Hawaii home charging cost for the 2027 Dodge Charger Daytona Scat Pack AWD 325/35ZR20 Rear

At Hawaii's residential electricity rate of 45.95¢/kWh, a 2027 Dodge Charger Daytona Scat Pack AWD 325/35ZR20 Rear (rated 44.8 kWh per 100 miles by the EPA) costs $20.58 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. This model costs more to charge at home than gas would here: 28.5% more than gas per mile here, not less — the arithmetic isn't clamped to always favor charging.

What a year of driving costs

At fueleconomy.gov's default of 15,000 annual miles, the 2027 Dodge Charger Daytona Scat Pack AWD 325/35ZR20 Rear costs roughly $3,088 a year to charge at home in Hawaii, against roughly $2,403 a year for an equivalent gas car. That's about $685 MORE a year than the gas comparison, not less.

Cost of a full charge

Covering the 2027 Dodge Charger Daytona Scat Pack AWD 325/35ZR20 Rear's EPA-rated 231-mile range takes about 103.5 kWh, which costs about $47.55 at Hawaii's residential rate — figured from the EPA's own combined range and consumption numbers, not the pack's nameplate capacity.

How this compares nationally

This combination ranks 20,351 of 20,400 state/model pairs for cost savings against gas (1 is cheapest). The Dodge Charger Daytona Scat Pack AWD 325/35ZR20 Rear alone ranks 358 of 400 models for efficiency; Hawaii alone ranks 51 of 51 states for electricity price.

Before you install a home charger in Hawaii

The numbers above assume Level 2 home charging is already in place — the electrical work behind that is a real, separate cost that varies by panel, wiring, and local labor rates, not something this page's per-mile math includes.

Get quotes from local electricians for Level 2 charger installation in Hawaii before deciding.

Where these figures come from

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.