EV Charger Installation in Puyallup, WA
The charger that came in the trunk works. It is just slow. Plugged into a normal outlet it adds somewhere around four or five miles of range an hour, which is fine if your day is school, Sunrise Village and home. If you drive to Tacoma or Seattle and back, you wake up behind.
A Level 2 charger runs on 240 volts and moves that number to roughly 25 to 40 miles of range an hour, depending on the car and the circuit. Overnight becomes a full battery. That is the whole point of the upgrade.
We install them across Puyallup, and this page is the version of the conversation we would rather have before we quote than after.
Book an EV charger installation in Puyallup
What our customers say
★★★★★
"Nathan and Brandon were great. They communicated very well, and didn't mind that I was watching them. They needed to turn the power off, but worked quickly to minimize how much time it was out for. I had them install a EV charger and disconnect kit for my generator. They cleaned up the box and explained everything to me. Would highly recommend Nate!!"
Jon C., Google review
★★★★★
"Wow what a great experience! Nate came out and gave us an estimate and did the work the same day. He installed my 50 amp portable generator outlet with interlock and the cost was less than 2 other estimates i received. Thanks Nate, I will be keeping your contact info for any future needs."
Don P., Google review
★★★★★
"Nate and his crew re-wired my entire house. They were very accommodating regarding my wishes; putting in extra effort as needed. They were very easy to work with. The quality of their work was excellent. I will certainly call on them for any future work."
Scott M., Google review
The first question is always the panel
Nobody calls to ask about their electrical panel. They call because a car is arriving on Friday. But the panel decides the price, the timeline and whether the job is simple or not, so that is where we start.
A 48-amp charger is a continuous load, which means code requires the circuit to be sized at 125 percent of it. That is a 60-amp breaker and wire to match. A 40-amp charger needs a 50-amp circuit. Those numbers are not negotiable and they are the reason a charger someone bought online sometimes does not fit the house it was bought for.
Then there is the free space question. Puyallup homes from the 1990s and 2000s usually have 200-amp service, and the service is rarely the problem. The panel being physically full is the problem.
So what happens when the math says yes but the panel has no room left?
Usually a sub-panel. Sometimes a smaller charger set to a lower amperage, which still charges overnight and costs far less to install. Occasionally the service genuinely needs upgrading, and we say so.
We handle electrical panel upgrades and panel repair as part of the same visit when that is the answer.
The load calculation that saves people a service upgrade
Here is the part most homeowners never hear about, and it is worth money.
There are two ways to work out whether your house can carry a charger. The standard method adds up the connected loads on paper. It is conservative, and on a house with a heat pump, a range, a dryer and a hot tub it often says no.
The other method uses your actual metered demand. Code allows an existing dwelling to be evaluated on its real peak demand over the previous year, and Puget Sound Energy can provide that history for your address. Real houses use a fraction of what they could theoretically draw, so the measured number is frequently much lower than the paper one.
We have run that calculation and turned a quoted service upgrade into a straightforward charger install more than once. It costs us an afternoon of paperwork and it can save a homeowner thousands.
Ask any electrician quoting you whether they did the calculation on paper or on your meter data. The answer tells you a lot.
Hardwired or plug-in, and why it matters more than it used to
Most Level 2 chargers can either plug into a NEMA 14-50 receptacle or be wired directly to the wall.
Plug-in looks flexible. You can unplug it and take it with you.
So why do we end up hardwiring most of the ones we install?
The catch is that current code requires GFCI protection on those receptacles, and many chargers have their own ground-fault protection built in. Two protective devices watching the same circuit can argue with each other, and the result is a car that stopped charging at 2am for no visible reason.
Hardwiring avoids that entirely. It also allows higher amperage on chargers that support it, and it is tidier on the wall.
We fit both. We will tell you which one your specific charger behaves better on, because we have watched enough of them do it.
Garage runs, detached shops and voltage drop
The panel is often on the opposite side of the house from where the car parks. That distance is not free.
Long runs lose voltage, and a charger fed by an undersized conductor over a long distance charges slower and runs warmer than it should. The fix is upsizing the wire, which is cheap to do during the install and expensive to correct afterwards.
Detached garages and shops are a bigger job again, because they need a proper feeder and their own grounding arrangement rather than an extension of the house circuit. We do that work, and it usually pairs well with adding lighting and outlets out there while the trench is open.
Related work we handle: general service and repair, wiring upgrades and switch and outlet replacement.
Permits, inspection, and the paperwork nobody enjoys
Electrical work in Washington is permitted and inspected through the Department of Labor and Industries. A charger circuit is not exempt.
We pull the permit, we meet the inspector, and you get the record. Our team (licensed technicians) does the work.
That record matters later. Insurance claims and home sales both have a habit of asking about the 240-volt circuit in the garage, and an unpermitted one is an awkward conversation at exactly the wrong time.
Incentive programs from the utility and from federal sources come and go, and the amounts change year to year, so we will not quote you a rebate figure on a web page. We will tell you what is current when we quote.
What it costs around Puyallup
Prices vary with distance from the panel, wall material, whether the run is surface conduit or fished through finished walls, and whether the panel needs work first.
A simple install with the panel in the garage and open space to work in sits at the low end. Add a long run, a full panel or a detached building and it climbs. A service upgrade is its own line item.
We quote the whole thing before we start, in writing, including the permit. What we will not do is quote a charger install over the phone without seeing the panel, because that number would be a guess and you would be right to distrust it.
Frequently asked questions
How long does an EV charger installation take?
Most straightforward installs are half a day to a day. Panel work or a long conduit run adds time, and the inspection is scheduled separately.
Can I install a charger myself?
Legally a homeowner can permit work on their own residence in Washington, but a 240-volt continuous-load circuit is unforgiving of mistakes, and it still has to pass inspection. Most people who start this call an electrician partway through.
Do I need to upgrade my electrical service?
Often no. We run the load calculation first, and using your metered demand history frequently shows there is capacity a paper calculation would have missed.
Which charger should I buy?
Buy the one that matches your car and the amperage your house can actually support. Tell us the model before you order it and we will tell you whether it fits.
Are you licensed?
Yes (licensed technicians).
We install chargers across Puyallup and the surrounding area, including South Hill and the rest of Pierce County. Have a look at our recent projects and customer reviews, or get in touch with the car model and a photo of your open panel door and we can usually tell you a lot before we arrive.