's what the work involves:

• Panel capacity evaluation: A 40-amp dedicated circuit (common for Level 2 chargers) draws significant load. Your main electrical panel needs to have the capacity to support it without tripping breakers or creating a safety hazard. Older homes in the Orange, Lake, Seminole, and Polk county areas — especially those built before 2000 — sometimes have 100-amp panels that are already close to capacity, particularly if they also run a solar system, pool equipment, and central AC.
• Dedicated 240V circuit: The charger needs its own breaker and its own run of wiring from your panel to the garage or carport. Sharing a circuit with other appliances isn't safe or code-compliant.
• Permit and inspection: Florida law requires an electrical permit for this work in Orange, Lake, Seminole, and Polk counties. A licensed contractor pulls the permit, the work gets inspected, and the inspection record stays on file — which matters for homeowners insurance and resale.
• Charger mounting and connection: The unit gets hardwired or connected via a NEMA 14-50 outlet, mounted at the right height and location, and tested before handoff.

Solarama's full EV charger installation — including the charger unit itself — is $1,350 . If you've already purchased your own charger (popular choices include the Emporia Vue, ChargePoint Home Flex, or Enel X JuiceBox), the install-only price is $750 . Both include the permit, dedicated circuit run, and final testing. The process starts with a site review at solarama.us/book.

Why Solar + EV Is Especially Compelling at Duke Energy Rates

Duke Energy charges most Central Florida residential customers approximately 18.1 cents per kilowatt-hour . OUC customers in parts of Orlando and Lake Nona pay around 12.6 cents per kWh . Either way, the math on home EV charging from solar is striking.

Public fast chargers in the Orlando area typically run 30 to 50 cents per kWh — sometimes more at premium stations. A typical EV with a 75 kWh battery costs $22 to $37 to fill from empty at a public charger. Do that twice a week and you're spending $175 to $300 per month on charging alone.

Charge from your solar array during peak production hours and that cost drops toward zero. Even if you're charging at night from grid power, you're paying 18 cents versus 40+ cents — roughly half price. For Duke Energy customers driving 1,000 miles per month in a vehicle averaging 3.5 miles per kWh, the annual savings versus public charging can exceed $1,500 .

That's a real number. And it stacks on top of whatever your solar system is already saving you on your electric bill.

Does Your Existing Solar System Need to Be Evaluated First?

Yes — and this step is frequently skipped, which causes problems later.

Adding an EV to a household can increase electricity consumption by 25 to 40 percent, depending on how much you drive. A solar system designed for your pre-EV usage may not fully offset that new load. The answer isn't always to add more panels — sometimes it's adjusting when you charge (solar production peaks between 10 a.m. and 3 p.m., which aligns well with overnight workplace charging or smart-scheduling features on newer EV chargers). But you need to know your actual production data before making assumptions.

Solarama offers a Free Bill Evaluation — no charge, no obligation — where we review your current utility bills and solar production history to tell you whether your existing system can cover your projected EV load, or whether there's a gap worth addressing. It's a 15-minute conversation that can save you from either undersizing your charging setup or overbuilding your solar system.

The Right Time to Add a Level 2 Charger

One question we hear often: should I install the charger before or after buying the EV? The answer is before, if you can. Here's why:

Charger installation involves scheduling a licensed electrician, pulling a permit, and waiting for an inspection — that process takes one to two weeks in most Orange and Seminole county jurisdictions, sometimes longer during busy construction periods. If you take delivery of your EV and then start the charger installation process, you're stuck with Level 1 charging during the wait. Installing first means you drive home in your new vehicle and plug into Level 2 that same night.

If your EV is already in the garage and you're making do with a standard outlet, that's fine too — there's no penalty for adding Level 2 later. The panel evaluation may actually be easier once your home's usage patterns under solar are established.

What to Know About Inverters and Smart Charging

If your solar system runs an Enphase microinverter setup, the Enphase App gives you real-time production data that some newer EV chargers can use to time charging automatically. SolarEdge string inverters offer similar monitoring through the MySolarEdge portal. SMA inverters can be integrated with home energy management systems for the same purpose. None of this is required — your EV charger will work fine without smart integration — but if you want to optimize solar self-consumption, the technology exists and it works well in Central Florida's year-round high-production environment.

Florida's long sunny season means your panels are producing meaningfully in every month of the year. That consistency is exactly what makes solar-powered EV charging so reliable here compared to states with significant seasonal variation.

Permits, Inspections, and Licensing in Central Florida

Any licensed electrical contractor pulling a permit in Orange, Lake, Seminole, or Polk county can handle this work. What you want to verify before hiring anyone:

• They hold an active Florida electrical contractor license — ask for the license number and verify it at myfloridalicense.com
• They are pulling a permit — not doing the work "off permit" to save time or money
• They have experience with solar-connected homes, where the panel configuration can differ from standard residential installs

Solarama's license is CVC57175 . We work in Orange, Lake, Seminole, and Polk counties and are available seven days a week.

Ready to Fuel Your Car from Your Roof?

The solar + EV combination is among the highest-return investments available to a Central Florida homeowner right now. Between Duke Energy's 18.1-cent rate versus public charger pricing, the math is straightforward. Getting the installation done right — permitted, inspected, sized correctly for your panel — makes sure that investment performs for the long term.

Start with our Free Bill Evaluation to see whether your existing solar system can cover your projected EV load, then book your site review for charger installation. Both happen at the same link.

Schedule your site review and free bill evaluation at solarama.us/book. Solarama LLC | 407-900-6055 | support@solarama.us | Open 7 days a week | License CVC57175 | Serving Orange, Lake, Seminole, and Polk counties.