How to Price Electrical Jobs

What an hour of electrical work costs you

Every electrical price rests on what it costs you to put a qualified person on site for an hour. Three of the inputs are specific to electrical work:

• Crew mix. State and local licensing rules decide who may work without supervision, and so which crew you can send. An electrician working alone and one with an apprentice cost and produce different amounts per hour, so price each type of job for the crew that will do it.
• Hours no customer sees. Permits, inspector waits, utility scheduling and trips back after a failed inspection all take paid time, and your overhead or the job price has to recover it.
• Truck stock. Cable in several sizes, breakers for the different panel brands you run into, boxes, connectors and devices tie up cash, and some of it walks off. Your materials markup has to carry that.

Markup vs margin shows how a target margin becomes the markup you put on materials, and how to set your labor rate covers the hourly math.

Per-device pricing or time and materials

Use per-device prices for work you repeat, and time and materials for work you can't size until you open a wall or start testing.

Most residential service work is a short list of tasks you do constantly: receptacles, switches, fixtures, fans, recessed lights, breakers and dedicated circuits. You know how long they take, so you can set a book time for each and quote a fixed price before you start. That's flat-rate pricing.

Price each task three ways

One price per outlet loses money, because the same device can take minutes or most of a morning. Give each common task three versions:

1. Replace: a new device or fixture in an existing box, on an existing circuit.
2. Add: a new box on an existing circuit, with cable fished through finished walls or ceilings.
3. New circuit: a home run to the panel with its own breaker, which depends on panel space, capacity and the route.

Then add modifiers for conditions that change your time:

• Wall type. Open framing in new construction or a gutted room, versus finished drywall, or plaster and lath that cracks when you cut it.
• Access. An open attic or unfinished basement, versus a finished basement, a slab, or a second-floor ceiling with no attic above.
• Device type. GFCI, AFCI or dual-function protection where your adopted code requires it, plus dimmers and smart switches that cost more and take longer to set up.
• Support. A ceiling fan needs a box rated to hold a fan, so hanging a fan where a light used to be is a different task from swapping one fan for another.

Example: Say you bill $150 an hour and mark up materials 50%. Replacing a receptacle with a GFCI takes 0.5 hours with $25 in parts: $75 of labor plus $37.50 of materials, about $113. Adding a receptacle to an existing circuit through a finished wall takes 1.5 hours with $30 in parts: $225 plus $45, or $270. Both are "an outlet," and one price for both would overcharge the first job or lose money on the second.

Plans-based work: per opening, plus the trips

On new construction and remodels priced from plans, count openings (each receptacle, switch and light outlet) and price per opening, with home runs, dedicated appliance circuits, the panel and the service as separate lines. Then make sure the total covers every phase: rough-in, any rough-in inspection your jurisdiction requires before walls are covered, and trim-out. Each phase is at least one trip, and when a builder's schedule stalls between phases, you pay to remobilize.

Recessed lighting prices well as a first light plus each additional light. The first fixture carries the power feed and the switch leg, and each added light on the same run takes less time.

Service-call fees that cover the visit

Set the service-call fee to cover a complete visit, because plenty of electrical calls never turn into a paid repair.

A "dead outlet" call often ends at a tripped GFCI in a bathroom, garage or outdoor location, since one GFCI receptacle can protect other outlets downstream on the same circuit. A call about half the house losing power, or lights that brighten and dim on their own, can turn out to be a problem on the utility's side of the service, and the visit ends with you telling the customer to call the utility. Either way, the fee is the only money that visit brings in, and it has to cover the drive, the electrician's time and the dispatching behind it.

A trip charge covers getting to the house; a diagnostic fee also covers finding the problem. Pick one, name it plainly, and:

• Say it twice: on the phone when the call is booked, and in the appointment text, along with whether it counts toward the repair.
• Price the repair before any work starts, so the customer decides on it separately from the visit.
• Set after-hours terms in advance: the premium and exactly when it applies (nights, weekends, holidays). Save after-hours dispatch for real emergencies, like a burning smell or a hot panel. A single dead circuit can usually wait for the first regular slot at your standard price.
• Give storm damage its own book entry. A service mast pulled down by a tree limb means the repair on the customer's side, any inspection the utility requires before it reconnects, and a wait for the utility crew. List those steps in the price.

Troubleshooting: by the hour, with a cap

Price fault-finding by time with a stated cap, then switch to a flat price once you know what's wrong.

Intermittent problems are where flat prices fall apart: a breaker that trips once a week, a circuit that quits when it rains, a flicker that only shows up when the dryer runs. Nobody can promise at the door how long those take. Bill it as time and materials with a not-to-exceed cap:

1. State your hourly rate and the cap before you start, in writing or in a text the customer replies to.
2. Stop at the cap, explain what you've ruled out and what's left, and get approval for another block of time.
3. When you find the fault, quote the repair as a flat price from your book.
4. Write down what you tested and found, so a return visit doesn't start from zero.

Example: You quote troubleshooting at $150 an hour with a two-hour cap, so the customer has approved up to $300. At two hours you've narrowed a nuisance trip to one of three circuits. You stop, explain, and the customer approves one more hour. You find a damaged cable in the attic and quote the repair from your book. Every dollar on the invoice was approved before it was spent.

Old houses need the same caution on planned work. Undocumented additions, older wiring methods, and aluminum branch circuits that need devices and connectors rated for aluminum can turn a routine add into a bigger job. Price what you can see, and add a concealed-conditions clause so anything found behind the wall becomes a priced, approved change, as how to handle change orders explains.

Pricing panel and service upgrades

Price a panel or service upgrade from a site visit and a load calculation, not from the amperage the customer asked for on the phone.

Customers often call for a "200-amp upgrade" because someone told them a heat pump, an induction range or an EV charger needs one. A load calculation, done the way the edition of the National Electrical Code your jurisdiction adopted lays out, tells you whether it does. Sometimes the existing service can carry the new load, and the honest quote is a smaller job: a new circuit, or a subpanel when the panel is out of spaces but the service has capacity. When the upgrade is needed, the calculation gives the customer a reason to trust the bigger number.

List these cost drivers on every service job:

• Load calculation and design time. Budget the hours to gather existing loads and run the numbers.
• Permit and inspection. Your building department's fee, plus your time to apply and meet the inspector.
• Utility coordination. A service change usually needs the utility to disconnect and reconnect power, and many utilities publish their own meter and scheduling requirements. Who owns and pays for the meter, the overhead service drop or the underground lateral varies by utility, so get the answer for each address before you price. In some areas the utility won't reconnect until the inspection passes, which can mean a second trip or a customer without power overnight.
• What the adopted code requires with new equipment. Grounding and bonding updates, clear working space in front of the panel, and protection on circuits you modify can all come with a panel replacement. The inspector will check them, so price them now rather than after a failed inspection.
• Circuits to move. Any that won't reach a relocated panel need extensions and junction boxes.
• Finishes. Drywall, stucco or siding repair around a relocated panel or a new meter base and mast. Price it, or exclude it in writing.
• Return trips. Reconnection, final inspection and labeling.

Example: A panel replacement with a service upgrade, every number invented for illustration. Panel, breakers, meter base, service entrance conductors and grounding materials cost you $1,600. Two electricians work 9 hours each at a loaded $60 an hour: $1,080. The permit is $200. The load calculation, permit paperwork and utility scheduling take 3 hours at $60: $180. The return trip for reconnection and final inspection takes 2 hours: $120. Direct cost is $3,180, and dividing by 0.60 prices it for a 40% gross margin: $5,300. Leave out the paperwork hours and the return trip and the same math gives $4,800: $500 less for the same job.

Pricing EV charger installs

Define a standard EV charger install, price it as a flat package, and price everything outside that definition as adders the customer can see.

What moves the price:

• Capacity. A charger can draw a heavy load for hours at a time, so run the load calculation before you quote. If the service can't carry the charger at its full rating, the options are a lower current setting where the charger's instructions allow it, load management equipment your inspector will approve under the local code, or a separately priced service upgrade.
• Panel space. A full panel may need a subpanel or rearranged circuits before there's room for the breaker.
• Distance and route. A garage on the other side of the panel wall is a short run. A charger across a finished basement, an exterior run in conduit, or a detached garage that needs a trench is a different job. Long runs can need a larger wire size to limit voltage drop, so wire cost climbs faster than the footage.
• Digging. Trenching means a utility locate through your state's one-call system before you dig, the burial method your code requires, and restoring the lawn or pavement.
• Who supplies the charger. If you supply it, mark it up and plan for warranty swaps. If the customer bought it, price install-only and say in writing that you warrant your workmanship, not their hardware.
• Setup. Networked chargers may need Wi-Fi setup, app pairing and a current setting, which takes time on site.
• Permit and inspection, as with any new circuit.

Example: You define a standard install as a wall-mounted charger in an attached garage, with no more than 25 feet of surface-mounted run from a panel that has space and capacity, and you price that at $900 plus the charger. Your written adders are $20 a foot past 25 feet and $400 to run through a finished space, with trenching and any service upgrade quoted separately. A charger 45 feet from the panel, through a finished basement, comes to $900 plus $400 plus $400, or $1,700 plus the charger, and the customer can see why.

If a customer asks about tax credits or utility rebates, don't build one into your price or promise one. Program rules and deadlines change, so point them to the program's official terms.

Keep quotes safe from copper and gear price swings

On services, feeders and long EV runs, copper wire can be the largest material line, and its price tracks copper, a commodity whose price changes every trading day. Panels, meter bases, transfer switches and generators can have long lead times, so check them before you promise a date. A quote that sits for two months can be wrong by the time it's signed.

Ways to keep a price fresh:

1. Price materials at replacement cost: what it costs to restock the spool today, not what you paid for the one on the shelf.
2. Put a validity window on every quote, such as 30 days, and re-price anything accepted after it ends.
3. Get written supplier quotes for big orders, and match your validity window to theirs.
4. Order on acceptance for large jobs, so the wire and gear you priced are what you install.
5. Use allowances for fixtures the customer hasn't picked yet: a stated dollar amount, adjusted up or down when they choose.
6. For projects that run for months, such as new construction, consider pricing later phases separately or adding a material escalation clause. Contract law differs from state to state, so get a lawyer to look over that clause.

Example: You quote a feeder and subpanel job in March: $3,000 of direct cost, including $2,000 of wire and gear, priced at $5,000 for a 40% gross margin. The customer signs in June. If the supplier's price on that material has risen 15%, you pay $300 more and your margin drops to 34%. A 30-day validity window would have forced a re-price instead.

How the validity window, scope by circuit, exclusions and permit lines appear on the page is covered in how to write an electrical estimate.

Let finished jobs correct the book

Your book times are a forecast, and finished jobs are the results. After each job, compare quoted and actual hours by task type (replace, add, new circuit, service), plus materials and return trips. If old-work adds keep running long, raise the book time instead of absorbing the difference. Track failed inspections and callbacks by task as well: a task that keeps failing inspection needs more time in the book, more crew training, or both. Revisit your labor rate and every book time yearly.