EV Chargers
Level 2 EV charger installation in Spokane.
Clean, code-compliant home charger installs, with the load calculation done first, so you find out about a service upgrade before you buy the car, not after.
What we do
- Home Level 2 charger installs
- Hardwired and plug-in units
- Load calculations before anything else
- Subpanel additions when needed
- Detached garage runs
Common jobs we handle
- 50 amp receptacle on a GFCI breaker
- Long runs across an attached garage
- Detached garage charging
When to call an electrician
- You just ordered an EV
- You want to know if your service can carry a charger
- Your charger is taking too long
What a Level 2 install costs here
$1,200 to $1,300 with the charger going in at or near the panel. Add $300 to $500 for a long run across the garage.
Those are real ranges, not a lead-in to a quote. Full detail, along with what we charge for everything else, is on what electrical work actually costs in Spokane.
What moves the number: whether it's a receptacle or a hardwired unit, how far the charger sits from the panel, and how much surface-mount conduit the run needs.
Receptacle or hardwired?
This is the choice that changes the price most, and it comes down to the breaker. A 50 amp receptacle has to be on a GFCI breaker, which costs more than a standard one. A hardwired charger has GFCI protection built into the unit, so it doesn't need a GFCI breaker at all.
| Install type | GFCI breaker required | Cost effect | Typical use |
|---|---|---|---|
| 50 amp receptacle (plug-in) | Yes, required | Higher, because a GFCI breaker costs more than a standard one | You want to unplug the charger and take it with you, or swap units later |
| Hardwired charger | No, protection is built into the unit | Lower on the breaker; the unit is permanently mounted | A permanent install, tidier appearance, outdoor or long-term placement |
Either one is a fine install. We'll tell you which we'd do in your garage and why, and the decision is yours.
The load problem: read this before you buy the car
This is the most useful thing on the page, so it isn't buried at the bottom.
On an older house, adding an EV charger can push the total load past what the existing service can carry. When that happens, a $1,300 job becomes a full service change. We see it constantly: someone buys the car to save money on fuel and gets an unexpected four-figure quote from the electrician a week later.
It isn't a sales tactic and it isn't rare. A 1950s house with a 100 amp service, electric water heating and a dryer doesn't have much headroom left, and a 50 amp charger circuit is a significant addition to that.
The answer is a load calculation, and it takes a phone call and a photo of your panel. We'd much rather tell you on the phone than after you've bought the vehicle. If the calculation says the service has to change, that's covered on our panel upgrade page.
For what it's worth, the NEC minimum service for a single-family dwelling is 100 amps. 200 amps is a market convention, not a rule. The load calculation decides it, not a default.
Rebates and tax credits: there aren't any right now
There is no longer a federal tax credit for a home EV charger. Section 30C expired June 30, 2026, and Avista's residential rebate program is closed.
Most pages in this market still imply money is available. It isn't. If you've been quoted a price that assumes a credit or a rebate, the numbers are out of date, and you should ask about it before you sign anything.
Detached garages are a different job
Charging in a detached garage is common here, and it costs more than an attached garage, but we won't put a range on it, because the honest answer depends on the run.
The cost driver is transitioning between wiring methods. NM cable can run through an open garage, but outside it has to be conduit, physical protection has to be maintained the whole way, and there's a connector at every transition between methods. Trenching, the distance from the house, and whether the garage already has a feeder all change the picture.
We look at the run and price it. That's the only way to get it right.
How the job actually goes
- Step 1
Load calculation first
We look at the panel, the existing loads, and how you use the house. This is the step that tells you whether you're looking at a charger install or a service change.
- Step 2
Decide receptacle or hardwired
Driven by the charger you bought, where it's going, and whether you want to take the unit with you if you move.
- Step 3
Pull the permit
An EV circuit is a new circuit, so it's permitted and inspected. Labor & Industries across most of the region; the City of Spokane inside city limits.
- Step 4
Run the circuit
Conduit run neatly, breaker in, charger mounted, everything labeled.
- Step 5
Inspection
We schedule it and meet the inspector. Inspection scheduling currently runs about four days.
Where we install them
Chargers across Spokane Valley, Liberty Lake, the South Hill, and downtown Spokane. Older neighborhoods are where the load question comes up most, so start with a photo of your panel.
Service Areas
Local electrician across Spokane County & North Idaho
Frequently Asked Questions
How much does a Level 2 EV charger install cost in Spokane?+
Usually $1,200 to $1,300 with the charger going in at or near the panel, plus another $300 to $500 for a long run across the garage. If the load calculation says the existing service can't carry the charger, the job becomes a service change, which is a different number.
What's the difference between Level 1 and Level 2 charging?+
Level 1 uses a standard 120V outlet (slow). Level 2 uses a 240V dedicated circuit and charges 5–8x faster, the standard for home.
Does a 50 amp EV receptacle need a GFCI breaker?+
Yes. A 50 amp receptacle for an EV charger has to be on a GFCI breaker, and those cost more than a standard breaker. A hardwired charger has GFCI protection built into the unit, so it doesn't need one, which is part of why hardwiring is often the cleaner choice.
Should I get a plug-in charger or a hardwired one?+
A receptacle lets you unplug the unit and take it with you, but it needs a GFCI breaker. Hardwiring skips the GFCI breaker because the protection is built into the charger, and it's the tidier permanent install. Either is fine; the cost difference is mostly the breaker.
Do I need to upgrade my panel for an EV charger?+
Sometimes. We run a load calculation first. Many homes can add a 40A or 50A charger circuit as-is, but on an older house the charger can push the total load past what the existing service carries, and then it's a service change rather than a $1,300 job. We'd rather tell you that before you buy the car.
Can you install a charger in a detached garage?+
Yes, but it's a different job. The cost driver is transitioning between wiring methods: NM cable through an open garage, conduit outside, physical protection maintained the whole way, and a connector at every transition. We price those after looking at the run rather than off a list.
Is there a rebate or tax credit for an EV charger?+
No. There is no longer an Avista rebate or federal tax credit for home EV charger installation: the federal Section 30C credit expired June 30, 2026 and Avista's residential rebate program is closed. Anyone quoting you a rebate today is working from outdated information.
Which charger should I buy?+
Anything UL-listed will work, but hardwired units are cleanest. We can recommend models that fit your car and panel.
Do I need a permit for an EV charger circuit?+
Yes. An EV charger circuit is a new circuit, so it's permitted and inspected. Labor & Industries handles that across most of the Spokane region; the City of Spokane runs its own program inside city limits. We pull it and meet the inspector.
Ready to get electrical work handled the right way?
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