Charging a 2027 Chevrolet Blazer EV FWD 22 inch tire at home in Hawaii
At Hawaii's residential electricity rate of 45.95¢/kWh, a 2027 Chevrolet Blazer EV FWD 22 inch tire (rated 35.6 kWh per 100 miles by the EPA) costs $16.38 to drive 100 miles on home charging, against $16.02 for the same distance in a car averaging 25.5 mpg on gasoline at $4.085/gallon. Here the math runs the other way: 2.2% more per mile than gasoline, because Hawaii's rate and this model's efficiency combine unfavorably.
What a year of driving costs
Hawaii owners putting 15,000 annual miles on a 2027 Chevrolet Blazer EV FWD 22 inch tire spend about $2,457 on home electricity, compared to about $2,403 a gas-car equivalent would spend on fuel. At this mileage, that's roughly $54 a year worse than the gas comparison.
Filling up the 2027 Chevrolet Blazer EV FWD 22 inch tire, in dollars
At Hawaii's rate, fully covering this 2027 Chevrolet Blazer EV FWD 22 inch tire's 283-mile EPA range costs about $46.35 (100.9 kWh) — the energy the EPA test actually used, not the battery's rated size.
2027 Chevrolet Blazer EV FWD 22 inch tire in Hawaii, ranked
Among all 20,400 state-and-model combinations this site tracks, charging a 2027 Chevrolet Blazer EV FWD 22 inch tire in Hawaii ranks 20,123 for cost savings versus gas — 1 being the best deal nationally. Separately, the Chevrolet Blazer EV FWD 22 inch tire ranks 162 of 400 EV models for raw efficiency, and Hawaii ranks 51 of 51 for cheapest residential electricity.
Next step: home charger installation
Everything above is the per-mile and per-year cost once a home charger exists — getting one installed is a separate electrical job whose price depends on your panel and wiring, not the state average used here.
Ask a licensed Hawaii electrician to quote the install before this math becomes a real decision.
More on how this number was built
Every figure on this page traces to a named EIA or EPA dataset — see the methodology guide. This is one of the combinations where charging costs more than gas — the guide to when that happens explains why the arithmetic can go either way.