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Let's not discourage trolling....let's give trolls their own threads! (that are themselves OT!)
Correct, that is the case NOW. What is the real barrier to changing that? Peanuts, especially 110v charging which is sufficient for people who live in places where they don't have garages (i.e. cities). Why do you think charging infrastructure will remain static over the next 10 years?Except that they don't have L2 plugs at every spot. Or any at all for most existing such garages.
Same issue.
I work at a Fortune 100 company. We have 8 EV chargers in our parking garage. Total.
Yeah- even less so there- the city parking garage for the county seat has three EV chargers for the whole place. And 1 is usually out of order.
Which again largely don't exist in 99% of places right now.
Correct, that is the case NOW. What is the real barrier to changing that? Peanuts, especially 110v charging which is sufficient for people who live in places where they don't have garages (i.e. cities). Why do you think charging infrastructure will remain static over the next 10 years?
That's not a red herriing- it's again facts.
Which you seem allergic to.
Most apartment dwellers don't have a 110v they can plug their car into.
Many duplex owners don't either since they have only on-street parking across a public sidewalk.
There's threads on these forums RIGHT NOW from such people- and that's with Tesla having a new car market share less than 0.5% worldwide.
So the idea 95% of the market can go to this is complete fantasy right now.
Good thing I never said that huh?
The number is of course vastly more than 5% not having access to a 110 they can plug their car into.
They have them for a coffee maker inside their 3rd floor apartment. But they can't drop an extension cord down tot he street and run it across the sidewalk to their car.
Except, they would. They'd just buy a $15,000 gas car instead of a $35,000 EV because they lack easy access to charging.
EVs will be down to cheap ICE car range in the relatively near future- but until all those folks have a simple way to plug in every night that won't matter much.
You seem to be lacking both
No- it's citing the guy who insisted the market fixes everything quickly.
Which it clearly doesn't.
The original discussion was if "all" cars would be replaced by EVs in 20 years.
Some folks insisted doubting that it'd happen in just 10 made you an anti-EV trolls, actual facts be damned.
I've yet to find any realistic projections supporting those claims (and have supplied a number of them countering them- all while agreeing a MAJORITY of cars can easily be EVs by then)
Again you fail at math.
According to Tesla, 35gwh gets you 500k EVs.
So 1 twh gets you 15 million of them.
So 5twh gets you.... 30 million of them.
We need 80 million.
(or even in your fantasy where for some reason 1/4 of the world suddenly stops buying the # of new cars they have for decades- we need 50 million of them)
So again- even YOUR OWN MATH agrees with me.
50-60% totally doable.
95-100%? Not so much.
And even THAT is only if -all- that production ONLY goes to EVs. We're gonna need a lot of it for grid storage as solar gets bigger.
Again suggesting "The majority of new cars are likely to be EVs in 10-20 years" is "anti-EV" is batshit insane
Again, I LITERALLY SAID THAT EXACT THING.
Pointing out all the issues preventing adoption rates getting to 95-100% are SOLVABLE.
But not in the timeframes some people seem to fantasize about.
Even your own math on battery production proved that.
Are you even capable of reading and understanding the totality of my posted reply? Please read it again.
40M new cars being BEV's in 2030 would indeed be 90%+ of the new car market, because total car sales will plummet due to Osbourning of the entire ICE market.
There never was an "Osborne Effect," and the fate of Osborne Computer wasn't sealed by pre-announcing hardware that didn't exist.
The rest of your points are just repeats of your talking points without understanding how they've already been answered by the previous links I provided.
So here's my last explanation to you:
"Not everyone has access to electricity" (aka apartment dwellers don't have an outlet that their car can plug into)
- Do they have a dedicated parking spot?
- Yes? Then an outlet can be run to that parking spot. Many apartment owners are doing this to attract EV owning tenants
- No? Any public parking space can get EVSE's added, that's why many malls/stores/shopping centers are adding them.
Streetlamps and parking meters can be co-opted to provide EVSE's as well.
- Are we at the point of being ubiquitous yet? No. Work is being done to make it so. The landscape now, will not match the landscape 10 years from now. See prior mentioning of London.
No one would've expected London to ban all combustion vehicles on its streets 10 years ago.
Edit: from your response to nocturnal.
"There aren't enough charging spots for every car to be an EV"
- See London as an example. London (currently) has 2700 evse's, 200 fast chargers, and yet has 20,000 electric vehicles registered in the city! By your logic, 17,000 of them must be unusable!
- Not every car needs to charge every night.
"We will not get to 95% of ALL cars (1B+) being EV's in 20 years"
- NO ONE advocated for this, nor claimed this. You put words into our mouths.
ORIGINAL QUOTE THAT STARTED THE WHOLE TOPIC said:When asked if all cars will be electric in 20 years, she said that may be too soon
My original post in this discussion said:Even the most optimistic projections of battery factory/capacity for the next 20 years don't show anywhere near enough being produced to replace 80 million cars a year. Maybe half that last I saw?
- 95% of NEW car sales being EV's (including chinese and korean brands) in 20 years is the target. NOT just Tesla's.
- you lack reading skills as you couldn't understand what I wrote enough to see that my logic and math were spot on.
The link specified 40M cars from 2TWh of batteries, not 30M. You can't create your own data and then argue from there.
The 35 GWh capacity can produce batteries for about 500,000 electric vehicles a year
- I provided production plans (from all the world's largest battery manufacturers, who will drive their own mining needs) for 2TWh of batteries by 2028
, so increasing it to 5TWh (enough for 80M BEV's of 62kwh each) by 2040 is almost a linear progression.
the weak market has led to greater caution among investors and suggests potential for a tighter supply picture in the later part of the next decade. The industry will have to adjust to the new conditions and straighten out the kinks in the supply chain, in order to achieve a sustainable supply that can fuel the unfolding transport revolution.
If low prices remain in the short- to medium- term, it will lead to a reduced investment pipeline. This in turn will lead to an even more dramatic undersupply situation down the line and much higher prices.
You don't seem to want to learn
Are you even capable of reading and understanding the totality of my posted reply? Please read it again.
I read it- it's simply not credible.
40M new cars being BEV's in 2030 would indeed be 90%+ of the new car market, because total car sales will plummet due to Osbourning of the entire ICE market.
This is complete nonsense argument.
Your source tries to suggest half the entire new car buying market will just stop buying cars- for years- because they want an EV and there's not enough of them.
It offers no actual evidence this has ever happened in any worldwide industry of this size- ever.
In fact- it didn't even happen to Osbourne
Their entire argument is based on an urban legend.
The time from Osbourne announcing the new model that caused people to "wait" and not buy current ones to the time the company going bankrupt was months not years.
Nor was it even the main reason the company went bankrupt! Your argument is largely based on economic urban legend.
Taking Osborne out of the Osborne Effect
The story goes on to explain the thing that really killed them was a rogue VP decided to waste 2 million dollars to try and get some use out of 150k in old parts. And they couldn't afford it.
Which is probably why- as your own source admits- every actual economic and financial expert doesn't suggest this 50% drop in total new car sales like they do.
Because the experts know better.
You don't appear to though.
I hear the argument- I just don't find it credible. And I'm not sure why you do.
"Not everyone has access to electricity" (aka apartment dwellers don't have an outlet that their car can plug into)
- Do they have a dedicated parking spot?
- Yes? Then an outlet can be run to that parking spot. Many apartment owners are doing this to attract EV owning tenants
- No? Any public parking space can get EVSE's added, that's why many malls/stores/shopping centers are adding them. They're much cheaper to add than a single gasoline station. Streetlamps and parking meters can be co-opted to provide EVSE's as well.
- Are we at the point of being ubiquitous yet? No. Work is being done to make it so. The landscape now, will not match the landscape 10 years from now. See prior mentioning of London. No one would've expected London to ban all combustion vehicles on its streets 10 years ago.
.... what?
You're gonna install hundreds of electrical outlets- one for every spot in an apartment complex parking lot- in every apartment complex? All over the world?
And do it in just a matter of a few years too.
You're hilarious.
Yes.... adding a few, for places with hundreds or thousands of parking spots.
Not one for every car that can park there.
Nor is "just charge at the shopping center on L2" sufficient for day to day use unless you work AT the shopping center.
And BTW- estimates of the number of parking spots just in the US alone- not worldwide- are somewhere around 2 billion
But I guess 2 billion EVSEs are gonna magically be manufactured overnight too... plus all the additional electrical service to feed all 2 billion of them... and some system whereby the parts and service and install all get paid for by...someone...2 billion times...in a way that makes economic sense... all in the next 10 years.
And same will also happen everywhere ELSE in the world that uses cars too!
Yeah- again- hand waiving magical thinking is your only response to real problems that again are totally solvable but not quickly
Again you seem to imagine everywhere in the world is London, with streetlamps every 10 feet- and running 220v power too.
(and even IN london they've only got 1300 total of those lamp chargers... with a city of like 9 million people... but hey, details- HANDWAVE some more and it's all fixed!)
I did.
1300 total streetlight outlets. In a city of 9 million. And that's basically the bleeding edge of this. The US is way behind them- so's most of the world.
Nor have they actually done so.
ONE specific street has. That's it.
If it goes well they might expand that in a couple years to a few more streets.
And then MAYBE make just one square mile or so of the financial center emissions free by 2030. Not the rest of the city though.
How will the petrol and diesel car ban work?
As to the whole UK-
How will the petrol and diesel car ban work?
The UK is banning ICE cars as of 2035.
Which is weird since you insist they'll be 100% EV by 2030 somehow.
Why would they need to ban something everyone stopped selling 5 years ago?
Oh- right- because unlike you, they know new ICE cars will still be sold 15 years from now because EVs won't 100% replace them everywhere.
"There aren't enough charging spots for every car to be an EV"
- See London as an example. London (currently) has 2700 evse's, 200 fast chargers, and yet has 20,000 electric vehicles registered in the city! By your logic, 17,000 of them must be unusable!
- Not every car needs to charge every night.
HOLY NONSENSE BATMAN!
Or... at least 17,000 people (in a city of 9 million) have actual home charging.
Nobody's saying NOBODY has home charging- just that not EVERYONE does (indeed, even in the US where they're most likely to- it's only somewhere around 2 in 3 people on average)
(Have you ever actually been to London BTW? It never sounds like it when you discuss it)
"We will not get to 95% of ALL cars (1B+) being EV's in 20 years"
- NO ONE advocated for this, nor claimed this. You put words into our mouths.
I mean- now you are just lying.
That was the entire point of the original post
ORIGINAL QUOTE THAT STARTED THE WHOLE TOPIC said:
When asked if all cars will be electric in 20 years, she said that may be too soon
So yes, someone absolutely said that
And then my response, that you and a few other folks went apeshit over insisting I was wrong, was:
My original post in this discussion said:
Even the most optimistic projections of battery factory/capacity for the next 20 years don't show anywhere near enough being produced to replace 80 million cars a year. Maybe half that last I saw?
Interestingly- that "most optimistic prediction" was actually cited in the 'osbourne' source of yours... 56% EV market share in 20 years.
Which, ya know, is what I originally said.
- 95% of NEW car sales being EV's (including chinese and korean brands) in 20 years is the target. NOT just Tesla's.
- if you think I claimed otherwise, then you've misunderstood me.
I never said they had to all be Teslas....Hell you just quoted me saying 95% of ALL cars" which obvious is NOT me saying "all Teslas"
Once again you misread and argued a point nobody made.
I was pointing out how small a share even the LARGEST EV company had.
All the other car companies are way far behind- most "hoping" to produce 1/10th the # of EVs Tesla does this year- and in some cases they won't even get to that number for a year or two maybe, and some without any serious plans to even do that.
So they aren't likely to magically produce 20 TIMES Teslas production anytime soon.
The link specified 40M cars from 2TWh of batteries, not 30M. You can't create your own data and then argue from there.
I didn't.
I even explained the math. You apparently failed to understand it. Again.
Tesla cites 35 gwh to make 500,000 cars.
Source:
Tesla, Panasonic to seek productivity gains before new battery investments
(and remember- Teslas are more efficient and virtually all other makers EVs- so everyone else would need more batteries to get that many cars with comparable range)
Which means roughly 1.5 million cars per 100 gwh (well, 105 technically.
So 2Twh/105gwh gets us 19.04... times 1.5 million gets us.... 28.57 million EVs from 2twh of battery.
I generously rounded up to 30 million.
Which is still not nearly enough to replace the 80 million new cars a year. Not by half.
And ALSO doesn't leave ANY batteries for static storage. Which you'll need a LOT of if you suddenly want massively more electrical capacity in the grid everywhere to feed tens of millions more EVs annually.
Wait... all the people building battery factories also own and operate all their own raw materials mining operations?- I provided production plans (from all the world's largest battery manufacturers, who will drive their own mining needs) for 2TWh of batteries by 2028
Citation needed as the kids say.
So first- again- you're pretending 100% of that capacity goes into EVs.... instead of at least SOME of it going into the other stuff that needs batteries.... (including- in large amounts- static storage like powerwalls and the like)
And even then...I'm not sure linear progression makes sense though and you've not given much reason to think otherwise.
For example regarding lithium-
Lithium supply is set to triple by 2025. Will it be enough?
the weak market has led to greater caution among investors and suggests potential for a tighter supply picture in the later part of the next decade. The industry will have to adjust to the new conditions and straighten out the kinks in the supply chain, in order to achieve a sustainable supply that can fuel the unfolding transport revolution.
As I said, supply chain of raw materials via mining is not a "Oh, there's money in it- the market will fix everything quickly and on time!" thing.
It's complex. It's long. And you're GOING to get bottlenecks and mismatches between investment, expected demand, and ability to supply.
And even then- industry is looking at a 3x growth in Lithium supply between now and 2025.
Which is great- except demand is expected to increase 10x by 2030. So they're gonna need more than "linear" there.
And as the story notes- those supply chain hiccups can crater prices in the short term- leading to people NOT investing in new mining for a while... and then years of delay to get it up and running when the hiccup clears and supply gets short and prices go up again.
Again from the story-
If low prices remain in the short- to medium- term, it will lead to a reduced investment pipeline. This in turn will lead to an even more dramatic undersupply situation down the line and much higher prices.
Not insurmountable... at all./. but it means more time.
On the contrary- I'm always happy to learn.
But seem to only have had the chance to teach here (not that you seem interested in in learning yourself...)
Mostly about why you should base arguments on facts instead of magical thinking and old computer industry urban legends (that don't really support your argument timeframe even if they WERE true)
So here's my last explanation to you:
I'm talking about the social phenomenon, not the company. Being an urban legend only points to the effect being mis-labeled. Here's a better reference to the effect: Osborne effect - Wikipedia
So far, experts like the EIA and IEA have been wrong about renewable energy and electric vehicles for the past 10 years. So why should I believe their forecasts now?
See, lack of comprehension on display again. So because 1/3 of americans live in apartments, without dedicated charging, representing less than 30 million households (most of which don't own a vehicle, let alone a new one)
, we somehow need to deploy 2 billion chargers just to argue that this is too expensive of a solution?!?
I point out what can and IS happening nationwide (property owners deploying EVSE's on their properties to attract tenants, and shopping centers adding chargers to attract shoppers), and you present a contrived hypothetical.
because there aren't any streetlamps in the US?
Or that London is no longer deploying additional outlets in the city?
I'm not handwaving jack squat.
by people who don't sit around and complain about how insurmountable the EV adoption problems are.
I never claimed the UK would be 100% EV only by 2030. But it seems your data point undermines your claim of 2040 being impossible to be 95% EV.
If the UK (2.5M/yr), China (26M/yr), and many other major markets are banning combustion vehicles before 2040, how can EV sales NOT be significantly higher than 50%?
China’s ambitious goal to phase out internal combustion engine vehicles (ICEVs) in favor of new energy vehicles (NEVs) by 2050.
Doesn't seem like a point is being made here. So moving on.
Context matters. I've made sure to quote your train of thought exactly as you posted it. See how the context was about new car sales (even Barra's response to the question), and NOT ALL CARS? Care to rescind your claim of me lying?
As for your original post that we went "apeshit" over, 20 years is a long time.
Where did it say that?!
YOUR source said:Bloomberg expects 1,000% (a tenfold) growth between now and 2025, reaching 11% market share for BEVs in the total private vehicle (PV) market by then. It then anticipates another 170% growth from 2025 to about 30% in 2030. That is followed by only 80% growth from 2030 to reach a 55% market share in 2040.
Then you've missed the crux of why I included Chinese and Korean brands in my answer. Globally, Tesla only sold 1/4 of all the BEV's in 2019. The rest were mostly Chinese and Korean brands.
Oh for crying out loud. Not every BEV has to have a 65KWh battery pack! That's what Tesla's projections are based off of for their gigafactory needs, but NOT what other manufacturers are basing their sales off of.
Will most of the EV's be made by Tesla or the other car companies?!?! As I said, you're creating your own data!
grid storage needs are currently tiny in relation to EV needs.
How the **** do you read what I just wrote as owning and operating their own mining operations?!
These are battery cell manufacturers, who have established supplier relationships for their raw material needs. If they're planning a new factory for 2-3 years down the line, they'll coordinate with their suppliers to get the mines lined up.
The cell manufacturer isn't going to build the factory first and then talk to their suppliers after the factories done. Only you think that these people can't plan ahead!
fun fact, most of the lithium currently produced isn't for batteries. So a 3x growth covers far more than 3x EV needs.
You continue to quote things out of context (myself and my sources)
Once you've learned to keep context in mind when reading my post and argue from there, then I'll respond again. This has been a wonderful waste of time.
I really don't.
In fact in at least one case I had to quote your own source back to you because you apparently hadn't read it and didn't realize it included the part I was citing.
That was a perfect example of you taking things out of context.
Context matters.