32 A Level 2
7.6 kW · 40 A breaker
The setpoint that most often fits an older panel. Hardwired to a dedicated circuit, like every charger we install. Enough for a lot of daily driving if the car sits overnight.
Electrical service · Asheville, NC
Level 2 home charger installation in Asheville
A home charger here is Level 2: hardwired, on its own 240-volt circuit, permitted and inspected. No Level 3 for homes. Level 3 is commercial.
★ 4.9 stars · 205 Google reviews · NCBELC #33298 · Insured · Lifetime workmanship warranty · No minimum job
Short version
The short version
- Hardwired at home. We do not install a plug-in outlet for a charger. No Level 3 for homes. Level 3 is commercial.
- Panel first. A load calculation decides whether the service can carry the circuit. An empty breaker space is not spare capacity.
- Common circuits, at 240 volts: 32 amps continuous on a 40-amp breaker (7.6 kW), 40 on a 50 (9.6 kW), or 48 on a 60 (11.5 kW). The car's onboard charger is the speed limit.
- Permit and inspection before the job is done. City of Asheville inside the city. Buncombe County for unincorporated Buncombe and for Biltmore Forest, Weaverville, and Woodfin.
- Time. Half a day to a day on site if the panel has room. A panel upgrade adds another day.
- Price, already published here: $1,383–$2,500 with the permit included when the panel has capacity. Duke's announced credit is up to $1,133 per household toward qualifying prep. A panel upgrade adds $1,500–$2,500.
Call (828) 551-9843 for a look at the panel. License NCBELC #33298.
The job
What a hardwired Level 2 install includes
A Level 2 charger is a 240-volt appliance that can run for many hours. We give it a circuit that serves nothing else, and we land the conductors in the charger.
- Panel
Service panel. The load calculation starts here, before a breaker is added.
- Dedicated breaker
One breaker for the charger only. Sized about 125% of the charger's continuous amps.
- Copper in conduit
The conductors run in conduit from the breaker to the charger. No receptacle on this circuit.
- Disconnect, if needed
Installed beside the charger when you cannot see the panel from the parking spot. The breaker is the shutoff when the panel is in sight.
- Hardwired charger
Conductors land in the charger. There is no plug and no outlet in between.
The visit covers five pieces of work:
- Read the panel and the parking spot, including how the conduit gets from one to the other.
- Run the load calculation and pick the charger amps the service can carry.
- Pull a permit at the office that actually covers that address.
- Mount the charger, pull copper in conduit, and hardwire it. If the panel is not in sight of an outdoor charger, a disconnect goes at the charger.
- Meet the inspector. The charger is not "done" on the day we leave if the inspection has not passed.
This page is a house charger. No Level 3 for homes. Level 3 (DC fast) is commercial. We do not install solar.
Before any wire
Panel capacity and the load calculation
The question is whether the service can carry the house it already feeds, plus a charger that may draw 32 to 48 amps for hours. Blank spaces in the panel do not answer that.
We add up the service the way the inspector will look at it:
- The service size, read off the main breaker. Around here that is often 100, 150, or 200 amps. We still open 60-amp services in older Asheville houses, including in Montford, Grove Park, and West Asheville.
- The calculated house load: general lighting, the small-appliance circuits, and the fixed appliances already installed — range, dryer, water heater, and the larger of the heating or the cooling.
- The charger at its continuous amps, not at "we can squeeze a breaker in."
If that total fits the service, the charger is a circuit. If it does not, the honest quote is an electrical panel upgrade and then the charger. A smaller setpoint (32 amps instead of 48) is sometimes enough to stay off an upgrade. We will say so when the driving actually fits the smaller circuit.
A 200-amp service often has room. A 100-amp service that already feeds electric heat, a range, a dryer, and a water heater often does not. We do not promise either one without the calculation.
The numbers
Breaker size, wire, and amps versus kilowatts
Amps are the current the circuit is built for. Kilowatts are that current times 240 volts. Miles of range are the car, not the breaker. The chart uses the three setpoints we actually install.
Power at 240 volts. Bar length is the kilowatts. Miles of range are the FuelEconomy.gov Level 2 average, not a separate test of each row.
Miles of range. FuelEconomy.gov lists Level 2 at about 25 miles of range per hour on average, and says the real rate runs from a few miles per hour to around 40, depending on the car. That band covers Level 2 as a class. A longer bar above does not promise a higher mile rate if the car's onboard charger cannot use the extra amps.
40 A Level 2
9.6 kW · 50 A breaker
The middle circuit. Useful when the car can take 40 amps and the load calculation still has room. Hardwired. Not a plug.
48 A Level 2
11.5 kW · 60 A breaker
The largest home circuit we pull, in 6-gauge copper. Worth it only when the car's onboard charger can use 48 amps and the service can carry a 60-amp breaker. Hardwired, like the other two.
Most people ask for more amps than the car or the panel can use. We will talk you down when the smaller circuit matches the driving and avoids a panel upgrade.
Those numbers are all Level 2. No Level 3 for homes. Level 3 is commercial. Level 2 vs Level 3 is in the charging-levels guide. A new 240-volt circuit usually needs a permit; the homeowner rule is in the NC EV charger permit guide.
Paper, then power
Permit and inspection in North Carolina
A new charger circuit is new electrical wiring. In the City of Asheville that needs a permit no matter what the job costs. We pull it, install, and meet the inspector. Skipping it is how a later sale or an insurance question turns a finished charger into open walls.
- 1 Site visit
We look at the panel, the parking spot, and the path the conduit has to take.
- 2 Load calculation
Does the service have room for the charger as a continuous load?
Room. We price the dedicated circuit.
No room. Panel upgrade first, then the charger.
- 3 We pull the electrical permit
The office depends on the address. We do not send a city job to the county, or the reverse.
- Inside the City of Asheville: City Development Services.
- Unincorporated Buncombe, plus Biltmore Forest, Weaverville, and Woodfin: Buncombe County Permits & Inspections.
- Hendersonville, Waynesville, and the other towns we serve: that town or county. The permit names the office.
- 4 Hardwire the charger
Dedicated circuit, copper in conduit, charger landed. No plug-in outlet.
- 5 Inspection
The job is not finished until it passes. City of Asheville schedules trade inspections for the next business day when you book before their cutoff, and most electrical work is not done by video.
Pass. You can use the charger.
Corrections. We fix what the inspector wrote up and they come back.
The City of Asheville and Buncombe County are different departments. The county's inspections page says it covers unincorporated Buncombe and the towns of Biltmore Forest, Weaverville, and Woodfin. It does not cover the City of Asheville. Henderson County, Haywood County, and the other places we drive have their own counters. The permit names the right one.
A Buncombe County permit expires six months after it is issued if work has not started, and it expires if work stops for 12 months after the last inspection. That clock is the county's, not a promise about the city's.
North Carolina lets a homeowner do some wiring on a house they live in. In the City of Asheville that includes passing a homeowner electrical exam before you pull the permit yourself. The grounding, the load calculation, and the inspection standard are why almost every charger we see is contractor work. The full homeowner rule is in the NC EV charger permit guide. We are licensed as NCBELC #33298, and we pull the permit under that license.
The inspector is checking the installation against the North Carolina electrical code, which is based on NFPA 70. We do not quote article numbers we have not opened. What we do state is the practice: one circuit, continuous-load breaker sizing, copper matched to that breaker, hardwired termination.
Calendar
How long installation takes
- Quote. A call, then a look at the panel if we cannot settle the service size from what you can read to us.
- Permit. Pulled before the install, at the office for that address.
- Install day. Half a day to a full day when the panel has capacity and the run is ordinary. A trench, a detached garage, or a finished interior route takes longer on site.
- Panel upgrade, if required. Another day of electrical work. If the utility has to change the service drop, their schedule is added to ours. We do not invent that date.
- Inspection. City of Asheville trade inspections are next business day when scheduled before the city's cutoff, in person for most electrical work. Other jurisdictions publish their own windows. We book it. You get the charger when it passes.
Price
What changes the price
Level 2 install (panel has capacity)
$1,383 – $2,500
Dedicated 240-volt circuit, hardwired to the charger. Permit included, inspection scheduled. The low end is a short run near the panel. Distance, conduit on the outside of the house, a trench, or a detached building moves the price up inside this range.
Install + panel upgrade
+$1,500 – $2,500
Added when the load calculation says the service cannot take the charger. Combined jobs on this page have been quoted from about $3,000 to $5,000, depending on the panel that is already there.
Duke Energy credit
Up to $1,133
Duke's 2022 announcement of the Charger Prep Credit is up to $1,133 per household toward qualifying prep. On our $1,383 job near the panel, the full credit is about $250 out of pocket. Hardware, mounting, and permit fees are outside the credit on Duke's current table.
What moves a job inside the $1,383–$2,500 band: feet of wire, whether the run is indoors or on the outside wall, whether we trench to a detached garage, and whether a disconnect is part of an outdoor layout. The charger you buy is separate. Surge protection is about $265 on top, if you add it.
We do not publish a single "average Asheville install" beyond those ranges. Two houses on the same street can differ by a panel and forty feet of conduit.
When the panel is the job
When the charger needs a panel upgrade
The charger waits when any of these is true:
- The load calculation, with the charger counted as a continuous load, is over the service rating.
- The service is 60 amps, or a loaded 100-amp service with electric heat and the usual 240-volt appliances.
- The panel is one we will not add a breaker to. The panel upgrade page names Federal Pacific and Zinsco. Those are replacements, not "add a breaker and hope."
- You want 48 amps and the bus and the utility service cannot support a 60-amp breaker. Sometimes 32 amps solves it. Sometimes it does not.
We quote the upgrade and the charger together so you are not buying a wall unit for a panel that cannot feed it. The upgrade price on this page is an added $1,500–$2,500. Details, including a like-for-like breaker repair versus a real upgrade, live on the electrical panel upgrade page.
The unit on the wall
Which charger, and why we hardwire
We recommend Autel. The install hardware is solid and the app is usable. ChargePoint, Tesla Wall Connector, Wallbox, JuiceBox, Grizzl-E, and Emporia go in the same way. Bring one you already bought.
A Tesla at home is still this job: a hardwired Level 2 circuit, usually a Wall Connector, not a Supercharger. Speeds by trim are in can you charge a Tesla at home?
Direct wire or fire. We hardwire every charger we install. We do not install plug-in NEMA 14-50 setups. NHTSA recall 23V-841 tied portable-charger plugs to overheating on lower-quality receptacles. Duke's charger-prep announcement says chargers over 40 amps need to be hardwired and cannot use a dryer plug. Our rule is the stricter one: direct wire on every job, including 32-amp and 40-amp chargers.
Same visit
Whole-home surge protection
A charger ties the car to the same service that brings storm surges and utility switching into the house. A whole-home surge protector at the panel is about $265 added to the EV install. It protects the charger and the other expensive equipment on that panel. We land it on the same visit, so it is on the same permit and the same inspection.
The utility credit
Duke Energy's Charger Prep Credit
If you are a Duke Energy residential customer in North Carolina, the Charger Prep Credit is the program for the electrical work that gets a house ready for a Level 2 charger. Duke's September 26, 2022 announcement set that residential credit at up to $1,133 per household. The live program page still offers the credit. It does not reprint the dollar amount, so the figure on this page is that announcement, which is also the number this site has published.
What Duke's current table marks as covered: conduit, wiring, and outlets that supply the charger, and panel upgrades and breaker installation.
What the same table marks as not covered: the charger hardware, mounting and commissioning, and pulling permits and permit fees. Our install price already includes the permit. Sales tax sits outside the credit as well, which is how this page has described the out-of-pocket math.
How you claim it: Duke's page offers a customer option (you hire the electrician, submit a paid invoice for work in the last four months, and they send a check) and a contractor option (Duke helps pick a contractor and the credit shows up as a discount on that bill). We are the electrician you hire. We hand you the paperwork after the job.
What that means on our price: $1,383 at the low end, minus the full $1,133 credit, is about $250 out of pocket for a short run near the panel. If Duke pays less than the full credit, your balance is higher. A long run or a panel upgrade is more than $250 either way.
The federal 30C EV charger tax credit ended for chargers placed in service after June 30, 2026, so new installs no longer qualify. Duke's Charger Prep Credit is separate.
If you are still reading
EV charging guides for homeowners
These are the explainers. This page is the install. We did not paste the guides in here.
Common questions
EV charger questions, answered.
A Level 2 install in Asheville is $1,383 to $2,500 with the permit included, depending on how far the charger sits from the panel. Duke Energy's published Charger Prep Credit is up to $1,133 per household toward qualifying electrical prep. On a job near the panel, at the low end of our price, that full credit is how we get to about $250 out of pocket. If the credit comes back lower, you pay more. A panel upgrade adds $1,500 to $2,500. The federal 30C EV charger tax credit ended for chargers placed in service after June 30, 2026, so new installs no longer qualify.
Only if the load calculation says the service cannot carry the new continuous load, or the panel is one we will not land a new breaker in. An empty breaker space is not spare capacity. Many older Asheville houses still have 100-amp or smaller service. A 200-amp service often has room, and we still run the numbers before we promise it. When an upgrade is required we quote it with the charger.
At the parking spot: attached garage, detached garage, carport, or the side of the house. A longer run, a trench, or a detached building is more materials and more labor, which is why the price moves inside the published range. We walk the path before we quote.
If the panel has room, the on-site work is usually half a day to a day. A panel upgrade adds another day. The permit is pulled before we install, and the job is not done until the inspection passes. The City of Asheville schedules electrical inspections for the next business day when the request is in before their cutoff. We do not publish a wait time for other offices.
Hardwired. That is the only way we install. Direct wire or fire. We do not install a plug-in NEMA 14-50. The conductors land in the charger, so there is no plug or outlet carrying that load for hours. A federal recall, NHTSA 23V-841, tied portable-charger plugs to overheating on lower-quality receptacles. Duke Energy's own charger-prep announcement says chargers over 40 amps need to be hardwired and cannot use a dryer plug. We hardwire every charger, including ones at 40 amps and below.
We recommend Autel. ChargePoint, Tesla Wall Connector, Wallbox, JuiceBox, Grizzl-E, and Emporia install the same way once they are hardwired. If you already bought a major-brand Level 2 charger, we install that one. The brand matters less than the circuit, the load calculation, and landing the wire in the unit.
FuelEconomy.gov lists Level 2 at about 25 miles of range per hour on average, from a few miles per hour to around 40, depending on the car. A 48-amp circuit only helps up to the rate the car's onboard charger accepts. Some cars top out at 32 amps even on a larger circuit.
A home charger runs for hours, so we treat it as a continuous load. The rule of thumb we use, and the one on our charging-levels guide, is a breaker about 125 percent of the charger's continuous amps: 32 amps on a 40-amp breaker (7.6 kW), 40 amps on a 50-amp breaker (9.6 kW), or 48 amps on a 60-amp breaker (11.5 kW), all at 240 volts. The inspector has the final say.
We recommend it. About $265 added to the install, at the panel, on the same visit. It covers the charger and the other equipment on that service — HVAC, heat pump, range, anything electronic — from utility transients and storm surges.
A look at the panel and the parking spot, a load calculation, a dedicated 240-volt circuit, the charger hardwired (no plug-in NEMA 14-50), the permit, and the inspection. If the service cannot carry the load, the quote includes a panel upgrade before the charger.
A home charger is Level 2, 240 volts. No Level 3 for homes. Level 3 is commercial DC fast charging, which we install on commercial jobs. A Tesla charger at home is Level 2. Which charging level belongs at a house is written out in our charging-levels guide.
Yes for a new 240-volt charger circuit. Adding or changing electrical wiring needs a permit in the City of Asheville no matter the dollar amount. We pull the permit and meet the inspector. The homeowner rule, including the city's electrical exam for do-it-yourself wiring, is in our North Carolina permit guide.
Inside the City of Asheville, the city's Development Services department. In unincorporated Buncombe County, and in Biltmore Forest, Weaverville, and Woodfin, Buncombe County Permits and Inspections. The city does not use the county for city permits. Hendersonville, Waynesville, and the other towns we serve use their own offices. We pull the permit that matches the address.
A battery plus an EV is a design conversation: main panel, which loads you want in an outage, and the inverter. Ask when you call and we will say what is realistic for the house. We do not install solar.
Sources for the numbers on this page
- FuelEconomy.gov — charging speeds (Level 2 about 25 miles per hour on average, from a few to around 40)
- Duke Energy — Charger Prep Credit (what the credit covers, and the four-month customer option)
- Duke Energy news release, September 26, 2022 (up to $1,133 per household; chargers over 40 amps hardwired)
- IRS: Alternative Fuel Vehicle Refueling Property Credit. The federal 30C EV charger tax credit ended for chargers placed in service after June 30, 2026, so new installs no longer qualify.
- City of Asheville — residential permits and inspections
- Buncombe County — inspections (unincorporated county, Biltmore Forest, Weaverville, Woodfin)
- North Carolina General Statutes, Chapter 87 (electrical contractors)
- NHTSA recall 23V-841 (portable charger plugs and receptacles)
- NFPA 70 (the code the state electrical code is based on; no article is quoted here)
Our work
Recent EV charger jobs
Real photos from our own jobs around Asheville. No stock photos.
