America’s automakers have staked their futures on the notion that electric vehicles will dominate sales in the coming years, spurred by buyers determined to reduce carbon emissions and save on fuel.
But so far, while EV sales are growing, their pace is falling well short of the industry’s ambitious timetable for transitioning away from combustion engines. Instead, buyers are increasingly embracing a quarter-century-old technology whose popularity has been surging: The gas-electric hybrid, which alternates from gas to battery power to maximize efficiency.
So far in 2023, Americans have bought a record 1 million-plus hybrids — up 76% from the same period last year, according to Edmunds.com. As recently as last year, purchases had fallen below 2021’s total. This year’s figures don’t even include sales of 148,000 plug-in hybrids, which drive a short distance on battery power before a gas-electric system kicks in.
Charge time, charging infrastructure, and price are the things keeping me from getting an EV.
Regarding the first two, I find charging my EV at home means I rarely have to consider public charging. I’ve started to find stopping at the gas station way more inconvenient.
When I lived in the city, I maintained charge with a standard 120v outlet. In a rural area, I am doing well with a 240v (15a).
12 hour+ road trips are the only thing I hesitate on much anymore — sometimes I love the EV road trip, and other times I’m just looking to make good time.
It’s a problem for those that cannot charge at home. My apartment complex will not install chargers and I have no easy way to run a charger myself.
That’s not to say your point does not stand, but it’s still not a reality for folks like me quite yet. After my last car was totaled (RIP), I went with a hybrid. Pretty good fuel economy (35-45mpg in the city, 50-60 on the highway) and it hasn’t given me any issues so far.
If I still need a car by the time this one bites the dust, then I would definitely consider if an EV would fit my needs.
We leased a PHEV, in part, because of this. The other half was finding an EV that comfortably fit 5 people for road trips (live in the western US).
Those and battery range as well for me are still issues. I’m sure in 5 years at least some of these problems will be solved. Though I doubt the price of EVs would come down to a reasonable point any time soon.
A lot of manufacturers are working towards a cheaper EV, they just don’t know how to make a good profitable cheap EV yet. That’s why they’re doing the bigger more expensive ones first, so they can figure out how to do it cheaply, and also gives themselves time for all the infrastructure they’re building like battery factories to come online which will also reduce cost.
There’s a few cheaper ones out there like the Bolt, but GM lost money on that. It was just to get the brand out there and learn how to make EVs and get some ZEV credits. It’s why they never went large scale with it.
But it’s coming. In 5 years there will be plenty of cheaper EVs, and more of the consumer infrastructure will be improved too.
If you own a single family home with off street parking …… adding a circuit for a charger cost slightly less than adding a circuit for an electric range, and the charger itself was only a few hundred.
I’m still too new to EVs so really haven’t had to charge much yet but 48a level 2 charger goes pretty fast.
Most of the time, treat it like charging your phone. Plug it in at night or when you get home and it will always be fully charged in the morning (or I have mine set to 80% to help the battery last longer). You could make this happen with a much slower charger and some people even get away with standard outlet
Road trips are a different story but I haven’t taken one yet. However I keep reading Tesla’s can charge a battery from 5% to 80% in half an hour and Hyundais are faster. That doesn’t seem bad at all
I definitely had charge anxiety, but my ioniq 6 comes with a simple wall charger that does the job nightly. It’s like plugging in your phone.
I don’t like the idea of the battery going out and now you’ve basically got the choice of nearly the cost of another car or getting another car.
Same thing happens when the power train of an ice goes out, ins about the same time as the expected battery death as well. The greater majority of ice vehicles don’t last decades either
The problem is a drive train failure is a total failure. It either works at a 100% or not at all. A battery deteriorates non-linearly over time. So while you might have to replace both at the same time, the battery has had less effective use.
But a car that now only does 20 miles vs 200 before needing charge is still plenty usable for groceries or many work commutes while you save/wait for replacement, an ice power train failure means absolute dead lump of metal.
A car won’t be driving if it only has 20 miles. That’d be a battery failure that prevents the car from operating.
200 becomes 190, 180, 170 … 140.
At least on a Tesla below 140 would be covered under the 8 year warranty as that’s more degradation than should happen (unless you’re over mileage)
It’ll keep going down from there, but there’s a point where the battery just won’t function properly with the car anymore due to voltages or something to do with the level of battery degradation.
So hypothetically when it’s hit 100, it won’t be able to accelerate properly anymore making it no longer viable as a car battery.
At that point you could maybe go into a secondary life as stationary storage which has less demands, or recycle it.
What drive train costs $18k before labor?
Also I can rebuild an engine or transmission to save even more money.
I can’t rebuild a battery in my garage.
I’m not opposed to EVs, but no one seems to be concerned about the maintenance once these things get old.
Battery banks are closed to 10k for most, engine and tranny easily run 7k for parts and you have to factor in costs of oil and gas for them over that decade lifespan.
So few people are capable of at-home engine or tranny rebuilds that it isn’t even a realistic consideration statistically