18,000 New Fast-Charging Ports in 2025, and Why the 2026 Buildout Looks Different
More than 18,000. That is how many DC fast-charging ports opened across the United States in 2025, a record year that outpaced 2024 by roughly 30 percent. The pace cooled a little in the first half of 2026, yet the plugs going in now are faster, packed into busier sites, and increasingly built by someone other than Tesla.
Is the Fast-Charging Buildout Slowing Down?
A little, and less than the headlines suggest. The numbers come from Paren, a data firm that tracks more than 95 percent of the country's fast chargers. Builders finished 2025 with a record fourth quarter of 5,769 new ports, 44 percent more than the same stretch of 2024. Then the first half of 2026 brought 7,903 new ports, about 7.4 percent fewer than the first half of 2025. The second quarter alone added 4,382 ports at 806 new stations, roughly 10 percent below a year earlier.
Context explains the dip. Electric vehicle sales fell 27 percent year over year in the first quarter, and yet construction kept rolling, because a fast-charging site takes months or years to plan, permit, and energize. Operators are also changing what they build. Instead of scattering new dots across the map, many are adding stalls to stations that already exist, so a stop that once had four plugs now has eight or twelve. For a driver, that means a better chance of rolling into a familiar stop and finding a free stall. Demand backs that choice: drivers logged 46 million fast-charging sessions in the second quarter, 15 percent more than in the first. The network is not stalling. It is filling in.
What Is Different About the Chargers Going In Now?
Speed, first of all. About 72 percent of the ports added in the second quarter are rated at 250 kilowatts or more. Among networks other than Tesla, that share reached 62 percent, up from 39 percent across a full year of earlier building. A few years ago, a 50-kilowatt charger counted as fast. Today it is the slowest thing most new sites install, if they install it at all.
The builders are changing too. Not long ago, Tesla's Supercharger network was putting in roughly 40 percent of all new fast ports. In the second quarter its share was 27 percent, and its slice of every fast port in the country slipped below half for the first time. Walmart added 368 ports, ChargePoint 333, and Red E 315, while more than 120 operators were active by the end of 2025. Geography has not caught up yet: the large majority of new stations opened in urban areas, led by California, Texas, and Florida. Plug types are still mixed, too, with 70.8 percent of new non-Tesla ports carrying the older CCS connector and 22.9 percent the Tesla-style NACS plug. Price is the last piece, and the second-quarter national average sat near 54 cents per kilowatt-hour.
Who Feels the Buildout Most on the Road?
A Battery Electric Vehicle (BEV) feels it on every trip longer than one charge, because each refill away from home is a fast-charging stop. A deeper site means fewer minutes waiting for an open stall, and a 250-kilowatt stall can turn a long stop into a short one, but only if the car can accept that power. Every BEV has a peak charging rate, and a car that tops out at 150 kilowatts charges at 150 kilowatts no matter what the stall promises. Most cars with built-in navigation now plan those stops for you and warm the battery on the way in, which is how a car actually reaches the speed printed on the stall. The urban tilt matters as well. Metro areas are filling in fastest, so a rural leg still deserves a planned stop and a backup option before you leave.
The other three powertrains meet this buildout from different distances. None of it changes the trip for an HEV (Hybrid Electric Vehicle), which pulls into the same fuel stations it always has. Most plug-in hybrids cannot use a DC fast charger at all, so once a Plug-in Hybrid Electric Vehicle (PHEV) empties its battery on the highway, those new 250-kilowatt stalls roll past the window unused. On a long drive in an E-REV (Extended-Range Electric Vehicle), each added fast-charging stop along the route shifts more of the trip's miles from the onboard generator to the grid.
So before your next long drive, look up one number: your car's peak DC fast-charging rate, listed in the owner's manual or the automaker's specification sheet. Then open the Department of Energy's Alternative Fuels Data Center station locator, filter for DC fast chargers along your usual route, and note how many stations offer power at or above your car's limit. That count, not the national total, tells you how much of this buildout actually reaches your driveway and your road trips.
Sources
- Paren, US EV Fast Charging Report: Q2 2026 - paren.app
- Electrek, US DC Fast Charger Deployment Saw Astounding Growth in 2025 - electrek.co
- InsideEVs, EV Sales Are Slowing Down. The U.S. Still Got Over 3,000 New Fast Charging Plugs in Q1 - insideevs.com
- EV Infrastructure News, US EV Fast Charging Market Rebounds in Q2, Paren Reports - evinfrastructurenews.com
- U.S. Department of Energy Alternative Fuels Data Center, Station Locator - afdc.energy.gov