How Much to Charge for Electrical: Devices, Circuits, Access

Short answer: How much to charge for electrical work starts with two counts — devices, meaning receptacles, switches and fixtures, and circuits — with service size in amps carrying the large jobs. Multiply those counts by access, because one receptacle is a 25-minute device in open rough-in and a two-hour device in a finished plaster wall. Then add your loaded field hour, overhead per billable hour, permit and inspection at cost, and margin. Six receptacles and a new 20 A circuit in a finished room, at 11.5 field hours, prices near $2,325.

Electricians lose money in a specific place: they quote from a device count that came off a walkthrough of a finished house and price it with hours that came from a rough-in they did last spring. The counts are honest. The multiplier is missing. Everything below is about getting the multiplier onto the page before the number goes out.

What unit does electrical work actually sell in?

Count what the customer can also count, then attach the invisible work to it.

Job	Sell it in	What sets the real number
Adding receptacles or switches	Per device, plus per circuit if a home run is needed	Wall construction, whether an existing circuit has capacity, fishing path
Fixture and fan installation	Per fixture	Ceiling height, existing box rating, whether a fan-rated box has to be added
Service or panel upgrade	Per service, by ampacity — 100 A, 200 A, 400 A	Meter and mast work, grounding electrode system, breaker count on re-land, utility coordination
Rewire	Per device count plus per circuit, with openings counted separately	Openings and patching, not wire
EV charger	Per circuit, priced by one-way run length	Conductor size, conduit, panel capacity, load calculation result
Troubleshooting and repair	Service call fee plus hourly, minimum stated	Nothing yet, which is the point
New construction rough-in	Per device, per bath group, per circuit	Plans, not a walkthrough

Device count is also where scope arguments start. A “bedroom” on a plan is a device schedule: receptacles at code spacing, a switched outlet or ceiling box, a smoke and CO device, and the AFCI protection on the circuit. Write the count on the quote and the argument stops.

Why does the same receptacle carry three different prices?

Access. It is the single largest multiplier in residential electrical and it is invisible in a device count.

Access condition	What the labor actually involves	Relative time per device
Open rough-in, studs exposed	Drill, staple, box on a bracket, leave the tails	Baseline
Finished wall with an accessible cavity above or below — unfinished basement or open attic	Locate, drill the plate, fish, cut in an old-work box	Roughly 2 to 4× baseline
Finished wall, finished space both above and below	Fish blind, add access openings, patch, sometimes surface raceway instead	Roughly 4 to 8× baseline, and the openings become their own line
Plaster and lath, masonry, or an insulated exterior wall	Slow, dusty, and unpredictable; blown insulation stops a fish rod cold	Time it and price it as its own class, never blended

Price each access class separately and keep them separate on the quote. If your finished-wall device price sits close to your rough-in device price, one of the two is wrong, and it is almost always the finished one.

Two adjacent conditions decide which class a job falls into before you write anything: what is above and below the room, and whether the wall cavity is insulated. Check both on the walkthrough, not on the morning of the job.

What does one hour of a licensed electrician cost me?

Build it in layers. The wage is the smallest part of it.

Layer	Example calculation	Per field hour
Journeyman wage plus burden	$41.00 × 1.36 for payroll taxes, comp at the electrical class rate, liability, license and bond, paid time off	$55.76
Van, hand tools, test equipment	$14,760 a year — van, fuel, meters, clamp meter, insulation tester, fish system, hole saws, bender — ÷ 1,540 field hours	$9.58
Operating cost		$65.34
Overhead	$146,000 a year ÷ 3,080 billable field hours across two electricians	$47.40
Loaded field hour		$112.74

Run your own burden from last year’s statements. Comp classification and the cost of carrying a license and bond are trade-specific, and borrowing another shop’s 1.36 is how a rate drifts low without anyone noticing.

Overhead for an electrical shop includes some items other trades do not carry: continuing education for license renewal, the truck stock of devices and wire you replenish without invoicing, permit portal fees and the hours spent at counters, code book cycles, and the re-inspection you occasionally eat. Divide the annual total by hours you actually billed, not hours you paid for. The expense categories on the IRS Schedule C form are a workable checklist for assembling the list, and Schedule C line items explained walks the same list in plain language.

What does the math look like on six receptacles in a finished room?

The job: 14 × 16 ft family room, drywall on both sides, unfinished basement below, existing general lighting circuit already loaded, so a new 20 A circuit is pulled from the panel. Four of the six locations need a small access opening.

Step	Calculation	Amount
Panel work	New dual-function breaker, land the circuit, label the directory — 1.0 hr
Fish and drill	Six locations from below, four openings — 6.5 hr
Cut in, terminate, trim, test	2.0 hr
Patch openings to taped and sanded, paint by others	1.5 hr
Travel and supply house	0.5 hr
Field hours		11.5 hr
Labor and van	11.5 × $65.34	$751.41
Material	12/2 NM-B 165 lin ft × $0.94 = $155.10, six old-work boxes $14.70, six tamper-resistant 20 A receptacles and plates $46.80, dual-function breaker $58.00, staples, connectors, wire nuts and patch material $34.00	$308.60
Overhead	11.5 × $47.40	$545.10
Cost		$1,605.11
Price at 28% margin	$1,605.11 ÷ 0.72	$2,229.32
Permit and inspection, at cost	Pass-through	$95.00
Quoted	Rounded	$2,325.00

That works out to $387.50 per device, and the number is only meaningful inside its own access class and circuit condition. The same six devices dropped into an open rough-in with an existing circuit are a different product and a much smaller number. Publish both. Do not average them.

How do I build a panel upgrade price?

Not as a lump sum. A 100 A to 200 A change is eight or nine separately priced components, and the one that surprises people is the breaker count.

Component	Unit	What moves it
Service entrance conductors	Linear feet, sized to the new service	Overhead mast versus underground lateral, run length, wall penetration
Meter socket and mast or lateral	Each	Utility’s approved equipment list, mast height, weatherhead, roof flashing
Panelboard	Each	Space count, main breaker rating, surge device if specified
Breakers on re-land	Each, by type	Circuits you re-land come back under current AFCI and GFCI requirements, and this line frequently exceeds the panel itself
Grounding electrode system	Each element	Ground rods, water pipe bond, gas bond, intersystem bonding terminal, bonding jumper around a water meter
Utility coordination	Each	Disconnect and reconnect scheduling, meter seal, the release the inspector sends before power comes back
Permit and inspection	At cost	Rough and final; the utility will not reconnect without the sign-off
Customer downtime	Hours	Generator or a stated power-off window, and whoever needs to be home

Two habits keep this profitable. Count the re-land breakers on the walkthrough, in front of the panel, with the cover off, and write the count on the quote. And price a 400 A service as its own animal rather than as two 200s — the metering arrangement, conductors, and coordination are different work. The electrical estimate template shows how these lines sit on the page.

How do I price an EV charger circuit?

By the run, not by the charger. The equipment is a fixed number the customer can look up; your price lives in the distance between the panel and the wall where they want it, and in whether the service can carry the load at all.

Three inputs decide the ticket. First, the load calculation — whether the existing service has capacity, and if not, the job is a panel upgrade with a charger attached. Second, conductor sizing: NEC 625.41 treats EV supply equipment as a continuous load and requires branch-circuit conductors and overcurrent protection at 125 percent of the equipment’s maximum output current, so a 48 A charger is a 60 A circuit, not a 48 A one, and the feeder and service calculation is a separate step under 625.42. Third, one-way distance, which drives both wire cost and voltage drop, and which decides whether the run is NM through joists or conduit across a masonry wall.

Quote the conductor size and the breaker rating in the description. A customer comparing your bid against a cheaper one is usually comparing two different circuits, and the sentence that names 6 AWG copper on a 60 A breaker is what makes the difference visible.

Am I adding markup or taking margin?

Different arithmetic, and getting them backwards quietly shrinks every job you have ever quoted.

What you do to a $308.60 material cost	The math	Result	What you actually collect
Add 25%	× 1.25	$385.75	20.0% margin
Add 30%	× 1.30	$401.18	23.1% margin
Add 40%	× 1.40	$432.04	28.6% margin
Take a 28% margin	÷ 0.72	$428.61	28.0% margin

To convert, divide the margin you want by one minus that margin: a 28 percent margin needs a 38.9 percent markup. Apply it consistently across labor and material, and leave true pass-throughs — permit fees, inspection fees, utility charges — at cost with the receipt available. Marking up a permit is the fastest way to lose a customer who calls the county and finds out what it actually cost.

How do I check the number before it goes out?

Reverse it. Take the quoted price, subtract material and permit, and divide by field hours: on the receptacle job that is ($2,325 − $308.60 − $95.00) ÷ 11.5 = $167.08 per field hour. That is the figure to compare across a service call, a fixture day, and a panel change, and it should clear your loaded field hour of $112.74 by the margin you intended.

Then check outward, carefully. Published averages for panel upgrades and outlet installation swing by more than double between metros and shift with permit regimes, utility requirements, copper pricing, and how far the van drove. They are useful only for catching an order-of-magnitude error. Your comp rate, your inspection jurisdiction, your access conditions, and your overhead decide the answer. If your number lands far above what your market pays, look at billable hours, drive time, and free troubleshooting before you cut the rate.

What should I record after every job?

Actual field hours per access class, actual material cost per device, and the permit and inspection fees you paid. Those three numbers are what turn next year’s device price from a guess into arithmetic, and they are exactly what nobody remembers in January.

Keel is an iOS app that keeps all of it on the phone: no account, no bank connection, no cloud, no login, and an App Store privacy label that reads Data Not Collected. That matters in a trade where half the paperwork gets written in a crawlspace with one bar of signal. Supply house tickets and permit receipts get photographed at the counter and read on device by Apple Intelligence, so the wire on that circuit stays attached to the job — the reason a contractor receipt organizer beats a glovebox. The invoice goes out from the truck the hour the inspection passes, with your own numbering, your license number in the footer, and a payment link the customer scans as a QR code, which is where the collection tactics in how to get clients to pay actually start. Trips between the shop, the supply house, and the permit counter are logged miles. Keel is free with unlimited invoices, receipts, and mileage; Keel Pro is a one-time $249.99 Lifetime purchase, not a subscription.

Frequently asked questions

How do I price adding an outlet? Start from the device count, then apply the access multiplier. An outlet in open rough-in, an outlet fished from an unfinished basement, and an outlet in a finished wall with finished space above and below are three different labor numbers. Add a separate line if a new circuit and breaker are needed, and price the wall openings and patch level explicitly.

Should electricians charge flat rate or hourly? Flat rate per device or per circuit for work with a visible scope, hourly with a service call minimum for troubleshooting. Flat rate pays you for being fast and stops the customer watching the clock. Troubleshooting has no knowable scope until you open something, so it prices as a call fee plus hours, stated before you roll.

How much should I charge for a panel upgrade? Build it from components rather than quoting a lump sum: service entrance conductors, meter and mast or lateral, panelboard, the breakers you re-land under current AFCI and GFCI requirements, the full grounding electrode system, utility coordination, permit and inspection at cost, and the customer’s power-off window. Count re-land breakers with the cover off, on the walkthrough.

Do I mark up electrical permits? No. Permit and inspection fees are pass-throughs and belong on the quote at cost with the receipt available. Your margin lives in labor and material. The hours you spend at the permit counter and waiting on inspection are real, but they belong in overhead per billable hour, not hidden inside a marked-up government fee a customer can look up.

Why does a finished wall cost so much more than new construction? Because the wire is a small part of the price and the fishing is most of it. In rough-in you drill and staple in the open. In a finished wall you locate, fish blind, cut access openings, install old-work boxes, and patch — and blown insulation or fire blocking can stop a fish rod entirely. Price the two as separate products.

How do I price an EV charger installation? Price the circuit, not the charger. Run a load calculation first to see whether the service can carry it; if it cannot, the job is a panel upgrade with a charger attached. Size conductors and overcurrent protection at 125 percent of the charger’s maximum output, then price by one-way run length and conduit method, and name the wire size on the quote.

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This article is general information, not professional or tax advice.