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As I approached Thruway exit 45 to Rochester I had a bout of range anxiety and pulled into the Seneca Thruway rest area. I’d never stopped at an Applegreen because I hate the too-cute name. But I wasn’t interest in the food or the restrooms; I was searching for a row of fast DC electric car chargers near the back of the parking lot. I was running dangerously low and a quick boost would give me enough range to get to Rochester where, I assumed, there were chargers everywhere.
After all, Rochester, my hometown, is a high-tech city with plenty of Teslas and other EVs prowling the streets. Statistics are always out of date, but at least 10,200 EVs are registered in Monroe County. More than Syracuse, more than Albany, and about tied with Buffalo. Predictably, they are gathered in higher income suburbs like Webster, Pittsford, and Fairport. Many may be PHEVs (plug-in hybrids), but an increasing number are all-electric BEVs (battery electric vehicle). Mine is a BEV.

After a steak dinner at Charley Brown’s with one of my nephews, I began hunting for another fast charger to “fill up” my new 2027 Chevy Bolt. I wanted a small EV SUV and it’s a perfect size for me. Even though I bought it only weeks before, Chevy proclaims my car is the “Bolt 2027,” along with declaring that it is a “limited edition” out of production after 2027. This is like telling you to buy a horse that will die in two years. Or perhaps they hope it will age like a good vintage wine.
I sat in my car outside Charley Brown’s scanning charging apps on my phone, as other patrons left and the parking lot was suddenly empty. I was beginning to sweat. “Range anxiety” is a condition known to EV drivers when you realize you badly need a charge. It is akin to setting out on a road trip in 1920 and never knowing if there is a gasoline “filling station” up ahead.
I had loaded half a dozen EV charge location apps on my phone, but now they were all saying the same: there was one in Webster, (West Herr Auto, 350 kW) one in Greece (Bill Gray’s on Latta Road), one in Henrietta (RIT Conference Center). There are a lot of lower-power EV chargers around Rochester, but not so many fast DC chargers that will run at speeds of 250 kW or more. Most chargers at motels, malls and supermarkets across Monroe County are too slow. They just won’t make it with my car unless I want to sleep all night in the back seat.
The lack of fast DC chargers is not for lack of desire. Upgrading these chargers, if at all possible, is a major expense. Three phase power feeds, major utility grid connections, digging up pavement, adding a cooling system—all must be factored in.
In January 2025, the Biden administration announced a $635 million grant to built 11,500 charging stations. The press swallowed it whole. Nobody asked, how fast? Can they be upgraded? How robust is the power available? Will there be a standard plug receptacle? One lesson we all should know from high school physics: Kilowatts is the measure of power, but amperage is the measure of current. Volts x amps = kilowatts. Fast DC chargers need not only high voltage but a high amperage rate. Building out a national system is very complicated.
China has long overtaken us in EVs and fast charging. Part of this is a future-thinking mindset, but the more important fact is China does not produce enough oil for its needs. When you’re the world’s No. 1 oil importer, EVs start looking good. China has the edge on price and design—what Detroit used to call “flash and trash.” Though reviews note they don’t put in enough cup holders for Americans. Europe also imports most of its oil. EVs are swarming in from China so quickly that, combined with the fallout of U.S. tariffs, stodgy design and high prices, Volkswagen announced that is cutting 50,000 more jobs and discontinuing several models. We have oil, so our pace of transition is more leisurely.
I needed a fast DC charger that would fill my battery in 20 minutes or so. Most of Rochester’s chargers are back in the charging stone age. Even Wegman’s Pittsford store, the flagship of the chain, has only (at this writing) two chargers, both rated at 50 kW. Good enough to charge a plug-in PHEV, but not a BEV. Miracle of miracles, the competition down Monroe Avenue, Whole Foods, has two 250 kW chargers out back of the store. I headed over there. I was in luck: one of the chargers was available while the other one was occupied, sucking up a charge while the owner shopped.
Only owning the car a few weeks, I had not figured out how to recharge more than 40%, and I had about 20% left in the battery. There is a thermometer-type gauge that shows the charge time and limit. I charged twice: 40%, then a repeat. I settled back for what I thought was about a half hour. Fifteen minutes later, the woman charging the other car came back with an armload of groceries. We exchanged a few words and I told her of my experience and that I was now trying to charge to 100%. She shook her head: “Hope you brought a book.”
After 80% the thermometer graph began to crawl. Turns out electric battery cars are programmed to slow charge for the last 20%. This is to protect the battery from overcharging. It’s similar to when you give the gas station clerk $20 and then walk out to fill your tank. When the gauge gets to about $18 it slows to a crawl so as not to give you more than you paid for.
One misconception of non-electric drivers is that charge stations are in gas stations. Generally, this is not so. Gas stations sell gas. They don’t need a group of non-gas buyers taking up parking spaces and using the restrooms. The places that do need the business are convenience stores, grocery stores and shopping malls. These are places that want you to spend your half hour of leisure browsing and buying.
My 100% charge took about an hour (my Bolt charges at up to 350 kW with a range of about 270 miles). The standard on-the-road charge, I learned, was 80%. I soon figured out, with the help of Google AI, how to move the thermometer gauge to “80.” I also learned to scroll to the bottom of the Tesla app where it tells you if chargers at your location will charge non-Tesla cars. Some still do not, but I think the company is trying to upgrade them.
An 80% charge takes about 20 to 30 minutes. A lot longer than filling up at a gas pump, but much more neighborly. When you fill up at a pump, there is often someone on the other side of the bay, a few feet from you, also filling up. Do you ever speak to them? By contrast, charging people are generally friendly. Some eat their picnic lunch, others talk about road conditions.
The drive home to Pennsylvania included more range anxiety at Binghamton. Thank you, Johnson City, and Tesla, for the row of 325 kW chargers behind BJ’s Warehouse Club.
With all the problems I experienced you might ask, “Why buy an EV?”
Let me check off the reasons NOT too:
■ $7,500 tax credit: gone. But most people forget it was a tax credit, not a bonus for buying. If you didn’t have taxes to apply against it, it was valueless.
■ Range: at 270 miles it’s great for city driving but a little short for the road.
■ Save money on gas: here’s the one everyone talks about but no one understands. Charging at roadside charging stations is not free; it averages around 50 cents a kilowatt. I was shocked when I got my credit card bill. The price is approximately the same as gas (at $4 a gallon).
The exception is if you have a 240 volt home charger (around $750 installed). All EVs have controls to start charging when power is cheapest. Mine usually beings about 1 a.m., when the local power company charges about 8.67 cents per kilowatt on a time-of-day rate. For 70 kilowatt hours full charge, it should cost around $6 from empty to a “full tank” (figure the equivalent of 12 gallons for a full tank in a compact SUV)). That’s like buying regular gas at 50 cents a gallon—-a price not seen since the 1970s.
■ Road use tax: Rochesterians have a bargain with this one. New York does not yet charge a user tax for EVs. But in Pennsylvania (where I live), the state bills me $250 a year because I am using the roads and not paying the gas tax (works out to about 12,000 miles—the average most people drive).
On the other side of the equation, EVs need no maintenance except rotating the tires, checking the brakes, and changing the windshield wipers. My manual lists the first real maintenance at 150,000 miles or five years—and that is just to drain and refill the coolant circuits.
I wish Rochester, always a high-tech leader, had more 250 kW and 350 kW charging sites to offer. Maybe the local visitor’s bureau needs their own app to encourage recharging sites. But then, it would be out-of-date in a month. The Volvo EX 60 and the BMW iX3 already charge up to 400 kW. Both are in the $60,000 range. Next year, the Ford Fathom Pickup EV will sell for around $30,000 (same as my Bolt) with an optional battery range of 300 miles and fast charging.
Rochester could be grabbing the future by heralding a new electric era. If we fast-track building out a DC charging network, we have a unique range advantages because we are the “10-minute city.” According to U.S. Census Bureau statistics, 86% of Monroe County residents drive to work and the average commute time is less than 21 minutes.
U.S. Department of Energy statistics for the U.S. (2024) show that 73.1% of vehicle trips are under 10 miles. Additionally, 52% of all trips including all modes of transportation in the U.S. were under three miles.
I’ve listed all the reasons not to buy an EV. Here’s the most important reason to own one: you will love it.
It is the best driving experience I can remember since my MG-A sports car in college. My MG was fire engine red, my Bolt is hot habanero orange. The Bolt can’t downshift in tunnels like the MG could (with its Abarth muffler blasting bup-bup-bup-bup). But there’s nothing like streaking silently along the Thruway, reminding myself to keep it under 80. When I start up a hill or need to pass a string of trucks—wow. Blast off. Who says you’ve got to be young to enjoy warp speed acceleration?
Robert Lovenheim is a township supervisor in Pennsylvania and a former Rochesterian.
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FYI for Len Sheldon. My house KWH. I’ve sen Tesla stations as high as $.49/KWH.
Good article on the real-world perspectives of driving an EV in NY/PA in 2026, aside from a few technical inaccuracies:
– 2027 Bolts charge at a maximum of 150kW, not 350kW
– The cars aren’t so much programmed to charge at a slower rate for the last 20%, it’s more that the battery has a harder time finding spots to shove electrons, if you will, as the pack approaches full. That’s why it’s recommended to not waste time charging above 80% on a road trip (unless you’re planning to stay somewhere that long anyhow) because it’s faster to just stop later when the battery is more “hungry” for charge.
I’d say that in my experience, the most complete listing of chargers comes from the Plugshare app. Some manufacturers have charger listings built into the vehicle’s navigation system, but they almost always have less chargers listed than Plugshare.
I’d also recommend getting the ABRP app (A Better Route Planner) which is great for planning a route with charging stops factored in. Pay attention to your efficiency graph/numbers — keeping the speed at the speed limit can make a huge difference in making it to your destination or needing to stop for a top-up.
I agree, fast chargers can be really expensive both for consumers and businesses to install. Slow (L2) chargers could make sense at places where you visit for a few hours (like workplaces, etc), but they too are more expensive than charging at home, and as such I feel like I see them barely getting used as many EV drivers either charge at home or use a fast charger because they’re traveling.
It’ll be interesting to see how it all shakes out, but I definitely agree the EV driving experience is a lot of fun!
Amen. Almost exactly what I would’ve said.
The author made some rookie mistakes, mainly by bringing his lifetime of “gas it up” experience to the newer/different car. He’ll get the hang of it after a little while. Among EV owners, we’ve all been there.
Best decision I’ve made regarding transportation. I’ve made several 400+ mile trips with absolutely no problem finding chargers…..or you can spend $4.20 a gallon with $5 a gallon on the horizon
I am not convinced the author looked very hard. I just did a search on Google Maps a located fast chargers in Fairport, Pittsford and at East View Mall. I stopped looking at that point.
Robert answers his own question. Slow charging is the preferred way to preserve your battery and the least expensive. High speed charging is more appropriate for driving beyond your EV’s range. So most people will charge in their garage for a price that is definitely less than have the cost of a Tesla charger.
I may be mistaken, but it seems to me that many/most of the EV charging stations in the area appear to be free. While I have no issue with such vehicles (excepting Swasticars), for the life of me I don’t understand why taxpayers, directly or indirectly, should have to subsidize the owners of this one particular form of transportation. Or do I hear volunteers to pay for my gasoline?
I think your ignoring the subsidies to the fossil fuel industry that for some reason no one complains about. There were billions of $ alone in the 2021 Infrastructure Bill for the cleanup of abandoned well heads. However, the list of subsidies goes on and on.
Saw an interesting youtube about some new Chinese cars that use a battery swap system instead of plug in charging. You drive into a bay, a robot dismounts your current battery, places it in a charging bay, and swaps in a new charged battery – all in under 2 minutes. This of course requires more mechanical support than a plug in charger – but also obviates the need for long waits.
If countries want to get serious about EV usage solutions like this, or capacitor charging (which is must faster than conventional batteries) rather than battery charging, are going to need to be looked at.
Another new Chinese dominated solution are Sodium batteries like the NAXTRA car has (27 year life – almost double that of lithium batteries, faster charge times at low input power, not sensitive to cold, not likely to burst into flames in your garage, no thermal management system like the one slowing down your charging). Check your mileage again in the middle of winter at minus 15 C. People just don’t have an hour to sit around and wait for their transportation to charge. China has jumped far ahead of us and is producing NA battery powered cars already in full to consumer production.
The only American company making sodium batteries shut down in 2025. Guess why? (Hint: it’s Republicans “pwning the libs” by refusing to encourage and invest in this technology). China is going to account for 90 percent of the nearly 8x growth in Sodium battery production in the next 5 years. Because we are beholden to oil companies we won’t. Energy and car companies don’t want things that last a long time, or can’t be charged for because they’re renewable.
PS Lithium is a lot harder to get than sodium (essentially salt – there’s a LOT of that – simply firing up a lot of desalination plants along our coasts could supply all we need AND provide fresh water for human consumption and agriculture), and the cost will go up for Lithium (which is mined in only 3 countries) over the next few years (we aren’t one of them).
PPS We need good batteries for more reasons than cars – solar and wind both need to store energy for when either isn’t available – and batteries are the best way to do that.
PPPS: Due to the aforementioned thermal management systems and other circuitry differences just swapping in NA batteries for LI batteries may not be practical. NA based cars are specifically designed for those batteries and are overall lighter and require less parts than a LI based vehicle.
The Chinese car manufacturer that uses battery swaps is NIO. They are now also selling in Europe, especially Norway. I though it was a great innovation, but in years of owning the stock, it has disappointed.
Rolling down the Thruway looking for a fast charger isn’t my idea of a good time. I appreciate the objective review of the technology here. Thankfully the last Administration didn’t succeed in eliminating ICE automobile offerings. The irony here is that you hear all day long talking heads (and it flows down to citizens) gripe and moan about Data Centers driving up electric utility rates (generally without the context that NYS has been eliminating power plants over recent years) . But yet EVs are Albany’s prescribed transportation, everything from cars, to lawnmowers, to School busses (that many local and rural school districts don’t have the suitable electrical infrastructure for) and Motorhomes to name a few. Yet nobody complains about this added demand to the grid driving up utility rates?