1 EV Charging Stations in Munising, MI
Locations, networks, and charger types — updated weekly from U.S. DOE data
As of March 2026, Munising, Michigan has 1 publicly accessible EV charging station with 2 charging ports. FLO operates 100% of stations in the area — part of Michigan's 2,083 stations statewide.
100% of ports (2) are DC fast chargers capable of adding 100+ miles of range in under 30 minutes, while 0% (0) are Level 2 chargers suited for longer stops. Available connector types include CCS, CHAdeMO. Learn more in our EV charging levels guide. View national charging statistics for broader context.
Drivers needing more charging options can find 12 stations in nearby Marquette, approximately 61 miles away. See how MI compares with Ohio for broader regional context.
1 EV charging stations in Munising — 1 FLO , 2 public DC fast chargers. Last updated March 2026.
Infrastructure Grade
100% DC Fast
Based on DC Fast Charger ratio
2 of 2 ports
How is this graded?
Based on DC Fast Charger ratio:
- A: 40%+ DC Fast ports
- B: 30–39%
- C: 20–29%
- D: 10–19%
- F: Under 10%
Density Metrics
Data Status
Current
Last updated: Mar 25, 2026
Data sourced from U.S. DOE AFDC
Which EV Charging Networks Operate in Munising, MI?
Where Are the 1 Charging Stations in Munising?
What Is the EV Charging Outlook for Munising?
High-Speed Charging Hub
Munising has exceptional DC fast charging coverage with 100% of ports being high-speed chargers, well above the national average.
FLO Stronghold
FLO leads the market in Munising with 100% of stations, making their membership particularly valuable here.
Where Else Can I Charge Near Munising?
Data sourced from the US DOE Alternative Fuels Station Locator (AFDC), maintained by NREL.
Last synced: March 22, 2026
"Drivers in rural areas often have the longest commutes and spend the most money on gas, which means big benefits from having access to electric cars and pickup trucks if they are affordable and easy to charge where they live and drive."
Pete Buttigieg
Former U.S. Secretary of Transportation
Source: U.S. Department of Transportation (February 2022)