--- title: "EV Charger Installation Cost: What a Home Level 2 Costs" description: "A home Level 2 EV charger costs about $554–$1,380 to install (Angi, 2026), more with a new circuit or panel upgrade. What drives the price and the payback." url: https://evchargecosts.com/guides/ev-charger-installation-cost/ updated: 2026-10-26 --- # EV Charger Installation Cost: What a Home Level 2 Costs Most homeowners pay **about $554 to $1,380** to install a Level 2 EV charger, with a national average around $967, according to Angi’s September 2026 cost data. A new 240 V circuit, a long wire run or a panel upgrade can add $500 to $2,000 or more. By [EV Charge Cost Editorial Team](https://evchargecosts.com/about/). Published October 4, 2026, updated October 26, 2026. The price of a home charger has two parts: the charging unit itself and the electrical work to feed it. The unit is easy to compare online; the installation depends on your house. These figures come from [Angi’s EV charger installation cost guide](https://www.angi.com/articles/installing-electric-car-charging-station.htm) (updated September 2026). Get at least two quotes from licensed electricians before you buy. ## Typical cost ranges **Home EV charger installation costs (Angi, September 2026)** | Item | Typical cost | | --- | --- | | Installed Level 2 charger, most homeowners | $554–$1,380 (average about $967) | | Level 2 charging unit only | About $300 to over $1,000 | | Electrician labor | $400–$1,200 | | New 240 V circuit and wiring | $500–$1,500 | | Electrical panel upgrade | $800–$2,000 | | Permit | $100–$200 | ## What makes an installation cheap or expensive - **Distance from the panel.** A garage next to the panel needs a short wire run; a detached garage or a driveway on the far side of the house needs more copper, conduit and sometimes trenching. - **Panel capacity.** A Level 2 charger is a large continuous load. If your panel has no room for a 40–60 A breaker, you may need a load-management device or an upgrade. - **Charger size.** A 48 A charger needs a 60 A circuit; a 32 A charger needs 40 A (the continuous-load rule: chargers draw at most 80% of the breaker). Smaller circuits cost less to install. See [how many amps an EV charger needs](https://evchargecosts.com/guides/how-many-amps-for-ev-charger/). - **Plug-in vs hardwired.** A NEMA 14-50 outlet lets you use a plug-in charger; hardwiring allows more power and avoids outlet wear. Compare them in [NEMA 14-50 vs hardwired](https://evchargecosts.com/guides/nema-14-50-vs-hardwired-ev-charger/). - **Permits and local rules.** Most areas require a permit and inspection; some utilities offer rebates for approved chargers. ## Do you need Level 2 at all? A 120 V outlet adds about 4 miles of range per hour to a typical EV (33.5 kWh/100 mi), about 43 miles in a 10-hour night. If you drive less than that most days, Level 1 can be enough and costs nothing to install. A 32 A Level 2 charger adds about 23 miles per hour. See [Level 1 vs Level 2 charging](https://evchargecosts.com/guides/level-1-vs-level-2-charging/). ## How fast does it pay back? A charger does not lower your price per kWh, but it lets you avoid paying public prices. For a typical EV driven 13,500 miles a year, all-home charging at 18.16¢/kWh costs about $821.29 a year. If you would otherwise buy half of that energy at an example public price of $0.45/kWh, you would spend about $606.92 a year more, so a $967 installation pays back in about 1.6 years. If a 120 V outlet already covers your driving, the payback is convenience rather than money. ## Before you call an electrician - Check your car’s onboard charger limit: there is no point paying for a 48 A circuit if the car accepts 32 A ([onboard charger limits](https://evchargecosts.com/guides/onboard-charger-limit-explained/)). - Photograph your panel label and the route to the parking spot so quotes are accurate. - Ask your utility about EV rates and rebates; some require a specific charger model. - Check whether your panel can handle the load: [can my panel handle an EV charger](https://evchargecosts.com/guides/can-my-electrical-panel-handle-an-ev-charger/). ## Run your own numbers - [Charging cost calculator](https://evchargecosts.com/) - [EV vs gas calculator](https://evchargecosts.com/ev-vs-gas/) - [Charging time calculator](https://evchargecosts.com/charging-time/) - [Cost in your state](https://evchargecosts.com/states/) - [How we calculate](https://evchargecosts.com/methodology/) ## Related guides - [Level 1 vs Level 2 Charging: Speed and Cost](https://evchargecosts.com/guides/level-1-vs-level-2-charging/) - [How Many Amps Do You Need for a Home EV Charger?](https://evchargecosts.com/guides/how-many-amps-for-ev-charger/) - [NEMA 14-50 Outlet vs Hardwired EV Charger](https://evchargecosts.com/guides/nema-14-50-vs-hardwired-ev-charger/) - [Can My Electrical Panel Handle an EV Charger?](https://evchargecosts.com/guides/can-my-electrical-panel-handle-an-ev-charger/) - [Why Your EV Charges Slower Than the Charger: Onboard Limits](https://evchargecosts.com/guides/onboard-charger-limit-explained/) - [Can You Charge an EV on a Regular 120 V Outlet?](https://evchargecosts.com/guides/charging-an-ev-on-a-regular-outlet/) [All 59 guides](https://evchargecosts.com/guides/) ## Questions people ask ### How much does it cost to install a Level 2 charger at home? About $554 to $1,380 for most homeowners, averaging about $967, according to Angi (September 2026). Panel upgrades or long wire runs can push the total past $2,000. ### Can I install an EV charger myself? A plug-in charger can be plugged into an existing, correctly rated 240 V outlet. Adding a new circuit or hardwiring a charger is electrical work that usually needs a licensed electrician and a permit. ### What size breaker does an EV charger need? The breaker must be at least 125% of the charger’s current: 40 A for a 32 A charger, 50 A for 40 A, and 60 A for 48 A. --- Source page: https://evchargecosts.com/guides/ev-charger-installation-cost/ Data: EIA (electricity August 2026, gasoline 2026-10-19), EPA fueleconomy.gov. License: CC BY 4.0.