> The Center for Automotive Research and other firms focusing on the impact of new technology on the auto industry don't expect electric vehicles to account for more than 10% of the sales market until the late 2020s. That's when electric vehicles could start to shake things up.
Consider California [1], where it'll likely cross that in the next few years.
I wonder at what point most gas (petrol) stations start to be become uneconomical to run? As they start to close down, maybe range anxiety will start to become an issue for ICE vehicles. Is Norway getting close to this threshold already?
It will be a while. Cars typically last for a bit over 10 years. Thus even if new cars were 100% electric today it would barely show up on anyone gas station bottom line this quarter. Next year it would show up of course, nobody would close but every CEO would mention it in their message to shareholders (along with their plans whatever they might be to deal with it). In 3 years the weakest stations will start closing, but this will be a positive for each on that remains. In 10 years you will need to search for pumps but there will still be enough to drive all major routes in a gas car without range anxiety. In 15 years there will start to be problems, but you will be able to get personal deliveries of fuel (farmers already do this for tractors) and pack a few full gas cans if you need it.
The above assumes 100% electric. However I think electric will hit a plateau at around 90%. For that last 10 % (might be 5) the power to weight advantage of liquid fuel is important enough to keep a few trucks on the road (not cars or SUVs, but perhaps buses and motor homes). While it is possible to make a truck work on electric, many of them are already weight constrained, (because roads and bridges cannot handle anything heavier) or license constrained (without a CDL you can only haul so much), either way less weight in the fuel system translates into more weight they can haul. There is a lot of energy in 100 gallons (400 liters) of diesel fuel, and big trucks and equipment will burn that much fuel in a day. So long as liquid fuel (
including biodiesel) is available some applications will be willing to pay a premium to get it.
Gasoline is already something of a loss leader...they're really convenience stores with attached pumps. Though without the captive audience, and without the space and infrastructure to replace the pumps with electric chargers, I doubt that the convenience stores will have the same level of traffic.
Until electric cars can fully charge in less than 5 minutes, people will need something to do, so entertainment may become a thing (whether that's a coffee shop of an arcade for the kids, or just a place to sit on your phone, I have no idea).
As someone who owns an EV, but doesn't have a charger at home, I wish I could up vote this more :-) The biggest surprise for me is how much I enjoy charging the car -- it gets me out. If you put chargers around a pedestrian downtown core, it would be absolutely amazing. However, I suspect it's going to be huge at the malls in NA.
Unless EVs can charge faster, I really don't see them taking off. Sorry to be a luddite, but time is our number one good in the world and wasting more of people's time isn't scalable.
If I need gas and I have to pick up my kids after school or haul them to any appointment or other event it's not "okay" that I have to sit and wait for 30 mins. for my car to charge. Not. Going. To. Work.
Also, I live in a place that gets extremely cold, life threateningly cold. If my EV fails in that weather I could die.
Then the format would have to change. They are optimized to sell skittles and slurpees as fast as possible, there would be no point in spending 15 more minutes at a current gas station convenience store.
Makes more sense to put chargers in places people park, like grocery stores.
> Perhaps they will charge extra money to charge a car at the full speed the car is capable of and hobble charging speed for a lower price.
This would tie up their charging infrastructure and space for a longer time, making less money. Gas stations & charging venues are usually space-constrained because they're located on expensive real estate. Their goal is to maximize revenue and throughput in small spaces.
No, but you can't browse in a shop while filling up with petrol (at least in the UK where we don't have those locks which keep the pump on while you walk away.)
In New Jersey, at least, the "convenience store" at many gas stations consists of a row of cigarette packs in the attendant's booth and a soda machine outside. We also have plenty of standalone convenience stores here.
The smart ones put up charging stations here (in Norway) :)
Usually the charging stations are a different company like fortum, ionity, tesla etc. They make money on hot dogs anyway and they sell more hot dogs to people charging 15-20 minutes than people tanking for 3 minutes and drive on.
The gas station up the street installed 2 chargers next to the auto wash. The station is next to a sports park and office building, but nothing for general public to kill the time while charging.
Time to start remodeling for upper scale coffee with seating.
>I wonder at what point most gas (petrol) stations start to be become uneconomical to run?
They will re-structure and monetize electrical charging in some manner. After all, the global governments need a way to recapture the vast amounts of gasoline taxes imposed on regular cars.
Maybe, restaurants and coffee shops will take up the slack and put up charging stalls. Since every business is wired for electricity already I can't imagine that it would require significant investment. Whereas gas stations require giant tanks buried under the ground.
Being "wired for electricity" is the trivial part of the requirements for installing charging stations. I expect most restaurants have a 20kVA - 35kVA service, and coffee shops a 10kVA - 20kVA service. Adding 10 2kVA chargers (which isn't a very large charger) would effectively double the service requirements for a restaurant and more than double the requirements for a coffee shop. That's a big capital expense, even if the circuits for the chargers are run on a completely new service (which actually makes "wired for electricity" irrelevant).
To me more telling last time I looked two years ago some zip codes in Santa Clara Valley, BEV were 10-15% of new car sales. I went and checked again. Now it's 20-30% See below[1].
The way I see that is people in those places don't have automotive needs that are that different[1] than elsewhere. And 20-30% of them find BEV's to be viable enough option.
Take away BEV's are mainstream viable and not a niche product.
> The way I see that is people in those places don't have automotive needs that are that different[1] than elsewhere.
They live in a huge, built-up, tech-heavy area that's urban for miles around, with sealed roads and a regular grid structure. Their automotive needs are completely different to someone living in an isolated rural location.
It seems to me that the ability to refuel at home is a good thing for rural drivers. Maybe they don’t buy Teslas, but this is a massive advantage when you don’t live near infrastructure. Autonomy will come last to rural areas, though. Maybe especially in California where they do really weird things with their rural roads.
Half of those things either don't affect rural populations more than urban populations or are benefical to them too, the other half is just pricing in externalities that we need to get rid of no matter what.
A friend lives in a rural location. Their needs are different. First off because the super markets and home supply stores are about 50 miles away. As is cheap gasoline. About half their driving is very short trips in town and long weekly trips to the city to buy groceries and supplies. And enough gasoline to get home and last the week. And get them back to the city next week.
So an electric car they could charge at home and would get them to the city and back would be 'fine'
> Hard to imagine it takes 10 more years for the rest of the country to catch up to California.
At that rate, California won't surpass 10% until the mid-2020s--maybe 2024/5. Remember, it's already 2019 and in a few months, it'll be 2020. Late-2020s is only a 3-4 years past the mid-2020s.
Probably; the design of a radically different automobile model family takes around 4-5 years, which includes R&D, tooling, new supply chains, etc. This is masked by auto manufacturers constantly throwing out facelifts with a couple gimmicks glued on every year, but the majority of big changes usually come out on a decade basis. The Model 3 came out in 2017; if we assume conventional manufacturers started design of dedicated EV platforms during that time then we should start seeing a large burst of EV models coming out in 2021-2022, spurring demand. That will also probably be the do-or-die point for tesla to get their manufacturing squared away, since that's when the industrial juggernauts of Honda, VW, and the like will be retooled and coming online.
To some extent, for some time. Consider the adoption bell curve; I think California has moved from the "innovators" stage to "early adopters" but the country as a whole has not. Consider also what the saturation point for electric cars will be in the near/medium term - I doubt that the other end of the bell curve is 100% adoption.
>New Energy Vehicles (including full electric and hybrid cars) made up 7 per cent of total car sales in China during the second quarter of 2019, compared to 3 per cent in Europe and just 2 per cent in the United States. Chinese drivers bought about 350,000 NEVs versus about 100,000 in Europe.
From "China remains in pole position for electric vehicle uptake despite cuts to subsidies"
The popularity of pickup trucks in the US may hold this back a bit. I imagine the first trucks will have terrible range due to weight and lousy aerodynamics.
Until you can charge and go in 5 minutes gas will still be appealing to many. Currently it looks like a step backwards. Like stopping to rest and feed the horses.
Maybe if we had a universal battery and simple swap out solution. Something like a car wash where you drive onto a track and a machine swaps out the battery?
Consider California [1], where it'll likely cross that in the next few years.
Or Norway, where it is already at 48% [2]Both have higher gas prices and subsidies that help with TCO comparisons. But EV costs have lots of economies of scale yet to achieve.
Hard to imagine it takes 10 more years for the rest of the country to catch up to California.
[1] California New Car Dealer Association report Q2 19 https://electrek.co/2019/08/19/tesla-sales-electric-car-mark...
[2] https://insideevs.com/news/357526/june-2019-plugin-sales-nor...