80% of EV Charging Happens at Home. Most Electricians Aren't Cashing In.

Ask most electricians what they do for EV charger work and you'll get a shrug. They'll wire one up if a customer asks. They don't market it. They don't track it as its own service line. It shows up in the books lumped under "service work" or "miscellaneous installs," invisible.

That's a mistake, and the numbers say so. About 80% of all EV charging happens at home, according to the Department of Energy. Not at public stations, not at the office. In a garage, on a dedicated 240V circuit that somebody has to run. That somebody is an electrician. Probably not you, if you're not asking for the work.

This is the kind of job the trade is built for. A load calculation, a dedicated circuit, sometimes a panel upgrade. Repeatable, code-driven, and the margins hold up. Let's talk about why so few electricians treat it like the revenue line it actually is.

The market is residential, and it's already here

When people picture EV charging, they picture the bank of fast chargers at the grocery store. That's the visible part. It's also the small part. The vast majority of charging is overnight, at home, on Level 2 equipment that runs off a 240V circuit.

Home charger sales are growing more than 20% a year heading through 2026. That's not a forecast for some distant electrification future. It's the install volume hitting garages right now. Every one of those chargers needs a circuit sized and pulled by a licensed electrician, and a lot of them need more than that.

Here's where it gets good for your business. A home EV charger install is one of the most predictable jobs you can quote. There's a defined scope: assess the panel, run the load calc, pull a dedicated 240V circuit, mount and commission the charger. You're not chasing a moving target the way you are on a remodel or a troubleshooting call. You can price it tight because you know what's involved before you pull up.

The work breaks down into three clean buckets

Not every EV install is the same job, and the difference is mostly about the panel. Once you sort a lead into the right bucket, the quote almost writes itself.

The simple swap. Panel has capacity, the run to the garage is short, no upgrade needed. You're pulling a 240V circuit to a dedicated breaker and mounting the unit. Clean half-day job.

The longer run or subpanel. Panel's fine on capacity but the charger location is far from it, or the garage needs a subpanel. More material, more labor, still well within standard scope.

The panel upgrade job. The home has a 100A service and not enough headroom to add a 40A or 48A charging circuit. Now you're upgrading the service to 200A before you even touch the charger. This is the big one, and it's worth its own section.

That sorting is the whole game. An electrician who's set up to qualify the lead fast (panel size, charger amperage, distance to the install point) can quote accurately over the phone and close before the homeowner calls three other shops.

The panel upgrade is the real money

A 100A to 200A service upgrade is a common prerequisite for EV charging, especially in older housing stock that was never wired for a 48A continuous load on top of an HVAC system, an electric range, and a dryer. It's also one of the most profitable add-ons in residential electrical work.

Think about what's happening. The homeowner called you about a charger. They had a $1,200 job in their head. Now you're explaining that their panel can't safely carry the load, and the upgrade runs several thousand more. That's not a hard sell when you frame it right, because the panel was going to become a problem anyway. The EV charger is just the thing that surfaced it. You're solving the charger and future-proofing the whole house in one trip.

So what do the numbers look like? A professional Level 2 home charger install typically runs $800 to $3,000 in 2026. Simple jobs come in under $1,500. The ones that need a panel upgrade push past $4,000. (Ignore the old "average $967" figure floating around online; it's stale and it lowballs the work you're actually doing.)

Electrical sits at a 50 to 55% healthy gross margin as a trade, with net margins in the 15 to 20% range for well-run shops. EV work fits that profile, and the panel-upgrade jobs tend to land at the better end of it because the skilled labor, not the materials, is where the value is. A service upgrade is exactly the kind of code-heavy, safety-critical work that customers don't shop on price the way they shop a ceiling fan install.

The tax credit is closing, and that changes the next few days

Here's the timely part, and I want to be precise about it because the rules matter.

The federal 30C credit (the Alternative Fuel Vehicle Refueling Property Credit) covers 30% of the cost of an EV charger plus its installation, capped at $1,000 for a residential project. Under the One Big Beautiful Bill Act, that credit ends for property placed in service after June 30, 2026. After that date, the residential credit is gone.

If you're reading this in the last days of June 2026, that's a demand pull sitting right in front of you. Homeowners who've been sitting on the fence have a hard deadline to get a charger placed in service and claim up to $1,000 back. A short, honest message to past customers ("the federal EV charger credit ends June 30, here's what it means") can shake loose jobs that were going to happen eventually anyway.

One thing I have to say clearly: this is general information, not tax advice. The 30C credit terms, eligibility, and what counts as "placed in service" come from the IRS and the Department of Energy, and the details can turn on a specific situation. Tell your customers to confirm with their own tax professional before they count on a number. You're the electrician, not their CPA. Pointing them to the right question is helpful. Promising them a deduction is a liability.

Why this outlasts the credit

If you're reading this after June 30, don't close the tab. The credit was never the reason to build an EV install line. It was a nudge.

The actual reason is structural. Home charging is about 80% of all charging and it isn't going anywhere. Sales are growing north of 20% a year. Every EV that gets sold in your service area is a future charging circuit, and the homeowner almost always wants it installed properly rather than running an extension cord to a wall outlet for the next decade. The credit expiring removes a discount. It doesn't remove the car in the driveway that needs to charge every night.

Electrical is already the most predictable trade financially, with the lowest seasonal swing of the major trades. EV charger work reinforces that. It's not weather-driven like HVAC or event-driven like roofing. It tracks vehicle adoption, which only moves one direction. Adding a marketed, tracked EV install line gives you a growing revenue stream that smooths out the slow weeks. (For how the trades compare on margins, seasonality, and what "normal" looks like, see HVAC vs Plumbing vs Electrical.)

There's a recurring angle too. A homeowner who trusts you with their panel and their charger is a homeowner who calls you for the surge protection, the generator interlock, the next circuit. EV work is often the first job in a long relationship, and the panel upgrade especially marks a customer as someone investing in their home's electrical system. Those are the customers worth keeping.

How to actually turn this into a revenue line

Wiring the charger is the easy part. The gap between electricians who "do EV work" and electricians who profit from it is everything around the install.

Start by making it a real service line with its own pricing tiers, matched to the three buckets above. When you can quote the simple swap, the longer run, and the panel-upgrade job as defined packages, you stop guessing and you stop leaving money on the table.

Train whoever answers your phone to qualify the lead in two minutes: panel amperage, charger model and amps, distance from panel to install location. That tells you which bucket the job is in before a truck rolls.

Put it on your website and your truck. Most electricians market "residential and commercial electrical." The one who markets "EV charger installation and panel upgrades" gets the search and the call. The work is the same either way; the difference is who the homeowner thinks of.

Track it separately in QuickBooks. If EV installs are buried in a generic income account, you can't see whether the line is growing, what your average ticket is, or how many of those jobs are converting into panel upgrades. You're flying blind on the exact thing you're trying to grow. (If you're not sure your pricing on this work holds up, here's how to know if you're charging enough.)

That last point is where most shops fall down. They sense EV work is picking up, but they can't prove it, can't measure it, and can't tell whether the panel-upgrade attach rate is making them money or just keeping the crew busy. A growing service line you can't see is a growing service line you can't manage. And if you ever plan to sell, buyers pay for revenue they can verify, not revenue you swear is there. (More on that in what your business is actually worth.)

EV charging at home is about 80% of the market, it's growing 20% a year, and it's the kind of clean, code-driven, panel-heavy work electricians are built for. The credit deadline is a reason to move this week. The opportunity is a reason to build the line for good.

Streett Reports reads your QuickBooks data and emails you a plain-English weekly report that tracks your revenue mix and the margins on new service lines like EV installs, so you can see what's actually growing instead of guessing.

Your first report is free, no credit card required.

Get Your Free Report →

Or see what it looks like first: Sample Electrical Report →