Tampa EV Charger Leads

Home › Services › Panel Upgrade for EV Charging

Panel Upgrades for EV Chargers in Tampa, FL

The charger is the easy part — your panel is the question. A huge share of Tampa homes were built with 100–150 amp service, and a Level 2 charger wants 40–50 amps of it. Here’s how to find out whether you need a 200-amp upgrade, what it costs, and the options when you don’t want one.

Get a free quote

The Florida block-home panel reality

Much of Tampa Bay’s housing stock — concrete-block ranch homes from the 1960s through the 1990s — went in with 100-amp or 150-amp panels. Back then that was plenty: an electric range, a water heater, and a window AC or two. Today the same panel serves central air, a pool pump, an electric dryer, and everything else modern life plugs in. A Level 2 charger adding a continuous 40–50 amp load for 6–8 hours can be the load that tips the calculation over the edge — which is why electricians here run into the panel question on a large fraction of charger jobs.

The load calculation decides — not the label

A load calculation is the code-prescribed method (NEC Article 220) of tallying everything your home can draw at once — square footage, major appliances, HVAC, pool equipment — to determine whether a new circuit fits safely. Two homes with identical 100-amp panels can get different answers: a gas-range home with a small AC may have room, while an all-electric home with a pool heater may not. This is a 30-minute exercise for a licensed electrician and the only legitimate basis for the decision. A quote that skips it is guessing with your safety.

When a 200-amp upgrade is really needed

  • The load calculation shows no room for a 40–50 amp circuit, and no circuits can reasonably be shed or managed.
  • Your panel is a known problem model (certain older panels have documented breaker-failure issues) or shows damage, corrosion, or double-tapped breakers — common in Florida’s humid garages.
  • You’re planning two EVs, or an EV plus a future heat-pump water heater, induction range, or home addition — the upgrade future-proofs all of it.

Cheaper alternatives to a full upgrade

  • Load-management devices. Smart devices that let the charger and another big load (dryer, water heater) share one circuit, automatically pausing the charger when the other appliance runs. Often a few hundred dollars installed instead of thousands for a new service.
  • Lower-amperage charger setup. A 24–32 amp circuit still adds 18–24 miles of range per hour — plenty for most commutes — and fits panels that can’t take 50 amps.
  • Circuit rebalancing. Moving loads between panel legs or replacing an aging subpanel sometimes frees enough capacity without touching the service entrance.

A good electrician quotes the upgrade and the alternatives and explains the tradeoffs. A bad one quotes only the most expensive option.

What a panel upgrade involves

  1. Utility coordination. Your utility (TECO or Duke Energy Florida in most of Tampa Bay) disconnects service at the meter so the work can be done safely, then reconnects and reseals the meter afterward.
  2. Panel and service entrance replacement. The old panel comes out; a new 200-amp panel, main breaker, grounding system, and (if needed) larger service-entrance conductors go in.
  3. Permits and inspections. An electrical permit is required, with inspection before the utility restores power.
  4. Charger circuit. With 200 amps available, the EV circuit goes in with comfortable headroom.

Expect the power to be off for most of a workday. Total project cost typically lands between $2,500–$5,000, before the charger installation itself.

Watch out: panel upgrades are a favorite upsell. If one electrician says you need a $4,000 upgrade and another says a load-management device solves it for $400, get a third opinion — and ask each to show you their load calculation. The math either supports the upgrade or it doesn’t.

Have a licensed electrician assess your panel

Get a free Tampa EV charger quote

Tell us about your project and a licensed local electrician will reach out — usually the same business day.

We only collect what an electrician needs to contact you. No spam, no selling your data.

Dev note: the form posts to /api/lead (deploy server/lead-route.reference.ts at launch) and falls back to a pre-filled email to leads@example.com. Replace both placeholders in lib/site.ts before launch.

Panel upgrade FAQs

How do I know if my panel can handle an EV charger?

A licensed electrician performs a load calculation — adding up your home's existing electrical loads per code — to see whether a 40–50 amp EV circuit fits safely. Panel labels alone don't answer it; two 100-amp panels can have very different real loads. Never let anyone add the circuit without running the numbers.

What does a 200-amp panel upgrade cost in Tampa?

Typically $2,500–$5,000, covering the new panel, breakers, meter work, grounding updates, permits, and utility coordination. Costs run higher if the service entrance wiring needs replacing or the meter location has to move. These are planning estimates, not quotes.

Will my electric bill jump if I add an EV charger?

Charging adds real usage — a typical EV uses roughly 250–400 kWh per month for average driving — but overnight charging in Florida is generally far cheaper per mile than gasoline. Your utility's rate structure matters; the electrician won't advise on rates, but check your provider's current plans.

Can a handyman do a panel upgrade?

No. Panel and service upgrades are electrical contracting work that Florida reserves for licensed electrical contractors, with permits and utility coordination required. Anyone offering to do it without a license or permit should be turned away.

Cost figures are 2026 Tampa Bay planning estimates, not quotes. Panel and service upgrades in Florida must be performed by a certified or registered electrical contractor with permits and utility coordination.