EVs and Toyota
Last edited by AMIRZA786; Jul 5, 2023 at 09:38 AM.
The other thing is the interplay between range, battery size and efficiency, as the new GM trucks show. They get good range, but solely because they have massive batteries (well over 200 kWh). They are no more efficient than any other EV on the market
It's one thing to get to 745 mile range with a big battery, it's another thing to deliver it with a battery that actually charges in a reasonably time powering an efficient vehicle that delivers more miles per kWh. The 745 mile range/10 min charge battery discussed in the article is aspirational, not what we'll see when these batteries debut in the marketplace.
It's one thing to get to 745 mile range with a big battery, it's another thing to deliver it with a battery that actually charges in a reasonably time powering an efficient vehicle that delivers more miles per kWh. The 745 mile range/10 min charge battery discussed in the article is aspirational, not what we'll see when these batteries debut in the marketplace.
What's your take on this?
Toyota has earned a fair bit of skepticism. 13 years ago.
https://www.greencarcongress.com/201...-20111019.html
3 years ago

Less talk more show me.
https://www.greencarcongress.com/201...-20111019.html
The Nikkei reports that Toyota Motor Corp. and its partners the Tokyo Institute of Technology and the High Energy Accelerator Research Organization have devised a prototype solid-state Li-ion storage battery and aim to improve and then commercialize it in the 2015-2020 timeframe.

Less talk more show me.
In a Decade, Electric Cars Could Go 745 Miles Before Needing to Recharge
"Solid-state battery cell technology has been a Holy Grail for some time now. Thousands of engineers and billions of dollars of venture capital have gone into making it sufficiently practical, scalable, and affordable to be used in production vehicles," John Voelcker, an automotive reporter specializing in EVs for Car and Driver, Green Car Reports, and other outlets told Newsweekhttps://www.newsweek.com/decade-elec...charge-1811139
In a Decade, Electric Cars Could Go 745 Miles Before Needing to Recharge
"Solid-state battery cell technology has been a Holy Grail for some time now. Thousands of engineers and billions of dollars of venture capital have gone into making it sufficiently practical, scalable, and affordable to be used in production vehicles," John Voelcker, an automotive reporter specializing in EVs for Car and Driver, Green Car Reports, and other outlets told Newsweekhttps://www.newsweek.com/decade-elec...charge-1811139
They are not going to be easily attainable for the middle class either.
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History already proves you wrong. Everything comes down in price. In 2022 the Model Y Long Range was easily almost $80k out the door. Now it's less than $60k OTD.
Last edited by AMIRZA786; Jul 8, 2023 at 12:41 PM.
I don't see the point of 700+ miles of range all that does is increase cost and weight. Especially odd since Toyota keeps saying it is better to use small batteries in hybrids instead of wasting a huge pack on one car.
Why isn't it possible? In 2017 an EV like the Nissan Leaf, Ford Focus EV, and Chevy Bolt barely got 90 miles on full charge. Today You have EV's exceeding 400 miles range (Mercedes EQS, Lucid Air etc). That said, 90 percent of drivers don't need more than 250 to 300 miles of range as most charge at home or use fast chargers that take about 15 minutes or less. My last drive to SoCal (380 miles) I made two stops, one twelve minute and one 8 minute. It was almost no difference from taking my Sienna. Batteries with that much range are completely unnecessary for the majority of drivers.
History already proves you wrong. Everything comes down in price. In 2022 the Model Y Long Range was easily almost $80k out the door. Now it's less than $60k OTD.
History already proves you wrong. Everything comes down in price. In 2022 the Model Y Long Range was easily almost $80k out the door. Now it's less than $60k OTD.
The EQS and Lucid are easily in excess of 100k. Not very good examples you gave for something affordable and attainable for the middle class.
I would prefer a lighter more energy dense battery pack that can get me 300 miles of range, uses a good charging infrastructure that can charge from 10 percent to 80 in under 15 minutes than a heavy, monstrous battery pack that can get me 700 miles and takes 40 minutes to charge. This is where I totally agree with Elon, who advocates smaller, energy dense super fast charging packs over large, heavy bulky packs
Battery packs that are regularly fast charged can easily last over 300K miles, this is due to thermal management, and by the way the DC to DC charge regulates the incoming electricity to charge the battery pack. I can point you to the studies that have been done if you want
Last edited by AMIRZA786; Jul 8, 2023 at 01:27 PM.










