HoosierDaddy
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Funny, but it is mostly plants that are turned into oilBut only because:
Hello; Also the small sea life which died and made layers on the oceans bottoms, likely shallow, and then were covered with sediments that made an impermeable layer.Funny, but it is mostly plants that are turned into oil
And Trump would probably convert to more oil than that dinosaur.Funny, but it is mostly plants that are turned into oil
Battery technology will evolve greatly in 10-15 years. It's just that BEVs in their current form are not ready yet due to the problems I noted.Hello; Thing is governments are already putting a lot of weight on the scales in various ways. You mentioned a couple.
Some states have already stated new ICE sales will be banned at around 2030 or 2035. That alone means car makers have to do something years before the deadline.
Volvo, for example, has gotten on board big time. Last I heard they plan to not have any ICE vehicles in the near future.
Volvo has already spun off it's ICE manufacturing to a subsidiary. They will be buying what ICE they will be using before they go all EV from that company. Likely the same building and people who were making the ICE before, but will not be a true part of Volvo. That also likely means there will not be any new Volvo models with an ICE. That they will use up the existing chassis and components in the meantime.
My guess is other makers will be stopping new ICE models. There may be a few to come out that were already in the process of being made since it can take many years to complete the process. Another guess is when the tooling for existing ICE models reaches the end of it's life, those models will be dropped. Dropped even if they are selling well.
No doubt in 10-15 years, battery technology will resolve the issues I mentioned. We'll have to wait and see. Also, cost to manufacture BEVs will be lower. Will have to be for consumers to be able to afford. It's just that BEVs in their current form, are not ready to replace ICE. For example, the Chevy Bolt - GM rolls out software update limiting Chevy Bolt EV charge to 80%, but removes parking restrictions - ElectrekHello; Thing is governments are already putting a lot of weight on the scales in various ways. You mentioned a couple.
Some states have already stated new ICE sales will be banned at around 2030 or 2035. That alone means car makers have to do something years before the deadline.
Volvo, for example, has gotten on board big time. Last I heard they plan to not have any ICE vehicles in the near future.
Volvo has already spun off it's ICE manufacturing to a subsidiary. They will be buying what ICE they will be using before they go all EV from that company. Likely the same building and people who were making the ICE before, but will not be a true part of Volvo. That also likely means there will not be any new Volvo models with an ICE. That they will use up the existing chassis and components in the meantime.
My guess is other makers will be stopping new ICE models. There may be a few to come out that were already in the process of being made since it can take many years to complete the process. Another guess is when the tooling for existing ICE models reaches the end of it's life, those models will be dropped. Dropped even if they are selling well.
Battery's are like CFL light bulbs, a pipe dreamNo doubt in 10-15 years,batteryfuel cell technology will resolve the issues
Hello; In terms of basic transportation with the only reason being to get from A to B, I do not oppose an EV. They will need to be a better deal than an ICE for one thing. That may happen if the powers that be force fuel prices sky high or add a tax premium of some sort. I could live with an EV as a second vehicle. Might be comfortable with it, but cannot picture ever liking one.Battery technology will evolve greatly in 10-15 years. It's just that BEVs in their current form are not ready yet due to the problems I noted.
No doubt in 10-15 years, battery technology will resolve the issues I mentioned. We'll have to wait and see. Also, cost to manufacture BEVs will be lower. Will have to be for consumers to be able to afford. It's just that BEVs in their current form, are not ready to replace ICE. For example, the Chevy Bolt - GM rolls out software update limiting Chevy Bolt EV charge to 80%, but removes parking restrictions - Electrek
I'm not sure even in the US 250 - 350 miles is a short commute ?I will drive my "fun" cars as long as either I'm alive, or it just becomes untenable due to gas pricing or availability. I guessing that the transition to EV's is going to be a slow one. There are too many ICE vehicles currently in use, and there are too many unresolved issues on the EV side to make them a replacement for other than for short commutes or very well planned one.
Odd comment.Well the govt imposed tough regs on heavy trucks so everyone repowered the old trucks to the tune of 250,000 units a year.
Same thing will happen with ICE.
Only the top 10 % earners can afford an EV subsidized by the 90% of low to mid earners in the form of vehicle credits and govt funding to build out 19 century power infrastructure where it takes 20 years in court to get a transmission line or power plant permit.
In Norway, and a couple other countries, it now costs more to recharge EV than to fill up with premium because they stopped subsidizing the electricity. It was a huge bait and switch.
Fan Boi till the end. Jump off the cliff with the rest of the sheep.As a reference the prices in the UK are fairly similar. petrol is slightly cheaper and electricity is slightly more expensive but running and EV is still a huge saving at present.
Hello; Did a quick read of the link. I did not see the greater cost of buying the EV included in the operating cost figures. If i missed that you have an opening to correct. In the USA an EV considerably more expensive to buy, even with the government incentives, than a comparable ICE is currently.Odd comment.
Current Norwegian petrol price is $7.63 per gallon or 19c per mile
Electricity is 0.136c / kWh - or 0.23c per mile
There will clearly be differences in charging costs as there are different prices for fuel but the gap is still huge. There are also many other costs to take into account such as depreciation and running costs other than fuel.
As a reference the prices in the UK are fairly similar. petrol is slightly cheaper and electricity is slightly more expensive but running and EV is still a huge saving at present.
EV’s cheaper to run than ICE-cars in most EU countries (mgmotor.eu)
At the end of the day though why should it be CHEAPER long term to run an EV. As long as it isn't MORE EXPENSIVE then the impact is neutral which surely is the goal ?