Minnesota is putting more money behind EV charging stations. The Minnesota Department of Transportation (MnDOT) has opened its third and largest round of National Electric Vehicle Infrastructure (NEVI) funding, making up to $41.18 million available for fast-charging projects across Greater Minnesota.
The development matters beyond Minnesota. For U.S. drivers, it is another sign that the public charging network is continuing to expand while demand for convenient, reliable EV charging grows.
What Minnesota Is Funding
MnDOT says the new Round 3a program has 74 eligible clusters where charging stations can be proposed. The agency intends to make up to 40 conditional awards, with no more than one award per cluster. Applications are due November 2, 2026, and conditional awards are expected from late December 2026 into January 2027.
The funding is structured around an 80% federal contribution, with a 20% investment from each selected grantee. The goal is to continue building a reliable fast-charging network that supports long-distance EV travel around the state.
Why EV Charging Stations Matter for U.S. Drivers
Public EV charging stations are becoming an increasingly important part of the electric-car ownership experience. Drivers do not just need more chargers; they need charging stations in useful locations, with compatible connectors, dependable equipment and enough charging power for road trips.
MnDOT's program specifically targets fast-charging infrastructure. That is important for highway travel because DC fast chargers can add substantially more range in a shorter stop than typical Level 1 or Level 2 charging.
Minnesota's EV Charging Network Is Still Growing
MnDOT says Minnesota has already supported 24 fast-charging sites through its first two rounds of funding, with projects along I-94, I-35 and I-90. As of August 2026, eight NEVI-funded locations were operational.
The state's EV adoption growth is another reason for the investment. MnDOT reported that EV ownership in Minnesota increased from roughly 9,000 vehicles in 2018 to about 90,000, a tenfold increase.
MnDOT's longer-term planning also points to continued infrastructure needs. Its EV Infrastructure Needs Assessment projects significant growth in registered EVs and evaluates the need for both DC fast charging and Level 2 charging across communities and travel corridors.
What This Means for EV Charger Compatibility
More public EV chargers also make connector compatibility increasingly important. U.S. drivers may encounter NACS (J3400), CCS1 and J1772 equipment depending on the vehicle and charging location.
Before buying or using an EV charger or adapter, check your vehicle's charging port and the direction of the connection. For example, a CCS1-to-NACS adapter and a NACS-to-J1772 adapter serve different purposes and should not be treated as interchangeable.
For drivers comparing home and travel charging equipment, see EVWAT's NACS Adapter Guide 2026 for a practical explanation of NACS, CCS1 and J1772 compatibility.
Home Charging Still Has a Role
Public charging expansion does not replace home charging. For drivers who can charge overnight, a home EV charger can reduce the need to make frequent public charging stops. Level 2 home charging is particularly useful for daily driving, while portable charging equipment can provide additional flexibility when a fixed charger is unavailable.
EVWAT's EV Accessories collection includes charging equipment and adapters for different EV charging needs. Drivers looking specifically for Tesla-compatible equipment can also browse the Tesla Accessories collection.
What to Check Before Buying an EV Charger
- Connector: Confirm whether your vehicle uses NACS/J3400, CCS1 or J1772 for the charging situation you have.
- Charging level: Choose Level 1, Level 2 or DC fast charging equipment based on how and where you charge.
- Electrical requirements: For home charging, verify the outlet, circuit and installation requirements before purchasing.
- Amperage: Make sure the charger and your vehicle can safely support the selected current.
- Portability: A portable EV charger can be useful as a backup or travel option.
- Compatibility: Never assume an adapter works in both directions. Check the exact vehicle, charger and connector combination.
The Bigger U.S. Charging Picture
Minnesota's $41.2 million program is one state-level example of the broader effort to improve EV charging infrastructure in the United States. Current U.S. charging coverage continues to grow, while charging networks and automakers work through connector standards and regional deployment needs.
For drivers, the practical takeaway is simple: the charging landscape is expanding, but choosing the right EV charger still requires attention to connector type, charging level, vehicle compatibility and electrical requirements.
Bottom Line
Minnesota's latest NEVI round puts up to $41.18 million behind new fast-charging projects and gives developers until November 2, 2026, to submit proposals. With 74 eligible clusters identified by MnDOT, the program could add meaningful new EV charging stations across Greater Minnesota.
As public charging expands, EV owners will increasingly benefit from understanding the difference between charging levels, connector standards and adapters. For more EV charging guidance, explore EVWAT's EV Chargers Guide and Best EV Accessories in 2026.
Source: Minnesota Department of Transportation (MnDOT), National Electric Vehicle Infrastructure Program, September 2026.