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56 Posts
Neither.
There are differing opinions but I essentially agree with all your comments. Quite honestly, I wouldn't take one of the current versions of electric car if they gave it to me for free......well, I may take it then turn around and sell it, after all it's 100% profit.:laugh:Battery powered electric cars aren’t the future.
A friend of mine works in the car industry and tells me there’s a huge warehouse in Belgium that’s full of old used car batteries from electric vehicles that they don’t know what to do with or how to dispose of them.
Battery technology is continually changing, it would take a brave person to heavily invest in a battery electric vehicle, with the technology changing rapidly anything currently available will soon be obsolete.
The real world range of these vehicles is useless.
The future will be electric vehicles powered by Hydrogen.
If you're that keen on going electric then I hear this is for sale.Full elec. Not sure if it'll be a boxster, but can't wait.
(Yep... I'm aware you guys are about to kick me out of the forum)
Hydrogen of course faces a huge list of challenges (no, I won't go so far as to say any technology couldn't happen). Production is an issue for one, as the only way to get it is w/ huge amounts of electricity. Distribution is another, it can't be reasonably liquefied so you'll have vast neworks of pressurized pipelines. Fueling by the average user, and then there's the tank of highly compressed explosive gas onboard a vehicle destined to meet a guardrail at high speed one day.Battery powered electric cars aren’t the future.
A friend of mine works in the car industry and tells me there’s a huge warehouse in Belgium that’s full of old used car batteries from electric vehicles that they don’t know what to do with or how to dispose of them.
Battery technology is continually changing, it would take a brave person to heavily invest in a battery electric vehicle, with the technology changing rapidly anything currently available will soon be obsolete.
The real world range of these vehicles is useless.
The future will be electric vehicles powered by Hydrogen.
Even worse than that where I am, as they aren't practical for either car. We have next to no charging infrastructure & a day trip to the nearest city worth visiting currently exceeds the range of the batteries. I'd therefore have to try & charge it up again whilst I was there. Currently an electric vehicle would be about as useful to me as a chocolate fireguard. Worse still, I can't see how when we're starting from such a low point that it can conceivably become viable anytime soon.Right now electric cars are not practical (at least where I live) for your only car.
I am no expert but having a vast amount of compressed highly explosive liquid in the car has been happening since at least the 1970s (maybe earlier). Continental Europe has a well established network of LPG (Liquefied petroleum gas) filling stations. LPG tanks would be fitted aftermarket by specialist firms. The range on these tanks are equal to the range on a petrol tank for the same car ~300 miles 500k. I am not aware of any incidents where these tanks have exploded after a (high velocity) accident. Clearly, it could happen but it's not beyond the wit of engineers to create something which could withstand a serious crash. It might be a compromise but I'd have no hesitation owning a DD powered by hydrogen. Whether I like my sportscar to be compromised, that's another question.Hydrogen of course faces a huge list of challenges (no, I won't go so far as to say any technology couldn't happen). Production is an issue for one, as the only way to get it is w/ huge amounts of electricity. Distribution is another, it can't be reasonably liquefied so you'll have vast neworks of pressurized pipelines. Fueling by the average user, and then there's the tank of highly compressed explosive gas onboard a vehicle destined to meet a guardrail at high speed one day.
This is something I know a bit about, having worked for an oil company selling LPG in a previous life...I am no expert but having a vast amount of compressed highly explosive liquid in the car has been happening since at least the 1970s (maybe earlier). Continental Europe has a well established network of LPG (Liquefied petroleum gas) filling stations. LPG tanks would be fitted aftermarket by specialist firms. The range on these tanks are equal to the range on a petrol tank for the same car ~300 miles 500k. I am not aware of any incidents where these tanks have exploded after a (high velocity) accident. Clearly, it could happen but it's not beyond the wit of engineers to create something which could withstand a serious crash. It might be a compromise but I'd have no hesitation owning a DD powered by hydrogen. Whether I like my sportscar to be compromised, that's another question.
EV vehicles can be used as an everyday car for most people.