Guides

How to Price EV Charger Installation (for Electricians)

Check the panel first, size the circuit at 125%, price by run length, and turn your cost per billable hour into a level 2 charger install price with three ready-made tiers.

Ijharul Islam October 21, 2026 8 min read

How to price EV charger installation, in short: check the panel's spare capacity first, size the circuit at 125% of the charger's continuous current (a 40-amp charger needs a 50-amp breaker), then price by run length. At $115.27 per billable hour and a 20% margin, a 25-foot garage run sells for about $989 before the charger; a 60-foot run for about $1,846.

More on this topic: Pricing, estimates and getting paid, every guide in one place.

Level 2 chargers look like a simple dedicated circuit, and that's how electricians lose money on them: the quote assumes a short run next to the panel, and the job turns out to be 70 feet through a finished basement with a 100-amp service that's already busy. This guide prices the job from your own costs, using the same cost per billable hour as our guide on how to price electrical work, and turns it into three price-book tiers you can quote over the phone and confirm on site.

Key takeaways

Do the load check before you quote. If the service can't carry the charger, the job is a load-management or service-upgrade quote, not a circuit.
EV charging is a continuous load. The 2023 NEC (625.41) sizes the overcurrent device at 125% of the charger's maximum load.
Run length drives the price. EnergySage says standard quotes assume 40 to 60 feet, and a 60- to 80-foot run can add $1,000 to $1,500.
Price from cost per billable hour, then divide by one minus your margin. Our example: $115.27 an hour, 20% margin.
Quote three tiers: short run, long run, and load-managed or panel work, each with what's included.
Don't sell the federal credit. The IRS lists June 30, 2026 as the end of the 30C window for property placed in service.

What does EV charger installation cost in 2026?

EV charger installation typically costs $800 to $3,000 before the charger itself, according to EnergySage's June 2026 guide based on Qmerit installation data. It puts the 2026 US average at $2,442, with state averages from $1,834 (Oregon) to $3,680 (Mississippi). Use these as a market check, not your price:

Item (EnergySage, June 2026)	Typical range
Installation, excluding the charger	$800–$3,000
Charger hardware	$100–$800, usually $300–$600
Run of 60 to 80 feet (standard quotes assume 40–60 ft)	Adds $1,000–$1,500
Permit, by jurisdiction	$50–$800
Sub-panel	$500–$1,500
Main service upgrade	$1,500–$4,000+

Housecall Pro's October 2026 electrical pricing guide lists a dedicated circuit at $570 to $1,000, which is close to the short-run job below once you add a permit.

How do you check panel capacity before quoting a charger?

Check panel capacity with a load calculation, not by counting empty breaker spaces. For an existing building, NEC 220.87 lets you use actual maximum demand: one year of utility demand data, or, if that isn't available, at least 30 days of recorded 15-minute demand on the highest-loaded phase. Electrical Contractor magazine's summary of the 2023 rule: take that maximum demand at 125%, add the new load (continuous loads at 125%), and the total can't exceed the service rating. The 30-day option isn't allowed where the service has solar or peak shaving. Utility demand comes in kW; divide by the voltage for amps (14.4 kW ÷ 240 V = 60 A), or use the free Ohm's law calculator.

Worked check (example numbers)	200 A service	100 A service
12-month peak demand from the utility	14.4 kW = 60 A at 240 V	14.4 kW = 60 A at 240 V
Existing demand × 125%	75 A	75 A
New 40 A charger × 125%	50 A	50 A
Total	125 A: fits	125 A: over by 25 A

On the 100-amp house, you have two quotes to offer: a charger with load management (an energy management system under NEC Article 750, or a charger set to a lower current), or a service upgrade, which we price in how to price a panel upgrade. Ask the customer for their utility account access before the visit; ECM notes utilities have become stricter about releasing demand data and may need the owner's written permission.

How do you size the circuit for a level 2 charger?

Size the circuit at 125% of the charger's maximum continuous current. The 2023 NEC 625.41 requires overcurrent protection for EV charging feeders and branch circuits at 125%, as two engineers explain in a Consulting-Specifying Engineer Q&A. So a charger set to 32 amps needs a 40-amp breaker, 40 amps needs 50, and 48 amps needs 60. St. Paul's 2023 NEC dwelling checklist lists 8 AWG copper for 40 amps and 6 AWG copper for 50 amps on most dwelling branch circuits. Check the charger's manual, terminal ratings and the code your jurisdiction has adopted, and price a GFCI breaker wherever a plug-in receptacle needs one. On a long run, check the drop too: the free voltage drop calculator shows it for each wire size from the load and one-way length, using NEC Chapter 9 Table 8 resistances.

How do you build an EV charger installation price?

Build the price the same way as any flat-rate task: hours × cost per billable hour, plus materials and permit at cost, divided by one minus your margin. These examples use $115.27 per billable hour and a 20% net margin (divide by 0.8), the numbers from our electrical pricing guide. The charger is excluded; the customer supplies it, or you add it as its own line.

Tier (example)	Hours	Materials	Permit	Cost	Price at 20%
A. Garage, panel within 25 ft, 50 A circuit, hardwired	4	$180	$150	$791.08	$989
B. 60 ft run, conduit on an exterior wall, panel in basement	7	$520	$150	$1,476.89	$1,846
C. Tier B plus a load-management device on a 100 A service	9	$970	$150	$2,157.43	$2,697

Tier A at $989 sits inside EnergySage's $800–$3,000 range, so your costs and the market agree. Hours include the trip, permit paperwork, mounting, testing and walking the customer through the charger app. For runs between the tiers, add a per-foot adder: 10 more feet at about 0.6 hours and $70 of materials costs $139.16, so it sells for about $174.

What should good, better, best look like for an EV charger?

Good, better, best should be real choices for the customer, not the site conditions you found. A useful set once you know the run:

Good: a NEMA 14-50 receptacle for the customer's portable charger, with GFCI protection where required. Usually the lowest price, but charging current is limited by the portable charger and the customer has a plug-in connection to look after.
Better: hardwire a 40-amp wall charger on a 50-amp circuit (Tier A or B above). The one most customers should pick.
Best: the hardwired charger plus whole-home surge protection, or a 48-amp charger on a 60-amp circuit where the load check allows it.

Our guide to good, better, best pricing covers how to present the three and which to mark as recommended.

What should an EV charger quote include?

The load check result in one line: “Your 200 A service has room for a 40 A charger.”
Breaker size, wire size and run length, and where the charger mounts.
Permit and inspection, and who schedules them.
Exclusions: the charger itself, drywall patching, trenching, utility fees, and any panel work found on inspection.
Your license number where your state requires it; our electrical estimate template has the full field list.
Incentives, carefully worded. Point customers to their utility's rebate page; the IRS page lists the 30C credit window as ending June 30, 2026.

Mistakes that cost electricians money on EV chargers

Quoting by phone without photos of the panel, the label and the route to the garage.
Skipping the load check and finding out at inspection.
One price for every run. A 70-foot run at a 25-foot price loses money.
Forgetting the permit and inspection visit in your hours.
Never comparing estimated with actual hours; see our job costing guide.

Where CrewRobin fits

Put each tier in CrewRobin's price book (circuit up to 25 feet, each extra 10 feet, load management) and build good, better, best quotes from it that the customer signs online. When someone calls asking what a charger install costs, the AI receptionist quotes only the price range you set for that job type, says the electrician confirms on site, and books the visit. See how it works for electricians.

Frequently asked questions

How much should an electrician charge to install a level 2 charger?

Price it from your own costs: hours times your cost per billable hour, plus materials and permit, divided by one minus your margin. Our example gives $989 for a 25-foot garage run and $1,846 for a 60-foot run, before the charger. EnergySage puts typical installation at $800 to $3,000.

What size breaker does a 40-amp EV charger need?

A 50-amp breaker. EV charging is treated as a continuous load, and the 2023 NEC 625.41 sizes overcurrent protection at 125% of the charger's maximum load: 40 amps times 1.25 is 50 amps.

Does an EV charger need a panel upgrade?

Not always. Run a load calculation; NEC 220.87 lets you use a year of utility demand data at 125% plus the new load. If the total exceeds the service rating, offer load management or a service upgrade.

Should electricians supply the EV charger?

Either works. If you supply it, add it as its own line priced from cost, and say whose warranty covers it. If the customer supplies it, say on the quote that you install it as delivered.

Is there still a federal tax credit for home EV chargers?

The IRS page for the 30C credit lists the window for individuals as January 1, 2023 to June 30, 2026, so don't promise it on 2026 jobs after that date. Check the customer's utility for rebates.

Put it to work this week

Put your EV charger tiers in your price book and quote them the same way every time. CrewRobin is free until your first 10 booked jobs, no card up front. Start free or see pricing.

Sources

Figures from outside CrewRobin were checked against these pages in October 2026. Most industry benchmarks come from vendors and agencies, so treat them as ranges, not rules.

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