US home charging · Level 2
Level 2 charger cost calculator
Interactive US planning tool: enter hardware, electrician work, and your kWh rate. Built for homeowners sizing a 240 V Level 2 EVSE — not a contractor bid.
Assumptions last updated September 1, 2026. Estimates only — local codes and utility rates vary.
Direct answer. A Level 2 charger is 240-volt home EVSE. Typical US 2025–2026 hardware is $250–$700 portable or $400–$1,200 wall-mounted. A simple install is about $400–$1,500; a panel upgrade is about $2,000–$4,500. Electricity cost is rate × (battery kWh ÷ efficiency) — about $14 to fill a 75 kWh pack at $0.17/kWh and 90% efficiency.
Estimated first-year total
$2,287
Hardware + install + 12 mo electricity
Typical Level 2 cost ranges (US)
Crawlable planning ranges used by this calculator. Street prices and electrician bids vary by address — treat these as starting points, not quotes.
| Type | Typical range (USD) | Notes |
|---|---|---|
| Portable / plug-in | $250–$700 | Moves with you if a 240 V outlet exists or can be added |
| Wall-mounted | $400–$1,200 | Dedicated stall; often higher amperage; usual long-term home setup |
| Scenario | What’s included | Typical range (USD) | Tool default |
|---|---|---|---|
| Simple install | Spare panel capacity, short indoor run, new 240 V circuit or NEMA 14-50 | $400–$1,500 | $900 |
| Panel / service upgrade | 150–200 A panel or service change plus the charger circuit | $2,000–$4,500 | $3,200 |
Full install guide: EV charger installation cost calculator.
| Usable pack | Grid kWh | Cost @ $0.17/kWh |
|---|---|---|
| 40 kWh | 44.4 kWh | $7.56 |
| 60 kWh | 66.7 kWh | $11.33 |
| 75 kWh | 83.3 kWh | $14.17 |
| 100 kWh | 111.1 kWh | $18.89 |
Electricity deep-dive: Home EV charger electricity cost.
What this calculator includes
Use this page when you want to change the inputs and share a URL. The sticker on the box is only one line. Most households also pay an electrician for a dedicated circuit — and then pay the utility every time the car plugs in.
How the math works
- Upfront = hardware + installation.
- Grid kWh per full charge = battery kWh ÷ charge efficiency (default 90%).
- Per-charge cost = grid kWh × your $/kWh rate.
- Monthly electricity = monthly miles ÷ miles per kWh ÷ efficiency × rate.
- Estimated first-year total = hardware + installation + 12 months of electricity.
Optional gasoline comparison uses the same monthly miles, a miles-per- gallon stand-in, and a $/gallon price. It is a fuel-cost sketch, not a total cost of ownership model (no insurance, tires, or residual value).
Related pages
- EV charger installation cost calculator — simple circuit vs panel upgrade.
- Home EV charger electricity cost — rate, pack size, and bill impact.
- All-in Level 2 EV charger cost estimate — year-one project guide and ranges.
Questions this page answers
How much does a Level 2 home charger cost?
In the US, a residential Level 2 EVSE typically runs about $250–$700 for a portable plug-in unit and $400–$1,200 for a wall-mounted station, before electrician work. Smart, higher-amperage, or weatherproof models sit at the top of those ranges.
How much does EV charger installation cost?
A simple 240 V circuit or NEMA 14-50 near the panel often lands around $400–$1,500. If the main panel needs a 150–200 A upgrade, electrician bids commonly jump to $2,000–$4,500 or more. Distance from the panel, outdoor conduit, and permits move the number.
How much does it cost to charge an EV at home?
Home charging cost is electricity rate × kWh drawn from the grid. A 75 kWh pack at $0.17/kWh and 90% charge efficiency is about $14 per full charge. Monthly bill impact equals miles driven ÷ miles per kWh ÷ efficiency × your rate.
Is this calculator a quote?
No. Level2Cost is a planning estimate. Local electrical codes, panel capacity, labor rates, and utility tariffs vary. Ask a licensed electrician and check your latest utility bill for the real ¢/kWh.
Portable vs wall-mounted — which should I buy?
A portable Level 2 unit is cheaper and can move with you if you already have (or can add) a 240 V outlet. A wall-mounted unit is tidier for a dedicated stall, often supports higher amperage, and is the usual long-term home setup. Hardware is only part of the bill — the circuit still needs to be safe and permitted.
Do I need a panel upgrade for a Level 2 charger?
Not always. Many homes with 200 A service and spare breaker space can add a 40–60 A circuit. Older 100 A panels, electric heat, or a long list of large appliances may need a service upgrade. Only a licensed electrician can load-calculate your panel.
What efficiency number should I use?
Level 2 charging typically delivers about 85%–95% of purchased kWh into the battery. The rest is lost as heat in the EVSE, onboard charger, and thermal management. This site defaults to 90%. Cold weather and charging to 100% can be worse.
Where do I find my electricity rate?
Use the supply + delivery ¢/kWh from a recent utility bill, not the generation-only line. If you are on time-of-use, pick the rate that matches when you actually charge (often overnight). EIA’s national average is only a starting point.
Does the federal 30C charger credit still apply?
The IRS Alternative Fuel Vehicle Refueling Property Credit (30C) has specific location, date, and dollar caps. Rules change. This calculator does not subtract incentives — check IRS.gov and your state or utility rebate pages before you buy.
How do I share my estimate?
Every input is written into the page URL as query parameters. Copy the address bar, or use Copy share link on the calculator. Anyone who opens the link sees the same numbers.