- Annual fuel/energy
- $1,306
- WV annual fee
- —
- Maintenance
- —
- Insurance (est.)
- —
- Total /yr
- $1,306
- CO₂ /yr
- 3.36 t
- MSRP
- Already owned
- Assembly
- —
- US/CA parts
- —
Your WV EV numbers
Enter your commute and utility, pick up to three vehicles, and see charging cost, annual savings, and 5-year running costs — with winter range and the WV EV fee factored in.
Your commute & utility
Your current vehicle
Pick EVs to compare
3/3 selectedTrucks(5)▾ click to collapse
SUVs(36)▾ click to collapse
Sedans(11)▾ click to collapse
Hatchbacks(1)▾ click to collapse
Cargo vans(4)▾ click to collapse
Results
These compare running costs — fuel or charging, the WV fee, and (when you pick your current vehicle) maintenance and insurance. They don’t include what you pay for the vehicle or what it’s worth when you sell it.
- Annual fuel/energy
- $457
- WV annual fee
- $200
- Maintenance
- —
- Insurance (est.)
- —
- Total /yr
- $657
- CO₂ /yr
- 1.25 t (−2.12 vs baseline)
- MSRP
- $49,990
- Assembly
- Fremont, CA / Austin, TX
- US/CA parts
- 70%
- Annual fuel/energy
- $516
- WV annual fee
- $200
- Maintenance
- —
- Insurance (est.)
- —
- Total /yr
- $716
- CO₂ /yr
- 1.41 t (−1.96 vs baseline)
- MSRP
- $34,995
- Assembly
- Ramos Arizpe, Mexico
- US/CA parts
- 43%
- Annual fuel/energy
- $823
- WV annual fee
- $200
- Maintenance
- —
- Insurance (est.)
- —
- Total /yr
- $1,023
- CO₂ /yr
- 2.24 t (−1.12 vs baseline)
- MSRP
- $69,100
- Assembly
- Detroit, MI (Factory ZERO)
- US/CA parts
- 56%
Time spent fueling vs. charging
Based on 4 long road trips/yr at ~200 mi one-way. Uses each EV’s realistic sustained highway range (not EPA) — Tesla’s EPA numbers in particular overstate real-world WV highway range considerably. DC fast charger (DCFC) stops cap at ~80% SoC (past that the taper is painfully slow), but the model only charges the kWh your specific trip actually needs — a short top-up isn’t modeled as a full 10→80% fill. Each DCFC stop time includes ~4 min of plug-in, authentication, and unplug overhead; winter charging is ~8% slower on average across 4 cold months. Home charging is passive; DCFC stops and PHEV gas fill-ups are active waiting time.
What if gas prices change?
WV gas is currently $3.45/gal. Drag to see how your savings shift.
Assumptions behind these numbers
- Utility rate: Appalachian Power — flat 16.2¢/kWh. This is the marginal rate (energy charge plus per-kWh riders) — what each extra kWh of charging actually costs, not your bill’s average, which spreads fixed charges over every kWh.
- City/highway efficiency: blended at the EPA default split (55% city / 45% highway) using each vehicle’s separate EPA city and highway ratings. Use the “calculate from route” option for a commute-specific estimate.
- Winter: on. When on we add ~13% to annual kWh (4 cold months with ~28% range loss) and ~4% to gas use (~8% for hybrids) — gas cars lose efficiency in the cold too. Winter also slows DCFC by ~25% when the battery is cold; we bake in an 8% annualized charge-time uplift when this toggle is on.
- DCFC (public fast charging) rate: $0.55/kWh for long-trip kWh — the typical walk-up (no membership) price at fast chargers in and around WV (Tesla Superchargers open to all EVs, Electrify America, ChargePoint, and others). Home-charged kWh stay at your utility rate. DCFC energy and time scale to what the trip actually needs — a short top-up to reach your destination isn’t modeled as a full 10→80% charge. Each stop adds ~4 min of plug-in, authentication, and unplug overhead beyond the charging window. Tesla or Electrify America Pass+ members pay closer to $0.43/kWh.
- WV EV road fee: $200/year BEV, $100/year PHEV. Added to total operating cost.
- Federal EV tax credit (IRC 30D): repealed in 2025 and not included in these estimates.
- Appalachian Power EV programs (not included in the savings math — apply separately):
- Plug-in hybrids: assumes you plug in every night. Each commute runs on electricity until the battery’s range is used up (range reduced in winter when the derate is on), then on gas; each long road trip gets one battery’s worth of electric miles. Drivers who don’t charge nightly will use more gas — national fleet studies (INL/Argonne) average about 65% electric.
- Grid CO₂ factor: 0.44 kg/kWh — EPA eGRID’s rate for the RFCW region West Virginia belongs to, including grid losses. WV is part of the PJM Interconnection, the grid serving 13 states plus DC, and exports much of the coal power it generates, so the regional mix — not WV’s in-state plants — is what your charger actually draws from. EPA and DOE use the same approach. As a coal-only worst case, WV’s in-state generation averages ~0.87 kg/kWh (EIA). As the grid adds renewables, EV emissions fall automatically — a gas car’s emissions never change.
- Five-year totals are in constant 2026 dollars — we don’t apply inflation. Gas and electric rates historically move together, so the relative comparison stays roughly stable. Battery degradation is minor in the first 5 years (most manufacturer warranties guarantee 70%+ capacity at 8 years / 100k mi).
- These are honest estimates, not professional financial advice. Rebate and rate data reviewed quarterly.
WV Charging Infrastructure — Impartial Status
as of September 2026▼ expand
WV Charging Infrastructure — Impartial Status
as of September 2026State of the network
~56 DC fast-charging sites (~217 fast-charging ports) and ~543 total public ports statewide. ~5,000 registered battery EVs (0.38% of vehicles). Federal NEVI funding will add fast chargers along WV’s interstates; the first stations are estimated for 2027–2028 (estimated).
Interstate corridors
Huntington to Lewisburg. Main corridor for Charleston and most of central WV.
Princeton to Lewisburg — ~65 miles with limited non-Tesla DCFC — Tesla covers this gap; non-Tesla CCS options are sparse
Morgantown to Charleston. Most traveled N-S route in WV.
Clarksburg to Charleston — ~100 miles; limited DCFC mid-route — Weston and Sutton are planned NEVI stops. Plan charging stops ahead on this stretch.
Beckley to Parkersburg. Main route for southern WV and Ohio border.
Beckley to Ripley to Parkersburg — sparse non-Tesla DCFC across ~130 miles — Ripley is a planned NEVI stop (not yet open). Use PlugShare to check current options.
Martinsburg area. Short WV segment; benefits from Pennsylvania and Virginia spillover.
Wheeling and surrounds. Benefits from Ohio and Pennsylvania DCFC network spillover.
The federal NEVI program funds new DC fast-charging stations along West Virginia's interstate corridors (I-64, I-77, I-79, I-81, and I-70). WVDOT updated its NEVI deployment plan in September 2025 and began Phase 1 program management in 2026. NEVI-funded stations are not yet open; the first are estimated for 2027–2028. See WVDOT's NEVI page for the latest status, and plan trips around today's network in the meantime.
Always check PlugShare for real-time charger availability before a long trip. Station status can change.