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Charging Ahead: Three Years of Public Fast Charging Growth

Public fast charging has come a long way in three years: more stations, greater reliability, and a better experience for drivers. Mercedes-Benz High-Power Charging (MB HPC) has helped power the next wave of electrification in North America, growing into one of the top-ranked networks in the United States.1

30x

Mercedes-Benz High-Power Charging Increases Charging Ports by 30x in 3 Years2

Let’s take a look back at the years in review.

Part 1

The Industry

How public DC fast charging across the U.S. & Canada changed from 2023 to 2026.

01Industry

The Reliability Reckoning

40%
fewer failed DC fast-charge attempts, 2023–2026

In 2023, one in five public fast-charge attempts failed. By 2026, that dropped to about one in eight, a 40% reduction in failed attempts, as the success rate climbed to 88%, the highest in the history of JD Power’s EVX study.1

Investing in Network Upgrades Drives Customer Experience

The public charging experience is becoming more consistent as the market matures thanks to a focus on reliability from new entrants, upgrading legacy hardware, and standardizing protocols.

02Industry

New Entrants Lead Customer Satisfaction

Customer satisfaction growth across the DC fast charging (DCFC) industry may appear consistent; however, a new wave of charge point operators (CPOs) is driving a sharp increase, unseating the 3-year incumbent in 2026.1

2023
654
739
OverallTop (Tesla)
Gap: 85 pts
2024
664
731
OverallTop (Tesla)
Gap: 67 pts
2025
654
709
OverallTop (Tesla)
Gap: 55 pts
New entrants reach parity
2026
666
786
OverallTop (Mercedes‑Benz, IONNA, Rivian)
Average of top three networks
Gap: 120 pts
New entrants take over
The Challengers Catch Up

In 2025, Mercedes-Benz Charging Network and Rivian Adventure Network reached parity with the industry leader. By 2026, IONNA, Mercedes-Benz Charging Network, and Rivian Adventure Network took the top-3 spots, gaining nearly 80 points on the previous year’s score.1

03Industry

Future-Proofing the Industry

As reliability increased, so did network density – doubling in size over 3 years.3

+102%
public DCFC port expansion, U.S. & Canada, 2023–2026
2023
42,339
2024
55,961
2025
75,062
2026
85,375
+73%
public DCFC station expansion, U.S. & Canada, 2023–2026
2023
10,577
2024
12,947
2025
17,014
2026
18,272
More, Bigger Sites to Handle Demand & Future-Proof Capacity

Ports grew faster than stations year over year at a consistent 17% increase, signaling a broader shift to denser multi-stall hubs.3

Part 2

Mercedes-Benz High-Power Charging

How our network grew over the same three years, and why it matters.

04MB HPC

Three Years in Review

Mercedes-Benz High-Power Charging opened its first station in November 2023. Just three years later, the network hit a milestone with 100 locations and over 1,000,000 charging sessions.2

Network Growth2
Ports
32
2023
188
2024
597
2025
934
2026
Locations
5
2023
19
2024
63
2025
100
2026
Total charging sessions
1,000,000+
since November 2023
MW installed
~205 MW
since November 2023
Sustainable Growth Fills a Gap

With a keen eye on elevating the amenity offerings available at charging stops, Mercedes-Benz High-Power Charging steadily added capacity before doubling its footprint in 2025. Now, and in many regions for the first time, 400kW charging became available in key travel corridors and premium shopping centers.

Network Quality2

The message from customers was clear in 2023: quality charging is paramount to drive widespread EV adoption.

80%85%90%95%100% 2023202420252026
Uptime First-time success rate
Reliability Is Table Stakes

Near-perfect uptime alone doesn’t guarantee a seamless experience. Mercedes-Benz High-Power Charging made first-time success, a charge that starts on the first attempt, its guiding star. To keep it high, the network hosted Driver Dialogues to test and refine new products with customers before they went live.

The Big Picture

Mercedes-Benz High-Power Charging has grown to 28 U.S. states and British Columbia, Canada, successfully powering over 245,000 customers from nearly every make and model of EV available on the market today. And the network is future-proofed for the next generation of EVs, with native North American Charging Standard (NACS) cables currently available at 93% of Alpitronic charging stalls.2

Network Footprint
QuebecBritish ColumbiaBritish Columbia (operational)New BrunswickNova ScotiaSaskatchewanAlbertaManitobaOntarioAlabama (operational)Arizona (operational)Colorado (operational)Florida (operational)Georgia (operational)Indiana (operational)KansasMaine (operational)Massachusetts (operational)MinnesotaNew Jersey (operational)North Carolina (operational)North DakotaOklahomaPennsylvania (operational)South DakotaTexas (operational)WyomingConnecticut (operational)Missouri (operational)West VirginiaIllinoisNew MexicoArkansasCalifornia (operational)DelawareDistrict of ColumbiaIowaKentucky (operational)Maryland (operational)Michigan (operational)MississippiMontanaNew Hampshire (operational)New York (operational)Ohio (operational)Oregon (operational)Tennessee (operational)Utah (operational)Virginia (operational)Washington (operational)WisconsinNebraskaSouth Carolina (operational)IdahoNevadaVermont (operational)LouisianaRhode Island
Operational
% NACS Installed (Alpitronic)
93%CCS + NACS
7%CCS only
Nearly Every Make & Model Served
Audi BMW Cadillac Chevrolet Ford GMC Harley-Davidson Hyundai Kia Lexus Lucid Mercedes-Benz Polestar Porsche Rivian Subaru Tesla Toyota Volkswagen + more
Customers Served
245,000+
and growing
05MB HPC

Why It Matters

From Available to Effortless

The first chapter of public fast charging was defined by availability. Networks raced to add locations, and uptime, the share of time a charger is powered and ready, became the industry’s standard measure of reliability. Today, that question has largely been answered, with uptime becoming the baseline expectation rather than a differentiator.

The more meaningful measure is whether a session begins when a driver plugs in. First-time success captures what uptime cannot: the moment when vehicle, charger and payment must work together without a second attempt. For drivers new to electric vehicles, that first interaction shapes confidence in the technology itself. Mercedes-Benz High-Power Charging built its network around this measure, refining new products with drivers before they went live and consistently raising first-time success.2

Speed has followed the same arc. Charging technology has advanced steadily, with each generation of hardware delivering more power and shorter stops as vehicles have become able to accept it. Mercedes-Benz High-Power Charging was the first network to deploy 400 kW charging across its entire footprint, helping redefine what a public charging stop can offer while laying the foundation for faster charging overall.

The result of Mercedes-Benz High-Power Charging’s work on both fronts is a simple promise to drivers: plug in once, and get on with the journey. It reflects the ethos that guides Mercedes-Benz High-Power Charging: innovation in service of the customer, so that every driver can plug in with confidence. The next chapter of public charging will be defined less by how many chargers exist, and more by how effortlessly each one works.

Sources

  1. JD Power, U.S. EVX Public Charging Study (2023, 2024, 2025 & 2026 editions)
  2. MB HPC internal network data: ports, locations, sessions, MW installed, uptime, first-time success rates, states operational, NACS installed, total drivers
  3. DOE Alternative Fuels Data Center: historical port & station counts, U.S. & Canada (12/31/23, 12/31/24, 12/31/25, 9/21/26)