![]() |
Quote:
Additionally. If it doesn't go like "Broom..BROOOM BROOOM" and it doesn't also go like "BRAAAAAAAP...STUTUTUTUTU" it is not a vehicle worth getting. |
Quote:
|
Interesting article comparing the EV trucks to their ICE counterparts and where the "ecology" portion of the equation crosses. For example the Hummer EV vs the Ram TRX. You need to drive the Hummer 40,000 miles to offset the difference in CO2 increase as part of the manufacturing process.
Now, mind you, that seems relatively reasonable to me, I suppose until you have to replace the battery pack (assuming you do) somewhere down the road and it resets a bit. |
Quote:
Wouldn't it make it sound like you're stuck on an infinite 1st gear though? |
Quote:
|
Quote:
That's it, I'm sold. They should also add a sort of simulated piston rocketing, where the vehicle comes to a full stop, and a small tank to disperse oil and metal parts. So you don't forget what it felt to have an ICE. |
Quote:
Additionally, as it was pointed out two posts ago, EVs are "greener", even when they pull electricity from coal and gas power, and even when battery production is considered. See below: https://www.ft86club.com/forums/show...&postcount=798 |
Quote:
Also, recycling batteries and recycling ICE vehicles are typically considered in end-of-life calculations. Batteries are being recycled and used for grid storage more and more. The video I posted talked about a 1000 cycle battery being possible, which is likely to last for decades beyond the normal lifecycle of a typical car. https://www.ft86club.com/forums/show...&postcount=798 |
Quote:
|
^^^Does nothing for sustainability. Just dressing up the same problem in a new costume. Which is fine, when the government isn't shoving it down your throat.
|
I would be fine getting an EV as a third car to run around town in if I had a powered third garage space and they weren't more expensive than my other two cars combined. But I don't and they aren't.
|
The potential for EV's is huge imho. It isn't too difficult to imagine this imho:
1) EV's drive themselves (Tesla is already making big gains in this space) 2) Cars 'talk' to one another in real time, and 3) ... This makes them all but crash proof, meaning most impact safety systems could be removed from vehicles (reducing cost and weight) 4) Traffic lights could be removed. All traffic is staggered and speed governed to ensuring a non-stop journey. Traffic will simply 'interlace' 5) Uber-style transport, without drivers, will be ridiculously cheap meaning most people will not have to own cars. Whilst as a driving enthusiast this sounds awful I think a future that resembles this is very likely |
Quote:
|
Quote:
|
Quote:
|
Quote:
https://s1.cdn.autoevolution.com/ima...erything_1.jpg |
Quote:
|
Quote:
Hard to wi-fi a rock fall or bridge collapse too. Could put it all underground in Kansas, but then everyone would have to be forceably re-located there. "You are in transport only property! The white zone is for loading and unloading!" |
Quote:
Did you read the above articles (or try the ones below)? They have developed sodium sulfur batteries and lithium sulfur batteries that don't use cobalt and are more energy dense and have long life cycles. There is more sulfur and sodium than what is needed to power the whole world with batteries and then some. Once mined, the recycling of batteries for raw materials means the sustainability only gets better, especially if we use car batteries for grid storage prior to recycling. They have already developed sodium sulfur batteries to 300 cycles. At 400miles of range x 12k miles per year that is 30 cycles/year, so that is 10 years for a battery, and it will only get better and more sustainable. The world has really only been doing massive research for batteries for a short time. Before that, the use was for cell phones and computers, which is on a completely different scale, so the research wasn't focused as much on sustainability and environmental impact in the same way and at the same scale. https://www.freethink.com/environmen...sulfur-battery https://automotivepowertraintechnolo...echnology.html Once we can get renewables into a place where there is an abundance of energy, then we can move to even smaller batteries, if we transition to hydrogen. These solutions are sustainable and better than oil. |
Quote:
https://www.gm.com/stories/all-avs-should-be-evs |
Quote:
the real sticking point with self-driving isn't the 'drive themselves'. it's the liabilities surrounding the driving of themselves. the trolley problem. when something goes wrong, who's fault is it? the auto makers? the individual programmers? the person riding in the car that no longer has control, or isn't ready to take over at a moments notice? currently, tesla is adamant about placing the blame on the vehicle 'rider' behind the steering wheel. but if the steering wheel no longer exists, can the blame be placed on the rider? or if the blame must be placed on the auto maker, how long are they liable for it? can i own a 30 year old ev, running 29 year old software, and still blame them for driving through a newly built school? and if the automaker is liable, what benefit do they have to sell individuals vehicles? it's quite clearly to their advantage liability-wise to create their own rentable fleets of vehicles that can be much easier to maintain to a specific standard. Quote:
https://www.caranddriver.com/news/a3...ange-revealed/ the reality is that no car maker wants to work enough with any other car maker to make any of this even slightly work. Quote:
Quote:
Quote:
and even worse, if there is minimal competition, what/who will keep the prices in check? |
Quote:
I don't believe insurance is an insurmountable problem. Agreed settlements on particular incidents is already commonplace between insurers and these types of issues already exist to an extent with autonomous vehicle functionality. I don't see the threat of driving a car with 29 year old firmware. A self driving car would no doubt be IOT and could be bricked. Unbelievably cheap Ubers would result from driverless vehicles as the cost per mile is currently ~80% labour. The vehicle price, or depreciation, is largely insignificant per mile. |
Quote:
If the "Uber-style" transport has to mingle with personally owned vehicles there will be issues. If vehicles are personally owned, you have to account for 30 year old cars, unless there is no such thing as car ownership, which circles back to liability. We probably won't get to this in my lifetime, but I can tell you for a fact I'm not going to get in a purely self-driving car with no controls where I am somehow liable for what happens. |
Quote:
https://www.globalconstructionreview...ineer%20Alstom. Now of course they are starting with more mass transport vehicle but fully autonomous is fully autonomous be it a couple of passengers or twenty. The introduction n of individual passenger vehicles will not lag far behind. A good and realistic read on the topic (which I get forced down my throat 4 times a year). https://www.zf.com/mobile/en/technol...s_driving.html As far as liability goes it will have to shake up the whole insurance industry as being a paying passenger in a self driving car could place no responsibly upon a person. Little doubt there are whole teams working on this consideration already. Yes, as you said, it will take longer to catch on in North America due to lighter population density and longer distances. But, unless you plan on dyeing in the next ten years or so, it is not only possible but probable that you will see a mix of fully autonomous for hire vehicles and 30 year old privately owned ones on the road at the same time in your lifetime. |
Quote:
Quote:
I agree that within the next 10 years we may see a mix, but I was referring more back to the 30 year old autonomous car with EOL software, not a hand-driven or even L2 car. |
Quote:
|
Quote:
It’ll probably happen simultaneously. We don’t have the bandwidth for a whole lot of energy surplus. On top of that, they may be modeling a pull versus a push method of production, if you are familiar with that retail expression. |
Thank god for SEMA getting legislation passed to allow niche manufacturers to build low quanity turn key cars. Get a new body 70's camaro and put in a nice motor and tune it for high mileage on a street tune while sporting a catalytic convertor...might actually be less environmental impact.
Waiting on better battery cell development etc, but this all should have happened 30yrs ago. |
So much sustainable
https://scontent-sea1-1.xx.fbcdn.net...3w&oe=62BA6811 |
honestly, the worst part of ev stuff is the chargers.
starting to get asked to pre-wire remodels for ev chargers. nissan is in the front. audi, gm, and ford is drivers side front fender. tesla is rear drivers. so they say they want a ev charger in the garage. the next 2 questions are "do you pull into the garage, or back in? and, what brand? |
Quote:
A Tesla Model 3 will charge at 30-47 mph depending on the model and amps to the level 2 charger, so this means the average person would charge for an hour with average daily use. Unless someone needs a full recharge, which is far from the daily average, there won’t be a lot of charging needed by the individual, which means the car can be programmed to charge itself during the day or during the middle of the night when costs are cheapest and demand is low. This already is the case. |
Screw this ev shit.
|
i'm plugging it in when i get home...
|
Quote:
|
Quote:
|
Quote:
|
1 Attachment(s)
|
Quote:
https://www.youtube.com/watch?v=WjrZvFab8u4 |
|
This is pretty badass:
https://youtu.be/96UjqDWGVns |
| All times are GMT -4. The time now is 11:28 AM. |
Powered by vBulletin® Version 3.8.11
Copyright ©2000 - 2024, vBulletin Solutions Inc.
User Alert System provided by
Advanced User Tagging v3.3.0 (Lite) -
vBulletin Mods & Addons Copyright © 2024 DragonByte Technologies Ltd.