67 MPG combined makes the 2026 Chevrolet Silverado EV 14-mod battery, 11kW 15-mode charger a leader in the electric truck market. This is a significant achievement for a full-size pickup designed to haul, tow, and conquer demanding jobs while offering the technological details expected of a modern EV. This isn’t just about headline numbers; it’s about providing genuine utility and groundbreaking efficiency to a customer base that historically has had to compromise on one or the other. This truck appeals to both the contractor looking to reduce operating costs and the suburbanite who needs a capable family vehicle with zero tailpipe emissions, all while delivering performance that rivals its internal combustion counterparts.

City and highway performance

The EPA rates the Silverado EV at 74 MPG in the city and 60 MPG on the highway. These figures are not surprising given the inherent advantages of electric drivetrains in stop-and-go traffic. In the city, the regenerative braking system of the Silverado EV recaptures a substantial amount of energy that would otherwise be wasted in a traditional truck, contributing heavily to its impressive urban efficiency. This makes the Silverado EV an ideal workhorse for urban deliveries, construction sites, and daily commutes within metro areas. For those who frequently navigate city streets with heavy loads or trailers, the immediate torque and quiet operation further enhance the urban driving experience, all while consuming electricity at a highly efficient rate.

On the highway, where sustained speeds mean less regenerative braking opportunity, the 60 MPG figure still positions the Silverado EV as a remarkably efficient long-haul vehicle. Its aerodynamic design reduces drag despite its large truck profile. Chevrolet has clearly focused on optimizing every aspect of the Silverado EV for range and efficiency, understanding that highway driving is a critical use case for truck owners. For the buyer who regularly transports equipment or travels between job sites on the interstate, these highway numbers translate directly into fewer charging stops and lower operational expenses compared to gasoline-powered alternatives. Buyers of this truck prioritize capability first, but welcome the dramatic reduction in running costs that these efficiency figures represent.

Annual fuel cost

The EPA estimates the annual fuel cost for the Silverado EV to be $1,150. This figure is based on driving 15,000 miles per year, with 45% city driving and 55% highway driving, using the national average electricity prices at the time of calculation. It offers a tangible benchmark for prospective owners to understand the financial implications of owning an electric truck compared to a gasoline equivalent. While electricity prices can fluctuate and vary significantly by region, this $1,150 estimate provides a reliable average.

For the traditional truck owner accustomed to spending several thousand dollars annually on gasoline, this dramatically reduced operating cost is an important selling point. This is not just about saving money, it’s about predictable costs and reduced dependency on volatile gas prices. The target demographic for this Silverado EV often runs small businesses or uses their truck extensively for various tasks, where fuel expenses directly impact their bottom line. A consistent, low annual fuel cost allows for better budgeting and higher profitability. It demonstrates that embracing electric propulsion doesn’t mean sacrificing capability; rather, it enhances the economic viability of heavy-duty daily use.

Real-world expectations

While the EPA ratings provide an excellent baseline, real-world fuel economy for any vehicle, especially an EV, can vary based on several factors. For the Silverado EV, factors like towing, payload, ambient temperature, and driving style will significantly influence range and efficiency. Hauling a heavy trailer at highway speeds in winter conditions, for example, will undoubtedly reduce the effective MPG equivalent. However, even with these real-world variations, the Silverado EV’s fundamental efficiency remains a strong point.

Owners frequently praise the instantaneous torque and smooth power delivery, which make towing and hauling feel effortless. The substantial 14-module Ultium battery pack provides ample reserves, ensuring that even with a significant load, the truck offers a usable range for most daily tasks. Many Silverado EV owners are coming from gasoline or diesel trucks, where towing significantly dents their MPG. They accept that electricity consumption will increase under load, but the lower cost per “gallon equivalent” still makes the EV a more economical choice in almost every scenario. They understand that the nature of electric propulsion means that the “fuel economy” isn’t a fixed number printed on the window sticker, but rather a dynamic representation of kWh consumed per mile, which remains impressive even under strenuous conditions.

How it compares

The 2026 Chevrolet Silverado EV 14-mod battery, 11kW 15-mode charger offers efficiency that rivals and often surpasses its direct competitors. The Ford F-150 Lightning Extended Range, for instance, achieves a combined EPA rating of 70 MPGe for its Platinum trim and 78 MPGe for the Lightning Pro SR. While the Lightning Pro edges out the Silverado EV in combined efficiency, the Silverado EV is often lauded for its additional utility and more robust construction for demanding tasks.

The Rivian R1T (Large Pack) earns an EPA combined rating of 70 MPGe. While the R1T is an incredibly capable adventure truck, its primary mission differs slightly from the Silverado EV’s full-size work truck ethos. The Silverado EV targets the traditional truck buyer who needs immense towing and hauling capacity with the benefits of electrification. The buyer of this specific Silverado EV model wants uncompromising truck performance combined with leading EV efficiency, and they are willing to accept a slight difference in MPGe from some competitors if it means greater inherent capability and familiarity within the Chevrolet ecosystem. For those still considering internal combustion, a gasoline-powered F-150 with a 3.5L EcoBoost engine would typically yield around 20 MPG combined, illustrating the monumental leap in efficiency the Silverado EV represents. This comparison highlights not just the efficiency gap but also the operational cost savings the Silverado EV delivers over its gasoline rivals, even when facing EV competitors. All Chevrolet fuel economy data demonstrates the brand’s commitment to advancing vehicle efficiency across its diverse lineup, with the Silverado EV being a pinnacle of this effort.

Tips to maximize efficiency

Regenerative braking is your friend; master “one-pedal driving” to maximize energy recovery, especially in urban environments. This smooth deceleration not only reclaims precious kilowatt-hours but also reduces wear on your friction brakes, furthering long-term savings. The more you use it, the lower your kilowatt-hour consumption per mile will be.

Payload and towing significantly impact efficiency. While the Silverado EV is designed for heavy hauling, be mindful of unnecessary weight. Remove tools or equipment from the bed when they’re not needed, as every extra pound requires more energy to move. This simple practice can extend your range and improve your overall SILVERADO MPG across all years.

Pre-conditioning your battery and cabin while plugged in is an effective way to save energy. This uses grid power to bring the battery and interior to optimal temperatures, rather than depleting range once you start driving. It’s particularly beneficial in extreme hot or cold weather.

Maintain proper tire inflation. Underinflated tires increase rolling resistance, which forces the truck to use more energy to move. Checking your tire pressure regularly and keeping it at the manufacturer’s recommended level is a simple, yet highly effective way to maintain peak efficiency.

Optimize your charging strategy. While the 11kW 15-mode charger offers versatile options, consider charging during off-peak hours if your utility offers time-of-use rates. This not only reduces your annual fuel cost further but also contributes to a more stable energy grid.