Dedicated circuits, industrial-grade NEMA 14-50 receptacles and hardwired wall connectors — with smart load management when the existing service is tight.
Most of the cost is the run, not the device. A charger on the other side of the garage from the panel is a different job than one on the same wall.
A load calculation answers this. Many homes can take a charger with no upgrade at all — and many quotes assume an upgrade without checking.
A NEMA 14-50 is flexible and portable. A hardwired wall connector supports higher current and is required for some setups. We’ll tell you which one your car actually needs.
A spa, a pool heater or electric heat changes the math. Load management can let them coexist without a bigger service.
We calculate real demand before quoting. If your service supports the charger as-is, we tell you — that’s the cheapest outcome and it happens often.
Pulled and drawn in-house. An unpermitted EV circuit is a problem when you sell, and a real problem if there’s ever a fire claim.
Correct conductor sizing for the continuous load, GFCI protection where required, and a receptacle rated for daily use — not the cheapest one on the shelf.
Where the service is tight, a load management device lets the charger back off when the A/C or dryer runs. Far cheaper than a service upgrade.
Charged with your actual car before we leave, and the breaker labeled.
A $12 NEMA 14-50 is not rated for four hours of continuous current every night. They overheat. We use industrial-grade, and it’s a small part of the total.
EV charging is a continuous load — code requires the circuit sized at 125% of it. Sizing to the nameplate is a common shortcut and it runs hot.
It skips a fee and creates a liability. It shows up at closing, and it shows up in an insurance claim. We permit every one.
Often no. A load calculation tells us for certain, and plenty of homes handle a charger as-is. Where capacity is tight, load management is usually cheaper than a service upgrade.
For the electrical work, barely. What matters is the amperage the charger draws and whether it’s hardwired or plug-in. Tell us the model and we’ll size it correctly.
A 14-50 receptacle is flexible and lets you take the charger with you. Hardwired supports higher current and is required above certain amperages. We’ll recommend based on your car and your panel.
Sometimes — it depends on the association, the metering and where the panel is. Those installs need coordination, and we’ll tell you early if it isn’t practical.
Always. It’s a dedicated high-current circuit; skipping the permit is not worth what it saves.
"If you ever need an EV charger installed for your electric car, I highly recommend Edgar! He is professional, knowledgeable, punctual, and does amazing work. The installation was clean, fast, and everything works perfectly."
— ANA ESTEVA · GOOGLE REVIEWA photo of the open panel and your car model is enough for us to quote it properly.
