Where to Install EV Chargers

Operator-grade EV charger site selection guides for all 50 U.S. states. Demand-supply gap, NEVI corridor status, install cost bands, top opportunity ZIP codes, and free 0–100 profitability scoring on any address.

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0–100 EV charger profitability score using NREL station data, Census demographics, FHWA traffic, and grid context. Run free analysis.

Install guides by state

Frequently asked questions

How do I decide where to install an EV charger?
Start with state-level demand: chargers per 100,000 residents, EV adoption rate, and NEVI corridor coverage. Then drill into metros and ZIP codes with high charger density but low DC fast share — those are typically undersupplied. Finally, score specific candidate addresses with a profitability model that combines traffic counts, demographics, competition, and grid availability.
What's the best state for EV charger installation in 2026?
California, Texas, Florida and New York lead by absolute volume, but operator returns are often best in states with high EV adoption growth and lower current supply per capita — Colorado, Arizona, North Carolina, Georgia and Nevada are widely cited as 2026 expansion targets.
How much does it cost to install a public EV charger?
Per-port industry benchmarks: Level 2 dual-port stations $6,500–$14,500; 150 kW DC fast $110,000–$175,000; 350 kW DC fast $195,000–$285,000. Site work, switchgear, and utility upgrades dominate the spread.
What's NEVI funding and who qualifies?
The National Electric Vehicle Infrastructure (NEVI) Formula Program disburses $5B in federal cost-share for DC fast charging on designated Alternative Fuel Corridors. Sites within one travel mile of a designated corridor and meeting the 4×150 kW DC fast standard typically qualify.

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