EV fleet charging infrastructure with electric vehicles connected to chargers at a fleet facility

EV fleet adoption isn’t dead. The timeline just shifted.

Electric vehicle (EV) adoption in fleets has slowed in North America, but it has not stopped. The current market reflects a shift in adoption timelines driven by policy changes, infrastructure delays, and cost considerations rather than a decline in long-term viability. Technology continues to improve rapidly; many OEMs are investing in new vehicles and manufacturing, and total cost of ownership is moving toward parity with internal combustion vehicles. For fleet and business leaders, this period presents an opportunity to pilot, learn, and prepare for broader EV fleet adoption as economics and infrastructure align.

 Chad SalibaDirector, EV Engagement and Operations
09 Apr 20265 min read

Key Insights

  • EV fleet adoption is slowing, due to policy changes and infrastructure constraints rather than lack of demand.

  • EV technology is evolving quickly, making many common assumptions about range, cost, and performance outdated.

  • OEMs continue to invest heavily in EV manufacturing and new models, signaling long-term market commitment.

  • Full cost parity between EVs and gas vehicles will be the tipping point that accelerates widespread fleet adoption.

Key Insights

  • EV fleet adoption is slowing, due to policy changes and infrastructure constraints rather than lack of demand.

  • EV technology is evolving quickly, making many common assumptions about range, cost, and performance outdated.

  • OEMs continue to invest heavily in EV manufacturing and new models, signaling long-term market commitment.

  • Full cost parity between EVs and gas vehicles will be the tipping point that accelerates widespread fleet adoption.

If you’ve been following the headlines lately, you could be forgiven for thinking EV fleet adoption has stalled out. I hear it all the time. EVs are too expensive. Charging is not ready. Fleets are pulling back.

There’s no arguing that in the U.S., EV sales took a dip in 2025. EVs made up 7.8% of U.S. vehicle sales in 2025, down slightly from 8.1% in 2024.

From where I sit, working with fleets every day, that doesn’t tell the whole story. What we’re seeing is not the end of EV adoption. It is a reset in timing. The pace has changed, but the direction has not.

And in many ways, this slower period is exactly what fleets need.

The pace of change for EV fleets is faster than you may think

One of the things I say most often to clients is simple. Everything you think you know about EVs is already outdated. It’s just the reality of how quickly this space is evolving.

Battery technology is improving year after year. For example, the latest model of the Lucid Air can get 512 miles on a single charge while the Chevrolet Silverado EV can reach 493 miles.

Beyond range anxiety, another historic barrier to EV adoption has been the practicality of EV fleet charging. Today, we’re seeing vehicles like the Hyundai IONIQ 5 and Porsche Taycan that employ battery designs that support 800-volt architectures. This means that EVs can go from about 10% to 80% in under 20 minutes (on a high-power DC charger).

We’re also seeing a shift from first generation EVs into what I would call more mature products. These newer vehicles are more reliable, more durable, and more cost competitive than what fleets evaluated even a few years ago.

At the same time, the broader industry has not stopped innovating just because demand has softened in certain markets. In fact, innovation is continuing regardless of short-term adoption signals.

This creates a gap between perception and reality. Many organizations are making decisions based on what EVs were, not what they’re becoming.

For fleet leaders, that’s a risk. If you’re not continuously updating your understanding, you’re planning based on outdated assumptions.

OEM investment is not slowing down

Another important signal that often gets overlooked is what manufacturers are doing.

Even as adoption has slowed in North America, OEMs are continuing to invest heavily in EV production and supporting technologies. In late March, Toyota invested $1 billion for EV manufacturing plants in Kentucky and Indiana. That total will reach $10 billion within five years.

We are seeing more options across vehicle classes, including segments that matter most to fleets. Vans, SUVs, and light trucks are becoming more viable. Reliability is improving as more established manufacturers enter the space with scale and experience.

This is important because fleet adoption is based on availability and fit.

Globally, EV sales continue to grow and are projected to exceed 20 million units annually in the near term, representing more than a quarter of all vehicle sales. BMW has recently increased production in one of its Hungarian manufacturing plants to keep up with consumer demand.

That level of scale drives down costs, improves supply chains, and accelerates innovation. Even if North America is experiencing a temporary slowdown, the global market is still moving forward.

For fleets, that means better vehicles, better pricing, and more choice over time.

Cost parity will be the tipping point for EV fleets

If there is one moment that will truly accelerate EV adoption for fleets, it’s cost parity and that gap is closing quickly.

We’re already seeing vehicles approach parity with their gas counterparts. When that happens, the conversation changes completely. Over a five-to-ten-year lifecycle, EVs almost always win on operating costs. Fuel is cheaper, maintenance is lower, and downtime is reduced.

The cost of fuel is particularly relevant right now with the price of gas topping $4.00 in many parts of the U.S. because of the conflict in the Middle East. If you’re wondering how directly this connects with consumer intent, searches for electric car models are up by 20% since the conflict began, according to CarEdge.

At a broader level, research continues to show that total cost of ownership will favor EVs across more segments over time, especially as battery costs decline and infrastructure utilization improves.

When upfront cost aligns with long-term economics, adoption will not need to be pushed. It will happen naturally.

Plug-in hybrids can work, but only if used properly

During this transition period, many fleets are looking at plug-in hybrids as middle ground. That can make sense, but only if they are used the right way.

A plug-in hybrid is designed to operate as an electric vehicle for a portion of its usage. If it’s regularly charged and driven in electric mode, it can deliver real efficiency and emissions benefits.

If it’s not, it creates the opposite outcome. A plug-in hybrid that is never charged is essentially just a heavier gas vehicle. You’re carrying both systems without realizing the benefits of either.

That means higher operating costs and added complexity, with none of the upside.

This is where fleet strategy matters. Technology alone does not deliver results. What determines success is how you deploy and manage that technology.

For fleets considering hybrids, the key question is whether your operations can support what the vehicle needs to work effectively.

Why this moment actually matters for EV fleets

If adoption were moving faster, many fleets would feel pressure to act before they were ready. What we have instead is a window.

A window to pilot, learn, and build internal confidence. Fleets have an amazing opportunity to understand where EVs fit and where they do not. The fleets that use this time effectively will be in a much stronger position when the next wave of adoption arrives.

Because it will arrive. Technology is improving and the economics are moving in the right direction.

So, the next time you hear someone eulogizing EVs, you can tell them that EVs are not dead. The timeline just stretched.

If you are thinking about what this shift means for your EV fleet, I or one of our other trusted advisors would be happy to talk it through with you. Whether you are just starting to explore or already running pilots, there is real value in understanding what works, what does not, and what comes next.

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