The U.S. public EV charging landscape is shifting fast. As the industry moves toward Tesla's North American Charging Standard (NACS), EVgo is making a major move by deploying Tesla V4 Supercharger hardware across its U.S. network.On August 5, 2026, EVgo officially announced plans to add "EVgo Superchargers" to its metro-area network — bringing Tesla's latest hardware under a third-party brand for the first time.The broader shift from CCS to NACS is also reshaping how charging networks and EV manufacturers approach compatibility, as explained in this NACS and CCS overview.
Tesla V4 Supercharger Hardware: 500 kW and Magic Dock
EVgo will deploy Tesla's latest V4 Supercharger hardware, which delivers up to 500 kW per stall and supports a 1,000V architecture for higher-power charging on compatible EVs.
These stations will operate under the "EVgo Supercharger" brand within EVgo's own network. Each location is expected to feature up to 20 stalls, positioned near shops and restaurants for convenience.
Every stall will include Tesla's Magic Dock technology, meaning drivers with either CCS or NACS connectors can plug in directly — no adapter needed. The V4 hardware also features longer charging cables, making it easier for vehicles with different charge port locations to connect.
In short, this works for:
Tesla vehicles
Non-Tesla EVs with native NACS ports
CCS-equipped vehicles — all without bringing your own adapter
On charging speed: EVgo Superchargers can add up to ~200 miles (~322 km) of range in just 15 minutes.
Business Model: Tesla's Supercharger for Business Program
EVgo is sourcing this hardware through Tesla's Supercharger for Business program.
This program allows third-party operators to:
Purchase chargers and cabinets
Brand and operate them independently
Keep the charging revenue
Tesla handles system management and maintenance, with a guaranteed 97% uptime.
EVgo — which currently operates more than 4,400 charging connectors across the U.S. — is the first third-party charging network to use this program at scale.
On pricing: Tesla typically charges participating third-party operators a flat fee of $0.10 per kWh for revenue-generating stations. EVgo has not disclosed the specific financial terms of its agreement, but Tesla's public Supercharger for Business calculator lists upfront per-stall costs for interested businesses.
Navigation Integration: Showing Up in Tesla's In-Car System
To help drivers find these stations, EVgo Superchargers will appear directly in Tesla's in-car navigation and can be automatically routed to by the built-in trip planner.
This integration builds on an existing partnership between EVgo and Tesla, and gives EVgo meaningful visibility among Tesla's massive U.S. customer base.
Rollout Timeline and Network Scale
EVgo has signed an agreement with Tesla to deploy hundreds of V4 Supercharger stalls across U.S. cities — owned and branded by EVgo. Specific locations have not yet been announced.
Key dates:
Construction begins: Fall 2026
First stations open: Late 2026
EVgo CEO Badar Khan stated that the goal is to make fast charging easier to find, bring more infrastructure to local communities, and welcome more Tesla and NACS drivers into the EVgo network.
Why This Matters: The Bigger Picture
The numbers behind this deal tell a compelling story:
Metric |
Data |
|---|---|
EVgo network demand growth (last 3 years) |
+700% |
EVgo NACS connectors (as of July 31) |
240 |
NACS vehicle models expected in U.S. by end of 2026 |
35+ |
Tesla cumulative U.S. sales |
3 million+ |
EVgo fast-charging stations (47 states) |
1,200+ |
EVgo's partners span retailers, grocery stores, restaurants, malls, gas stations, rideshare platforms, and autonomous vehicle companies — making it one of the most broadly distributed public charging networks in the country.
For Tesla drivers who still rely on CCS stations, understanding CCS adapter compatibility is another part of navigating the transition between charging standards.
It's worth noting: Tesla's V4 hardware is just one part of EVgo's expansion strategy. The company is also developing its own next-generation charging architecture at its innovation lab in El Segundo, California.