Editor's note, October 18, 2026: the July version of this article gave installed cost ranges of $2,000 to $10,000 per Level 2 port and $100,000 to $250,000 per DC fast stall, a line-item cost table for a four-stall site, trenching costs per foot, transformer lead times and price increases, a claim that FHWA benchmarking found eight-stall sites 25% to 35% cheaper per port, and a statement that "more than 40" utilities run make-ready programs. We could not trace those figures to a published source and have removed them. It also overstated public DC fast charging (about 79,000 ports today, not "roughly 82,000"), described the federal 30C tax credit as currently available (the IRS lists it for property placed in service through June 30, 2026), and referred to a "$28 billion annual" grid upgrade market we could not verify. The cost data below comes from published studies and agency sources, each with its date.
Pricing an EV charging job starts with one distinction: a Level 2 charger is an appliance circuit, and a DC fast charging site is a small power project. The equipment costs are reasonably well documented. The site and utility work is what varies, and it is what decides whether a fixed price makes money.
What Published Studies Say About Charger Costs
The most detailed public breakdown of charger hardware and installation costs is still a 2019 working paper by Michael Nicholas of the International Council on Clean Transportation (ICCT), "Estimating electric vehicle charging infrastructure costs across major U.S. metropolitan areas" (August 2019). Its figures are in 2019 dollars, before the material and labor inflation of the last several years, so treat them as a floor and a way to understand how costs scale, not as current prices.
Hardware
ICCT's per-charger hardware costs, averaged from several studies and manufacturer quotes:
| Charger | Per-charger hardware cost (2019) |
|---|---|
| Level 2, non-networked, one per pedestal | $1,182 |
| Level 2, networked, one per pedestal | $3,127 |
| Level 2, networked, two per pedestal | $2,793 |
| DC fast, networked, 50 kW | $28,401 |
| DC fast, networked, 150 kW | $75,000 |
| DC fast, networked, 350 kW | $140,000 |
Source: ICCT Working Paper 2019-14, Table 2.
Installation
ICCT's installation estimates include labor, materials, permits and taxes. Two patterns are worth knowing before you bid.
For Level 2, installation per charger ran from $2,745 to $4,148 in California and from $2,305 to $3,090 elsewhere, depending on how many chargers were on the site, based on an EPRI study of 637 sites. The single-charger site was the most expensive per charger in California.
For DC fast charging, installation cost per charger falls sharply as more chargers share a site. ICCT's 150 kW estimates:
| 150 kW chargers per site | Installation cost per charger (2019) |
|---|---|
| 1 | $47,781 |
| 2 | $38,047 |
| 3 to 5 | $28,312 |
| 6 to 20 | $18,577 |
Source: ICCT Working Paper 2019-14, Table 4.
ICCT notes that installation cost is mainly a function of the number of chargers per site, and that costs do not rise in proportion to power. Going from a single 50 kW charger to a single 350 kW charger raised installation cost from about $45,000 to about $65,000 in its estimates. It also cautions that this is highly variable: some 350 kW sites need very expensive upgrades to switchgear and distribution lines, while others need modest ones.
Using those 2019 numbers, four 150 kW chargers on one site would have come to about $300,000 in hardware plus about $113,000 in installation, before any major utility upgrade. That arithmetic is only a starting point. It is seven years old and excludes the utility-side work that drives the biggest swings.
What Recent NEVI Awards Suggest
Recent state grant awards give a more current, if indirect, view of station cost.
On April 24, 2026, the Oregon Department of Transportation announced it intends to award $16.7 million in NEVI grants to seven private charging companies for 24 DC fast charging stations with 126 ports along Interstate 84 and U.S. Highways 20, 26, 97 and 101. Each station has at least four ports, some as many as eight, and each company must provide at least 20% in matching funds plus a five-year maintenance plan. That works out to about $696,000 in federal money per station, or about $133,000 per port. Because the grant covers at most 80%, the average eligible cost per station is at least about $870,000.
Grant amounts are not construction contract values. Totals include equipment, design, the operator's match and any costs the grant does not cover. But they show the scale: a four-to-eight-port NEVI station is a project in the high six figures, not a quick electrical job.
The Utility Side Is the Wild Card
ICCT's caution about upgrades is the most important line in its paper for contractors. A four-port station built to the federal NEVI standard in 23 CFR 680.106(d), where each corridor DC fast charging port must deliver at least 150 kW at the same time, needs at least 600 kW of simultaneous output. That usually means a new or upgraded transformer and service, and sometimes work upstream on the utility's lines.
The national planning estimates leave this cost out. The National Renewable Energy Laboratory's 2030 National Charging Network study (June 2023) estimated cumulative capital investment of $53 billion to $127 billion to build out U.S. charging by 2030, including up to $44 billion for public DC fast charging ports, according to Utility Dive's summary. NREL excluded grid upgrades and distributed energy resources from those numbers, saying the costs "can be significant in many cases" and "tend to be site-specific."
For your bid, that means:
- Get the utility's service requirements and schedule in writing before committing to a price or a start date.
- Find out whether the utility or the owner supplies the transformer, and who pays for the pad, primary conduit and any line extension.
- Make utility work an explicit allowance or exclusion if you cannot pin it down.
For more on the transformer and switchgear side, see our article on electrical substation construction costs. To check service and feeder capacity on a Level 2 job, use our electrical load calculator.
Make-Ready Programs and Incentives
Utility make-ready programs
Some utilities pay for the electrical infrastructure between the grid and the charger under programs approved by their state regulators. New York's is one of the largest. According to the Joint Utilities of New York, the statewide program has a total budget of $1.243 billion, with more than $885 million allocated to the six investor-owned utilities' make-ready programs. Eligible applicants can receive up to 100% of the electric infrastructure costs for new non-residential charging stations, and at least $372.5 million must directly benefit disadvantaged communities. All customers must use an Approved Contractor, and electrical contractors can apply to become one.
There is a catch: the Joint Utilities stopped accepting new applications as of April 21, 2026, though applications submitted before then are still being reviewed. That is a good reminder that program terms change. Check your own utility's current tariff and program pages before you count on make-ready money.
The federal 30C credit
The IRS lists the Alternative Fuel Vehicle Refueling Property Credit (Section 30C) for property placed in service from January 1, 2023 through June 30, 2026, in its page last updated May 26, 2026. For businesses, the credit was 6% of cost, or 30% if prevailing wage and apprenticeship requirements were met, up to $100,000 per item, and the property had to be in a low-income or non-urban census tract. The IRS page links to guidance on changes under Public Law 119-21. Do not build 30C into a client's financing for a project placed in service after June 30, 2026 without checking with their tax adviser.
NEVI and CFI
The Infrastructure Investment and Jobs Act set aside $5 billion for NEVI and $2.5 billion for the Charging and Fueling Infrastructure (CFI) grant program. As of December 31, 2025, states had obligated $1.4 billion of the $4.2 billion in NEVI formula funds made available, and about 183 NEVI-funded stations had opened in 20 states, according to Congressional Research Service report R48996 (June 16, 2026). In February 2026, the Consolidated Appropriations Act, 2026 (P.L. 119-75) transferred $503,756,000 of unobligated NEVI formula funds to other highway programs, and the administration's fiscal 2027 budget request proposed canceling the remaining unobligated NEVI and CFI funds. Our EV charging infrastructure funding report and our comparison of federal and state charging programs cover the status in detail.
Buy America
Federally funded chargers must meet Buy America rules. CRS reports that a 2023 waiver set a 55% domestic content requirement for charger components, and that FHWA proposed a 100% domestic sourcing requirement in February 2026; as of June 2026, no known EV charging equipment would meet it. Confirm compliant equipment before you price a federally funded job.
What a NEVI Station Must Include
Even after FHWA's August 2025 guidance rewrite, the federal minimum standards in 23 CFR Part 680 apply to NEVI-funded projects. Key items:
- At least four network-connected DC fast charging ports at corridor stations, able to charge four vehicles at once.
- At least 150 kW per port, delivered simultaneously.
- A permanently attached CCS Type 1 connector on each DC fast charging port.
- Average annual uptime above 97% per port.
- Electricians who hold Electric Vehicle Infrastructure Training Program (EVITP) certification or a qualifying registered apprenticeship credential, with at least one enrolled apprentice on crews of more than one electrician.
How Big the Market Is
The Department of Energy's Alternative Fuels Data Center listed 82,717 open public EV charging stations on October 18, 2026, with about 261,000 ports: 181,313 Level 2 and 79,030 DC fast. NREL's 2030 study estimated the country would need about 182,000 public fast charging ports and about 1 million public Level 2 ports by 2030 to serve 30 to 42 million light-duty EVs. Most of the work between those numbers will be privately funded: retail sites, fleet depots, workplaces and apartment buildings.
Frequently Asked Questions
How much does it cost to build an EV charging station?
It depends mostly on charger type, the number of chargers per site and utility work. ICCT's 2019 study put hardware at about $3,000 for a networked Level 2 charger and $75,000 for a 150 kW DC fast charger, with 150 kW installation costs of about $18,600 to $47,800 per charger depending on how many share a site, all in 2019 dollars and excluding major utility upgrades. Oregon's April 2026 NEVI awards averaged about $696,000 in federal money per station.
What is the biggest cost variable in DC fast charging construction?
The utility service. ICCT notes some high-power sites need very expensive switchgear and distribution upgrades while others need modest ones, and NREL excluded grid upgrade costs from its national estimates because they are site-specific.
Do installation costs per charger drop with more chargers?
Yes. In ICCT's 2019 estimates, installation for a 150 kW charger fell from about $47,800 on a single-charger site to about $18,600 per charger on sites with 6 to 20 chargers.
Is the 30C tax credit still available?
The IRS lists the 30C credit for property placed in service from January 1, 2023 through June 30, 2026. Check current IRS guidance and the owner's tax adviser for anything placed in service later.
What are utility make-ready programs?
Utility programs, approved by state regulators, that pay some or all of the electrical infrastructure cost between the grid and the charger. New York's $1.243 billion program covered up to 100% of eligible infrastructure costs for non-residential stations but stopped taking new applications on April 21, 2026.
