Financial and Environmental Factors for Drivers Facing High Gasoline Prices

The National Average Gasoline Price Hits $4.55 Per Gallon

The national average for a gallon of regular gasoline in the U.S. is $4.55, a four-year high. Prices have been elevated since the start of the war in Iran.

Data from the analytics company Arity indicates that driving activity among Americans has increased since the onset of that conflict. AAA estimated that a record 45 million Americans would travel over the weekend, despite the high fuel prices.

In California, Governor Gavin Newsom has publicly discouraged Californians from filling up at Chevron stations, citing state policy disputes. Chevron moved its headquarters out of California in 2024 and is currently purchasing oil through an offshore pipeline that the state has attempted to shut down.

Strategies for Reducing Fuel Consumption

Experts recommend several practices to enhance fuel economy:

• Driving Habits: Smooth acceleration, gentle braking, and adherence to moderate speeds. Vehicles generally achieve optimal fuel efficiency around 50 miles per hour.
• Vehicle Condition: Maintaining properly inflated tires, removing unnecessary weight from the vehicle, and detaching unused roof racks.
• Fuel Selection: Premium gasoline is typically required only for specific high-performance vehicles. According to Consumer Reports deputy auto editor Jonathan Linkov, most standard automobiles can function on regular gasoline without causing damage, even if premium is recommended.

Data from the Transit app revealed a slight decrease in national public transit ridership during the week ending April 4. Stephen Miller of Transit noted that historically, substantial shifts from driving to transit occur only if gasoline prices remain elevated for a sustained duration. Overall, transit ridership has been gradually increasing year-over-year but has not yet recovered from the decline observed at the beginning of the COVID-19 pandemic.

Surveys from apps such as Veo and WeWard indicate that a portion of users are opting for walking, biking, or scooter use to replace car trips in response to increased gasoline prices. Jerick White of Houston, who works from home and lives close to amenities, purchased an e-bike in March, citing savings on car costs.

Some individuals choose to accommodate higher fuel costs by reallocating spending. Julie and Vince Rossi, who sold their house to live in an RV, have seen their fuel budget double. To offset costs, they skip paid attractions for free ones.

Electric Vehicles as an Alternative

Higher gasoline prices have increased shopper interest in electric vehicles (EVs), according to multiple auto marketplaces including CarGurus, Edmunds, and CarMax, which reported an increase in EV listing views and searches during March. New EV sales data remains complex following the conclusion of the federal consumer tax credit last fall. CarGurus reports that used EV sales accelerated in March 2026. Cox Automotive noted that rising gas prices may have positively influenced demand for used EVs at auction. iSeeCars.com data showed no appreciable shift in used EV sales. Kevin Roberts of CarGurus stated that consumer views on sites tend to be an earlier indicator than sales.

• General Savings Estimates: Janelle London of Coltura estimates an average driver covering 15,000 miles per year could save approximately $1,800 annually by switching to an EV. A driver covering 25,000 miles per year could save approximately $3,000 annually. Coltura provides an online tool to help estimate potential savings.
• Regional Variability: Savings vary geographically due to differences in local gasoline and electricity prices. Yale Climate Connections published a map comparing charging costs to gasoline costs. In North Dakota, operating an EV is comparable to paying less than $1 per gallon of gasoline. In California, it equates to approximately $2.70 per gallon.
• Case Study: A financial analysis conducted by NPR examined the case of Guadalupe Higuera of Phoenix, Arizona, who purchased a 2025 Chevrolet Equinox EV after the federal tax credit of $7,500 ended. Using a federal Energy Department calculator, NPR compared the costs of Higuera's 2016 Jeep Wrangler (already owned) and his 2025 Chevy Equinox EV (purchase price $45,500 minus $7,500 tax credit and $15,000 from selling the Jeep, net $23,000). Inputs included Arizona electricity rates, Maricopa County gas price of $4.95/gallon, and Higuera's driving pattern (21,300 miles/year, 40% city, 60% highway). First-year costs were $10,456 for the EV versus $8,000 for the Jeep. After five years, the cumulative cost difference narrows to $1,000 more for the EV; beyond five years, the EV becomes cheaper. Factors favoring the EV included high annual mileage, poor Jeep fuel economy (~20 mpg), and the now-expired federal tax credit. A Carnegie Mellon University professor, Jeremy Michalek, estimated that even with depreciation, Higuera likely saves money with the EV.
• Other Factors: The EPA provides a calculator for charger decisions. EVs generally incur lower maintenance costs, primarily requiring tire replacements. EV insurance premiums can be higher. Home charging is often more convenient and cost-effective than public charging, though installing a higher-speed charger involves an initial expense. A Massachusetts Institute of Technology study found that across most of the U.S., EVs are cost-competitive with gas cars.

• Operational Emissions: Despite over half of Arizona's electricity coming from fossil fuels, the EV reduces Higuera's carbon dioxide emissions by 80% compared to the Jeep. A MIT study found that EVs reduce emissions 40%–60% across most of the U.S.
• Energy Efficiency: EVs waste less energy (approximately 90% energy use versus less than 25% for gas cars).
• Manufacturing and Grid Factors: Manufacturing emissions for EVs are higher. The payback period for those emissions depends on the regional grid's cleanliness. In California, the payback period is short; in coal-heavy regions like the northern Midwest, it is longer. Charging during off-peak hours (when rates are lowest) incentivizes utilities to build more wind and solar capacity, potentially reducing overall grid emissions.

Jeremy Michalek (Carnegie Mellon University) stated: "By and large, if you switch to an electric vehicle, there are lower emissions associated with it, even today, and they'll only get cleaner as the grid gets cleaner... EVs are more cost-competitive too."