Build your sustainable fleet: What to know about EVs

Not long ago, fleet electrification was framed as a tradeoff: sustainability on one side, profitability on the other. That framing no longer holds up. In 2026, the companies making the most aggressive moves toward EV fleets aren't doing it despite the economics, they're doing it because of them.

Amazon has deployed tens of thousands of custom Rivian electric delivery vans, building the largest electric last-mile delivery fleet in the country. Walmart is targeting zero emissions across its entire fleet by 2040 and has ordered Tesla Semis for long-haul routes. PepsiCo was the first company to put Tesla's electric semi into commercial service and now operates more than 700 EVs across the U.S. FedEx is electrifying delivery operations globally as part of its goal to reach carbon-neutral operations by 2040. And UPS has more than 18,000 low-emission vehicles in service. These aren't pilot programs; they're scaled investments driven by total cost of ownership analysis that increasingly favors electrification.

The math is straightforward: electricity costs roughly $0.04 to $0.05 per mile versus $0.12 to $0.17 per mile for gasoline, maintenance costs drop 30 to 50% without internal combustion complexity, all while battery prices continue to fall. As one ERM fleet decarbonization case study found, a tailored electrification strategy delivered a 34% reduction in emissions intensity and $2.2 million in annual operational savings for a single company — through lower maintenance, fuel, and operations costs alone.

Establishing clear sustainability practices goes beyond ethical responsibility or brand image. For fleet operators, it's becoming the most direct path to lower costs, operational resilience against fuel price volatility, and competitive advantage. The fleets that are moving now — strategically, in phases, guided by data — aren't waiting for a future that may or may not arrive. They're building it.

The business case for sustainability

Drives innovation

Committing to fleet electrification doesn't just change what's in your parking lot; it often transforms how you think about operations. Once the charging infrastructure is in place, fleet managers consistently discover that EV adoption opens the door to broader operational improvements they hadn't originally planned for.

Smart charging management software, for instance, doesn't just schedule when vehicles charge, it also balances loads across your depot, shifts charging to off-peak hours to reduce electricity costs, and provides real-time visibility into every vehicle's state of charge and readiness. Fleets using managed charging have reported up to 40% reductions in electricity costs.

EV platforms also generate richer telematics data than their ICE counterparts, giving fleet managers more precise insight into energy consumption by route, driver behavior patterns, and predictive maintenance needs, which enables smarter decision-making across the operation. And emerging vehicle-to-grid (V2G) technology is creating an entirely new value stream: parked fleet EVs can sell stored energy back to the grid during peak demand periods, turning idle vehicles into revenue-generating assets rather than depreciating ones.

When you start embracing EVs, the benefits tend to compound. The fleet that electrifies to cut fuel costs often ends up rethinking route planning, renegotiating utility rates, installing on-site solar, and discovering operational efficiencies that extend well beyond the vehicles themselves.

Be a part of the solution

Environmental risks often manifest themselves over a long term. Floods, droughts and climate issues can disrupt production and cause price fluctuation in the supply chain and fuel prices. As the world becomes increasingly more affected by climate changes, putting sustainability solutions at the forefront can help you show your community, customers, and employees that you are part of the solution, not the problem.

The EV market continues to evolve

If you're looking to set your fleet apart and stay ahead of the competition, going electric is one of the smartest strategic moves you can make. EVs now account for roughly 10% of all new vehicle sales in the U.S., with nearly 7 million on American roads, up from virtually zero a decade ago.

And the trajectory is still climbing: BloombergNEF projects U.S. passenger EV sales will rise from 1.6 million in 2025 to 4.1 million by 2030, while the Edison Electric Institute forecasts 7.7 million annual EV sales by 2030 — accounting for nearly 46% of all light-duty vehicle sales. Even more conservative estimates, like PwC's projection of 19% market share by 2030, still represent a massive expansion from where the market stands today.

The recent expiration of federal EV tax credits has introduced some near-term uncertainty, but the underlying forces — falling battery costs, expanding model availability, growing charging infrastructure, and total cost of ownership advantages — continue to push the market forward.

Total cost of ownership starts to even out

The sticker price gap between EVs and comparable ICE vehicles has been narrowing fast, though EVs remain roughly $11,000 more expensive on average at the point of sale. But that headline number increasingly misses the point, because the real comparison happens over the life of the vehicle, not at the the point of purchase.

When you factor in fuel, maintenance, and depreciation, the math has already shifted. A December 2025 Veloz study found that the average cost to fully charge an EV at home is about $13, compared to $43 to fill a standard 14-gallon gas tank — and that fuel cost advantage compounds dramatically over time, with EV drivers averaging roughly 4 to 6 cents per mile versus about 15 cents for gasoline.

Maintenance tells a similar story: Consumer Reports data highlighted in a September 2025 ecoPreserve analysis shows estimated lifetime maintenance costs of approximately $4,600 for a battery EV versus $9,200 for an ICE vehicle — a savings of roughly 50%, driven by fewer moving parts, no oil changes, and reduced brake wear from regenerative braking. A 2025 Vincentric total cost of ownership analysis found that 24 of 54 EV models already had lower five-year ownership costs than their ICE counterparts — most without the federal tax credit factored in. For heavy EV users, the break-even point can arrive in as little as two years.

What’s the holdup for EVs?

Not the right fit for everyone but the gap is closing

One of the most persistent concerns about electric fleet vehicles is range loss in extreme weather. It's a legitimate consideration, but the data is more nuanced — and more encouraging — than many fleet managers assume. According to Recurrent's 2025/2026 winter study of over 30,000 EVs, electric vehicles retain an average of 78% of their maximum range at 32°F and about 70% at 20°F, though the best-performing models hold on to as much as 88%. Consumer Reports' 2025 winter testing found roughly a 25% reduction at highway speeds in freezing conditions, and up to 50% on short trips with frequent stops. In hot weather, the impact is milder: typically a 10 to 15% range reduction when air conditioning is running at high temperatures.

Critically, this range loss is entirely temporary and causes no long-term battery damage. And the technology is improving rapidly. Heat pump systems, now standard or available on most new EVs, add roughly 10% extra range in freezing conditions compared to models with resistance heaters alone. Researchers at Penn State have developed internal battery heating foils that can warm a battery from -30°C to room temperature in 30 seconds, and the University of Michigan is testing laser-treated graphite anodes that charge five times faster in cold conditions. With the average new EV now offering close to 300 miles of range and the average light-duty fleet vehicle traveling roughly 80 miles per day, even a 25–30% winter range reduction still leaves a substantial buffer for most fleet operations.

Where EVs still face real limitations is in long-haul, high-mileage routes in extreme climates with sparse charging infrastructure — and fleet managers should plan accordingly. But for the majority of urban and suburban fleet operations, the "not ready yet" argument no longer holds up the way it once did.

A maturing market with some headwinds

The EV market is no longer in its infancy, but it's not yet fully mature, either. Globally, nearly 785 electric car models were available in 2024, a 15% increase year over year, and the IEA projects that number will surpass 1,000 by 2026. In the U.S. alone, 155 EV models — spanning cars, SUVs, pickups, and vans — were available for sale as of mid-2025. That's a far cry from a decade ago, when buyers could count their options on two hands. Fleet-relevant segments that barely existed a few years ago now have real competition: the Chevrolet Silverado EV, Ford E-Transit, Rivian commercial vans, and multiple electric medium-duty options from BrightDrop, Xos, and others give fleet managers genuine choices across use cases.

That said, the U.S. market is navigating a complicated moment. Federal EV tax credits expired in late 2025, and the rollback of federal fuel economy standards has reduced regulatory pressure on automakers to prioritize EV production. North American EV sales were essentially flat in 2025 even as global sales surged 21%. Several major automakers have shifted investment toward hybrids alongside their EV plans, and Cox Automotive noted heading into 2026 that elevated inventory, pricing pressures, and a post-incentive landscape continue to test demand.

For fleet managers, the takeaway isn't that the market is unstable; it's that it's in transition. Vehicle availability, charging infrastructure, and total cost of ownership are all in a stronger position than they've ever been, even as the policy environment shifts. The fleets that approach electrification strategically, matching vehicles to routes and building infrastructure in phases, are well positioned regardless of which way the political winds blow.

Remarketing challenges

The used EV market barely existed when this article was first written. That's no longer the case. Recurrent's Q1 2026 market report shows that 56% of used EV inventory is now priced under $30,000, with 55% of listings from 2023 model years or newer. Used EV sales jumped 62.6% from 2023 to 2024, and the market is leaving behind the wild price volatility of the early 2020s and entering a more stable, mature phase.

That said, remarketing EVs remains more complex than remarketing ICE vehicles. A massive wave of lease returns is hitting the market: roughly 215,000 to 300,000 EVs are projected to come off lease in 2026 alone, a 230%+ jump from recent years. That influx, combined with aggressive new-EV price cuts and the expiration of federal tax credits, is putting downward pressure on residual values. Cox Automotive noted in January 2026 that EVs currently represent just 3.3% of the Manheim Used Vehicle Value Index but are expected to grow in influence as more units enter the wholesale market.

I’m not ready for a fully electric fleet… yet. Where can I begin?

Hybrid vehicles on the rise

For fleets not ready to go fully electric, hybrids offer a practical middle ground, and they're having a major moment. About 22% of all U.S. light-duty vehicle sales in early 2025 were hybrids or plug-in hybrids, up from 18% the year before, with conventional hybrid sales climbing 20% year over year. Standard hybrids charge their battery through regenerative braking as you drive (no plug required) delivering significantly better fuel economy than ICE vehicles with zero charging infrastructure investment. Plug-in hybrids (PHEVs) add the option of 30 to 60 miles of electric-only range for daily driving while keeping a gas engine for longer trips. For fleet managers evaluating electrification in phases, hybrids can reduce fuel costs and emissions immediately while buying time for the charging network and full-EV market to mature further.

Transportation as a Service (TaaS) in your business model

Incorporating TaaS into your business model can reduce costs and environmental impact simultaneously, and the options have expanded well beyond taxis and Ubers. The Mobility as a Service market is projected to nearly double by 2031, driven by electric fleets, integrated digital platforms, and multimodal transport.

For fleet operators, TaaS might mean vehicle subscription or leasing models that shift residual value risk off your balance sheet — particularly attractive as fleets transition to EVs, where roughly 70% of small and mid-size fleet operators express interest in pay-per-use models to reduce upfront investment risk. It could also mean outsourcing last-mile deliveries through e-cargo bikes or electric micromobility, or partnering with ride-hailing platforms for employee transportation. The common thread: you pay for the mobility you need without shouldering the full cost of ownership.

Rightsize your fleet

Do you really need one vehicle per driver, or can a shared pool model with smart scheduling reduce your fleet count? Can you revisit your route data — using telematics and fleet management software — to confirm you actually need those extra five vehicles that are driving up bottom-line costs? Can you deploy electric vans for predictable urban routes while keeping ICE or hybrid vehicles for long-haul and heavy-load work? Are electric pickups like the Chevrolet Silverado EV or Ram's upcoming electric 1500 the right fit for parts of your fleet today, or a near-term goal as prices continue to fall and new models enter the market?? There's no single right answer. It depends on your vehicle mix, duty cycles, route profiles, industry requirements, and charging infrastructure readiness. A professional fleet manager can help you model the total cost of ownership across scenarios and build a rightsizing strategy that balances cost, sustainability, and operational needs.

Where do we go from here?

When you embrace sustainability for your business, you gain a measurable competitive advantage. A 2025 GlobeScan survey found that nearly half of Americans purchased an environmentally friendly product in the past month (a six-point increase from the year before) and over a third more wanted to but were held back by price or availability. Meanwhile, 65% of global consumers say they're willing to spend more on sustainable products, and 62% would choose a company that offers more sustainable delivery options. The message to fleet operators is clear: your customers are watching, and sustainability increasingly influences where they spend.

For most fleet owners, an important step toward environmental sustainability is to set procurement goals for electric fleet vehicles. But don't forget to: consider hybrids for routes where full EVs aren't yet a fit, rightsize your fleet using telematics data, and build a phased electrification plan guided by total cost of ownership, not just sticker price.

Wherever your goals, Mike Albert can help you electrify in a way that makes the most sense for your company. Reach out to us today.