No working DC fast chargers in Georgetown yet
Just 2 Level 2 ports across Non-Networked.
Stations · 1
Which EV Charging Networks Operate in Georgetown, CA?
Looking for Tesla? Find Tesla Superchargers nationwide .
Infrastructure Grade
0% DC Fast
Based on DC Fast Charger ratio
0 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: Jun 24, 2026
Data sourced from U.S. DOE AFDC
As of June 2026, Georgetown, California has 1 publicly accessible EV charging station with 2 charging ports. Non-Networked operates 100% of stations in the area — part of California's 20,670 stations statewide.
All 2 ports are Level 2 chargers, which typically deliver a full charge in 4 to 8 hours — well suited for workplace, shopping, and overnight charging. Learn more in our EV connector types guide. View national charging statistics for broader context.
Drivers needing more charging options can find 453 stations in nearby Sacramento, approximately 66 miles away. See how CA compares with Oregon for broader regional context.
What Is the EV Charging Outlook for Georgetown?
Level 2 Focused Infrastructure
Georgetown's charging network emphasizes Level 2 charging (100% of ports), ideal for overnight and workplace charging.
Non-Networked Stronghold
Non-Networked leads the market in Georgetown with 100% of stations, making their membership particularly valuable here.
Where Else Can I Charge Near Georgetown?
Sacramento, California
Elk Grove, California
Roseville, California
Folsom, California
Davis, California
Woodland, California
West Sacramento, California
Auburn, California
Rocklin, California
Placerville, California
Data sourced from the US DOE Alternative Fuels Station Locator (AFDC), maintained by NREL.
Last synced: June 21, 2026
"2025 is going to be a record year for deployment of DC fast charging ports — and 2024 was already the highest year on record. Charging 2.0 players are deploying new — and larger — stations at a breakneck pace."