Researchers achieve EV battery breakthrough with silicon-based materials and gel electrolytes, moving closer to a 1,000-kilometer range on a single charge.
Exactly. Ideally in cities and surrounding suburbs we would want public transportation and no cars. Cars should really be reserved for the more rural places anyway.
Let’s take the absolute worst case I could find for North America: in Quebec between Matagami and Radisson there is a 620km (390mi) distance between gas stations. This exceeds the range of many ICE cars, but let’s continue. It gets real cold up there, and there’s a few days out of the year where it’s well below 0F. To account for the cold, let’s increase that distance by 40% to get to about 550mi.
There is one EV on the market right now with a 516mi range, the Lucid Air. So it can’t quite make it under the absolute worst case conditions that, even up there, will only happen for portions of the year. Many ICE cars would also fail to make it.
This problem is completely overblown. The 1,994 combined population of those two Canadian towns will have to wait. Literally everyone else in North America will be fine if we just get our charging infrastructure better.
You just need a charging station every hundred kilometres or so, that’s perfectly doable even in sparsely populated areas. In fact, this kind of infrastructure is far easier to roll out than gas stations.
Yep. People in the city, EVs are fine. For those of us who haul or have to drive farther than 20 miles it becomes an issue. It’s not there just yet for us. I’m still holding out for hydrogen ICE motors.
Uhh where did I say that they only had 20 mile range? I said for those of us who have a drive that’s farther than 20miles one way. Most of people who travel usually do 45-60 miles just going to and from work daily. Then you add in errands, the range needs to be better.
I agree that increased range would be better - I’ve had cars (diesel) that could get nearly 600 miles on one tank and that allows you to do a lot more wandering though the countryside that is just not possible in an ev in the rural US. But it’s way more than 20 miles. Did you mean 200 miles?
I’m currently on a road trip in my 2021 EV and it can definitely be made to work, but it is definitely limiting on any spontaneous side excursions you find, which can be a pretty big bummer.
Double the range would definitely be appreciated for my use cases.
This isn’t like the consequences of adding a water filter means you now have to change a water filter every year, this is something that would turn a vacation into something unenjoyable. Meaning it’s a decision that would make you give up that type of vacation if that’s your only car. It’s a sacrifice not an inconvenience.
You have to look for incredibly specific situations in North America for current EVs to not be able to make a stretch of road. So much so that many ICE cars would fail at it. We do need better charging infrastructure. Better batteries are desirable for many other reasons, but not required.
Trailers have a habit of cutting the range by 66%. Someone I know has an EV and tows their bikes to a nearby city. They have to charge mid trip in both directions. That’s unacceptable to me and a lot of others. I’m fine with a vehicle with 300 miles of range. But 100 miles of range to tow a boat? I wouldn’t make it back without a recharge. Probably two charges because charging stations wouldn’t be anywhere near the lake in rural areas. So in that scenario I would have to give up boating for an electric vehicle because I’m not about to do that.
The towing range of an F150 Lightning is actually twice as far as its ICE cousin.
We’re also not fully utilizing the possibilities of trailers yet. They can bring extra battery. We just need the hookups to make it happen. The aerodynamic cost is already paid by having a trailer, and extra weight is less meaningful for highway travel.
I’ve seen references to the ICE getting 9-10 with a 23 gallon tank. That’s more than double the range with a refuel time being an order of magnitude faster.
Batteries in trailers would help. However now you have a battery to tow, which would still have an impact both because of stopping and going and the DOE estimates for each 100lbs extra weight in your vehicle, your MPGs gets a ~2% reduction. Additionally I would not recommend strapping a battery to a boat trailer unless you are sure it was waterproof. Even then it would make it sink into sand easier.
You do what you want. But I’ll make my infrastructure decisions based on my edge cases. Others will as well. Sometimes those edge cases are important to people.
To be a dick, have you actually measured distances between gas stations in rural America and thought about how this would work if we replaced them with chargers?
Range is basically solved for the vast majority of the population at this point. There are chargers every few hundred kilos along all main interstates. Apart from those living out in extremely rural locations or living situations like apartments where you can’t charge at home, you’d be fine. For those that fall into that category…well, don’t buy an EV, lol.
You do understand a 400amp service is usually what those stations run off of right? You’re not getting multiple super chargers from 400amps. You need substations for them.
Yea…no. Most of the USA is rural areas, range is a huge deal.
Exactly. Ideally in cities and surrounding suburbs we would want public transportation and no cars. Cars should really be reserved for the more rural places anyway.
Then you need to figure out the range issue.
Let’s take the absolute worst case I could find for North America: in Quebec between Matagami and Radisson there is a 620km (390mi) distance between gas stations. This exceeds the range of many ICE cars, but let’s continue. It gets real cold up there, and there’s a few days out of the year where it’s well below 0F. To account for the cold, let’s increase that distance by 40% to get to about 550mi.
There is one EV on the market right now with a 516mi range, the Lucid Air. So it can’t quite make it under the absolute worst case conditions that, even up there, will only happen for portions of the year. Many ICE cars would also fail to make it.
This problem is completely overblown. The 1,994 combined population of those two Canadian towns will have to wait. Literally everyone else in North America will be fine if we just get our charging infrastructure better.
Gas cans do exist. You can’t carry a substation with you.
Great, that will help you drive right past the point.
You just need a charging station every hundred kilometres or so, that’s perfectly doable even in sparsely populated areas. In fact, this kind of infrastructure is far easier to roll out than gas stations.
I’d rather not refuel in -20F weather on a single trip. Add in a trailer and a road trip becomes a charging trip with intermittent driving.
Yep. People in the city, EVs are fine. For those of us who haul or have to drive farther than 20 miles it becomes an issue. It’s not there just yet for us. I’m still holding out for hydrogen ICE motors.
Where do you get the idea from that an EV only has 20 miles of range? Have you ever even seen an EV let some driven one?
Uhh where did I say that they only had 20 mile range? I said for those of us who have a drive that’s farther than 20miles one way. Most of people who travel usually do 45-60 miles just going to and from work daily. Then you add in errands, the range needs to be better.
I agree that increased range would be better - I’ve had cars (diesel) that could get nearly 600 miles on one tank and that allows you to do a lot more wandering though the countryside that is just not possible in an ev in the rural US. But it’s way more than 20 miles. Did you mean 200 miles?
I’m currently on a road trip in my 2021 EV and it can definitely be made to work, but it is definitely limiting on any spontaneous side excursions you find, which can be a pretty big bummer.
Double the range would definitely be appreciated for my use cases.
Good thing we make decisions based on something that happens for a few days out of the entire year.
This isn’t like the consequences of adding a water filter means you now have to change a water filter every year, this is something that would turn a vacation into something unenjoyable. Meaning it’s a decision that would make you give up that type of vacation if that’s your only car. It’s a sacrifice not an inconvenience.
See the math here: https://midwest.social/comment/6976296
You have to look for incredibly specific situations in North America for current EVs to not be able to make a stretch of road. So much so that many ICE cars would fail at it. We do need better charging infrastructure. Better batteries are desirable for many other reasons, but not required.
Trailers have a habit of cutting the range by 66%. Someone I know has an EV and tows their bikes to a nearby city. They have to charge mid trip in both directions. That’s unacceptable to me and a lot of others. I’m fine with a vehicle with 300 miles of range. But 100 miles of range to tow a boat? I wouldn’t make it back without a recharge. Probably two charges because charging stations wouldn’t be anywhere near the lake in rural areas. So in that scenario I would have to give up boating for an electric vehicle because I’m not about to do that.
The towing range of an F150 Lightning is actually twice as far as its ICE cousin.
We’re also not fully utilizing the possibilities of trailers yet. They can bring extra battery. We just need the hookups to make it happen. The aerodynamic cost is already paid by having a trailer, and extra weight is less meaningful for highway travel.
I’m calling bullshit on that. Here’s an article from motortrend showing it has a towing range of just about 100 miles. I’ve seen that backed up by numerous other tests. https://www.motortrend.com/reviews/ford-f150-lightning-electric-truck-towing-test/
I’ve seen references to the ICE getting 9-10 with a 23 gallon tank. That’s more than double the range with a refuel time being an order of magnitude faster.
Batteries in trailers would help. However now you have a battery to tow, which would still have an impact both because of stopping and going and the DOE estimates for each 100lbs extra weight in your vehicle, your MPGs gets a ~2% reduction. Additionally I would not recommend strapping a battery to a boat trailer unless you are sure it was waterproof. Even then it would make it sink into sand easier.
Yeah, we should make all our infrastructure decisions based on the rarest edge cases.
You do what you want. But I’ll make my infrastructure decisions based on my edge cases. Others will as well. Sometimes those edge cases are important to people.
Not to be a dick but do you realize how rural rural America is?
They have electricity there, don’t they?
To be a dick, have you actually measured distances between gas stations in rural America and thought about how this would work if we replaced them with chargers?
I’m not saying we shouldn’t but range is important especially to rural drivers… and super important to wide scale adoption
Range is basically solved for the vast majority of the population at this point. There are chargers every few hundred kilos along all main interstates. Apart from those living out in extremely rural locations or living situations like apartments where you can’t charge at home, you’d be fine. For those that fall into that category…well, don’t buy an EV, lol.
Wait you think digging a hole and putting in a few tanks to store gas is harder than having substations near by to power super charge stations?
The answer is no, no it is not easier or cheaper.
So what do they power those gas pumps with? Electricity, by any chance?
You do understand a 400amp service is usually what those stations run off of right? You’re not getting multiple super chargers from 400amps. You need substations for them.